How does the code verification system work?

The skill uses truth-score verification to monitor metrics like security, complexity, and performance. If a change drops below your set threshold, it can automatically trigger a rollback.

Can I use this for learning new programming languages?

Absolutely. The Mentor mode is specifically designed for learning, providing slower-paced guidance, detailed step-by-step explanations, and pattern teaching.

Does this skill support Test-Driven Development?

Yes, the TDD mode provides a dedicated workflow that prioritizes writing failing tests before implementation, ensuring high coverage and code reliability.

Does it integrate with my existing Git workflow?

Yes, it includes built-in commands for managing diffs, commits, branches, and stashes, allowing you to handle version control without leaving the pair programming session.

What is Switch Mode in AI Pair Programming?

Switch Mode automatically rotates the Driver and Navigator roles between the user and the AI at configurable intervals to ensure a balanced and collaborative development experience.

AI Pair Programming

Name: AI Pair Programming
Author: while-basic

bywhile-basic

Collaboration Tools

Facilitates advanced collaborative development through intelligent role management, real-time quality verification, and automated testing workflows.

About

The AI Pair Programming skill transforms your development environment into a high-performance collaborative workspace by providing structured interaction modes like Driver, Navigator, and TDD. It goes beyond simple code generation by implementing a 'truth-score' verification system that monitors code quality, security, and performance in real-time, offering automated rollbacks when standards aren't met. Whether you are conducting deep-focus refactoring, learning new architectural patterns in Mentor mode, or automating test suites, this skill ensures continuous quality control and seamless session management within the Claude Flow ecosystem.

Key Features

Continuous security scanning and performance optimization analysis
Session persistence with auto-save, recovery, and detailed productivity metrics
Real-time truth-score verification with automated rollback on failure
Integrated TDD workflow featuring auto-generated tests and coverage tracking
Dynamic role management with Driver, Navigator, and automated Switch modes
0 GitHub stars

Use Cases

Facilitating developer onboarding and skill-upgrading through the interactive Mentor mode
Executing Test-Driven Development (TDD) cycles with automated test generation and verification
Conducting deep-dive debugging and refactoring sessions with expert-level AI guidance

About

Key Features

Continuous security scanning and performance optimization analysis
Session persistence with auto-save, recovery, and detailed productivity metrics
Real-time truth-score verification with automated rollback on failure
Integrated TDD workflow featuring auto-generated tests and coverage tracking
Dynamic role management with Driver, Navigator, and automated Switch modes
0 GitHub stars

Use Cases

Facilitating developer onboarding and skill-upgrading through the interactive Mentor mode
Executing Test-Driven Development (TDD) cycles with automated test generation and verification
Conducting deep-dive debugging and refactoring sessions with expert-level AI guidance