Cmake linux fermilab how to#
Cmake linux fermilab install#
Cmake linux fermilab code#

These options do the following:ĭebug: disables optimizations and includes debug info. By default, the CMake Tools extension provides four variants, each corresponding to a default build type: Debug, Release, MinRelSize, and RelWithDebInfo.

Cmake linux fermilab how to#

Select a variantĪ variant contains instructions for how to build your project. To edit the file, open the Command Palette ( kb()) and run the CMake: Edit User-Local CMake Kits command. If you don't see the compiler you're looking for, you can edit the cmake-tools-kits.json file in your project. To change the kit, you can click on the kit in the Status bar, or run the CMake: Select a kit command again from the Command Palette. The kit you selected previously is shown in the Status bar. There are two things you must do to configure your CMake project: select a kit (which you just did) and select a variant. For example, depending on the compilers you have installed, you might see something like: The extension will automatically scan for kits on your computer and create a list of compilers found on your system. Open the Command Palette ( kb()) and run CMake: Select a Kit. A kit represents a toolchain, which is the compiler, linker, and other tools used to build your project. This creates a hello world CMake project containing main.cpp, CMakeLists.txt (which tells the CMake tools how to build your project), and a folder named build for your build files:īefore you can use the CMake Tools extension to build a project, you need to configure it to know about the compilers on your system. If you are prompted to configure IntelliSense for the folder, select Allow. But for this tutorial, Executable will do. Note: If you had wanted to create a basic source and header file, you would have selected Library instead.

Next, select Executable as the project type to create a basic source file ( main.cpp) that includes a basic main() function. This will be written to CMakeLists.txt and a few initial source files. Open the Command Palette ( kb()) and run the CMake: Quick Start command:Įnter a project name. The CMake Tools extension can create the files for a basic CMake project for you.

Cmake linux fermilab code#

command opens VS Code in the current working folder, which becomes your 'workspace'. Open a Terminal window and enter the following command: See if CMake is already installed on your system. For best results, use CMake version 3.15 or greater.

The VS Code CMake Tools extension does its work by using CMake installed on your system.

Cmake linux fermilab install#

You'll also need to install CMake, a compiler, a debugger, and build tools. Install the CMake Tools extension by searching for 'CMake tools' in the Extensions view ( kb()). Install the C/C++ extension by searching for 'c++' in the Extensions view ( kb()).ĬMake Tools extension for VS Code. To complete this tutorial on Ubuntu, install the following:Ĭ++ extension for VS Code. Also, for more information about CMake Tools in general, see CMake Tools for Visual Studio Code documentation Prerequisites If you have any trouble, please file an issue for this tutorial in the VS Code documentation repository. Aside from installing CMake, your compiler, debugger, and build tools, the steps in this tutorial apply generally to how you'd use CMake on other platforms, like Windows. In this tutorial, you'll use the CMake Tools extension for Visual Studio Code to configure, build, and debug a simple C++ CMake project on Linux. The CMake Tools extension integrates Visual Studio Code and CMake to make it easy to configure, build, and debug your C++ project. Get started with the CMake Tools Visual Studio Code extension on LinuxĬMake is an open-source, cross-platform tool that uses compiler and platform independent configuration files to generate native build tool files specific to your compiler and platform.