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Duration 14 hours
Course Outline
AI-Native IDE Architecture
- The underlying structure of Cursor, built on a VS Code fork with deep model integration.
- A comparative analysis of Cursor-native features versus standard VS Code with extensions.
- Cursor’s model hosting capabilities, supporting Claude, GPT, and custom endpoints.
- A review of the evolutionary roadmap from autocomplete features to comprehensive agent workflows.
Composer and Multi-File Editing
- Activating the Composer to plan changes across multiple files.
- Evaluating generated edits before choosing to accept or reject them.
- Managing undo functions and checkpoint states during extended Composer sessions.
- Verifying build integrity following Composer-assisted modifications.
Context-Aware Chat and Intelligent References
- Leveraging @file and @codebase directives to concentrate chat context.
- Referencing specific functions, classes, and documentation assets.
- Defining code intent before requesting specific modifications.
- Preventing context overflow by refining reference scope.
Agent Mode and Autonomous Refactoring
- Initiating agent mode using high-level instructions.
- Observing the agent’s planning, editing, testing, and iterative processes.
- Intervening to correct the agent’s direction when necessary.
- Resolving merge conflicts arising from agent-driven multi-file rewrites.
Installation and Model Configuration
- Deploying Cursor on macOS, Windows, and Linux environments.
- Selecting and switching models based on specific task requirements.
- Utilizing personal API keys as an alternative to Cursor’s shared hosting.
- Configuring high-context models for navigating extensive codebases.
Team Workspaces and Shared Context
- Establishing team workspaces and onboarding new members.
- Distributing custom rules, style guides, and context files.
- Defining default prompts for recurring team processes.
- Monitoring usage metrics and costs across the workspace.
Custom Rules and Prompts for Consistency
- Authoring .cursorrules to enforce project-wide standards.
- Streamlining code review comments through advanced prompt engineering.
- Maintaining architecture decision records with agent support.
- Versioning rule files alongside the code repository.
Integration with Version Control and CI
- Generating commit messages from diff summaries.
- Implementing pre-commit prompts to run linters and type checkers.
- Creating pull requests with AI-generated descriptive content.
- Addressing review comments with precise changes within Cursor.
Debugging Agent-Assisted Code
- Tracing runtime errors back to assumptions made by the agent.
- Using the chat interface to investigate the root cause of specific errors.
- Performing regression testing following extensive automated refactoring.
- Managing hallucinated imports and unresolved dependencies.
Performance and Security
- The impact of indexing speed and storage on large-scale repositories.
- Automatically excluding sensitive files from the agent’s context.
- Reviewing Cursor’s data retention policies and training opt-out options.
- Meeting compliance requirements when utilizing hosted models.
Summary and Advanced Topics
- A comparative review of Cursor against other IDE-centric AI tools.
- Developing a repository of reusable prompts and rules.
- Staying current with Cursor’s monthly release cycle.
Requirements
- Familiarity with modern IDEs, such as VS Code or JetBrains products.
- Programming proficiency in any language.
- Foundational knowledge of LLM concepts and prompt engineering.
Target Audience
- Development teams assessing or adopting Cursor as their primary development environment.
- Engineering managers overseeing the procurement of AI tooling.
- Independent developers looking to enhance client project velocity with Cursor.