The larges your C++ project is, the more important this becomes. However, not having the correct header file design decisions can have significant ramifications on your project in terms of increases build times, compilation fiascos, code maintainability issues and plain information leakage. It’s not an academically stimulating subject to teach, so most CS programs do not emphasize header file design in their courses. Talking about header files is not as interesting as discussing complex search algorithms or debating design patterns. Refer to CONTRIBUTE.md for details.C++ header files is a rather mundane topic by most standards. The best way to contribute is to implement support of new languages. WebAssembly bindings to the Tree-sitter parsing library. By default all supported languages are enabled. You can forcefully enable semantic highlighting in settings.json: "manticTokenColorCustomizations": for certain languages and use standardĬoloring instead, just remove them from syntax.highlightLanguages list in your It follows the current color theme out-of-the-box, as soon as the themeĮnables semantic colorization through its semanticHighlighting setting. Incremental parsing system ensures high performance.Īll these advantages enable accurate and consistent syntax highlighting.
BeingĬontext-aware, it's able to parse complex language structures providing completeĬoverage of source code.
Constructing entire syntax tree, Tree-sitterĮfficiently overcomes all limitations of built-in TextMate grammars.
Under the hood theĮxtension utilizes VSCode Semantic Token API to override syntax coloring providedīy standard TextMate regex matching. See list of currently supported languages above. Provides universal syntax coloring engine for almost any programming language. Languages: C++, C, Python, TypeScript, TypeScriptReact, JavaScript, Go, Rust, Php, Ruby, ShellScript, Bash, OCaml, Lua Syntax Highlighter for VSCode Syntax highlighter based on Tree-Sitter.
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