Can it detect circular dependencies?

Yes, it includes specialized algorithms to build dependency graphs and identify circular references, providing a report on exactly where the cycles occur.

Does this skill require external dependencies?

No, the Tree-Sitter Analyzer is built to run with zero external dependencies, utilizing pure Julia stdlib for maximum portability and speed.

How does it handle complex Julia features like macros?

The analyzer includes specific modules for Julia-centric analysis, allowing it to identify and categorize macro usage, type annotations, and docstrings.

How fast is the module analysis compared to manual methods?

The analyzer performs operations in under 1ms, representing a speedup of over 1.5 million times compared to manual agent integration verification.

What languages does the Tree-Sitter Analyzer support?

It currently offers full Julia support, with planned extensions for Lean4, Python, and Coq to support cross-prover theorem mapping.

Tree-Sitter Code Analyzer

Name: Tree-Sitter Code Analyzer
Author: plurigrid

byplurigrid

•

Security & Testing

Analyzes code structures and module dependencies to automate integration verification and cross-prover theorem mapping.

The Tree-Sitter Analyzer is a high-performance static analysis tool designed to map complex code architectures with sub-millisecond precision. By utilizing incremental parsing patterns, it extracts symbols, docstrings, and type annotations while building comprehensive dependency graphs to detect circularities and verify integration points. It is particularly effective for developers working with Julia and formal verification systems like Lean4, providing an automated alternative to manual module analysis that eliminates errors and scales seamlessly to thousands of modules.

Key Features

01Automated module analysis and symbol extraction

02Comprehensive Julia language support with Lean4 roadmap

03Circular dependency detection and resolution

04High-speed dependency graph construction

05Integration point discovery and verification

062 GitHub stars

Use Cases

01Automating dependency audits to prevent circular imports

02Verifying module integrations in large-scale Julia projects

03Mapping code structures for formal verification and theorem proving

What are Skills?·How to Install

Install with 🐟 Skill.Fish

npx skillfish add plurigrid/asi tree-sitter-analyzer

For use in Claude.ai and ChatGPT

Download Skill