In commit 55e4753bbb (Refactor cmTargetExport removing
InterfaceIncludeDirecories, 2021-07-20, v3.22.0-rc1~337^2~1) the storage
of `INCLUDES DESTINATION` was moved into each target. However, a target
may be installed in multiple exports, and their `INCLUDES DESTINATION`
should not be mixed.
Convert the IncludeDirectoriesEntries vector to a map and modify access
function to store the directories lists with respect to cmExportTarget
object. This fixes error when the same target is exported more than once
via different exports and each for consequent export its include
directories list grows. Add a test for this case.
Fixes: #23183
5cdd774d51 VS: Handle build target correct for .NET SDK style projects with Any CPU
309191052c VS: Set Visual Studio versions read out from solution file
f7791698cb VS: Allow setting output directory in .NET SDK style projects
Acked-by: Kitware Robot <kwrobot@kitware.com>
Merge-request: !6944
To enable the management of incompatible $<LINK_LIBRARY> declarations,
add LINK_LIBRARY_OVERRIDE and LINK_LIBRARY_OVERRIDE_<LIBRARY> target
properties.
This generator expression offers the capability, for the link step, to
decorate libraries with prefix/suffix flags and/or adding any specific flag for each
library.
Fixes: #22812, #18751, #20078, #22703
Tools using the json-v1 format might want to trace stack frames across
different `CMakeLists.txt` files, in order to, for example, provide
stacktraces that span from the top-level `CMakeLists.txt` in a
project. One would think that `frame` lets you do that, but it
doesn't, because it tells you the depth of the stack within the
current `CMakeLists.txt`, so it gets reset across calls to
`add_subdirectory`.
The solution involves adding a field with a "global frame". This value
gets incremented on calls to `add_subdirectory`, which makes it easier
for tools to reconstruct "global stacktraces".
I considered changing the current "frame" value, but I didn't because
it would be a breaking change. I cannot think of any use-case where
"frame" is more useful to "global-frame", but maybe I'm missing
something.
* Extend Visual Studio solution parser for reading build target
* Map solution build target to project build target (especially for Any CPU)
* Use C++ <optional> template instead of pointer return value for cmSlnData::GetProjectByGUID
In preparation of support of genex $<LINK_LIBRARY:...>, propagate
cmComputeLinkDepends::LinkEntry instances to ensure to have, when needed,
all attributes attached to the link item.
9a48012f93 Configure CMake itself with policies through CMake 3.22
a5a9687799 export: Increase maximum policy version in exported files to 3.22
a9ffded98c Add deprecation warnings for policies CMP0097 and below
Acked-by: Kitware Robot <kwrobot@kitware.com>
Tested-by: buildbot <buildbot@kitware.com>
Merge-request: !6948
This was accidentally left out of commit 736663deed (Begin 3.23 release
versioning, 2022-02-03). The step is documented as part of the release
branching process in the CMake Maintainer Guide `Help/dev/maint.rst`.
Implements a -- delimiter, that indicates the end of options (starting
with a dash -) of a command and separates them from the subsequent
operands (positional arguments).
The following commands are affected:
- env: Implemented the -- delimiter.
- cat: The -- delimiter was already kind of considered, but its
occurence did not stop the options parsing.
- rm: Here the command already implemented the -- delimiter as
specified, but it was not documented.
Fixes#22970
Avoid looking up the PCH create/use flags just to map them through
flag tables back to the `.vcxproj` settings. Instead, simply
generate the PCH settings directly for each source file.
Since commit 9df1f33c9a (VisualStudio: move PCH rules to projects when
possible., 2020-10-15, v3.20.0-rc1~638^2) we already do this for the
target-wide PCH settings.
The files generatd by `install(EXPORT)` and `export()` commands
are known to work with policies as of CMake 3.22, so enable them
in sufficiently new CMake versions.
The OLD behaviors of all policies are deprecated, but only by
documentation. Add an explicit deprecation diagnostic for policies
introduced in CMake 3.16 and below to encourage projects to port
away from setting policies to OLD.
Commit 14d8a276 (CUDA: Support nvcc 11.5 new -arch=all|all-major flags,
2021-08-17) added all and all-major options to CUDA_ARCHITECTURES. These are
fairly generic and likely to see real-world use by distributors. Thus it's
desirable to support these also for Clang and older NVCC versions.
The supported architectures are dependent on the toolkit version. We determine
the toolkit version prior to compiler detection. For NVCC we get the version
from the vendor identification output, but for Clang we need to invoke NVCC
separately.
The architecture information is mostly based on the Wikipedia list with the
earliest supported version being CUDA 7.0. This could be documented and
expanded in the future to allow projects to query CUDA toolkit version and
architecture information.
For Clang we additionally constrain based on its support.
Additionally the architecture mismatch detection logic is fixed, improved and
updated for generic support:
* Commit 01428c55 (CUDA: Fail fast if CMAKE_CUDA_ARCHITECTURES doesn't work
during detection, 2020-08-29) enabled CMAKE_CUDA_COMPILER_ID_REQUIRE_SUCCESS
if CMAKE_CUDA_ARCHITECTURES is specified. This results in
CMakeDetermineCompilerID.cmake printing the compiler error and our code for
presenting the mismatch in a user-friendly way being useless. The custom
logic seems preferable so go back to not enabling it.
* Commit 14d8a276 (CUDA: Support nvcc 11.5 new -arch=all|all-major flags,
2021-08-17) tried to support CMP0054 but forgot to add x to the interpolated
result. Thus the conditions would always evaluate to false. This is fixed as
a byproduct of removing NVIDIA specific checks, improving the error message
and replacing architectures_mode with a simpler architectures_explicit.
Visual Studio support omits testing the flags during detection due to
complexities in determining the toolkit version when using it.
A long-term proper implementation would be #23161.
Implements #22860.
When support for `DOTNET_SDK` was added, only a minimal set of options
were built in. Based on user feedback, support for reference to dlls
(not just projects) is needed. That support is added here.
Fixes: #23166
Brad King