Does this skill help with deployment?

Yes, it includes a strategy for moving from local testing through canary/gray releases to full production rollout, defining 'gates' for each stage.

What information do I need to provide to use this skill?

You need to provide at least one sentence describing the root cause with evidence and clear acceptance criteria (how to determine if the fix succeeded or failed).

When is the best time to trigger the Bug Fix Design skill?

Trigger this skill immediately after the root cause of a bug is identified, but before you begin modifying any code. This ensures you have a validated plan and a safety net.

What are the solution tiers provided by this skill?

The skill provides three tiers: Solution A for the fastest minimal change, Solution B for long-term architectural stability, and an optional Solution C for emergency stop-loss or fallback.

How does this skill ensure that bug fixes are safe?

It enforces 'hard rules' including mandatory executable rollback steps, risk checklists, and a requirement that every plan must be verifiable within 10 minutes.

Bug Fix Strategy & Risk Assessment

Name: Bug Fix Strategy & Risk Assessment
Author: xiaxingxiaowei1983

byxiaxingxiaowei1983

0•

Productivity & Workflow

Formulates structured bug-fix designs with multi-tier solutions, risk mitigation, and actionable rollback plans before code implementation.

This skill bridges the gap between identifying a bug's root cause and writing the code to fix it by formalizing the design phase. It prompts the developer to evaluate multiple approaches—ranging from quick patches to long-term architectural improvements—while explicitly defining risk factors, rollback procedures, and strict acceptance criteria. By requiring a structured handoff package and a 10-minute verification path for every solution, it ensures that fixes are deliberate, safe, and highly verifiable, significantly reducing the risk of regressions or failed deployments.

Key Features

01Detailed risk assessment and boundary dependency mapping

020 GitHub stars

03Rapid verification paths with 10-minute success/failure cycles

04Multi-tier solution planning (Quick-fix, Robust, and Emergency Backup)

05Actionable rollback strategy generation with executable steps

06Structured implementation handoff for precise execution

Use Cases

01Creating a standardized handover between bug discovery and the coding phase

02Evaluating technical debt by comparing temporary patches against long-term stable fixes

03Planning high-stakes P0/P1 hotfixes that require immediate risk evaluation

What are Skills?·How to Install

Install with 🐟 Skill.Fish

npx skillfish add xiaxingxiaowei1983/openclaw bug-fix-design

For use in Claude.ai and ChatGPT

Key Features

01Detailed risk assessment and boundary dependency mapping

020 GitHub stars

03Rapid verification paths with 10-minute success/failure cycles

04Multi-tier solution planning (Quick-fix, Robust, and Emergency Backup)

05Actionable rollback strategy generation with executable steps

06Structured implementation handoff for precise execution

Use Cases

01Creating a standardized handover between bug discovery and the coding phase

02Evaluating technical debt by comparing temporary patches against long-term stable fixes

03Planning high-stakes P0/P1 hotfixes that require immediate risk evaluation

What are Skills?·How to Install

Install with 🐟 Skill.Fish

npx skillfish add xiaxingxiaowei1983/openclaw bug-fix-design

For use in Claude.ai and ChatGPT