codebase-memory-tracing

Trace function call paths by searching the codebase graph to reveal inbound callers, outbound callees, and cross-module dependencies. You provide a function name, and the analysis maps the complete call relationships and reference chains.

Codebase dependency analysis is used to map function call relationships and understand impact chains within large projects. It helps engineers identify callers and callees to support refactoring, debugging, and cross-service reference tracing.

Yes, you can trace cross-service references by analyzing the codebase graph. The tracing mechanism reads references and maps outbound callees and inbound callers across different modules and services.

Find exact function names by searching the codebase graph using pattern matching. This discovery step identifies the precise function names needed to initiate inbound or outbound call path tracing.

Yes, you need a graph-based context to analyze codebase call paths. The tracing process relies on graph functions like trace_call_path and search_graph working together to map function relationships and dependencies.

Analyze refactoring impact by tracing function call paths to read references and reveal dependency chains. This approach maps exactly which callers and callees are affected across modules before you commit to structural changes.