Guide structured root cause analysis for debugging complex software issues.
npx skills add https://github.com/giljae/gstack-antigravity --skill investigate-giljae
Please help me install this Agent Skill. Skill: investigate Source: https://github.com/giljae/gstack-antigravity/tree/main/gstack-origin/investigate Command: npx skills add https://github.com/giljae/gstack-antigravity --skill investigate-giljae
This Skill enables systematic debugging by guiding users through root cause investigation, reducing time spent on troubleshooting complex issues.
Begin troubleshooting by examining error messages, then follow the step-by-step investigation process to identify and fix the root cause.
High-intent search queries and answers about installing and using this skill.
Structured root cause analysis is a systematic debugging method that involves collecting symptoms, reviewing code, checking recent changes, and reproducing bugs to identify underlying issues. It reduces troubleshooting time by methodically forming and testing hypotheses.
To debug a code regression systematically, start by examining error messages and collecting symptoms. Follow a step-by-step investigation process: review relevant code, check recent changes, form specific root cause hypotheses, and verify fixes through regression tests.
Yes, you can use scope locking during bug investigation to prevent unnecessary code changes. This proactive lockdown confines your debugging session to the relevant codebase areas, ensuring focused root cause analysis without unintended side effects.
To verify a bug fix, you run regression tests after implementing your solution. This ensures the original issue is fully resolved and confirms that your code changes did not introduce new bugs or regressions into the codebase.
The best way to find known bug patterns is to analyze your collected symptoms against common failure modes, then leverage web search to identify related issues. This helps form specific root cause hypotheses for effective code review.
You need access to commands for code inspection, searching, and testing to perform structured root cause analysis. While no specific frameworks are required, an environment supporting regression tests and code review is necessary to verify fixes.
CaltexBevoInvestigate software defect root causes through a four-phase evidence-gathering workflow.
robkamEnforce a red-green-proof loop starting with a failing regression test.
BoltDoggyEnforce documentation alongside all code changes in development workflows.
cegit27Enforce root cause investigation before applying code fixes in debugging workflows.
