investigate

To find a root cause, you collect symptoms, read the relevant code, and test hypotheses systematically. This structured workflow spans five phases from initial symptom collection through code reading to final verification, ensuring you confirm the actual failure before applying fixes.

A structured debugging workflow spans five phases: symptom collection, code reading, hypothesis testing, reproduction, and verification. Following these distinct phases ensures you methodically narrow down failures and confirm the root cause across complex codebases before committing changes.

Testing debugging hypotheses requires reading code to outline a plan and executing reproducible, testable steps. By validating each hypothesis against actual symptoms, you confirm the root cause through evidence rather than guessing before you ship any code changes.

Yes, a structured root-cause workflow applies across diverse codebases and multi-stage debugging tasks. By standardizing on symptom collection, code reading, and hypothesis testing, you can reproduce failures and guide fixes consistently regardless of the specific bug context.

Verifying the root cause before shipping changes ensures you are fixing the actual failure rather than a secondary symptom. The workflow's final phase confirms that your tested hypotheses and code reading accurately reproduce the bug, preventing incomplete or incorrect fixes.