oma-debug

Reproduces failures, identifies root cause, applies minimal fixes with regression tests.

46|2|Updated Mar 23, 2025
One-click install
npx skills add https://github.com/gracefullight/krds --skill oma-debug-gracefullight
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: oma-debug
Source: https://github.com/gracefullight/krds/tree/main/.agents/skills/oma-debug
Command: npx skills add https://github.com/gracefullight/krds --skill oma-debug-gracefullight

SYSTEM DOCUMENTATION & REQUIREMENTS

💡 This Skill includes references (resource) components.

What problem does it solve?

This Skill helps you quickly diagnose and fix real bugs by reproducing failures, identifying the true root cause, applying a minimal patch, and validating with regression tests.

Core Features & Use Cases

  • Root-cause debugging: analyzes crashes, tracebacks, exceptions, and error states to determine the failing condition and layer.
  • Minimal, scoped fixes: updates only the code paths required to resolve the issue and avoid scope creep.
  • Regression protection: adds or documents tests so the bug cannot reappear unnoticed.
  • Works across common failure modes: runtime errors, intermittent failures, performance regressions, and suspected regression boundaries.

Use it when your UI crashes, a backend endpoint throws exceptions, an intermittent issue breaks under specific timing, or a previously working change introduces a regression you need to stop.

Quick Start

Tell the AI the exact error message and the failing behavior you observed, and ask it to reproduce, isolate the root cause, apply the smallest fix, and add a regression test.

Frequently Asked Questions about oma-debug

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

FAQPage Schema
How do I find the root cause of a runtime error or exception traceback?

Root cause analysis for runtime errors involves reproducing the failure, gathering evidence from logs and code, and isolating the exact failing condition and layer before applying a fix. This approach ensures you address the true source rather than just suppressing the symptom.

What's the best way to fix an intermittent failure or performance regression without introducing new bugs?

Fixing intermittent failures and performance regressions requires controlled patching that updates only the necessary code paths. Applying minimal code changes prevents scope creep and avoids introducing new issues while resolving the original regression.

How do I verify a code patch actually fixes a suspected regression across my codebase?

Verify a code patch by running relevant tests, lint, typecheck, and runtime commands after applying the fix. Adding or documenting regression tests ensures the bug cannot reappear unnoticed and confirms the patch resolves the suspected regression.

Does this debugging workflow work for diagnosing crashes and exceptions in any codebase?

Yes, this debugging workflow diagnoses crashes, exceptions, tracebacks, intermittent failures, and performance regressions across a codebase. It executes stepwise through symptom capture, evidence gathering, controlled patching, and verification to resolve various failure modes.

Why should I add regression tests when applying a minimal code patch to fix a bug?

Adding regression tests when applying a minimal code patch protects against the bug reappearing unnoticed. It validates that the controlled patching resolves the specific failure condition and provides ongoing verification for future code changes.