# refactor: restructure .cursor directory for improved organization and clarity ## Description This PR refactors the `.cursor` directory to enhance organization, clarity, and maintainability. ### Problem The existing `.cursor` directory lacked clear organization, making it difficult to find specific files, understand their purpose, and add new components consistently. ### Solution A comprehensive restructuring: #### New Directory Structure ``` .cursor/ ├── settings.json # Main configuration file ├── docs/ # Documentation │ ├── guides/ # In-depth guides │ ├── references/ # Quick references │ └── practices/ # Best practices ├── rules/ # Rule definitions │ ├── commit/ # Commit-related rules │ ├── quality/ # Code quality rules │ ├── testing/ # Testing rules │ └── verification/ # Verification rules └── hooks/ # Git hooks and scripts ``` #### Key Changes 1. **Logical Categorization**: Organized files into clear categories based on purpose 2. **Improved Documentation**: Added comprehensive README files for each directory 3. **Standardized Naming**: Implemented consistent kebab-case naming convention 4. **Reference Updates**: Updated all internal references to point to new file locations ### Benefits - **Easier Navigation**: Clear categorization makes finding files intuitive - **Improved Understanding**: Comprehensive documentation explains purpose and usage - **Simplified Maintenance**: Logical structure makes updates and additions easier - **Better Onboarding**: New team members can quickly understand the system This refactoring sets a solid foundation for all Cursor AI-related configurations and rules, making it easier for the team to leverage Cursor's capabilities. |
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Appsmith Cursor Rules
This directory contains the rules that Cursor AI uses to validate and improve code quality in the Appsmith project.
Rule Categories
-
commit/: Rules for validating commit messages and pull requests
semantic-pr.md: Guidelines for semantic pull request titles
-
quality/: Rules for ensuring code quality
performance.mdc: Rules for optimizing performancepre-commit-checks.mdc: Quality checks that run before commits
-
testing/: Rules for test coverage and quality
test-generator.mdc: Automated test generation based on code changes
-
verification/: Rules for verifying changes and implementations
bug-fix-verifier.mdc: Validation for bug fix implementationsfeature-verifier.mdc: Validation for feature implementationsworkflow-validator.mdc: Validation for development workflows
How Rules Work
Each rule is defined in a Markdown Cursor (.mdc) file that includes:
- Metadata: Name, description, and trigger conditions
- Logic: JavaScript code that implements the rule
- Documentation: Usage examples and explanations
Rules are automatically triggered based on events like:
- Creating or updating pull requests
- Modifying files
- Running specific commands in Cursor
Using Rules
You can manually trigger rules using Cursor commands, such as:
validate_pr_title: Check if a PR title follows conventionsverify_bug_fix: Validate a bug fix implementationgenerate_tests: Generate tests for changed codeoptimize_performance: Analyze code for performance issues
Refer to each rule's documentation for specific usage information.