gitnexus-debugging

To trace an error to its origin across modules, map error symptoms to execution paths and call graphs. This approach locates where errors originate and reveals caller/callee relationships to pinpoint root causes.

Debugging code with call graphs involves mapping error symptoms to execution paths. By querying error text, inspecting suspect function context, and tracing process flows, you can locate root causes efficiently.

To track data flow and find who calls a function during debugging, map execution paths and call graphs. This traces how data moves through services and identifies all callers of the target function.

Yes, you can run custom traces for error analysis using cypher-based queries. If the index is stale, run the npx gitnexus analyze command in the terminal to refresh it before tracing execution flows.

Step-wise debugging works for locating errors across multiple services by applying context extraction and process tracing. It maps caller/callee relationships to reveal how data flows between different modules.

Error tracing might not return the expected execution flow if the repository index is stale. Run npx gitnexus analyze in your terminal to rebuild the index, then retry querying the error text and process paths.