The original warning pre-dates support for install components.
There are now legitimate scenarios where an install(TARGETS)
command may list a target that is excluded from all, e.g.
hierarchical projects that will never install the component such a
target belongs to.
Fixes: #18938
The quoting added by commit 8c5221fb1f (try_compile: Preserve special
characters in COMPILE_DEFINITIONS, 2019-01-21, v3.14.0-rc1~108^2~3)
broke the case that the `COMPILE_DEFINITIONS` value contains a `;`.
Without the quoting the `;` would be generated literally in an unquoted
argument in the test `CMakeLists.txt` file and would then be expanded.
With quoting the `;` is preserved, which is not the old behavior.
Fix this by expanding the `;`-list ahead of time. Add test cases for
behavior with both `#` and `;`.
This was noticed with the PGI compiler where we set
`CMAKE_CXX*_STANDARD_COMPILE_OPTION` to values like `--c++17;-A`. The
symptom had also been observed while preparing commit ef8f237686
(ParseImplicitIncludeInfo: add SunPro Fortran and PGI compiler, Cray
fix, 2019-01-29, v3.14.0-rc1~26^2~2) but was not recognized at the time
as a regression. Revert the workaround added by that commit.
Fixes: #18919
This change adds the Octave::Octinterp target to make the octinterp
library available without users having to resort to using the
Octave_INTERP_LIBRARY variable.
Since commit dc6888573d (Pass EXCLUDE_FROM_ALL from directory to
targets, 2019-01-15, v3.14.0-rc1~83^2) we automatically forward the
`EXCLUDE_FROM_ALL` to targets as they are created. This regressed
support for interface libraries on which the property is not allowed.
Skip forwarding the `EXCLUDE_FROM_ALL` property for interface libraries.
It is not needed on them because they do not participate in the
generated build system anyway.
Fixes: #18896
`CUDA_RESOLVE_DEVICE_SYMBOLS` can be used with shared, module, and
executable target types. This relaxation is to allow for better
interoperability with linkers that automatically do CUDA device symbol
resolution and have no way to disable it.
e8ee8cab97 Xcode: Completely disable code signing for compiler id detection
11da882a12 Apple: Introduce separate system name for iOS, tvOS, and watchOS
36cf44a7a3 Tests: Isolate RunCMake.XcodeProject per-device cases from host arch
Acked-by: Kitware Robot <kwrobot@kitware.com>
Merge-request: !2392
Since commit 2c9f35789d (VS: Decide project type by linker lang as
fallback, 2017-03-30, v3.9.0-rc1~340^2) we consider the linker language
when detecting whether to generate a `.vfproj` or `.vcxproj` file.
However, this could cause C-only projects to become `.vfproj` files if
they link to Fortran projects. Instead we should consider only the
`LINKER_LANGUAGE` property on the target itself. This approach is
already used for CSharp. It allows project code to specify the project
file type for a target with no sources but does not allow linked targets
to affect it.
Fixes: #18687
- Remove code signing requirements for non-macOS
- Do not set deployment target for non-macOS
- Build static library for compiler feature detection for non-macOS
- Use framework to run CompilerId tests for watchOS
- Port tests to new SDK handling
- Add new Apple cross-compiling section to toolchain documentation
Closes: #17870
WinRT components need to be referenced in a similar way that managed
code libraries are referenced. Validate that the library reference is a
WinRT component and reference it through the project.
Add test coverage for `VS_WINRT_COMPONENT`. While at it, fix the IOT
reference failing on Win10 SDK 17763 which doesn't include it anymore.
Fixes: #18846
91d98542d2 Merge branch 'autogen-qt-version-from-dirprops-release' into autogen-qt-version-from-dirprops-master
062d21c36a Autogen: Read the Qt version from directory properties as well
17ac7c4024 Tests: add cases for providing Qt5Core_VERSION manually
2df6d69014 AutoGen: query Qt5 version from directory properties
b598dfb65e Tests: add cases for providing Qt5Core_VERSION manually
Acked-by: Kitware Robot <kwrobot@kitware.com>
Merge-request: !2883
The `FRAMEWORK` target property affects the way the `install()` command
treats the target and so should be set first. Our implementation
assumed that this was always the case and led to an assertion failure.
Prior to CMake 3.12 this was visible only when using an explicit
`LIBRARY ... NAMELINK_ONLY` option, but commit 0212d7c762 (install: add
NAMELINK_COMPONENT argument, 2018-04-18, v3.12.0-rc1~139^2~3) made
it possible with a simple `LIBRARY DESTINATION`.
Fully supporting out-of-order specification will require non-trivial
refactoring to defer install generator creation to generate time.
For now simply restore the old behavior of installing the framework
to the library destination and warn about the case.
Fixes: #18848
Add implicit include parser for PGI compiler ID. PGI verbose output
for CXX differs from C and Fortran, so CXX is broken out into its own
case. The C and Fortran compilers take "-YI,path" and "-Mnostdinc" to
change or disable the builtin include path. The last arg on the command
line appears to override previous args (e.g. "-YI,path1 -YI,path2" will
set the path to "path2" ... the previous "-YI,path1" gets undone).
The CXX compiler verbose output reports with "-I" rather than "-stdinc"
for the built in path. In addition with CXX "-Mnostdinc" does not
completely zero the include path (e.g. "#include <stdio.h>" still works
with "-Mnostdinc"... "-I/usr/include" still shows up in the verbose output).
Minor adjustments to get the SunPro parser to handle Fortran as well.
Fixes for Cray compiler support (Modules/Compiler/Cray-{C,CXX}.cmake):
The *_COMPILE_OPTION flags contain options like "-h c99,gnu" ...
these options need to be in double quotes (they are currently not).
Otherwise, cmake treats them as lists and tries to run the compiler
with "-h;c99,gnu" and fails when it is "Detecting C compile features"...
Also, the Cray-CXX.cmake contains "__compiler_cray(C)" instead of
"__compiler_cray(CXX)" -- this error prevents the correct VERBOSE
flags for CXX from being defined which prevents the implicit include
parser from running.
Add additional test cases for PGI and SunPro Fortran to the
Tests/RunCMake/ParseImplicitIncludeInfo area.
Since commit 5990ecb741 (Compute implicit include directories from
compiler output, 2018-12-07) we now have compiler implicit include
directory computation for gcc and clang. It should be safe now to pass
these to `moc`. This patch re-enables passing the compiler implicit
include directories to `moc`, which was disabled due to issue #18669.
Fixes: #18041
Issue: #18669
