Since commit v3.9.0-rc1~160^2 (VS: Use tool-specific flag table for
COMPILE_FLAGS parsing, 2017-05-03) we now correctly use the `rc` flag
table to process the COMPILE_FLAGS flags of `.rc` source files instead
of incorrectly using the `cl` flag table as before. However, our `rc`
flag table is not complete. The `/nologo` flag was working before only
by accident because the `cl` flag table entry for it happened to match.
Add the proper entry to the `rc` flag table.
Fixes: #16991
In commit v3.9.0-rc3~3^2 (Android: Add support for unified headers,
2017-06-12) we accidentally constructed the unified header include
directories from the linking sysroot. Construct them from the
compiling sysroot instead.
Fixes: #16584
In commit v3.9.0-rc1~431^2~6 (VS: Place CUDA host compiler options in
proper project file fields, 2017-03-07) we worked around a bug in the
CUDA VS integration by dropping `AdditionalCompilerOptions`. However,
this silently drops `-Xcompiler=` options given by the user that don't
map to one of CudaCompile's dedicated settings. Improve the workaround
to instead put the remaining `AdditionalCompilerOptions` into the
`AdditionalOptions` field behind `-Xcompiler=` ourselves.
Fix the VS generator to honor `COMPILE_OPTIONS` for CUDA. The exclusion
added by commit v3.9.0-rc1~431^2~7 (VS: Do not pass CUDA compile options
to C compiler, 2017-03-07) was correct but we need additional logic to
pass the CUDA compile options to the CUDA compiler. Also we should
still pass the CXX or C options to MSVC (ClCompile) when those languages
are enabled even if the link language is CUDA.
CUDA 8.0.44 contains a bug in its VS integration that breaks
preprocessor definitions in some cases. Recommend using at least 8.0.61
which fixes the problem.
Fixes: #16993
The files Makefile.inc and pkgdata.inc are installed by ICU to
<libdir>/icu and on some distributions to <libdir>/<arch>/icu.
These are required by ICU tools like pkgdata, and so are needed
by other package build systems at build time, in addition to the
libraries and executables already searched for.
Search for the files and create cache entries for them, as done
for executables.
This is covering a different use case where your primary compilers are
HDF5 wrappers, as is the case when using the Cray Programming
Environment. The existing code tries to query the compiler using options
only available to h5cc and friends, which doesn't work when your wrapper
is not h5cc, as is the case with the CrayPE. This change instead pulls
strings out of a test binary when testing for "is your regular compiler
an HDF5 wrapper" while the "query wrapper for options" is reserved for
the "I found the hdf5 wrappers but they're not your main compiler" mode.
