![]() Note: You must have a compiler installed before starting this tutorial. Will be linking to this static library from a different project. I am going to walk you through the steps for creating a static library with CLion and CMake. Mini Tutorial 1: Creating a static library This file can contain everything from compiler options, libraries to link to, includeĭirectories, source files, and much more. If you are familiar with Makefiles, then you know that dealing with targets and includes can be very messy and frustrating.ĬMake takes care of that through the use of a special file calledĬMakeLists.txt. This feature alone makes it more convenient and easy to use than Visual Studio, XCode, or even a text editor with Github or another remote repository, and then pull it down on a different operating system and continue developing. Since CLion and CMake both have cross-platform implementations, you can simply set up a C++ project in CLion, upload it to You still need your own compiler to do that. As the quote above mentions, though,ĬMake does not actually compile the C++ code. Project but passes the build rules and targets listed in CMakeLists.txt file to a specific builder."ĬMake is built right into CLion, which makes it the obvious tool for the job. Operating system specific IDEs like Microsoft's Visual Studio and Apple's XCode were off the table immediately.Īfter years of being unsatisfied with the available options, JetBrains CLion was released and all of my problemsĬLion project model is based on CMake - the cross-platform automatic build system. Being able to develop my C++ projects on both my Windows PC and my iMac is very important to me. ![]() Tremendous amount of time bouncing between different C++ IDEs because I could not find anything that satisfied You will still need your own compiler, which may lead to some inconsistenciesĭown the road, but CLion and CMake are the closest you will be able to get to a cross platform C++ solution. ![]() The issue is that there are very few IDE / build process options that can be used universally among all major operatingĬMake to handle the build process. Which operating system to use, which IDE to use, and which compiler to use. If you're in the process of working on a project in C++, then you have probably recently made a bunch of decisions regarding
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