tree-sitter-analyzer

Module dependency analysis extracts symbols, imports, and exports from Julia code using tree-sitter incremental parsing to construct a complete dependency graph. Use analyze_module(path) to inspect a module and automatically map cross-module relationships across your project.

Yes. Tree-sitter-based analysis identifies circular dependencies by tracing module imports and exports across your codebase. The dependency graph construction returns integration reports that flag circular references, enabling early detection in large ecosystems.

Tree-sitter uses incremental parsing, updating only changed portions of the syntax tree instead of reparsing entire files. This approach delivers sub-millisecond operation times, making it practical for analyzing hundreds to thousands of modules in real time.

Tree-sitter parsing automatically extracts structured artifacts including FunctionSignature, StructDefinition, MacroUsage, and DocstringInfo from your Julia code. These outputs enable symbol-level verification and cross-module integration point discovery.

Yes. The Skill handles hundreds to thousands of modules efficiently with zero external dependencies and sub-millisecond performance. It's designed for cross-module verification scenarios and supports integration verification across complex ecosystems.

Structure analysis via tree-sitter goes beyond import statements to extract symbol usage, macro invocations, and actual integration points. This enables circular-dependency detection and verification scenarios that import inspection alone cannot surface.