This allows a single condition to be used to choose between two
alternatives. Without this the condition must be duplicated with
one surrounded by `NOT`.
Closes: #15585
4bfb1249 VS: removed usage of relative paths for C# targets in in-source builds
90cb4083 VS: improve handling of source files with special extensions in .csproj
Create a `<LANG>_CPPLINT` target property (initialized by a
`CMAKE_<LANG>_CPPLINT` variable) to specify a `cpplint` style checker
command line to be run along with the compiler.
When building with multiple SDKs within one project Xcode requires
the usage of ${EFFECTIVE_PLATFORM_NAME} to put temporary and build
outout into separate directories. For example an iOS device and
simulator build use two different SDKs (iphoneos and iphonesimulator).
In the past cmake tries to detect embedded toolchains that could
possibly use simulators and emitted EFFECTIVE_PLATFORM_NAME (EPN)
at the proper locations. In #16253 Mark noticed that if he
uses macosx and iphoneos in combination the necessary EPN is not
emitted. This is because CMake by default assumes macosx SDK which
does not trigger EPN emission.
The fist naive approach - enabling EPN unconditionally revealed that
then the EPN leaks into generator expressions like $<TARGET_FILE:xxx>
which might be a regression and thus is unacceptable.
The next approach was to add an CMake property to enable EPN emission
unconditionally. This solved the reported problem.
But the EPN leakage also happened for the embedded toolchains already
without anyone noticing. So the control property was turned into a
tri-state one:
* No definition: EPN is activated for embedded toolchains like before
* ON: EPN is always emitted
* OFF: EPN is never emitted
That approach gives the user the chance to disable EPN for embedded
toolchains and restores generator expression functionality for those.
Closes: #16253
Mainly <Link> and <DependentUpon> tags are added to connect generated
and manually edited files. Special file extensions that are take care
of are:
- .Designer.cs
- .xaml.cs
- .settings
- .resx
- .xaml
f72ba42b try_compile: Add policy CMP0067 to honor language standards
45aa03b9 try_compile: Add options to specify language standards
3bb2051e try_compile: Stop processing when test build system fails to generate
Projects use `try_compile` to check if they will be able to compile some
particular source code. When a language standard variable like
`CMAKE_CXX_STANDARD` is set, then the project intends to compile source
code using a compiler mode for that standard. Therefore it makes sense
for `try_compile` to use that standard in the test project too.
Unfortunately this was not done when support for the
`CMAKE_CXX_STANDARD` variable was first implemented. Add a policy to
introduce the improved behavior in a compatible way.
Closes: #16456
Add a `VS_USER_PROPS_CXX` target property to set the user props file of
the generated `.vcxproj` file to be something other than the default
`$(UserRootDir)\\Microsoft.Cpp.$(Platform).user.props`.
4cc601f2 Help: Add release note for CUDA support
7b9131da CUDA: Add tests to verify CUDA compiler works properly.
9cf5b98d CUDA: Prefer environment variables CUDACXX and CUDAHOSTCXX.
a5e806b3 CUDA: Add support for CMAKE_CUDA_COMPILE_OPTIONS_VISIBILITY
d038559e CUDA: Add separable compilation support to the makefile generator.
43ce4414 CUDA: Add separable compilation support to the ninja generator.
4b316097 CUDA: Add support for the CUDA_SEPARABLE_COMPILATION target property
ae05fcc6 CUDA: Add LinkLineComputer that computes cuda dlink lines.
115269a8 CUDA: Refactor cmLinkLineComputer to allow for better derived children.
5dec4031 CUDA: Refactor CMakeCUDAInformation to prepare for separable compilation.
5b20d0ab CUDA: C++ compile features now enable cuda c++11 support.
489c52ce CUDA: Use the host compiler for linking CUDA executables and shared libs.
bbaf2434 CUDA: add support for specifying an explicit host compiler.
a92f8d96 CUDA: Enable header dependency scanning.
ec6ce623 CUDA: State that cuda has preprocessor output and can generate assembly.
4f5155f6 CUDA: We now properly perform CUDA compiler identification.
...
Imported INTERFACE libraries can specify include directories via
`INTERFACE_INCLUDE_DIRECTORIES` so the default behavior of treating them
as system include directories applies. Allow users to turn this off by
setting `NO_SYSTEM_FROM_IMPORTED` on such targets.
Closes: #16443
This property was added by commit 09cda9d5 (Allow imported INTERFACE
libraries to specify a link library name, 2016-11-03) and is in the
implementation's whitelist. Add it to the documentation too.
Expose the binutils' machine name (typically used as a prefix on the
tool names) publicly. This is expected to match the `gcc -dumpmachine`
value.
Suggested-by: Ruslan Baratov <ruslan_baratov@yahoo.com>
The NDK provides prebuilt toolchain files in directories named for the
host architecture. The NDK build system calls this `HOST_TAG`.
Expose the value publicly for use by clients that need to pass it
to external tools.
Suggested-by: Ruslan Baratov <ruslan_baratov@yahoo.com>
When this variable is not set by the user or toolchain file, set it to
the default selected. This will be useful for client code that needs to
pass the value to an external tool that needs to find the same toolchain
in the NDK. Leave it empty for a standalone toolchain.
Suggested-by: Ruslan Baratov <ruslan_baratov@yahoo.com>
Expose the binutils' machine name (typically used as a prefix on the
tool names) publicly. This is expected to match the `gcc -dumpmachine`
value.
Suggested-by: Ruslan Baratov <ruslan_baratov@yahoo.com>
The NDK provides prebuilt toolchain files in directories named for the
host architecture. The NDK build system calls this `HOST_TAG`.
Expose the value publicly for use by clients that need to pass it
to external tools.
Suggested-by: Ruslan Baratov <ruslan_baratov@yahoo.com>
When this variable is not set by the user or toolchain file, set it to
the default selected. This will be useful for client code that needs to
pass the value to an external tool that needs to find the same toolchain
in the NDK. Leave it empty for a standalone toolchain.
Suggested-by: Ruslan Baratov <ruslan_baratov@yahoo.com>
Add an `IMPORTED_LIBNAME[_<CONFIG>]` target property to specify a library
name to be placed on the link line in place of an interface library
since it has no library file of its own. Restrict use of the property
to imported `INTERFACE` libraries.
This will be particularly useful for find modules that need to provide
imported libraries from system SDKs where the full path to the library
file is not known. Now such find modules will be able to provide an
imported interface library and set `IMPORTED_LIBNAME` to refer to the
SDK library by name.
Issue: #15267
Rolf Eike Beer