Suggested build types are values such as Debug and Release, but CMake allows any type that is supported by the build tool. When using CMake to generate different build requirements using make files we take this into account by placing different build configurations in different output directories for each type of build we want to support.ĬMake refers to different build configurations as a Build Type. On the other hand, the Unix/Linux/GNU Make system does not support build configurations. Therefore, we need to configure our build process to cater for these different output requirements.īoth Visual Studio and Xcode support multiple build configurations, and CMake can generate appropriate build configuration files for these systems. For example, a developer’s build typically includes metadata used by a debugger which is not required for a released version of the project. Outputs from each type of build configuration are usually different. We usually do this using build configurations.
#CMAKE VERBOSE SOFTWARE#
To support the different phases and objectives of a Software Development Lifecycle a project will need to differentiate between developing code, testing (in its various forms) and releasing a version for end-use. In the real world, projects are never as simple as this minimal example, and we try to reflect this in our training. B build -DCMAKE_TOOLCHAIN_FILE=toolchain-STM32F407.cmake The CMake commands used to generate and build the project are: cmake -S.
#CMAKE VERBOSE GENERATOR#
We looked at the minimum requirements to configure the CMake build generator for a cross-compilation project using a project definition file ( CMakeLists.txt), a toolchain definition file ( toolchain-STM32F407.cmake).
#CMAKE VERBOSE HOW TO#
So what I did (as was suggest somewhere on stackoverflow) - I added this target manually.In my previous blog post CMake Part – The Dark Arts I discussed how to configure CMake to cross-compile to target hardware such as our STM32F407 Discovery board. "make tests" does nothing by some reason. If you use CMake with Visual Studio's open folder function you can add the "ctestCommandArgs": "-output-on-failure" There is a very simple solution (which for some reason is difficult to find via Google Search): ctest -output-on-failure Just step to "Customizing cmake" section. Instead of cat you may use whatever Windows cmd command that does similar things.Īdditional info about customizing ctest you can find here. Place in build dir (from which you run make test) file CTestCustom.ctest (you can do it with configure file command, for example) with following contentsĬTEST_CUSTOM_POST_TEST("cat Testing/Temporary/LastTest.log") The second way is to get ctest to show you the content of log files after running tests:
So you can check them manually after executing make test. LastTestFailed.log contains names of failed tests.
LastTest.log contains desired output for run tests. This folder contains two files: LastTest.log and LastTestsFailed.log. It is automatically created after running make test. You can check the Testing/Temporary subfolder. You could call ctest directly, after cmaking and making your project. This Stack Overflow question and answer shows how to set environment variables in Visual Studio. One way to do this when using Makefiles and the command line would be as follows: env CTEST_OUTPUT_ON_FAILURE=1 make check You can set the environment variable CTEST_OUTPUT_ON_FAILURE, which will show you any output from the test program whenever the test fails.
0 kommentar(er)
