copilot-agent-patterns

Codify GitHub Copilot agent design patterns with YAML frontmatter examples.

9|3|Updated Oct 26, 2019

Search Tags:#automation #collaboration #github #orchestration #copilot #design-patterns #agent-patterns

Ready to run

npx skills add https://github.com/Hack23/homepage --skill copilot-agent-patterns

💬 Prompt for ChatGPT / Claude Chat▼

Please help me install this Agent Skill.
Skill: copilot-agent-patterns
Source: https://github.com/Hack23/homepage/tree/main/.github/skills/integration/copilot-agent-patterns
Command: npx skills add https://github.com/Hack23/homepage --skill copilot-agent-patterns

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

This Skill codifies Copilot agent design patterns to improve automation and orchestration.

Core Features & Use Cases

Agent Pattern Library: Specialist, Orchestrator, and Discordian Trinity patterns with concrete YAML frontmatter examples.
Collaboration Framework: Sequential, Parallel, and Stacked PR workflows to coordinate multiple agents.
Agent Configuration Standards: Guidelines for frontmatter, naming conventions, and role boundaries to ensure safe and scalable agent operations.
Examples: Real-world scenarios illustrating task delegation, pattern selection, and governance.

Quick Start

To begin, read the Agent Configuration Standards and review the example patterns. Then select a basic agent role (for example a task-agent) and create a starter GitHub issue to initiate automation. Finally, simulate a simple Sequential Workflow to validate coordination.

Frequently Asked Questions about copilot-agent-patterns

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

FAQPage Schema

What are Copilot agent design patterns for GitHub automation?▼

Copilot agent design patterns are reusable models for automating GitHub workflows. They include Specialist, Orchestrator, and Discordian Trinity patterns with standardized YAML frontmatter, role boundaries, and procedural rules for safe task delegation.

How do I coordinate multiple GitHub Copilot agents in a workflow?▼

You coordinate multiple GitHub Copilot agents using Sequential, Parallel, and Stacked PR workflows. These collaboration frameworks define task delegation boundaries and procedural rules to ensure scalable cross-project orchestration.

What configuration standards are needed for GitHub Copilot custom agents?▼

GitHub Copilot custom agents require standardized YAML frontmatter, naming conventions, and role boundaries. These configuration standards ensure safe and scalable agent operations across cross-project collaboration workflows.

Can I use Copilot agent patterns for cross-project collaboration?▼

Yes, Copilot agent patterns support cross-project collaboration through orchestration frameworks. They provide governance for pattern selection and task delegation across multiple agents working on different project components.

How do I start building a GitHub Copilot custom agent?▼

To start building a GitHub Copilot custom agent, read the Agent Configuration Standards, select a basic agent role like task-agent, create a starter GitHub issue to initiate automation, and simulate a Sequential Workflow to validate coordination.

When should I use Orchestrator vs Specialist agent patterns?▼

Use the Specialist pattern for focused task execution and the Orchestrator pattern when coordinating multiple agents. The Discordian Trinity pattern applies to complex scenarios requiring balanced task delegation and cross-project governance.