dev-easy

Automate guided problem solving and error fixing with sequential-thinking MCP.

Updated Sep 6, 2018
One-click install
npx skills add https://github.com/terakoya76/terakoya76-playbooks --skill dev-easy
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: dev-easy
Source: https://github.com/terakoya76/terakoya76-playbooks/tree/main/roles/dotfiles/files/claude/skills/dev-easy
Command: npx skills add https://github.com/terakoya76/terakoya76-playbooks --skill dev-easy

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

Use sequential-thinking MCP for problem solving and error fixing with ultrathink reasoning. Considers edge cases and best practices. Runs security review after code changes.

Core Features & Use Cases

  • Ultra-think for complex problems with stepwise reasoning.
  • Ensure edge-case handling and adherence to coding best practices.
  • Post-change security review to catch vulnerabilities.

Quick Start

Describe the problem to the agent and instruct it to apply sequential-thinking MCP with ultrathinking to generate a secure, edge-case-aware solution.

Frequently Asked Questions about dev-easy

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

FAQPage Schema
How do I debug software errors using sequential thinking?

Sequential thinking debugs software errors by breaking complex problems into stepwise reasoning stages. This guided approach ensures structured problem-solving and applies ultrathink reasoning to verify edge cases before generating a fix.

What is ultrathink reasoning for code problem-solving?

Ultrathink reasoning is a structured problem-solving method that deeply analyzes edge cases and coding best practices. It uses sequential-thinking MCP to guide error fixing and ensure reliable software solutions.

How do I run a security review after fixing code?

Run a post-change security review by instructing the agent to analyze the modified code for vulnerabilities. This process catches security issues automatically after applying an edge-case-aware fix.

Can I use sequential-thinking MCP to handle edge cases in debugging?

Yes, sequential-thinking MCP handles edge cases by applying structured prompts and stepwise verification. It ensures your debugging process adheres to best practices and checks for potential vulnerabilities.

What's the best way to ensure edge-case handling during error fixing?

The best way to ensure edge-case handling is applying ultrathink reasoning with sequential-thinking MCP. This approach uses structured prompts and verification steps to systematically check edge cases and best practices.