Changes in commit 48f7e2d300 (Unhardcode the CMAKE_CONFIGURATION_TYPES
values, 2017-11-27) accidentally left `CUDA_configuration_types`
undefined, but this is used in a few places to handle per-config flags.
Restore it.
Fixes: #17671
c4dc6485 XL: Enable use of response files for includes and objects
e342e410 Makefile,Ninja: Use tool-specific response file flag for include dirs
Acked-by: Kitware Robot <kwrobot@kitware.com>
Merge-request: !1691
The last KDevelop3 release was many years ago, in 2008 I think.
I haven't seen or read about anybody using KDevelop 3 since a
long time, so I think it can safely be removed from CMake.
KDevelop 4 (first released in 2010) has its own proper CMake
support now, independent from this generator.
Alex
In CMakeGenericSystem, it should be ``CMAKE_INCLUDE_SEP_<LANG>`` and not
``CMAKE_INCLUDE_<LANG>_SEP``. However, if the flag is defined, include
behavior changes to Java-style non-repeating flags, which isn't
intended. Therefore, removing the (misspelled) default initialization
should help remove confusion and unintended side effects.
CMake currently searches in HKEY_LOCAL_MACHINE.
According to PEP 514, single-user installs are registered in HKEY_CURRENT_USER
See also FindPythonLibs.cmake
This introduces concurrent thread processing in the `_autogen`
target wich processes AUTOMOC and AUTOUIC.
Source file parsing is distributed among the threads by
using a job queue from which the threads pull new parse jobs.
Each thread might start an independent ``moc`` or ``uic`` process.
Altogether this roughly speeds up the AUTOMOC and AUTOUIC build
process by the number of physical CPUs on the host system.
The exact number of threads to start in the `_autogen` target
is controlled by the new AUTOGEN_PARALLEL target property which
is initialized by the new CMAKE_AUTOGEN_PARALLEL variable.
If AUTOGEN_PARALLEL is empty or unset (which is the default)
the thread count is set to the number of physical CPUs on
the host system.
The AUTOMOC/AUTOUIC generator and the AUTORCC generator are
refactored to use a libuv loop internally.
Closes#17422.
`FindDoxygen` already searches in hard-coded `/Applications/Doxygen.app`
directories. Search in the `Utilities` subdirectory too in case users
choose to put doxygen there.
Building Tcl with `makefile.vc` produces library files with a `t`
suffix to indicate threading support. Since threading support is
on by default in 8.6 anyway, the libraries should be compatible.
Issue: https://github.com/conda-forge/tk-feedstock/issues/12
Revise the logic from commit v3.7.0-rc1~173^2~2 (GNU: Do not use
-fvisibility on AIX or HP-UX, 2016-09-03) to add a version check.
The GCC 7 release notes [1] state that visibility support has been
added for AIX 7.1 and above.
[1] https://gcc.gnu.org/gcc-7/changes.html
6297d6c7 FindBoost: Generate imported targets for future Boost versions
d56deff7 FindBoost: Search for upstream-packaged libs next to includes
b044f69a FindBoost: Implement "Architecture and Address Model" tag
b1e9f671 FindBoost: Fix incorrect alphabetisation of headers list
433a2d49 FindBoost: Boost 1.66.0 dependency and release update
Acked-by: Kitware Robot <kwrobot@kitware.com>
Acked-by: Jason Juang <jasjuang@gmail.com>
Merge-request: !1625
This is needed when cross compiling and the compiler requires a specific
linker different from the default, e.g., when cross compiling from
Darwin to Linux and passing `-fuse-ld=lld` to clang.
Fixes: #9514
The `CMakeASMInformation` module warns when no compiler-specific module
is found for the `ASM` language. Add a minimal `Compiler/MSVC-ASM`
module to avoid the warning for MSVC.
Fixes: #17532
Move the logic to search mpiexec for MSMPI and MPICH2 guesses to their
respective guessing logic. This way, we can prevent mix ups between
their mpiexecs and other potential matches, for example from an Intel
MPI installation.
Per discussion on cmake/cmake#17575, this protection not particularly
valuable, as the dependency information which the imported targets wrap
is generated anyway.
This removes a road-block for using `Boost_ADDITIONAL_VERSIONS` to
support newly-released Boost versions pending a new CMake release.
