gstack-openclaw-investigate

Systematic root-cause debugging is a structured approach that enforces investigation before fixes, reducing rework and brittle patches. It identifies underlying causes through evidence gathering and reproducible steps, ensuring robust verification of the actual issue.

Investigate bugs by following a four-phase process: investigate, analyze, hypothesize, and implement. Start by collecting symptoms, tracing code paths, and documenting findings before proposing fixes to ensure reproducibility and structured root-cause identification.

Document a root-cause hypothesis by gathering evidence, defining reproducible steps, and maintaining traceability. This formal output guides fixes and verification by structuring the underlying causes identified during code path investigation and analysis.

Yes, structured debugging applies to both codebases and live systems. The process utilizes disciplined logging and traceability across environments to identify underlying causes and guide robust fixes for unexpected behavior and errors.

Yes, root-cause debugging requires collecting symptoms and tracing code paths before proposing fixes. This enforces identifying the actual cause first, preventing hasty patches and ensuring issues are reproducible and traceable.