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Course Outline

The AI-Native IDE Architecture

  • How Cursor is built on a fork of VS Code with deep model integration.
  • Comparison between standard VS Code with extensions versus Cursor-native features.
  • Cursor's model hosting options: Claude, GPT, and custom endpoints.
  • Overview of the roadmap from autocomplete to full agent workflows.

The Composer and Multi-File Editing

  • Invoking the Composer to plan across files.
  • Reviewing generated edits before accepting or rejecting them.
  • Managing undo and checkpoint states in long Composer sessions.
  • Testing the build after Composer-assisted changes.

Context-Aware Chat and Smart References

  • Using @file and @codebase to focus chat context.
  • Referencing specific functions, classes, and documentation files.
  • Summarizing code intent before requesting modifications.
  • Avoiding context overflow by narrowing references.

Agent Mode and Autonomous Refactoring

  • Triggering agent mode with high-level prompts.
  • Observing the agent plan, edit, test, and iterate.
  • Intervening when the agent heads in the wrong direction.
  • Handling merge conflicts after agent-driven multi-file rewrites.

Installation and Model Configuration

  • Setting up Cursor on macOS, Windows, and Linux.
  • Choosing and switching models per task type.
  • Using your own API key instead of Cursor's shared hosting.
  • Configuring high-context models for large codebase navigation.

Team Workspaces and Shared Context

  • Creating team workspaces and inviting members.
  • Sharing custom rules, style guides, and context files.
  • Establishing default prompts for recurring team workflows.
  • Tracking usage and costs across the workspace.

Custom Rules and Prompts for Consistency

  • Writing .cursorrules for project-wide conventions.
  • Automating code review comments through prompt engineering.
  • Maintaining architecture decision records with agent assistance.
  • Versioning rule files as part of the repository.

Integration with Version Control and CI

  • Writing commit messages from diff summaries.
  • Pre-commit prompts: running linters and type checkers before committing.
  • Opening pull requests with AI-generated descriptions.
  • Responding to review comments with targeted changes inside Cursor.

Debugging Agent-Assisted Code

  • Tracing runtime errors back to agent-generated assumptions.
  • Using the chat panel to investigate why a specific error occurred.
  • Regression testing after broad automated refactors.
  • Managing hallucinated imports and missing dependencies.

Performance and Security

  • Indexing speed and storage impact on large repositories.
  • Excluding sensitive files from agent context automatically.
  • Understanding Cursor's data retention and training opt-out policies.
  • Handling compliance requirements when using hosted models.

Summary and Transitioning to Advanced Topics

  • Recap of Cursor versus other IDE-first AI tools.
  • Building a library of reusable prompts and rules.
  • Staying updated with Cursor's monthly release cadence.

Requirements

  • Experience using a modern IDE such as VS Code or JetBrains products.
  • Programming experience in any language.
  • Basic understanding of Large Language Model (LLM) concepts and prompting techniques.

Audience

  • Development teams evaluating or adopting Cursor as their primary IDE.
  • Engineering managers responsible for procuring AI tooling.
  • Freelance developers looking to accelerate client projects using Cursor.
 14 Hours

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