A rigorous, five-phase framework for AI agents to perform systematic root cause analysis and safe code deployment.
Install & Download
1. ClawHub CLI
The fastest way to install a skill directly from the registry.
npx clawhub@latest install debug-methodology
2. Manual Installation
Copy the skill folder to one of these locations
~/.openclaw/skills/ <project>/skills/ Priority: Workspace > Local > Bundled
3. Prompt Installation
Copy this prompt to OpenClaw to install it automatically.
Help me install debug-methodology using Clawhub. If Clawhub is not installed, install it first (npm i -g clawhub).
Prefer to download?
Get the raw skill files in a ZIP archive.
What is Debug Methodology?
The Debug Methodology skill is a comprehensive framework designed to move beyond superficial fixes and address the core of technical issues. By implementing this skill, Openclaw Skills follow a disciplined approach to debugging that prioritizes the Root Cause Imperative, ensuring that every modification targets the actual source of a problem rather than just its symptoms. This methodology is distilled from real-world production incident response and industry best practices.
At its heart, the skill enforces a strict logic gate to prevent workaround addiction and the drunk man anti-pattern, where developers might otherwise change code randomly until a bug disappears. It provides a structured lifecycle for troubleshooting—from initial assessment and hypothesis formation to hardened deployment flows—making it an essential tool for maintaining high-availability systems and stable codebases.
Debug Methodology Use Cases
- Encountering unexpected runtime errors, service failures, or regression bugs.
- A fix attempt has failed twice, suggesting a deeper architectural misunderstanding.
- Proposing a critical fix where a temporary workaround could cause long-term technical debt.
- Modifying production code on a remote server using a safe, verified deployment protocol.
- Investigating intermittent issues where environment variables or external dependencies may have changed.
How Debug Methodology Works
- STOP and Assess: The skill begins by capturing the exact symptoms, error messages, and recording the original startup commands and environment state.
- Hypothesize: A single, testable theory is formed based on a hierarchy of potential causes: recent changes, environment shifts, or external data changes.
- Test and Revert: The theory is tested with one specific change. If it fails, the change is immediately reverted to prevent patch-stacking.
- Patch-Chain Detection: If two consecutive fix attempts fail, the skill triggers a mandatory halt to revert all changes and re-evaluate the core problem.
- Post-Fix Verification: After a successful fix, the skill confirms causality by ensuring the bug returns if the fix is removed and verifying no new regressions were introduced.
Debug Methodology Setup
To activate this methodology within your Openclaw Skills, ensure your environment has access to standard CLI utilities.
# Check process and environment details
ps -p <PID> -o command=
ls -a .venv/ venv/ env/
# Verify runtime versions
python3 --version
node --version
For server-side operations, the skill requires syntax verification tools like node -c for JavaScript or equivalent compilers for other runtimes before any service restart.
Debug Methodology Data Schema & Taxonomy
The Debug Methodology organizes its troubleshooting data into a structured taxonomy to ensure auditability:
| Data Category | Details | Purpose |
|---|---|---|
| Symptom Profile | Error messages, screenshots, behavior logs | Defines the problem baseline |
| Environment Context | PID, startup command, venv location, runtime version | Establishes the operational state |
| Root Cause Gate | Results of the 5 Whys analysis | Validates the fix integrity |
| Verification Log | Syntax check results, health endpoint status | Ensures deployment safety |
| Backup Record | Timestamps of server-side file copies | Facilitates immediate disaster recovery |
Debug Methodology Advanced Features
- Root Cause Gate: A logical filter that blocks any fix identified as a workaround unless explicitly authorized.
- Hardened SCP Flow: A secure deployment protocol involving local edits, syntax verification, and remote backups before any live code push.
- 5 Whys Automation: A recursive questioning technique used to dig through layers of symptoms to find the true technical origin of an error.
- Environment Checklist: A comprehensive validation list for runtimes, dependencies, and configuration files to rule out 'it works on my machine' issues.
- Anti-Pattern Detection: Built-in recognition for common debugging failures like Cargo Culting or the Streetlight effect.
SKILL.md
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