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Course Outline
From Autocomplete to Agent: Understanding the Paradigm Shift
- Distinguishing Copilot suggestions from agentic multi-step planning.
- Understanding the agent loop architecture: plan, generate, execute, iterate.
- Language support and model selection for agent tasks.
- Real-world examples: transitioning from five-line functions to multi-file features.
Enabling Agent Mode in Your IDE
- Activation procedures in VS Code, JetBrains, and Neovim.
- Configuring context window and model tier preferences.
- Setting workspace rules and excluding large binary files.
- Managing differences between Copilot Chat and inline agent workflows.
Multi-Step Planning and Execution
- Prompting Copilot to build features end-to-end.
- Observing the agent break down tasks into steps across multiple files.
- Reviewing each step before applying changes.
- Utilizing inline rollback capabilities when steps deviate.
Terminal Commands Inside the Agent Loop
- Installing dependencies via Copilot's terminal integration.
- Running build commands and interpreting their output.
- Managing environment variables directly from Copilot sessions.
- Understanding safety boundaries and commands requiring manual approval.
Test-Driven Development with an Agent
- Generating unit tests from existing source code.
- Driving test creation using natural language prompts.
- Running test suites and interpreting failure logs within Copilot.
- Refining assertions after observing edge-case failures.
Navigating Large Codebases
- Automatically finding cross-file references.
- Refactoring shared utilities with Copilot-guided renames.
- Updating configuration and schema files simultaneously.
- Avoiding context window exhaustion through targeted prompts.
Customizing Copilot for Team Standards
- Writing repository-specific instructions in .github/copilot-instructions.md.
- Enforcing naming conventions and architectural patterns.
- Excluding sensitive files and directories from context.
- Creating team-specific prompt templates for common tasks.
GitHub Copilot Enterprise Governance
- Managing seat allocation, billing, and usage dashboards.
- Utilizing audit logs to track Copilot generation versus committed code.
- Understanding Microsoft IP indemnity policies and licensing implications.
- Blocking specific file patterns from AI suggestion pipelines.
Debugging with Agent Mode
- Analyzing stack traces alongside the agent.
- Hypothesis-driven debugging: asking Copilot why a test failed.
- Using agent-assisted bisect to identify regression sources.
- Managing hallucination risks when debugging unfamiliar code.
Performance and Limit Management
- Understanding daily request limits and model quotas.
- Optimizing prompt length to prevent truncated responses.
- Switching between models for different task types.
- Monitoring agent latency and caching strategies.
Security and Compliance for Enterprises
- Data handling: identifying what leaves your repository versus what stays local.
- Preventing the leakage of secrets and credentials via prompts.
- Ensuring compliance with GDPR, SOC 2, and FedRAMP requirements.
- Red-teaming generated code for injection vulnerabilities.
Troubleshooting Common Scenarios
- Investigating why Copilot may ignore codebase context.
- Resolving indexing failures for large repositories.
- Handling rate limit errors during peak usage hours.
- Fixing IDE extension synchronization issues.
Summary and Future Roadmap
- Recap of Agent Mode capabilities and practical workflows.
- Overview of GitHub's Copilot roadmap and upcoming agent features.
- Resources for staying current with Copilot releases.
Requirements
- Experience with object-oriented or functional programming paradigms.
- An active GitHub account along with a foundational understanding of Git workflows.
- Familiarity with at least one IDE (such as VS Code, JetBrains, or Neovim).
Target Audience
- Developers currently using Copilot who wish to unlock its agent mode capabilities.
- Engineering managers responsible for rolling out Copilot across development teams.
- Security teams evaluating policies for AI-assisted code generation.
21 Hours
