Under Open recent, select the folder you just closed to reopen the folder. To activate the integration: from the main menu, select File > Close Folder. For more information, see Enable CMake Presets integration. Instead, you could have added a CMakePresets.json file to the root of the project. Select Prefer using CMake Presets for configure, build, and test, then select OK. Select Tools > Options > CMake > General. Give the project a name and location, and then select Create.Įnable Visual Studio's CMake Presets integration. Choose the CMake Project type and select Next. In the Search for templates textbox, type "cmake". In this walkthrough, you'll create a new CMake project by using the Visual Studio CMake Project template:įrom the Visual Studio Get started screen, select Create a new project. Visual Studio defines a CMake project as a folder with a CMakeLists.txt file at the project root. And Visual Studio 2022 version 17.0 Preview 2 or later. This walkthrough uses GCC and Ninja on Ubuntu. Sudo apt install g++ gdb make ninja-build rsync zipĬross-platform CMake development with a WSL 2 distro Install WSL and a WSL 2 distro by following the instructions at Install WSL.Īssuming your distro uses apt (this walkthrough uses Ubuntu), use the following commands to install the required build tools on your WSL 2 distro: sudo apt update You'll install a recent version of CMake using Visual Studio's CMake binary deployment in a later step. Install the tools necessary to build and debug on WSL 2. There's also more advanced information in this article under Advanced WSL 2 and CMake projects considerations. To learn more, see CMake Presets integration in Visual Studio and Visual Studio Code and Configure and build with CMake Presets in Visual Studio. The WSL 2 toolset is supported by CMake Presets integration in Visual Studio. To learn more about the differences between WSL 1 and WSL 2, see Comparing WSL 1 and WSL 2. It occurs automatically when Visual Studio detects you're using a WSL 2 distro. The local rsync copy doesn't require any user intervention. When targeting a WSL 2 distro, Visual Studio will execute a local rsync command to copy files from the Windows file system to the WSL file system. WSL 2 toolset backgroundĬ++ cross-platform support in Visual Studio assumes all source files originate in the Windows file system. We recommend CMake because it build and debug the same project on Windows, WSL, and remote systems.įor a video presentation of the information in this topic, see Video: Debug C++ with WSL 2 Distributions and Visual Studio 2022. CMake is our recommendation for all C++ cross-platform development with Visual Studio. Visual Studio's WSL 2 toolset supports both CMake and MSBuild-based Linux projects. You can already build and debug C++ code on WSL 1 distros using the native WSL 1 toolset introduced in Visual Studio 2019 version 16.1. Visual Studio's WSL 2 toolset allows you to use Visual Studio to build and debug C++ code on WSL 2 distros without adding a SSH connection. It provides better Linux file system performance, GUI support, and full system call compatibility. WSL 2 is the new, recommended version of the Windows Subsystem for Linux (WSL). This toolset is available now in Visual Studio 2022 version 17.0 or higher. Once they are installed, you can include the necessary headers in your C++ source files and use the classes and functions provided by the Boost libraries in your code.Visual Studio 2022 introduces a native C++ toolset for Windows Subsystem for Linux version 2 (WSL 2) development. To use the Boost libraries in your C++ project, you will need to download and install them on your system. Boost.Bind: A library for creating function objects and bindings.Boost.Spirit: A library for parsing and generation of text.Boost.Regex: A regular expression library.Boost.Thread: A library for threading and synchronization.Boost.Smart_pointers: A collection of smart pointer classes.Boost.Asio: A library for asynchronous I/O and networking.Some of the most popular Boost libraries include: The Boost libraries cover a wide range of topics, including utilities, algorithms, data structures, and many others. They are distributed under the Boost Software License, which allows them to be used for both open-source and commercial projects. The Boost libraries are designed to be portable, well-documented, and easy to use. The Boost libraries are highly respected among C++ developers and are widely used in many applications and software projects. The Boost C++ libraries are a collection of open-source C++ libraries that provide support for tasks and functionalities commonly used in C++ development. Learn the steps to install the Boost C++ libraries on Ubuntu 20.04 Focal Fossa or Ubuntu 22.04 Jammy JellyFish using the command terminal.
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