Diagnose and fix root-cause issues using a six-phase debugging workflow.
npx skills add https://github.com/laststance/skills --skill troubleshoot-laststance
Please help me install this Agent Skill. Skill: troubleshoot Source: https://github.com/laststance/skills/tree/main/skills/troubleshoot Command: npx skills add https://github.com/laststance/skills --skill troubleshoot-laststance
Systematic issue diagnosis and root-cause tracing to reduce guesswork and regression risk.
Provide a concise issue description, collect error messages and logs, and follow the Phase 1 reproduce steps to begin troubleshooting.
High-intent search queries and answers about installing and using this skill.
A systematic debugging workflow enforces a six-phase process: reproduce, hypothesize, investigate, fix, verify, and report. This structured troubleshooting approach uses evidence gathering and explicit checkpoints to reduce guesswork and regression risk.
To start troubleshooting without a clear error, provide a concise issue description and collect available logs. Follow the reproduce phase steps to consistently trigger the behavior before forming a hypothesis about the root cause.
The best way to prevent regressions during troubleshooting is to enforce evidence-based decision making with a formal completion check. You must verify the fix and document changes comprehensively before closing the workflow.
You need evidence-based verification during root-cause analysis whenever a debugging task requires validated fixes. Explicit checkpoints and gates ensure your troubleshooting hypothesis is confirmed by reproducible data before applying changes.
Systematic troubleshooting applies to debugging tasks across any codebase. As long as the software project requires reproducibility, evidence gathering, and validated fixes, the hypothesis-driven workflow is platform-agnostic.
sQVeDiagnose bugs by tracing evidence and generating a BR issue template.
jlifengAnalyze post-fix bug cycles across five dimensions to generate prevention plans.
philo-grovesConstruct static analysis graphs for reachability, guard dominance, and path feasibility.
hgflimaGuide structured debugging with evidence gathering and hypothesis testing.
