The cmDependsJavaParserHelper tries to implement a "deep copy" in the
assignment operator of the internal class CurrentClass. To do that, it
uses std::copy and std::back_inserter. The copy constructor is
implemented in terms of the assignment operator but it does not
initialize the member NestedClasses, a pointer to vector. This pointer
is dereferenced in the assignment operator. Change the pointer to a
value and rely on the compiler generated special functions.
This property allow to specify a specific Visual Studio tool for a
source file overriding the default tool behavior. For example, a
`.resw` file being processed as a `PriResource` file. This has the
advantage of being able to teach CMake to process new file types without
code modifications.
FindBoost only detects Debug and Release configurations. All other
configurations will fall back to the configuration listed as the first
entry in `IMPORTED_CONFIGURATIONS`. Switch the order so that `Release`
is listed first, as this is a better fallback than `Debug` for the
`RelWithDebInfo` and `MinSizeRel` configurations. See issue #16091.
Download http://www.gnu.org/licenses/lgpl.txt and place it as
Licenses/LGPLv3.txt in our source tree. When building cmake-gui, use
option CMake_GUI_DISTRIBUTE_WITH_Qt_LGPL to enable notification in the
"About" dialog of how the distribution of Qt is licensed. Install the
license file as ${CMAKE_ROOT}/Licenses/LGPLv3.txt so that the dialog can
display a path to it.
Factor the flag generation out of cmCommonTargetGenerator::GetFlags
into a new cmLocalGenerator::GetTargetCompileFlags method.
This will allow it to be used without a target generator available.
Add a cmLocalGenerator::GetTargetFortranFlags virtual method to get
generator-specific generation of Fortran-specific flags. Implement it
in cmLocalCommonGenerator by moving the implementation from
cmCommonTargetGenerator::AddFortranFlags. This will allow it to be used
without having a target generator available.
Inspired-by: Tobias Hunger <tobias.hunger@qt.io>
Move code to create/get the fortran module directory from the
cmCommonTargetGenerator to cmGeneratorTarget.
Rename the ComputeFortranModuleDirectory method to
CreateFortranModuleDirectory as this method *creates* the directory if
it is missing.
Even in relatively small projects using `--trace` (and `--trace-expand`)
may produce a lot of output. When developing a custom module usually
one is interested in output of only a few particular modules.
Add a `--trace-source=<file>` option to enable tracing only a subset of
source files. The final output would be only from requested modules,
ignoring anything else not matched to given filename(s).
Daniel Pfeifer
Jean-Christophe Fillion-Robin
FARBOS Arnaud
Ivan Ivanov
Brad King
LibArchive Upstream
Gilles Khouzam
Andreas Weis
Wu Zhao
Domen Vrankar
Kitware Robot
Rolf Eike Beer
Gregor Jasny
Tobias Hunger
Stuart Mentzer
Alex Turbov