Work around upstream ninja issue 1251 by converting include directories
used by our Fortran dependency scanner to the same path format that we
use in preprocessor `-I` flags and in the `build.ninja` manifest.
Fixes: #16722
The `WINDOWS_EXPORT_ALL_SYMBOLS` target property exports all symbols
found in object files explicitly given to the linker. However, the
linker may also find additional symbols in dependencies and copy them
into the linked binary (e.g. from `msvcrt.lib`). Provide a way to
export an explicit list of such symbols by adding a `.def` file as a
source file.
Fixes: #16473
Comments that indicate a special include order is necessary because
GetCurrentDirectory might get redefined are outdated. Remove those
outdated comments and use the normal ordering of includes.
3fd9f4ab Xcode: Add test for schema generation
cf13e495 Xcode: Control schema generation via variable
Acked-by: Kitware Robot <kwrobot@kitware.com>
Merge-request: !577
65481a60 CUDA: Work around VS limitation in CudaOnly.WithDefs test
8cae24a1 VS: Add more CUDA flag table entries
6ca4f222 VS: Add support for the CUDA_SEPARABLE_COMPILATION property
94255511 VS: Select CUDA code generation architectures
253594d0 VS: Select the CUDA runtime library
4def02a3 VS: Place CUDA host compiler options in proper project file fields
29f07b08 VS: Do not pass CUDA compile options to C compiler
b966f489 VS: Do not use absolute paths to CUDA sources
...
Acked-by: Kitware Robot <kwrobot@kitware.com>
Merge-request: !566
Parse the `-cudart=` option and add a corresponding `CudaRuntime`
field to the generated project file. Also add a matching `.lib`
to the list of libraries linked.
The CUDA Toolkit's VS integration provides abstractions for host
compiler options for `nvcc` to pass through `-Xcompiler` to the host
MSVC. Populate our secondary flag table and use it to remove flags from
the `AdditionalCompilerOptions` in favor of their abstractions.
Unfortunately a bug in the CUDA 8.0 VS integration prevents us from
passing anything in `AdditionalCompilerOptions` reliably. After taking
out the flags that have dedicated abstractions, drop the rest.
The CUDA Toolkit's VS integration defines abstractions for both options
to `nvcc` and options to pass through `-Xcompiler` to the host MSVC.
We need a separate flag table to parse each set of flags into the
corresponding abstractions. Add empty placeholders for these tables.
The NVIDIA CUDA Toolkit provides MSBuild toolset files for integration
with Visual Studio. Multiple versions may be installed so we need a way
to tell our VS generators which CUDA toolset to use. Extend the
`CMAKE_GENERATOR_TOOLSET` specification to provide a `cuda=...` field
specifying the version number.
Run MSBuild on a simple `.vcxproj` file to extract the location of the
toolset definitions. This will later be useful for looking at available
BuildCustomizations.
