Cmake module to ease working with thirdparty libraries not installed on system wide configuration.
Include thirdparty.cmake and invoke THIRDPARTY_DIR(thirdparty) with the thirdparty directory. This macro will give a hint to CMake of another place to also look for the libraries when invoking FindPackage.
The thirdparty directory contains a folder for each lib and inside this folder it is expected to exists at least "include","lib" or "bin".
For example, the GLEW lib inside the thirdparty folder looks like this:
thirdparty/glew-1.7.0/lib/glew32mxs.lib
thirdparty/glew-1.7.0/lib/glew32s.lib
thirdparty/glew-1.7.0/lib/glew32mx.lib
thirdparty/glew-1.7.0/lib/glew32.lib
thirdparty/glew-1.7.0/include
thirdparty/glew-1.7.0/include/GL
thirdparty/glew-1.7.0/include/GL/glxew.h
thirdparty/glew-1.7.0/include/GL/wglew.h
thirdparty/glew-1.7.0/include/GL/glew.h
thirdparty/glew-1.7.0/bin/glew32.dll
thirdparty/glew-1.7.0/bin/glew32mx.dll
(...)
(This is exactly what you get when you extract the package you get at Glew official page)
On your CMakeLists.txt, instead of INSTALL(...) invoke INSTALL_WITH_DEPS(...), the ThirdParty will search for dependencies of the specified targets through a helper python script which invokes ldd on posix and Dependency Walker on windows. Dependency walker must be available in the thirdparty directory.
Then, when you invoke cpack or make install the dependents libraries will be installed as well.
Read CMake INSTALL documentation for help on how to use the INSTALL command.
The source_group_tree.cmake provides the source_group_tree macro, which may be used as source_group_tree(FilteName directory).
source_group_tree will scan directory recursively and will create source_group according to the dir hierarchy.
Support objdump (if dependency walker is not available) on windows deploying.
Since my skills of explaing how to use thirdparty.cmake are very limited, I will add a sample of usage soon.