function-dep-search

Function dependency mapping across multi-language codebases uses Tree-sitter AST parsing to identify callers and callees. It automatically detects languages like Python, Go, and Java to map cross-file relationships without grep noise.

AST-based call graph generation works by parsing syntax trees to extract function definitions and calls. It maps transitive dependencies across files, enabling precise blast-radius analysis and safe refactoring impact assessment.

Yes, Tree-sitter supports static analysis for Python, JavaScript/TypeScript, Go, Rust, C, C++, and Java simultaneously. The tool auto-detects languages to analyze function dependencies across mixed codebases.

The best way to generate JSON or Graphviz outputs for function call analysis is running the dependency script on your codebase. It maps callers and callees, optionally exporting structural relationship graphs for visualization.

Yes, static analysis finds transitive function dependencies without code execution. By leveraging Tree-sitter syntax trees, it extracts definitions and calls directly from source files to build complete dependency maps.

Tree-sitter cross-file function call detection relies on syntactic parsing, meaning dynamic calls or reflection may not map accurately. It focuses on statically resolvable definitions and calls within the analyzed codebase files.