One-click install
npx skills add https://github.com/lumenhelixsolutions/HOOTai --skill ce-debug-lumenhelixsolutions
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: ce-debug
Source: https://github.com/lumenhelixsolutions/HOOTai/tree/main/skills/compound-engineering/cache/ce-debug
Command: npx skills add https://github.com/lumenhelixsolutions/HOOTai --skill ce-debug-lumenhelixsolutions

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

Ad-hoc debugging that patches symptoms instead of fixing root causes wastes development time and leads to recurring bugs. This Skill provides a structured framework to trace full causal chains, eliminate guesswork, and implement verified, lasting fixes for any software issue.

Core Features & Use Cases

  • Structured 4-Phase Workflow: Guides users through triage, investigation, root cause confirmation, and test-first fix implementation with built-in safety checks.
  • Universal Bug Coverage: Handles all common debugging scenarios including stack traces, failing tests, GitHub/Linear/Jira issue tickets, and bugs that resisted prior fix attempts.
  • Anti-Pattern Guardrails: Prevents common mistakes like shotgun debugging and symptom patching by enforcing causal chain validation and prediction checks for uncertain links.
  • Use Case: If a production bug keeps reappearing after multiple partial fixes, or a test failure has a confusing stack trace with no obvious cause, this Skill walks you through reproducing, investigating, and fixing the issue without wasted effort.

Quick Start

Use the ce-debug skill to investigate the failing user authentication test and implement a root-cause fix.

Frequently Asked Questions about ce-debug

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I systematically find the root cause of a software bug instead of just patching symptoms?

To find a root cause systematically, trace the full causal chain through a structured workflow of triage, investigation, and confirmation. This enforces causal chain validation and prevents symptom patching by verifying predictions for uncertain links before implementing fixes.

What is the best way to debug a confusing failing test stack trace with no obvious cause?

The best way to debug a confusing failing test stack trace is to follow a structured four-phase investigation workflow. This process safely reproduces the issue, investigates the causal chain, and implements a verified, test-first fix to eliminate guesswork.

Can I use a structured debugging workflow to resolve recurring production bugs that resisted prior fix attempts?

Yes, a structured debugging workflow resolves recurring production bugs by validating the full causal chain and optionally rethinking architectural root causes. This prevents the recurring issue from reappearing after multiple partial fixes.

Does this debugging process work with issue tracker tickets from GitHub, Linear, and Jira?

Yes, this debugging process works directly with issue tracker tickets from GitHub, Linear, and Jira. It handles universal bug coverage scenarios by applying structured triage and investigation to the reported issues.

Why do I need test-first fix implementation when resolving software bugs?

Test-first fix implementation is required when resolving software bugs to verify that the fix actually addresses the confirmed root cause. This practice ensures the fix is lasting and prevents shotgun debugging and wasted development effort.

When should I consider an architectural design rethink during root cause analysis?

You should consider an architectural design rethink during root cause analysis when the confirmed causal chain points to an architectural root cause. This optional step prevents symptom patching by addressing foundational design flaws rather than isolated code issues.