code-search-assistant

Semantic code search locates code segments by conceptual meaning and functionality rather than exact text. It analyzes call graphs and abstract syntax trees to pinpoint specific implementations based on what the code does, saving time during complex codebase navigation.

Call graph traversal identifies transitive call chains by mapping symbol definitions and usages across the codebase. This approach tracks execution flow across multiple functions to pinpoint exactly where specific logic resides.

AST search queries analyze the abstract syntax tree to locate symbol definitions and their usages based on syntactic patterns. This structural analysis identifies exact code locations matching specific structural criteria rather than plain text.

Multi-strategy code search navigates large projects by combining text grep, AST queries, call graph traversal, and semantic analysis. It intelligently selects the appropriate search method to locate code segments even without knowing exact variable names.

Code search effectively locates implementation logic such as email validation by analyzing conceptual meaning and structural patterns. It moves beyond simple keyword matching to identify the exact code locations handling specific functional requirements.