error-db

Store and analyze recurring software errors with similarity matching and fix recommendations.

Updated Jun 25, 2026
One-click install
npx skills add https://github.com/z1439527767/claude-config --skill error-db
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: error-db
Source: https://github.com/z1439527767/claude-config/tree/main/skills/imported/error-db
Command: npx skills add https://github.com/z1439527767/claude-config --skill error-db

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

This Skill prevents repeated debugging failures by recording error history, identifying recurring patterns, and preserving the context needed to resolve issues permanently.

Core Features & Use Cases

  • Error Pattern Storage: Captures error messages, root causes, fixes, affected files, and recurrence history for future analysis.
  • Similarity Detection: Matches new failures against previous incidents and suggests proven solutions based on stored patterns.
  • Use Case: When a developer encounters the same test failure or runtime error again, use this Skill to retrieve the previous fix and generate a prevention rule.

Quick Start

Use the error-db skill to analyze this error, check for previous occurrences, and suggest the best fix based on stored history.

Frequently Asked Questions about error-db

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

FAQPage Schema
How do I track recurring software errors and prevent repeated debugging failures?

Tracking recurring software errors requires recording error history, identifying patterns, and preserving resolution context. This Skill stores error messages, root causes, and fixes to match new failures against previous incidents and suggest proven solutions.

What is error pattern similarity detection and how does it accelerate root cause analysis?

Error pattern similarity detection matches new runtime exceptions and test failures against stored historical incidents. By comparing recurrence history and affected files, it retrieves previous fixes and generates prevention rules to accelerate root cause analysis.

How do I store and analyze recurring test failures to find a permanent fix?

To find a permanent fix for recurring test failures, you capture the error messages, root causes, and affected files into a persistent record. Analyzing this stored history identifies recurring patterns and suggests proven solutions.

Can I use this error tracking approach for configuration problems and unexpected application behavior?

Yes, error tracking applies to development workflows involving configuration problems, unexpected application behavior, crashes, and exceptions. It requires persistent error records and recurrence tracking to generate automated fix recommendations.

What's the best way to retrieve a previous fix when encountering the same runtime error again?

The best way to retrieve a previous fix for a recurring runtime error is using similarity matching against a stored error database. This matches the new failure against historical incidents and suggests the proven solution previously applied.

Do I need persistent error records to use automated fix recommendation capabilities?

Yes, persistent error records are required for automated fix recommendations. The system needs stored historical data including error patterns, root causes, and affected files to perform similarity matching and suggest proven solutions.