CPS names look like `[package]:component`, which needs to get mangled
into `package::component` to match CMake's convention. This was
implemented correctly for fully qualified component requirements, but
relative names were not being properly mangled. Adjust handling of
relative names to correctly translate from CPS to CMake convention.
In commit f2596dfa0e (macOS: Work around bug in system curl 8.{3,4,5}
LibreSSL backend, 2024-07-16, v3.30.1~2^2) we tried to prefer
`secure-transport` on problematic versions of curl. However, the
`curl_global_sslset` setting must be applied before every
`curl_global_init` call, not just the first one. Otherwise a
second (or subsequent) download won't apply the work-around.
LLVM/Clang 20, when invoked as `clang++ -E -c ...`, now warns:
warning: argument unused during compilation: '-c'
Drop the unnecessary `-c` flag. Also add a `-w` flag to suppress
warnings so their text is not parsed as predefines.
CUDA 12.8 deprecates architectures below 75. Presumably a future
version will remove it. Prepare infrastructure to avoid relying on
hard-coded arch 50 in this test.
This extends commit 63a5460faf (ci: Tell CudaOnly.Architecture test what
specific architecture to use, 2025-04-21).
47ddbc9ded CUDA/Clang: Prefer NVCC's default architecture for each CUDA Toolkit version
Acked-by: Kitware Robot <kwrobot@kitware.com>
Merge-request: !10698
Update commit 712cb8cb14 (ctest: Restore support for -T Test without
dashboard configuration, 2025-03-06, v4.0.0-rc4~11^2) to avoid
conflating coverage of CMake itself with the coverage mode of ctest
being tested.
This makes the default CUDA architecture consistent across compilers,
and makes it more likely that the resulting binary will run on the
user's hardware.
This also makes hardware requirements for CI builds more consistent.
See commit 4f2178c4a8 (ci: add tags to tie CUDA jobs to runners with
hardware supporting them, 2025-04-21).
dfe3b98387 Merge branch 'backport-ci-cuda' into ci-cuda
72e7636540 ci: add tags to tie CUDA jobs to runners with hardware supporting them
1395c1e19a ci: Tell CudaOnly.Architecture test what specific architecture to use
4f2178c4a8 ci: add tags to tie CUDA jobs to runners with hardware supporting them
63a5460faf ci: Tell CudaOnly.Architecture test what specific architecture to use
Acked-by: Kitware Robot <kwrobot@kitware.com>
Merge-request: !10691
4f2178c4a8 ci: add tags to tie CUDA jobs to runners with hardware supporting them
63a5460faf ci: Tell CudaOnly.Architecture test what specific architecture to use
Acked-by: Kitware Robot <kwrobot@kitware.com>
Merge-request: !10691
CUDA 12.8 deprecated support for compute architectures below 75.
Presumably support will be removed from a future version of the
CUDA Toolkit. Jobs using such a future version of CUDA will not
be able to compile support for CUDA architectures below 75, so
they will not be able to run on older hardware. In preparation,
our CI runners now have `cuda-arch-#` tags for the architectures
they support. Jobs may then be tagged with the minimum architecture
on which they can run.
Tag each job with the highest of the following requirements:
* Most of CMake's tests use the CUDA compiler's default architecture,
which is based on the version the CUDA toolkit.
* For Clang we currently select architecture 52 if supported by the
CUDA toolkit, even if that toolkit's NVCC defaults to an older arch.
* The `CudaOnly.Architecture` test uses a specific architecture
configured by each CI job.
CUDA 12.8 deprecates architectures below 75. Presumably a future
version will remove it. Prepare infrastructure to avoid relying on
hard-coded arch 52 in this test.
CUDA 12.8 deprecated support for compute architectures below 75.
Presumably support will be removed from a future version of the
CUDA Toolkit. Jobs using such a future version of CUDA will not
be able to compile support for CUDA architectures below 75, so
they will not be able to run on older hardware. In preparation,
our CI runners now have `cuda-arch-#` tags for the architectures
they support. Jobs may then be tagged with the minimum architecture
on which they can run.
Tag each job with the highest of the following requirements:
* Most of CMake's tests use the CUDA compiler's default architecture,
which is based on the version the CUDA toolkit.
* For Clang we currently select architecture 52 if supported by the
CUDA toolkit, even if that toolkit's NVCC defaults to an older arch.
* The `CudaOnly.Architecture` test uses a specific architecture
configured by each CI job.
CUDA 12.8 deprecates architectures below 75. Presumably a future
version will remove it. Prepare infrastructure to avoid relying on
hard-coded arch 52 in this test.
In commit 038f4c12e3 (Utilities/Sphinx: Add hanging indent to version
notes, 2023-03-14, v3.27.0-rc1~322^2) we tweaked version notes to
improve readability. However, due to the way footnotes work, this
resulted in overlapping text elements when a footnote consists of a
version note. Adjust the styling to correct this issue.
Since commit 7b19531291 (macOS: Do not pass any SDK/-isysroot to
compilers by default, 2024-11-06, v4.0.0-rc1~511^2) our default
invocation of compilers targeting macOS no longer passes `-isysroot`.
Without that, Xcode's compilers search `-L/usr/local/lib` by default
even though the macOS dynamic loader does not. Since `/usr/local/lib`
is not a fully-implemented implicit link directory, exclude it from our
detected `CMAKE_<LANG>_IMPLICIT_LINK_LIBRARIES` so that our generators
do not suppress `RPATH` entries for dependencies in that directory.
Fixes: #26867
In commit 5aed3ee49d (cmSystemTools: Add GetLogicalWorkingDirectory,
2024-10-28, v4.0.0-rc1~528^2~6) we incorrectly trusted `PWD` to be a
normalized path so long as its realpath matches the current working
directory.
Fixes: #26870
Since KWSys commit `4feb470ab` (SystemTools: Remove GetActualCaseForPath
from CollapseFullPath, 2024-10-23), imported by commit ede7f2afa6 (KWSys
2024-10-24 (e1acde2e), 2024-10-24, v4.0.0-rc1~589^2~1^2), the KWSys
`CollapseFullPath` function that we use to normalize source file paths
no longer looks up the on-disk case of file paths. This change was
intentionally made to reduce unnecessary disk accesses. The change may
affect Windows-only projects that were never built on a case sensitive
filesystem. Call out the change in the 4.0 release notes.
Issue: #26854
Matthew Woehlke