deep-analysis

Deep architectural analysis uses AST parsing and semantic search to map code structure, identify patterns, and trace relationships across files. This Skill automates that investigation, combining symbol detection, caller-callee mapping, and context indexing to reveal system design without manual file inspection.

Yes. AST-based analysis traces execution paths and dependencies across multiple files, pinpointing where functionality is implemented. This Skill's phase-driven workflow prioritizes semantic search before reading specific lines, accelerating root-cause identification during debugging.

Combine AST parsing, semantic search, and pattern matching for holistic context. This Skill automates feature tracing by mapping architecture, implementation, testing, and security views simultaneously, reducing the time spent navigating unknown code.

Semantic search with indexed memory locates relevant code snippets by meaning rather than keywords alone. This Skill couples semantic search with mandatory preflight validation and phased investigation, balancing broad discovery with targeted deep dives.

Yes. Pattern recognition within this Skill identifies both common patterns and anti-patterns during analysis. Combined with AST and symbol mapping, it surfaces architectural issues and design violations across your entire codebase.

This Skill requires claudemem dependency for indexed memory storage and the code-search-selector component for preflight validation. Ensure your codebase is indexed and ready for semantic search before triggering the analysis workflow.