![]() This will elevate your programming experience with the low-level C/C++ languages and it will also simplify a lot of the hard concepts related to those languages. ![]() You will also be able to confidently start and write your own CMake scripts for your projects. In the end, you will have all the knowledge needed to be able to open up a random CMake project and compile it yourself. We will finish up with how to install and package your project. You will also be able to learn how to compile other projects that support CMake and even ones that do not. Note: CMake 3.0 (or later) is required to enable this. There is also a section on customizing the build pipeline with your own tools (if you want to do your own custom build steps). Eigen provides native CMake support which allows the library to be easily used in CMake projects. Then I will show you how to include unit tests and test your application. I will talk about cross-platform development and even how to get your project compiled for the web using Emscripten. In this course, you will learn how to use CMake to structure and compile your C/C++ projects as well as how to manage your dependencies. This is the main entry point when running cmake .In the cmake several utility CMake scripts solve several small problems like finding the git version of the host machine and preventing me to build the project inside the source file tree.CMake is an application that helps you structure C/C++ based native projects, generate build commands for the target platform, build your application, pack it into an installer, install it, test it, and it will even help you with managing your dependencies. Everything comes together at the top-level CMakeLists.txt.
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