fix-bug

Guide structured bug reproduction, hypothesis, and fix verification workflows.

Updated Apr 13, 2026

Search Tags:#tool integration #development workflow #bug fixing #bug resolution #systematic debugging

Ready to run

npx skills add https://github.com/youssefKadaouiAbbassi/yka-code --skill fix-bug-youssefkadaouiabbassi

💬 Prompt for ChatGPT / Claude Chat▼

Please help me install this Agent Skill.
Skill: fix-bug
Source: https://github.com/youssefKadaouiAbbassi/yka-code/tree/main/skills/fix-bug
Command: npx skills add https://github.com/youssefKadaouiAbbassi/yka-code --skill fix-bug-youssefkadaouiabbassi

SYSTEM DOCUMENTATION & REQUIREMENTS

💡 This Skill includes scripts (resource) and references (resource) components.

What problem does it solve?

This Skill aids in resolving reported bugs, errors, crashes, and failing tests by providing a systematic workflow that utilizes various tools and techniques.

Core Features & Use Cases

Systematic Bug Resolution: Offers a step-by-step guide for reproducing, understanding, hypothesizing, fixing, and verifying bugs.
Integrated Tools: Leverages Claude Code, Explore agent, silent-failure-hunter, and existing tests to expedite bug fixing.
Use Case: When a user reports a crash in the application, the Skill can be used to trace the error, hypothesize the cause, and suggest a fix, reducing manual investigation time.

Quick Start

Run /fix-bug <bug-repro steps> to begin the bug resolution process.

Frequently Asked Questions about fix-bug

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

FAQPage Schema

How do I fix software bugs using a systematic debugging workflow?▼

Systematic debugging resolves software bugs by guiding developers through a structured workflow of reproduction, understanding, hypothesizing, and verifying fixes. This approach leverages expert tools and agents to expedite bug resolution and reduce manual investigation time.

What is the best way to reproduce errors and trace crashes in my application?▼

Tracing crashes and reproducing errors requires a structured workflow that identifies root causes before suggesting fixes. By leveraging integrated tools like Claude Code and the Explore agent, developers can systematically hypothesize causes and verify resolutions efficiently.

Can I use Claude Code and the Explore agent to resolve failing tests?▼

Yes, resolving failing tests is supported by leveraging integrated tools including Claude Code, the Explore agent, and silent-failure-hunter. These tools work together within a structured bug resolution workflow to expedite tracing errors and verifying fixes.

Does this systematic bug resolution approach work without any external dependencies?▼

Yes, this systematic bug resolution workflow operates without external dependencies, utilizing built-in scripts and references. It guides developers through reproduction, understanding, hypothesizing, and verifying fixes using integrated tools and agents.

Why does my application crash, and how can I hypothesize the cause systematically?▼

Hypothesizing the cause of an application crash involves following a structured workflow of reproduction and understanding. By leveraging tools like silent-failure-hunter and existing tests, developers can systematically trace errors, hypothesize causes, and suggest verified fixes.

What are the limitations of using a structured workflow for bug fixing?▼

The structured bug fixing workflow requires clear bug reproduction steps to function effectively. Without accurate reproduction steps provided upfront, the systematic approach of hypothesizing and verifying fixes using integrated tools may be limited in its ability to trace errors.