Add a `Fortran_COMPILER_LAUNCHER` target property like those added for C
and CXX by commit v3.4.0-rc1~450^2 (Add options to launch the compiler
through tools like ccache or distcc, 2015-06-04) and CUDA by commit
v3.10.0-rc1~531^2 (CUDA: Add option to run the compiler through launcher
tools, 2017-06-09).
Fixes: #17499
IWYU incorrectly classifies this internal STL type as not internal, and
suggests including `<type_traits>` for it. Work around the problem by
mapping the offending names to a file that we always include.
See include-what-you-use issue 434.
According to the documentation, tests can be discovered for a target
multiple times by using a different prefix and/or suffix to ensure name
uniqueness. However, while this worked for gtest_add_tests, it did not
work with gtest_discover_tests because the generated file that sets up
the tests was named based only on the target name, and so subsequent
discovery from the same target would clobber earlier discovery.
Fix this by introducing a counter that records how many times discovery
has been used on a target, and use this to generate unique names of the
generated test list files.
Some generators auto-generate targets. For example VS generators create
the ALL_BUILD target. Add the ability to mark targets as generator
provided and return that info through cmake-server codemodel.
Since commit v3.9.0-rc4~3^2~1 (VS: Fix target_compile_options for CUDA,
2017-06-21), the evaluation of `COMPILE_LANGUAGE` receives the proper
language. The set of compile flags used for a target's C and C++
sources is based on the linker language. By default this is always the
C++ flags if any C++ sources appear in the target, and otherwise the C
flags. Therefore we can define the `COMPILE_LANGUAGE` generator
expression in `COMPILE_OPTIONS` to match the selected language.
This is not exactly the same as for other generators, but is the best VS
can do. It is also sufficient for many use cases since the set of
allowed flags for C and C++ is almost the same in Visual Studio.
Furthermore, since the VS generator moves many of the flags to
declarative `.vcxproj` elements, it will automatically avoid passing
C++ flags for C sources.
Issue: #17435
The presence of the `1041` seems to solely depend on whether a given
Intel compiler release was available in Japanese or not. Install it if
it is present and silently ignore it otherwise.
Example: The Intel 2018.0 release did not ship it, but the 2018.1
compilers have it.
Some modules assume that `/usr` and `/usr/local` are the only
`CMAKE_PREFIX_PATH` entries and explicitly enumerate all paths instead
of using `PATH_SUFFIXES` and relying on the dynamic set of prefix paths.
This commit attempts to rectify that behavior.
40434631 Autogen: Use integers instead of strings for the Qt version
be11a852 Autogen: Use project relative paths in rcc custom command comment
ab9d5896 Autogen: Detect rcc feature once during configuration
2a85b5ac Autogen: Make cmQtAutoGeneratorInitializer an instantiable class
75819b86 Autogen: Add and use cmQtAutoGenerator base class
27ed3b35 Autogen: Rename cmQtAutoGenerators to cmQtAutoGeneratorMocUic
1cd285fe Autogen: Remove rcc code from cmQtAutoGenerators
a87f82e0 Autogen: Switch to use custom commands for RCC
...
Acked-by: Kitware Robot <kwrobot@kitware.com>
Merge-request: !1494
If a partial message is flushed into the input pipe for CMake Server,
the parser will try and parse it as a full message because of some bad
loop checks. This was introduced accidentally in commit
v3.10.0-rc1~365^2~2 (server: Refactor to make the event loop owned by
server object, 2017-03-24).
The port maintainers on FreeBSD normalize the library names to not
include the bit and HDRI options.
Furthermore, `--quantum-depth=32` and `--quantum-depth=64` will yield
`Q32` and `Q64` suffixes in the library names.
Issue: #17492
Every CPack generator sets default CPACK_PACKAGING_INSTALL_PREFIX
variable value differently so test framework should support
that correctly - previous version expected RPM/Deb /usr default and
removed it for Archive packagers as the default there is /.
We used to detect the `rcc` features before every `rcc` list invocation
wich resulted in `rcc` be called twice for every listing operation.
Now we detect the `rcc` list capabilities once during configuration and
pass it to the cmake_autorcc target in the info file.
Kitware Robot