This leads me to my question:īesides the approaches mentioned earlier, is there a better way to shorten this using generator expressions that can be used for both multi and single configuration environments? Of course, this method achieved my desired outcome, but it’s quite lengthy and lacks flexibility. "This list keeps going for other configurations and variables." I found this to be frustrating, forcing me to find a solution to set individual configuration settings, as demonstrated below: set( For example, if I tried to set the executable location for “Debug and 64 bit” to something like “…/64-bit/debug/…”, then Visual studio would create an additional debug folder under the already existing debug folder like: “…/64-bit/debug/Debug/…”. However, I soon discovered, as per the CMake documentation, that multi-configuration environments like Visual Studio typically include subdirectories for each of their configurations. Set(CMAKE_ARCHIVE_OUTPUT_DIRECTORY "output location.") Set(CMAKE_LIBRARY_OUTPUT_DIRECTORY "output location.") My first attempt led me to the following code: set(CMAKE_RUNTIME_OUTPUT_DIRECTORY "output location.") ![]() My objective was to organize the generation of executables, static libraries, and dynamic libraries based on architecture (64-bit/32-bit) and configuration (debug, release, etc.) into distinct directories corresponding to their respective attributes. I wanted to modify the output destination for building my binaries through CMake.
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