- Issue: TypeScript strict mode is disabled, allowing potential type safety issues
- Solution: Enable strict mode in
tsconfig.jsonand fix resulting type errors - Files:
tsconfig.json, all TypeScript files - Impact: Prevent runtime errors, improve code reliability
- Issue: No formal testing framework, only basic script in
test/index.js - Solution: Implement Jest or Vitest with proper unit and integration tests
- Action Items:
- Add test framework dependencies
- Create test structure for API layers
- Add CI/CD test automation
- Aim for >80% code coverage
- Issue: Hardcoded paths and potential token exposure
- Solution:
- Use environment variables for sensitive configuration
- Implement proper secret management
- Add
.env.examplefile - Review token storage mechanism for security
- Issue: Inconsistent error handling across the codebase
- Solution:
- Create custom error classes
- Implement centralized error handling
- Add proper error logging with levels
- Return consistent error responses
- Issue: Mix of old and new dependencies, some potentially unused
- Solution:
- Update all dependencies to latest stable versions
- Remove unused dependencies (knip shows 188 unused files)
- Audit dependencies for security vulnerabilities
- Consider replacing deprecated packages
- Issue: ESLint has many rules disabled (
@todo more restrictivecomments) - Solution:
- Enable stricter ESLint rules progressively
- Fix existing linting issues
- Add pre-commit hooks with Husky
- Implement Prettier for consistent formatting
- Issue: Limited inline documentation and JSDoc comments
- Solution:
- Add comprehensive JSDoc comments
- Generate API documentation automatically
- Create detailed examples directory
- Add troubleshooting guide
- Issue: Complex multi-step build process
- Solution:
- Consider using a modern bundler like Vite or esbuild
- Simplify webpack configurations
- Add build caching
- Implement incremental builds
- Issue: Large files with multiple responsibilities
- Solution:
- Break down large layer files into smaller modules
- Separate concerns more clearly
- Create utility modules for shared functionality
- Issue: No performance tracking or optimization
- Solution:
- Add performance metrics collection
- Implement memory leak detection
- Add resource usage monitoring
- Create performance benchmarks
- Issue: Not leveraging latest language features
- Solution:
- Use async/await consistently
- Implement proper TypeScript generics
- Use optional chaining and nullish coalescing
- Consider migrating to ESM modules
- Issue: Limited development tooling
- Solution:
- Add VS Code recommended extensions
- Create debugging configurations
- Add development container support
- Implement hot reload for development
- Issue: No API versioning strategy
- Solution:
- Implement semantic versioning properly
- Add deprecation warnings
- Create migration guides
- Maintain changelog consistently
- Issue: Basic console logging only
- Solution:
- Implement structured logging (Winston/Pino)
- Add log levels and filtering
- Create log rotation
- Add telemetry and analytics
- Issue: Hardcoded Windows paths in test file
- Solution:
- Use path.join() for all file paths
- Test on multiple platforms
- Add platform-specific documentation
- Create Docker container for consistency
- Fix the TODO comment in
sender.layer.ts:1286about message delivery - Remove hardcoded paths in test files
- Add
.envsupport for configuration - Update README with better examples and troubleshooting
- Add GitHub Actions for automated testing and linting
- Create issue templates for bug reports and feature requests
- Add CONTRIBUTING.md with coding standards
- Implement rate limiting for API calls
- Add retry logic with exponential backoff
- Create health check endpoint for monitoring
- Start with security improvements (Critical)
- Set up proper testing framework (Critical)
- Enable TypeScript strict mode gradually (Critical)
- Improve error handling (High)
- Update and audit dependencies (High)
- Enhance documentation (Medium)
- Optimize build system (Medium)
- Add remaining improvements incrementally
- Zero security vulnerabilities in dependencies
-
80% test coverage
- <5% TypeScript
anyusage - Build time <30 seconds
- Zero unhandled promise rejections
- All TODOs addressed or tracked in issues