You can check if clang-tidy is running by looking for the fire icon in the blue status bar at the bottom of the window. Note: You can set clang-tidy settings globally (in the User tab) or at the workspace level. Then search for “code analysis” to find all the clang-tidy settings and set Clang Tidy: Enabled to true. To turn on automatic code analysis, open your project settings by selecting “Preferences: Open Settings (UI)” from the Command Palette (Ctrl + Shift + P). You can also set clang-tidy to run automatically whenever you open or save a file. If there are certain workspace files or folders that you don’t want to run clang-tidy on, add them to the Clang Tidy: Exclude setting (C_ in settings.json). To manually run clang-tidy, open the Command Palette (Ctrl + Shift + P) and type “Run Code Analysis.” You can run clang-tidy on the active file, on all open files, or on the entire workspace. You can point the C++ extension to any clang-tidy binary by editing the C++ extension’s Clang Tidy: Path setting. But if you already have clang-tidy installed (and it’s on your environment’s path), the C++ extension will use that one instead. Nope! Clang-tidy now comes bundled with the C++ extension. Clang-tidy integration was one of our top asks on GitHub, so we’re excited to announce that it’s ready for you to try! Getting started Do I need to install clang-tidy? The latest insiders release of the C++ extension is here, bringing clang-tidy support to VS Code! Clang-tidy is a clang-based C++ linter tool that detects common errors in your code, like style violations and bugs that can be deduced via static analysis.
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