This boolean parameter is added to check_and_set_roots() and detect_lib_dirs()
when true it will first search the compiler library directories before checking
the standard lib directories. This is set to false when using BOOST_ROOT and
set to true when useing other system directories like /usr/local
Also simplify using a set to remove duplicate lib files
Also remove the part where you search the Cellar in homebrew, this is
unnescessary now that symlinks can be followed it should find boost
when searching /usr/local so no need to search the Cellar
This does two things:
* allows the library files to be symlinks
* searches `lib` and `lib64` in `BOOST_ROOT` even if it finds lib
directories from the compiler
The first condition is needed for the homebrew on macOS because boost and boost
python are provided in seperate packages and are put together in /usr/local/lib
with symlinks to the library files. The both conditions are needed for high
performace computing environments where dependencies are often provided in
nonstandard directories with symlinks
A test case was added which looks for boost libraries in seperate directories
which have been symlinked to BOOST_ROOT/lib
Meson already works like that, except in do_copydir() that requires
absolute destdir. Better explicitly support that instead of leaving it
undefined and unconsistent.
GTestDependencySystem (and other similar dep classes) sets
self.is_found=True, but the version check could still fail. In the case
the dependency is not required `ExternalDependency._check_version()`
won't raise an exception and thus the dependency is accepted.
_check_version() sets self.is_found() in the case self.version is not
empty, we should do it too when self.version is empty.
Fixes: #9036.
" bat_info = json.loads(bat_json) " may produce error
UnicodeDecodeError: 'utf-8' codec can't decode byte 0xc3 ...
Because the vswhere.exe's output is not utf-8 by default
Use UTF-8 encoding for vswhere.exe can fixing it .
Since intl links internally to iconv, try to pull in iconv too, but only
if we specifically ask for static libs.
If PREFER_SHARED, we have no way to tell which type we got, so do not
try handling that...
Although find_library returns the library as a list of args, has_header
returns a tuple(is_found, is_cached) which is non-empty and thus always
true. Which is confusing...
Check whether it actually got found.
Just like we automatically provide some reusable glue for self.static,
provide it here too. It seems plausibly like something people would
commonly want.
Sonarcloud.io only can read the sonarqube based report that gcovr can
produce. This change enables support for this output in meson and
ninja.
Signed-off-by: Weston Schmidt <Weston_Schmidt@alumni.purdue.edu>
This works for `moc_*` and `ui_files`, but it never could have worked
for `qresources` due to the implementation assuming a `str` or `File`.
To restore previous compatibility I've added `CustomTarget` where it
would have worked, but not where it would have failed, the former would
raised an exception along the lines anyway.
Fixes#9007
If the command fails for one subproject we should still continue with
others. Failed subprojects are reported at the end.
This issue became more problematic when doing parallel tasks because the
reason the command fails was completely hidden by other parallel tasks.
g-ir-scanner does not convert relative -L paths to runtime paths which
are added to -Wl,-rpath and LD_LIBRARY_PATH / DYLD_LIBRARY_PATH
/ PATH. This means that the local library will either not be found at
runtime (while building introspection data), or the system-wide
library will be picked instead.
See: giscanner/ccompiler.py:get_internal_link_flags() in
gobject-introspection for more details.
For an ELF targets, shared_module() builds a module with SONAME field
(using -Wl,-soname argument). This is wrong: only the shared_library()
needs SONAME, while shared_module() does not. Moreover, tools such as
debian's dpkg-shlibdeps use presence of SONAME field as an indicator
that this is shared library as opposed to shared module (e.g., for the
module it is okay to have unresolved symbols which are imported from
the executable which loads the module, while a library should have all
symbols resolved).
This was in fact already the behavior on Darwin; extend it to ELF
targets as well.
Fixes: #8746
Reported-by: Michael Tokarev <mjt@tls.msk.ru>
Signed-off-by: Paolo Bonzini <pbonzini@redhat.com>
These were spotted by mypy and pyright. One is a string where a Path is
expected, another other is a possibly unbound variable, and the third is
bound but unused variables.
Both of these are artifacts of the time before Dependency Factories,
when a dependency that could be discovered multiple ways did ugly stuff
like finding a specific dependency, then replacing it's own attributes
with that dependency's attributes. We don't have cases of that left in
the tree, so let's get rid of this code too
Including not calling back into `Interpreter.func_*`, which is not a
good idea both from a type saftey and perforamance point of view.
Instead there's now a shared _impl method
Kevin Meagher
Xavier Claessens
Dylan Baker
xth
Eli Schwartz
Marc-André Lureau
Andrei Alexeyev
Florian Schmaus
Daniel Mensinger
miebka
Weston Schmidt
David Seifert
Nirbheek Chauhan
Jussi Pakkanen
Ian Harvey
Paolo Bonzini
Pamplemousse