Components are added in a backward-compatible way:
* ASPELL component - adds the ASPELL::ASPELL imported target
* Executable component - adds the ASPELL::Executable imported target
If components are not specified in find_package() call, module, by
default, searches for both components and provides backward
compatibility with the find_package(ASPELL) usage via ASPELL_LIBRARIES,
ASPELL_INCLUDE_DIR, and ASPELL_EXECUTABLE variables.
The ASPELL_DEFINITIONS variable description removed from the
documentation as it was never defined by this module.
Additionally added a Pspell interface check (pspell.h header file) if
Aspell library provides it. It is checked separately because it might
be located in a subdirectory of pspell/pspell.h and code includes it as
`<pspell.h>`. Some distributions package pspell.h as part of the
libpspell development package and install also libaspell development
package as a dependency for BC.
Added also ASPELL_VERSION variable in case aspell executable can
determine it.
Issue: #26811
- Added examples section.
- Descriptions synced a bit.
- Separated result and cache variables.
- RST syntax synced.
- LTTngUST_FOUND and the uppercased LTTNGUST_FOUND are always set to the
same value by the find module in this case - description synced.
- Added examples section.
- Descriptions reworded and synced a bit with other find modules.
- BZIP2_NEED_PREFIX variable moved to cache variables
- BZip2_FOUND variable described instead of BZIP2_FOUND to be synced
with other find modules and current naming conventions. Both of these
variables are set to the same value in this case.
This updates the module documentation to be more synced with other
modules. Also, this module on the first glance doesn't do what most
people might think. Because when condition evaluates to false, internal
cache remains with the same value, and a local variable is created with
the value provided in the last argument.
- Command arguments described separately and their placeholders renamed
to more intuitive names.
- More examples added, starting with a very basic syntax usage to more
complex ones, each described in more details.
- Each example has include() added to be more clear that this is a
module command.
Variables such as CMAKE_COMPILER_IS_GNUCC are documented as
obsolete/deprecated and ideally shouldn't be used in the code anymore
to have clearer compiler identifications.
In the past QCC compiler was identified as GNU and also had this
variable set to 1 (see policy CMP0047). Same still applies for LCC
compiler (see policy CMP0129).
- Usage example added to highlight the imported target usage.
- This updates and syncs the module documentation as done in other
similar find modules.
- The legacy variable ZLIB_VERSION_STRING mentioned only in the legacy
variables section.
- Added example.
- Docs synced with other similar find modules.
- Perl_FOUND and PERL_FOUND variables are always set as of CMake 3.3 to
the same value.
- Synced formatting with other similar find modules
- Added imported target to the example instead of defining compilation
properties for the entire directory.
- The Armadillo_FOUND variable used - both are always set by
find_package_handle_standard_args() for BC.
- This moves the CMakeFindPackageMode internal module documentation to
the --find-package option as this module itself cannot be used by the
project.
- Additionally, some links added.
- The `QUIET` variable renamed in documentation to `SILENT` to be
effective according to the current code.
Previously we relied on the cross-compiling toolchain file to set
`CMAKE_SYSTEM_PROCESSOR` to a value consistent with the CUDA compiler's
target architecture. When a compiled language is enabled, we now have
its target architecture in `CMAKE_<LANG>_COMPILER_ARCHITECTURE_ID`.
Use that to select the CUDA toolkit's corresponding target directory.
If no language is enabled, or the compiler's target architecture is not
known, fall back to `CMAKE_SYSTEM_PROCESSOR`. If that is not set, fail
with an explicit error make clear what is wrong.
7f0f382c55 Provide CMAKE_<LANG>_COMPILER_ARCHITECTURE_ID on more compilers
019f0f8b32 ARCHITECTURE_ID: Save persistently even if empty
8e46672b29 Fortran: Detect pointer size on sparc architectures
eddf66eaef CMakeDetermineASMCompiler: De-duplicate list of compiler info variables
c0224f5aa1 CMakeDetermineCompilerABI: Make ABI info string more robust
67ab580804 Windows/Clang: Fix indentation in platform information module
1c9f8eeb4f Help: Document CMAKE_<LANG>_COMPILER_ARCHITECTURE_ID
Acked-by: Kitware Robot <kwrobot@kitware.com>
Acked-by: buildbot <buildbot@kitware.com>
Merge-request: !10516
Brad King
Peter Kokot