On UNIX, build only the parts of libuv we need for the filesystem,
process, and poll abstractions using the POSIX poll() backend. This
avoids many platform-specific conditions. On Windows, build all of
libuv; there are no conditional alternatives anyway.
Remove -Mipa=fast as a default flag and add it as an option instead.
-Mipa=fast is a flag that speeds up runtime but at the cost of significant
compile time increase and therefore, shouldn't be a default flag.
In addition, -Mipa isn't supported on PGI OpenPOWER or x86/llvm compilers.
The only 2 callers took care to construct a properly escaped string, but not
using the documented way, and that string was passed only to be immediately
split into tokens again. Start with a vector and join it only for logging,
avoiding needless quotes during that.
This Qt flag enables UI scaling based on scale factor provided by the
operating system. Only supported on versions of Qt >= 5.6.
The flag has no effect on macOS, where high DPI support is already
enabled as a setting in the bundle's info.plist.
Fixes: #17026
The `find_dependency` macro is not meant for use in find modules and
`return()`s from the caller when the package is not found. Avoid using
it in FindBoost. Instead use plain `find_package` for the Threads
package and manually forward the `QUIET` argument. When the Threads
package is missing then treat the Boost `thread` component as missing.
Issue: #17257
We now require C++11 support including `override`. Drop use of
the old compatibility macro. Convert references as follows:
git grep -l CM_OVERRIDE -- '*.h' '*.hxx' '*.cxx' |
xargs sed -i 's/CM_OVERRIDE/override/g'
This is a near-total rewrite of FindMPI implementing the following
features:
Environmental improvements:
- C++ settings can now be picked from C settings if no dedicated C++
settings are found (some installs of IBM Platform MPI)
- Fortran settings can now be found on MPICH-1, MVAPICH-1, Microsoft
MPI and MPICH-2 on Windows.
- Improved flag procession logic: Flags related to security enhancements
of MPI itself, and unrelated to MPI usage (-fstack-protector-strong on
e.g. RHEL 7 for MPICH and MVAPICH) will be filtered out properly now.
-pthread is now being handled. -fno-strict-aliasing, which may be needed
while compiling MVAPICH (e.g. RHEL 7's MVAPICH package) is also
filtered.
Features added:
- MPI version can be determined for each language and is exposed as the
package version
- MPI functionality is being tested to ensure the correctness of
settings
- MPI-2 C++ bindings can be suppressed if desired by the project or
user. For older MPIs, this often resolves issues and eliminated the
infamous SEEK_SET trouble.
- MPI-2 C++ bindings are now being searched for and exposed by a
variable if detected.
- Fortran support now does not make assumptions over the MPI present and
works with ILP64 MPI implementations.
- Fortran now exposes which bindings (mpif.h, mpi/mpi_f08 modules) are
available
- MPI detection can now work hybridly, which for example permits using the
Fortran modules shipped with some compiler suites together with MPI
(e.g. PGI on Windows shipping MSMPI modules)
- Ability to determine MPI library version (*requires* try_run, caution)
upon request
- Ability to determine Fortran capabilities from MPI-3 for each of the
bindings (subarrays, asynchronous attribute protecting entities) (also
requires try_run)
Fine grained control over the search process:
- Possibility to selectively enable and disable steps like compiler
wrapper search and guessing. Permits picking Microsoft MPI over Intel
MPI if both are loaded (previously not possible without removing the
IMPI compiler wrappers from the environment)
- Ability to pick MPICH2 over MSMPI (previously the first one located
was taken)
- A user may now pass compiler flags to the compiler wrapper script,
enabling much more flexibility. This permits for example linking the
Intel MPI debug runtime, static linking, ILP64 with Fortran,
linking tracing, ...
- A user may define a suffix for all MPI binaries that are being looked
for (useful on Debian/Ubuntu where the alternative MPI installs are each
appended with their name, e.g. mpicc.mpich and mpicc.lam)
Cache variable improvements
- Instead of the previous plural cache variables a list-of-variables
approach is now in place. Permits correcting individual variables
instead of having to wade through a list, also speeds up the search
process and increases comfort by eliminating duplicate entries in
LIBRARIES over languages
- MPIEXEC was corrected to MPIEXEC_EXECUTABLE in order to fix the
grouping in the CMake GUI for the variable (previously ungrouped)
5dc215e0 FPHSA: fix typo in comment
a8f70b32 FPHSA: replace left-over VERSION by _FOUND_VERSION.
549366cb FPHSA: Add (failing) unit test when checking EXACT on full version number
Acked-by: Kitware Robot <kwrobot@kitware.com>
Merge-request: !1259
The `find_dependency` macro is not meant for use in find modules.
Instead use plain `find_package` for the Threads package. Assume that
if it is not found then it isn't needed on the current platform.
Issue: #17257
Code extracted from:
https://gitlab.kitware.com/utils/kwsys.git
at commit d85b17e7b4a9754dfb4c69906378c77626c16d24 (master).
Upstream Shortlog
-----------------
Brad King (1):
c8cfe4e0 SystemTools: Drop SplitProgramFromArgs function
Add variable `CMAKE_CODEBLOCKS_EXCLUDE_EXTERNAL_FILES` to optionally
exclude files from outside the project root from the project file
written by the CodeBlocks extra generator. This optionally restores
logic that had been removed by commit v2.8.3~40^2 (CodeBlocks Generator:
Do not omit files in the project file listing, 2010-10-05) in response
to QTCREATORBUG-2250.
Issue: #12110Fixes: #17188
This commit changes the internal -E__run_iwyu to be -E__run_co_compile. This
is used for co-compile commands. These are tools that want to mirror the
compiler. For each compiler invocation the tool will be invoked first. This
started as a way to implement include what you use (iwyu), but has expanded
to include cpplint, cppcheck and others. Likely there will be more in the
future as well. This commit implements each one in its own function and
provides a way to add additional ones in the future with less work.
