bug-detective

To debug software errors systematically, follow a deterministic five-step workflow: understand the problem, gather evidence, form hypotheses, verify hypotheses, and resolve the issue, logging evidence and test results to ensure reproducibility.

The best way to identify root-cause failure points from a stack trace is to collect the trace as evidence, form hypotheses about the failure origin, and verify those hypotheses through structured experimentation before applying a fix.

Yes, you can use this structured debugging workflow for error analysis across different programming languages. It reproduces steps and collects evidence to support debugging in various languages and software environments.

To form and verify hypotheses during error analysis, gather evidence from reproduction steps, create targeted hypotheses based on recognized error patterns, and test them experimentally to confirm the root-cause before resolving the issue.

If initial debugging hypotheses are not resolving the code bug, revisit the evidence gathering phase. Re-analyze the stack trace and reproduction steps to form new hypotheses, ensuring all decisions and test results are logged for reproducibility.