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Debug Issue

Trace execution paths and compute impact radius for suspected files.

Updated Apr 6, 2026
Search Tags:#debugging#knowledge graph#impact analysis#code navigation#call graph#regression analysis#execution tracing
One-click install
npx skills add https://github.com/letxbrace-droid/inrunparis --skill debug-issue-letxbrace-droid
Or copy as Structured Prompt for Agent▼
Please help me install this Agent Skill.
Skill: Debug Issue
Source: https://github.com/letxbrace-droid/inrunparis/tree/main/.claude/skills/debug-issue
Command: npx skills add https://github.com/letxbrace-droid/inrunparis --skill debug-issue-letxbrace-droid

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

Debugging complex issues becomes slow and guesswork-heavy when you cannot quickly understand how code paths connect to the failing behavior.

Core Features & Use Cases

  • Graph-powered code navigation: Find relevant code locations using semantic search over the knowledge graph.
  • Call-chain tracing: Use caller/callee queries to map how control flows into and out of the suspected functions.
  • Execution-path analysis: Inspect full execution flows to identify the true entry point that triggers the bug.
  • Change impact checking: Detect whether recent modifications introduced the regression and estimate what else is affected.

Quick Start

Ask the AI: "Debug the reported issue by first collecting minimal context, then locating related code via semantic search, tracing callers and callees, inspecting the full flow, checking recent changes, and reporting the smallest root-cause hypothesis."

Frequently Asked Questions about Debug Issue

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

FAQPage Schema
How do I trace execution paths to find a software bug in a large codebase?▼

You can trace execution paths by using knowledge-graph navigation to perform semantic node searches, query caller and callee relationships, and inspect full execution flows to identify the true entry point triggering the bug.

What is graph-guided code navigation and how does it help with debugging?▼

Graph-guided code navigation helps debugging by using semantic search over a knowledge graph to locate relevant code locations, systematically mapping how code paths connect to the failing behavior.

How can I check if recent code changes introduced a regression?▼

To check for regressions, you can detect recent modifications and compute an impact radius for suspected files to estimate what else is affected across the codebase.

Does this debugging approach work for unknown crash causes in medium-to-large codebases?▼

Yes, this debugging approach works for unknown crash causes in medium-to-large codebases by systematically identifying relevant code and reconstructing execution paths that lead to the observed failure.

What is the best way to analyze call chains when resolving software bugs?▼

The best way to analyze call chains is using caller and callee queries to map how control flows into and out of suspected functions, allowing you to inspect full execution flows and form a root-cause hypothesis.

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