![]() If you have any issues, please file an issue to our repo here. We would love to see what you contribute to our repo and are active on reviews and collaboration. Download the CMake Tools extension for Visual Studio Code and let us know what you think. Download the latest preview version of Visual Studio and give it a try. We hope this helps your CMake workflows in VS Code. Let us know what else you’d like to see! Send us your feedback! Next up, we are working on a few different things including implementing CMake language services and re-vamping our overall CMake side panel and status bar experiences based on user feedback. If your CMake configure ever fails, a notification will pop-up for you to interact with to launch the debugger. To open the CMake Debugger in your project, you can select it from the command palette by pressing Ctrl+Shift+P.Īdditionally, it can be opened anywhere else you typically configure your project, such as in the CMake Project Outline in the CMake Tools side panel. ![]() This includes viewing variables, call stacks, and cache variables specific to CMake and the ability to set breakpoints on your CMakeLists.txt file and step through your code. CMake Debugger FunctionalityĪs a user, you’ll see the same functionality as you would in a normal debugging session. We are excited to see how the open-source community works together to implement new ideas for the debugger. The thing to note is that CMake's syntax makes doing foo (A B C) equivalent to foo (A B C). The debugger uses the widely supported Debug Adapter Protocol, which is compatible with many development environments. 2 Answers Sorted by: 3 If you look at the syntax for targetlinklibraries you'll see that you pass it extra arguments to indicate optimzied or debug versions of libraries. CMake 3.27 will ship with Visual Studio in a later release in 17.8. You can check your CMake version on your machine at any time by running cmake –version in a terminal window. The compiled code will be placed in the target/debug/ directory. ![]() Finished dev unoptimized + debuginfo target(s) in 29.80s The unoptimized + debuginfo indicates that a dev build has been produced. Consider the following final line of output from a cargo build run. Please download the latest version for your OS via this link or update via your system package manager to access the CMake debugger in VS Code. Dev builds are good for debugging, but are not optimized. This implementation is now available in CMake version 3.27. The Visual C++ team collaborated closely with Kitware, the CMake maintainers, to merge our CMake debugger implementation upstream and make this widely available. To see the full release notes for this release and what else is included, including bug fixes, please see the release notes. Now, you can debug your CMakeLists.txt scripts from VS Code using the CMake Tools Extension. The new CMake Debugger that was introduced in Visual Studio is now available in VS Code.
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