raylib/games/CMakeLists.txt

# Setup the project and settings
project(games)

# Get the source toegher
file(GLOB sources *.c)

set(OUTPUT_EXT)

if(${PLATFORM} MATCHES "Web")
  set(CMAKE_C_FLAGS "${CMAKE_C_FLAGS} -Os -s USE_GLFW=3 -s ASSERTIONS=1 -s WASM=1 -s EMTERPRETIFY=1 -s EMTERPRETIFY_ASYNC=1")
  set(CMAKE_C_FLAGS "${CMAKE_C_FLAGS} --shell-file ${CMAKE_SOURCE_DIR}/templates/web_shell/shell.html")
  set(OUTPUT_EXT ".html")
endif()

if (NOT TARGET raylib)
  find_package(raylib 2.0 REQUIRED)
endif()

# Do each game
foreach(game_source ${sources})
  # Create the basename for the game
  get_filename_component(game_name ${game_source} NAME)
  string(REPLACE ".c" "${OUTPUT_EXT}" game_name ${game_name})

  # Setup the game
  add_executable(${game_name} ${game_source})

  # Link the libraries
  target_link_libraries(${game_name} raylib)
endforeach()

# Do the games with subdirectories
add_subdirectory(drturtle)
add_subdirectory(just_do)
add_subdirectory(koala_seasons)
add_subdirectory(light_my_ritual)
add_subdirectory(skully_escape)
add_subdirectory(wave_collector)
CMake based build system. Some people might find this handly 2017-07-23 02:45:36 +03:00			`# Setup the project and settings`
			`project(games)`

			`# Get the source toegher`
			`file(GLOB sources *.c)`

Fix HTML5 examples and games using CMake (#589) Mimic the Makefile by outputting html + js instead of LLVM IR. 2018-07-25 01:39:17 +03:00			`set(OUTPUT_EXT)`

			`if(${PLATFORM} MATCHES "Web")`
			`set(CMAKE_C_FLAGS "${CMAKE_C_FLAGS} -Os -s USE_GLFW=3 -s ASSERTIONS=1 -s WASM=1 -s EMTERPRETIFY=1 -s EMTERPRETIFY_ASYNC=1")`
			`set(CMAKE_C_FLAGS "${CMAKE_C_FLAGS} --shell-file ${CMAKE_SOURCE_DIR}/templates/web_shell/shell.html")`
			`set(OUTPUT_EXT ".html")`
			`endif()`

CMake: Major cleanup to support find_package(raylib) Remove that link_libraries_to_executable() hack and defines a proper raylib target that can be used with target_link_libraries. The same target is also available for external (user) code by using find_package(raylib). This results in: - Remove hardcoded build directories from examples and games CMakeLists.txt - Allow rlgl_standalone and other special examples to be built easily - Allow CMake projects to find_package(raylib instead of fiddling with pkg-config - Makes code a little more maintainable - Fixes #471, #606. - Makes code less confusing by removing the double use of PLATFORM (#584). Note that this is still not _The Right Way_(TM), because normally raylib-config.cmake (or its includes) would be automatically generated. I didn't manage to get that to work though, so I went the easier route of just wrapping pkg_check_modules for consumption by find_package. 2018-07-28 17:08:41 +03:00			`if (NOT TARGET raylib)`
			`find_package(raylib 2.0 REQUIRED)`
			`endif()`
Fix HTML5 examples and games using CMake (#589) Mimic the Makefile by outputting html + js instead of LLVM IR. 2018-07-25 01:39:17 +03:00
CMake based build system. Some people might find this handly 2017-07-23 02:45:36 +03:00			`# Do each game`
			`foreach(game_source ${sources})`
			`# Create the basename for the game`
			`get_filename_component(game_name ${game_source} NAME)`
Fix HTML5 examples and games using CMake (#589) Mimic the Makefile by outputting html + js instead of LLVM IR. 2018-07-25 01:39:17 +03:00			`string(REPLACE ".c" "${OUTPUT_EXT}" game_name ${game_name})`
CMake: Major cleanup to support find_package(raylib) Remove that link_libraries_to_executable() hack and defines a proper raylib target that can be used with target_link_libraries. The same target is also available for external (user) code by using find_package(raylib). This results in: - Remove hardcoded build directories from examples and games CMakeLists.txt - Allow rlgl_standalone and other special examples to be built easily - Allow CMake projects to find_package(raylib instead of fiddling with pkg-config - Makes code a little more maintainable - Fixes #471, #606. - Makes code less confusing by removing the double use of PLATFORM (#584). Note that this is still not _The Right Way_(TM), because normally raylib-config.cmake (or its includes) would be automatically generated. I didn't manage to get that to work though, so I went the easier route of just wrapping pkg_check_modules for consumption by find_package. 2018-07-28 17:08:41 +03:00
CMake based build system. Some people might find this handly 2017-07-23 02:45:36 +03:00			`# Setup the game`
			`add_executable(${game_name} ${game_source})`

			`# Link the libraries`
CMake: Major cleanup to support find_package(raylib) Remove that link_libraries_to_executable() hack and defines a proper raylib target that can be used with target_link_libraries. The same target is also available for external (user) code by using find_package(raylib). This results in: - Remove hardcoded build directories from examples and games CMakeLists.txt - Allow rlgl_standalone and other special examples to be built easily - Allow CMake projects to find_package(raylib instead of fiddling with pkg-config - Makes code a little more maintainable - Fixes #471, #606. - Makes code less confusing by removing the double use of PLATFORM (#584). Note that this is still not _The Right Way_(TM), because normally raylib-config.cmake (or its includes) would be automatically generated. I didn't manage to get that to work though, so I went the easier route of just wrapping pkg_check_modules for consumption by find_package. 2018-07-28 17:08:41 +03:00			`target_link_libraries(${game_name} raylib)`
CMake based build system. Some people might find this handly 2017-07-23 02:45:36 +03:00			`endforeach()`

			`# Do the games with subdirectories`
			`add_subdirectory(drturtle)`
			`add_subdirectory(just_do)`
			`add_subdirectory(koala_seasons)`
			`add_subdirectory(light_my_ritual)`
			`add_subdirectory(skully_escape)`
			`add_subdirectory(wave_collector)`