This article explains five approaches—Mixins, Class Inheritance, Higher‑Order Components, Render Props, and Hooks—for reusing and extending state logic in React components, comparing their advantages, drawbacks, and providing code examples to illustrate each method.
This article explains how to emulate Vue's computed properties in React by extracting calculations from the render method, using class getters, applying memoization with memoize-one, and leveraging the useMemo hook to achieve dependency‑based caching and cleaner component code.
This article introduces the concept of React Hooks, explains the built‑in hooks such as useState, useEffect, useCallback, useMemo, useRef, and useContext, demonstrates their usage with complete code examples, and guides readers on creating their own custom hooks for reusable logic in functional components.
This guide explains why Google’s 64‑bit requirement forces a React Native upgrade, outlines the benefits of moving to version 0.59.10, and provides step‑by‑step instructions for updating iOS, Android, Babel configuration, native modules, and handling deprecated components and API changes.
This article explains the evolution of React component reuse—from legacy mixins and higher‑order components to modern React Hooks—provides step‑by‑step implementations of custom hooks such as useLogTime, useFetchHook, useInterval and useImgLazy, and demonstrates how to apply them in real‑world production code for better performance and maintainability.
This article explains the inner workings of Tapable—the hook library behind Webpack—by detailing its synchronous and asynchronous hook types, registration and invocation methods, the lazy‑compilation code‑generation process, and how these mechanisms give Webpack a performance edge over naïve event loops.
This article explains React Hooks introduced in version 16.8, their backward‑compatible design, how they replace class components, and provides detailed guidance on using useState, useEffect, custom hooks, useReducer, useRef, useMemo, useCallback, and related linting rules with performance‑focused examples.
This article introduces React Hooks, explains how they enable state and other React features without classes, provides official resources, outlines migration advice, details supported packages, tooling integrations, testing APIs, installation methods, and summarizes the changelog and post‑alpha updates for the stable 16.8 release.
The article provides a comprehensive analysis of React Hooks, covering their injection model, persistent call ordering, debugging and testing strategies, API design considerations such as useReducer, Context Provider, useEffect, missing APIs, type handling, compilation optimizations, safety concerns, and the overall motivation behind moving from class components to hooks.
This article outlines the React 16 roadmap, detailing the planned release schedule for Suspense code‑splitting, Hooks, Concurrent Mode, data‑fetching Suspense, and related experimental projects, while explaining their current status across React DOM, server rendering, and React Native.
The article explains how engineers can design robust game special‑event systems by abstracting features into reusable components, applying hook‑based extensibility, and using asynchronous message middleware to handle diverse, time‑critical, high‑risk operations, illustrated with the 37 Platform’s event architecture and configuration‑driven flexibility.
The article describes a low‑cost solution that uses Git hooks and a custom CLI tool to automatically embed work‑item IDs from branch names or interactive selection into commit messages, enabling seamless traceability between code commits and requirements or defects and simplifying automated testing and team collaboration.
This article reviews the major additions and deprecations introduced in React 16, including component array returns, portals, error boundaries, fragments, strict mode, the new context API, createRef/forwardRef, fiber architecture, and async rendering utilities, illustrated with code examples.
This article walks through the three phases of the React component lifecycle—initialization, running, and destruction—detailing each hook function, their purposes, and performance tips, and provides a complete code example to illustrate their usage.
This article explains Angular’s component lifecycle, detailing each hook—from ngOnChanges and ngOnInit to ngAfterViewChecked and ngOnDestroy—their execution order, purposes, and how constructors differ, supplemented with diagrams and console output examples to help developers effectively manage component initialization, change detection, and cleanup.
This tutorial explains what Git hooks are, how to install and configure them, and provides a complete example of using a post‑update hook on a bare repository to automatically deploy a blog whenever code is pushed.
This article explains how WordPress uses the wp_postmeta table for flexible metadata storage and the hook (action) system for dynamic code insertion, illustrating both the benefits and trade‑offs of these extensibility techniques for plugin development.
