In this article I’ll share my findings with you. After finding and installing the right extensions, I was quite smitten with how well Visual Studio Code supports CMake for C/C++ development. But its support for CMake felt limited, to the point that I started looking for an alternative development environment.Īfter trying out a few (Geany, Code::Blocks, CodeLite, NetBeans, KDevelop) I eventually settled on Visual Studio Code. Usually, Eclipse with the CDT plugin is my weapon of choice. I wanted it to automatically detect the CMakeLists.txt file and prepare the build environment for me. Additionally, I wanted to use a development environment that offers good support for CMake. Last week I needed to code up a basic command-line program in C and I decided to go for CMake this time. Automatically detects the installed compiler.Not as picky when it comes to the use of spaces versus tabs.Its syntax is easier than that of a Makefile.Over the past years, I noticed that I gravitate more towards CMake than Makefiles.
When developing an application in C or C++, I build the code either with the help of a Makefile or generate the build environment automatically using CMake. To the point that you can conveniently import CMake projects into Visual Studio Code and quickly start coding, building and debugging your C/C++ application.
VISUAL STUDIO CMAKE LINUX HOW TO
In this article I’ll show you how to install and configure Visual Studio Code. With the right extensions, Visual Studio Code offers excellent support for CMake projects. Developing C or C++ applications with CMake and looking for a fitting development environment? I can highly recommend Visual Studio Code for this purpose.
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