#Cmake github how to
#Cmake github install
#Cmake github software
#Cmake github code

However, if possible, I would like to avoid that kind of solution (for example, if the installation was built with a different ABI than the one used by ProjectC, incompatibility issues arise).

#Cmake github install

I am aware that I can simply install ProjectA and ProjectB somewhere, and ProjectC only need to find the installed files somewhere. In this situation, what is the best way to have ProjectC include its dependencies? Having ProjectA and ProjectB as a git-submodule in source form is a must. From point of view of the developer of ProjectC, he should not need to care about the inter-dependencies among its own dependencies. However, consider a situation that ProjectC has many dependencies, and there might or might not be dependencies among them. For this particular case, I can fix it by remove add_subdirectory(ProjectA) in the ProjectC/CMakeLists.txt. It is because ProjectA is added as a subdirectory twice and all targets created by add_library is Global. add_library cannot create target 'a' because another target with the same Now if I try to run cmake for ProjectC, I get the following error.

#Cmake github code

All users are encouraged to improve the source code with fixes and new features.ProjectA does not have any dependencies and its CMakeLists.txt at top level is like the following, cmake_minimum_required(VERSION 2.8.4)Īdd_library(a $/libc.cpp)

#Cmake github software

The software is provided as is, there is no warranty of any kind. This graph shows the list of public repositories with more than 25 stars using run-cmake.Īll the content in this repository is licensed under the MIT License.Ĭopyright © 2019-2020-2021 Luca Cappa Disclaimer │ run a`ctest -preset` │ - `testPresetCmdString`Ĭheckmarks indicates whether the samples 'uses' or specifies the thing in the header or whether it is true. │ $TEST_PRESET_NAME=testPreset │ - `cmakeListsTxtPath` │ $BUILD_PRESET_NAME=buildPreset │ - `buildPresetCmdString` │ ├─────►│ and CC and CXX undefined> │ - `runVcpkgEnvFormatString` Action reference: all input/output parametersįlowchart with related input in action.yml which let customize the flow. # vcpkgDirectory: '$ # Define the vcpkg's triplet # you want to enforce, otherwise the default one for the hosting system will be # automatically choosen (圆4 is the default on all platforms, e.g. # Change it to the right location if needed. #with: # This is the default location of the directory containing vcpkg sources. name: Restore artifacts, or setup vcpkg (do not install any package) uses: # Always specify the specific _version_ of the # action you need, `v10` in this case to stay up # to date with fixes on v10 branch. Since a the vcpkg.json is being used later on # to install the packages when `run-cmake` runs, no packages are installed at # this time. If a 'cache miss' occurs, # then vcpkg is bootstrapped. uses: # Or pin to a specific CMake version: # Restore from cache the previously built ports. #-uses: <= YOU DO NOT NEED THIS! # Install latest CMake. a vcpkg.json manifest file to declaratively specify the dependencies.The provided samples use GitHub hosted runners. when necessary, it sets the environment to build with the MSVC toolset.

annotations for CMake errors/warnings and for build ( gcc/ msvc/ clang) errors/warning are created inline in the changed source files the build run for, e.g.:.

The content of those files flow into the workflow output log. CMake 3.4+, maybe even CMake 3.23+ Its clean, powerful, and elegant, so you can spend most of your time coding, not adding lines to an unreadable, unmaintainable Make (Or CMake 2) file.

automatic dump of log files created by CMake (e.g., CMakeOutput.log) and vcpkg.

Special features which provide added value over a pure workflow are: Good companions are the run-vcpkg action and the get-cmake action.

The run-cmake action runs CMake on GitHub workflows by leveraging the configurations specified into CMakePresets.json. The action for using CMake with CMakePresets.json on GitHub workflows

#Cmake github how to

Take a look at this C++ project template that applies all the following instructions, but also shows how to create a pure workflow without using special GitHub action that you cannot run locally on your development machine, but directly using the tools ( CMake, Ninja, vcpkg, C++ compilers) you already use daily.

Action reference: all input/output parameters.

The action for using CMake with CMakePresets.json on GitHub workflows.