* FluidSynthConfigVersion.cmake is created with ${VERSION} instead of
${LIB_VERSION_INFO}
* FluidSynthConfig.cmake.in simplified: it doesn't need to include the
version file.
* Simplified BUILD_INTERFACE generator expression as suggested
The build system creates two exported targets:
- The executable FluidSynth::fluidsynth
- The library FluidSynth::libfluidsynth
A downstream project using CMake can find and link the library target
directly with cmake (without needing pkg-config) this way:
~~~
project(sample LANGUAGES C)
find_package ( FluidSynth )
if (FluidSynth_FOUND)
add_executable( sample sample.c )
target_link_libraries ( sample PRIVATE FluidSynth::libfluidsynth )
endif ()
~~~
After installing fluidsynth in a prefix like "$HOME/Fluidsynth3":
cmake -DCNAKE_PREFIX_PATH="$HOME/Fluidsynth3/;..."
Instead installing, the build directory can be used directly, for
instance:
cmake -DFluidSynth_DIR="$HOME/fluidsynth-2.2.2/build/" ...
* FluidSynthConfigVersion.cmake is created with ${VERSION} instead of
${LIB_VERSION_INFO}
* FluidSynthConfig.cmake.in simplified: it doesn't need to include the
version file.
* Simplified BUILD_INTERFACE generator expression as suggested
The build system creates two exported targets:
- The executable FluidSynth::fluidsynth
- The library FluidSynth::libfluidsynth
A downstream project using CMake can find and link the library target
directly with cmake (without needing pkg-config) this way:
~~~
project(sample LANGUAGES C)
find_package ( FluidSynth )
if (FluidSynth_FOUND)
add_executable( sample sample.c )
target_link_libraries ( sample PRIVATE FluidSynth::libfluidsynth )
endif ()
~~~
After installing fluidsynth in a prefix like "$HOME/Fluidsynth3":
cmake -DCNAKE_PREFIX_PATH="$HOME/Fluidsynth3/;..."
Instead installing, the build directory can be used directly, for
instance:
cmake -DFluidSynth_DIR="$HOME/fluidsynth-2.2.2/build/" ...
