What languages does the Tree-sitter skill support?

It supports a broad range of languages including Python, JavaScript, TypeScript, Go, Rust, C, C++, Swift, Java, Kotlin, Julia, and many others via tree-sitter-language-packs.

How do I find specific code patterns?

You can use the run_query tool to execute tree-sitter queries, which use S-expressions to target specific nodes and captures within the code's syntax tree.

Does this skill help with dependency mapping?

Absolutely. By using the get_dependencies and get_symbols tools, you can map out how different parts of your project interact and identify key coupling points.

How is AST parsing better than standard grep searching?

AST parsing understands the syntax and hierarchy of code. This allows you to search for specific nodes like 'function names' or 'constant declarations' without being confused by comments or text matches in unrelated strings.

Can I analyze code complexity with this skill?

Yes, the skill includes specialized tools like analyze_complexity and analyze_project to evaluate the structural density and maintainability of your source files.

Tree-sitter Code Analysis

Name: Tree-sitter Code Analysis
Author: plurigrid

byplurigrid

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Herramientas para Desarrolladores

Performs deep AST-based code analysis and structural pattern matching across dozens of programming languages.

Acerca de

The Tree-sitter Code Analysis skill empowers Claude to understand source code at a structural level by parsing files into Abstract Syntax Trees (AST). Unlike standard text-based searching, this skill enables precise symbol extraction, complexity analysis, and dependency mapping. By utilizing tree-sitter queries, it can identify specific code patterns—such as function definitions or nested logic—across a wide variety of languages including Python, Rust, Go, and TypeScript. This makes it an invaluable tool for architectural audits, automated refactoring, and navigating complex codebases.

Características Principales

Automated code complexity and dependency analysis
Multilingual support for Python, Rust, Go, C++, TypeScript, and more
2 GitHub stars
AST-based structural parsing for precise code navigation
Project-wide symbol extraction and usage tracking
Pattern matching using advanced tree-sitter S-expression queries

Casos de Uso

Navigating and mapping the architecture of unfamiliar or large-scale codebases
Running structural audits to identify security anti-patterns or logic flaws
Extracting function and class definitions for documentation or migration tasks

Acerca de

Características Principales

Automated code complexity and dependency analysis
Multilingual support for Python, Rust, Go, C++, TypeScript, and more
2 GitHub stars
AST-based structural parsing for precise code navigation
Project-wide symbol extraction and usage tracking
Pattern matching using advanced tree-sitter S-expression queries

Casos de Uso

Navigating and mapping the architecture of unfamiliar or large-scale codebases
Running structural audits to identify security anti-patterns or logic flaws
Extracting function and class definitions for documentation or migration tasks