logical-bug-finder

Identify core bug patterns and generate reusable fix strategies across codebases.

15|2|Updated May 26, 2025
One-click install
npx skills add https://github.com/Manamama/Puzzles_for_AIs --skill logical-bug-finder
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: logical-bug-finder
Source: https://github.com/Manamama/Puzzles_for_AIs/tree/main/skills/logical-bug-finder
Command: npx skills add https://github.com/Manamama/Puzzles_for_AIs --skill logical-bug-finder

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

This diagnostic framework helps engineers move from a single bug instance to a reusable heuristic that can detect the same issue across diverse files and languages, enabling scalable debugging of fuzzy logical errors.

Core Features & Use Cases

  • Phase-based analysis: deconstructs symptoms, isolates clues, and formulates a concrete hypothesis to convert a local bug into a general pattern.
  • Abstract heuristic generation: translates a specific failure into a portable set of roles and constraints that apply across codebases.
  • Faceted search workflow: guides targeted codebase scanning by intersecting results from context-init patterns and failure-to-tool usage patterns.
  • Iterative verification & correction: validates suspected patterns and applies concept-level fixes that preserve context and reduce regression risk.

Quick Start

Provide a buggy code snippet and ask the system to extract the underlying heuristic, then propose a general, reusable fix pattern.

Frequently Asked Questions about logical-bug-finder

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

FAQPage Schema
How do I find similar logical bugs across an entire codebase after finding one instance?

Code analysis for fuzzy bugs converts a specific failure into a portable heuristic with roles and constraints, enabling targeted codebase scanning to locate candidate files and verify findings.

What is the best way to create a reusable bug fixing pattern from a single code snippet?

Debugging fuzzy bugs involves isolating clues and formulating a concrete hypothesis to convert a local bug into a general pattern, enabling iterative verification and concept-level fixes that reduce regression risk.

Can I use pattern recognition to detect bugs across diverse files and programming languages?

Yes, abstract heuristic generation translates a specific failure into a portable set of roles and constraints that apply across codebases, enabling pattern recognition across diverse files and languages.

How do I perform a faceted search to scan my repository for fuzzy logical errors?

Faceted search for fuzzy logical errors guides targeted codebase scanning by intersecting results from context-init patterns and failure-to-tool usage patterns to locate candidate files and verify findings.

Does this debugging approach work for finding bugs without specific error messages?

Yes, this debugging approach works for fuzzy bugs without specific error messages by deconstructing symptoms and isolating clues to formulate a concrete hypothesis and identify the core bug pattern.

What are the limitations of using heuristics for codebase bug fixing?

A limitation of using heuristics for codebase bug fixing is the need for iterative verification and correction to validate suspected patterns, ensuring concept-level fixes preserve context and reduce regression risk.