When system-provided packages are upgraded we must re-compile sources
depending on their headers. Use `-MD` instead of `-MMD` so that the
generated depfiles do not exclude system headers.
Suggested-by: Jussi Judin
491b41dd Help: Add notes for topic 'vs-clang-cl'
ad6d27ac Tests: do not build PrecompiledHeader on Clang/C2
a0f0541f Tests: fix PDBDirectoryAndName on Clang/C2
3541af67 Tests: fix Plugin building on Clang/C2
1902c293 Tests: fix complexOneConfig building on Clang/C2
cab2ec11 Tests: fix Complex building on Clang/C2
ada3736c Tests: fix Module.GenerateExportHeader building on Clang/C2
123b7e13 Tests: fix AliasTarget building on Clang/C2
445d4d4b VS 14: Add flag map for -std= to CppLanguageStandard tag in project files
0a785eb4 Features: Clang has no cxx_decltype_incomplete_return_type in MSVC sim mode
2c2ec488 VS: in Clang/C2 toolset, setup correct compiler settings
37afe00f CMakeDetermineCompilerId: Add detection of clang.exe bundled with VS
Since commit v3.1.0-rc1~564^2 (OS X: Use -iframework for system
framework directories, 2014-05-05) we test the version of Clang is smaller
that 3.1 to see if it supports -iframework.
Considering that "iframework" support has been added in clang@r142418
(Frontend: Support -iframework.) prior to clang 3.1, this made sense.
That said, considering that support for multiple -iframework parameters
has been added later in clang@r164607 (-iframework should allow separate
arguments. ) prior to clang 3.2, this commit updates the check to enable
framework support only if version is >= 3.2
We originally deprecated this module in commit v3.5.0-rc1~295^2
(CMakeForceCompiler: Deprecate this module and its macros, 2015-10-19).
Then a use case was found to still require the module so the deprecation
was reverted for CMake 3.5 by commit v3.5.0-rc3~4^2 (CMakeForceCompiler:
De-deprecate until more use cases have alternatives, 2016-02-17). Since
then `CMAKE_TRY_COMPILE_TARGET_TYPE` was introduced to provide an
alternative solution for that use case. Deprecate the module again.
Canonicalize the input paths so we treat them both consistently,
in particular when comparing them via string operations. This
is needed for calls like
fixup_bundle("${CMAKE_INSTALL_PREFIX}/../test" ...)
Suggested-by: Benjamin Ballet <bballet@ivsweb.com>
Use recommended case for variable names. i.e. matching name of the
module as passed to `find_package`.
For backwards compatibility, the upper case versions of both input and
output variables are used and defined when appropriate. Skip this for
the _FOUND variable because FPHSA already does it. Skip this for the
_VERSION variable because that was recently added and never available
with the old name in a release of CMake.
Also detect the library version number. Provide results as variables
and as an imported target, LTTng::UST.
Signed-off-by: Philippe Proulx <eeppeliteloop@gmail.com>
When we check for a working compiler we print a message of the form:
Check for working <LANG> compiler: ...
At one time CMAKE_<LANG>_COMPILER was not well-defined for all
generators so we printed the generator name instead of the path to
the compiler. Nowadays we always know the compiler, so update the
message to print it unconditionally. This is more informative than
the generator name, especially when a toolset (cmake -T) is used.
Suggested-by: Gregor Jasny <gjasny@googlemail.com>
This is done the same way as for Eclipse: cmake tries to determine
the number of CPUs, and then adds the respective -jN to the make
invocations in the project file.
Alex
If CMAKE_INSTALL_RPATH is set and contains $ORIGIN then
dpkg-shlibdeps searches for the DEBIAN directory in order
to resolve $ORIGIN in the rpath to a directory. We need to
create the DEBIAN directory for this to work.
Since commit v3.5.0-rc1~47^2 (FindCUDA: Support special characters in
path, 2016-01-15) our add_custom_command calls use VERBATIM so that
CMake will automatically quote special characters correctly. However,
this breaks the special `$(VCInstallDir)` placeholder used with Visual
Studio generators. Since we do not support preservation of such
placeholders with VERBATIM (see issue #15001) we must fall back to not
using VERBATIM when the placeholder is used.
A better fix would be to stop using `$(VCInstallDir)` and use the value
of `CMAKE_${CUDA_C_OR_CXX}_COMPILER` instead, but that will require
additional semantic and documentation changes. For now simply fix the
regression with the above approach.
Reported-by: Stephen Sorley <Stephen.Sorley@jhuapl.edu>
We deprecated this module in commit v3.5.0-rc1~295^2
(CMakeForceCompiler: Deprecate this module and its macros, 2015-10-19)
in order to determine whether anyone still has use cases that require
it. Indeed we still need to provide a way to work with toolchains that
cannot link binaries without special flags. Remove the deprecation
warnings until we can provide an alternative to the module for this use
case.
We use `sh wx-config` to launch the `wx-config` tool so that it can run
even on Windows. Since it is always a shell script its output may use
POSIX paths even on Windows. Use `cygpath` to convert to Windows paths.
Check found libraries version to match user required version.
Protobuf compiler executable version is checked to be aligned with found
libraries, raising a warning message otherwise.
CPACK_* variables expect component name in upper case.
CPACK_RPM_* variables expected component name to be
in same case as component name.
This patch adds support for CPACK_RPM_* variables with
upper case component names to match the convention with
CPACK_* variables and also preserves same case component
names for back compatibility.
The specific cause is when e.g.
/Library/Frameworks/GStreamer.framework/Versions/1.0/lib/libgio-2.0.0.dylib
is detected by fixup_bundle. set_bundle_key_values() interprets this as
a framework, thus doing a string replace that creates an embedded_item
that is equal to the original path, i.e. it is not embedded.
Before this change, the variable PROTOBUF_LIBRARIES might get redundant
value for debug and optimized configurations, e.g.
`optimized;/usr/lib/libprotobuf.so;debug;/usr/lib/libprotobuf.so`.
Some projects may want to use the detailed mangling information
directly instead of using the FortranCInterface_HEADER function.
We already provide variables encoding the mangling information,
so just document them as available.
This commit introduces two new options to CTestCoverageCollectGCOV.
When GLOB is set we recursively search in the source & binary
directories for .gcda files. Otherwise the default behavior is to
parse TargetDirectories.txt for a list of locations to search.
When DELETE is set we remove any .gcda file found after it has
been used to generate the corresponding .gcov file. The .gcov
file is also removed after the result tarball has been created.
Together these two new features help support the use case of
computing coverage across subprojects.
Brad King
Han Sangjin
Mariusz Pluciński
O. Libre
Jean-Christophe Fillion-Robin
Antonio Perez Barrero
Philippe Proulx
Clinton Stimpson
Marc Chevrier
Alex Neundorf
Florian Apolloner and John Knottenbelt
Wayne Stambaugh
Domen Vrankar
Christian Askeland
Zack Galbreath