The job is taking too long and timing out, use pytest-xdist to speed
up unit tests. Speeds it up on my system from 20 min to 8 min.
Still much slower than native windows: vs2017-x64 takes 3.5 min with
pytest-xdist.
Run docker with seccomp:unconfined, since otherwise we're blocked from
calling CreateToolhelp32Snapshot() inside the cross-mingw tests,
specifically `common/122 shared module`.
There are two problems, one is that it assumes -flto is the argument
to do LTO/WPO, which isn't true of ICC and MSVC (and presumably)
others. It's also incorrect because it assumes that the compiler and
linker will always be the same, which isn't necessarily true. You
could combine GCC with Apple's linker, or clang with link.exe, which
use different arguments.
I started out just annotating, but realized there is a lot of really
silly duplication of methods in this module. Nearly all of the methods
return [], but each class implemented the same methods over and over!
I've fixed this by moving the default implementation down into the
`StaticLinker` class, and then overriding as necessary in the derived
classes.
This is used in a lot of places, having a single way to reference it is
convenient. It's placed under a typing.TYPE_CHECKING guard to mimimize
runtime impact
"exe.is_cross and exe.needs_exe_wrapper" is the same condition under which
meson chooses whether to include the exe_wrapper. meson_exe has an assertion
for that, but now that meson_exe does not need anymore exe.is_cross,
we can simplify the code if we just "trust" meson to do the right thing.
Remove both fields from ExecutableSerialisation and just test the presence
of the wrapper, and also remove the executable basename which is only
used to "beautify" an assertion failure.
Move the magic to execute jar and .exe files from "meson --internal exe"
to the backend, so that "ninja -v" shows more clearly what is happening.
Signed-off-by: Paolo Bonzini <pbonzini@redhat.com>
If meson_exe is only being used to capture the output of the command,
we can skip going through a pickled ExecutableSerialization object.
This makes "ninja -v" output more useful.
Return the command line from serialize_executable, which is then
renamed to as_meson_exe_cmdline. This avoids repeating code that
is common to custom targets and generators.
@TingPing has a repository that contains a grammar for meson which is
used by linguist (GitHub), and by many editors such as Atom, VS Code,
TextMate, Sublime Text, etc. Add CI so that we notice that the
function list in it is out of date, such as https://github.com/TingPing/language-meson/pull/3
It's harder to do this generically for other syntax such as the `in`
keyword, but it's better than nothing.
This reverts the changes to the `section` key for the
buildoptions and moves the machine choice into it's
own `machine` key.
With this commit the __undocumented__ breaking change
to the introspection format (introduced in 0.51.0) is
reverted and a new key is added instead.
* gtkdoc: Add 'check' kwarg
This runs gtkdoc-check in meson tests.
Also reorganize the gtkdoc test because we cannot reliably build
multiple doc into the same directory. Not all files generated by gtk-doc
are prefixed with the target name.
The Windows CI runs with codepage 1252, which is basically ISO-8859-1 and does not
have a mapping for character U+0151 (ő). It is currently passing because of a
happy accident, as the generator command line is emitted in UTF-8 anyway
(starting at commit 6089631a, "Open build files with utf-8", 2018-04-17, which
however lacks documentation or history) and file.py treats it as two
single-byte characters.
When going through meson_exe, however, Windows passes a genuine Unicode
character via CreateProcessW and file.py fails to decode it, so we need to
pass errors='replace' when opening the output file.
On Windows, the test is then fixed. On POSIX systems it is _still_ passing as
a happy accident because (according to the current locale) the output file
contains two single-byte characters rather than the single Unicode character
"ő"; in fact, if one modifies the ninja backend to use force_serialize=True,
meson_exe fails to build the command line for file.py and stops with a
UnicodeEncodeError.
Error example:
Code:
#include <locale.h>
int main () {
/* If it's not defined as a macro, try to use as a symbol */
#ifndef LC_MESSAGES
LC_MESSAGES;
#endif
}
Compiler stdout:
Compiler stderr:
In file included from /usr/include/locale.h:25,
from /tmp/tmpep_i4iwg/testfile.c:2:
/usr/include/features.h:382:4: warning: #warning _FORTIFY_SOURCE requires compiling with optimization (-O) [-Wcpp]
382 | # warning _FORTIFY_SOURCE requires compiling with optimization (-O)
| ^~~~~~~
/tmp/tmpep_i4iwg/testfile.c: In function 'main':
/tmp/tmpep_i4iwg/testfile.c:8:9: error: control reaches end of non-void function [-Werror=return-type]
8 | }
| ^
cc1: some warnings being treated as errors
Nirbheek Chauhan
Daniel Mensinger
Jussi Pakkanen
Marc-André Lureau
Dylan Baker
Jeremy Philippe
Xavier Claessens
Paolo Bonzini
Michael Hirsch, Ph.D
Xavier Claessens
ailin-nemui
Michael Hirsch, Ph.D
ePirat
Martin Liska