![]() All what we need is to add a toolkit, as described in Visual Studio Code for C/C++ with ARM Cortex-M: Part 5 – ToolKit: with this we can use the same project with CMake, Eclipse and Visual Studio Code: Added Visual Studio Code Toolkitįinally, I have something I can use with Eclipse, Visual Studio Code and on the command line: Eclipse, Visual Studio Code and Command Line Shell SummaryĪdding CMake capabilities to an existing Eclipse CDT based project is not very difficult: it requires adding the needed CMakeLists.txt file to the project plus a tool-chain definition file. With having the project based on CMake, it is now open to be used with Visual Studio Code too. Set(ARM_TOOLCHAIN_DIR $").TotalSecondsįor larger projects, the speed factor is in the 10x range. # "C:/Program Files (x86)/GNU Arm Embedded Toolchain/10 2020-q4-major/bin") # point ARM_TOOLCHAIN_BIN_DIR to things like SDK Drivers CMake Fileīelow is the example for the ‘ drivers‘ SDK folder: They include all source files of the folder and create a library. Place a CMakeLists.txt into each of the SDK folders. Additionally I have added custom build targets plus some batch files to make setup easier. ![]() ![]() To use CMake with an existing Eclipse project, CMakeLists.txt files need to be added to the project, a toolchain defined (arm-none-eabi-gcc.cmake) and the linker files provided (copied from the auto-linker files). MCUXpresso IDE V11.7.x with its internal toolchain.I’m using the following tools and versions: In order to have CMake working, I need CMake with Make and/or Ninja installed and present in the path. The sources of the project discussed in this article can be found on GitHub. using git with with a docker environment. I have freedom of choice: what IDE I want to use with my build system of choice.īut most important: because everything is command-line driven (git, cmake, ninja, …), it is easy to build a complete CI/CD pipeline, e.g. As ‘icing on the cake’, I get it working with Visual Studio Code. In this article I show how an existing MCUXpresso project can be extended with CMake, so I still can use the Eclipse way of building, but the same time I can use CMake and to build build it with make or ninja. In an earlier article “ Tutorial: Creating Bare-bare Embedded Projects with CMake, with Eclipse included” I showed an approach how to create your own CMake project from scratch. ![]() That’s fine in some environments, but as soon more complex things like remote build servers, independent command-line building or just more control over the build process is needed, then the CDT managed build process is not really scalable. It makes porting harder to port from one target platform to another, because different vendors have different plugins, with incompatible settings. But this depends on the build plugins used. Key to this is CMake: I’m keeping the Eclipse CDT features, adding CMake with Make and Ninja to the fix, and have it ‘ruled’ by three different ’emperor’: Eclipse, Visual Studio Code and from a shell console: MCUXpresso SDK CDT project with CMake for Eclipse, Visual Studio Code and Command Line Building OutlineĮclipse CDT managed build projects greatly simplify project handling from a user perspective: create a project, add or remove source files and hit ‘build’, and everything is taken care of. So what if I have an Eclipse project (say MCUXpresso IDE and SDK), and want to build it on a build server, and and I want to use the same time the project with Eclipse IDE and Visual Studio code? In this article I want to rule a project with Eclipse CDT, Visual Studio Code and with building it from the command line for automated builds. A Triumvirate is or Triarchy is built by three individuals which lead or rule something.
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