gxpm-explore-codebase

Trace execution paths by querying a knowledge graph to surface caller-callee relationships, module dependencies, and system structure. This approach reveals execution flows and architecture in large codebases, accelerating comprehension and onboarding.

Knowledge-graph driven codebase exploration maps symbols, dependencies, and call graphs into a queryable structure. It provides 360-degree symbol context including callers, callees, and references to support debugging and knowledge transfer.

Perform impact analysis by querying the knowledge graph for route mapping and symbol traceability. This assesses change effects across modules and dependencies before editing or refactoring, ensuring deterministic evaluation of potential impacts.

Yes, you can resolve symbols and map dependencies in unfamiliar modules using graph queries. The skill supports discovery and symbol resolution by surfacing module relationships and 360-degree context for any given symbol.

The best way to navigate component interactions is leveraging a knowledge graph to surface architecture and execution paths. It reveals dependencies, call graphs, and module relationships, solving the problem of large codebases obscuring flow.