Node.js clustering enables multi-core utilization, improving performance and scalability. It distributes workload across worker processes, handles failures, facilitates inter-process communication, and allows custom load balancing for efficient resource use.
Angular Elements: Custom components as reusable web elements. Package Angular components for use in any web app. Ideal for gradual migration, micro frontends, and cross-framework reusability. Challenges include bundle size and browser support.
Node.js and MongoDB: perfect for scalable web apps. Use Mongoose ODM for robust data handling. Create schemas, implement CRUD operations, use middleware, population, and advanced querying for efficient, high-performance applications.
GraphQL with Node.js and Apollo offers flexible data querying. It's efficient, secure, and scalable. Key features include query complexity analysis, authentication, and caching. Proper implementation enhances API performance and user experience.
Mocking file system in Node.js with Jest allows simulating file operations without touching the real system. It speeds up tests, improves reliability, and enables testing various scenarios, including error handling.
Decoding Incoming Data with `body-parser` in Express
Angular's reusable component library streamlines development, ensures consistency, and enhances user experience. It uses custom elements, content projection, and CSS variables for flexibility. Documentation and testing are crucial for library success.
Smooth Sailing Through JavaScript Asynchronous Operations with Async/Await
Transforming Your React Native App: From Slowpoke to Speedster with Code Splitting and Lazy Loading Magic
Breathing Life into Applications with Real-Time JavaScript Magic
Jest debugging: Use --runInBand, Chrome DevTools, debugger statements. Isolate issues with test.only(). Leverage snapshots, mocks, and timer mocks. Check environment variables. Write clear descriptions. Optimize performance with beforeAll/afterAll.
Guarding Your Node.js Castle with Express API Rate Limiting
Jest and TypeScript enhance JavaScript testing. Advanced typing techniques improve robustness and type safety. Key areas include type assertions, mocking, asynchronous code, mapped types, React components, generics, custom matchers, and error testing.