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This comprehensive guide explains what React re‑renders are, distinguishes necessary from unnecessary re‑renders, outlines the four triggers—state, parent re‑render, context, and hooks—and provides practical patterns and anti‑patterns, including memoization, useMemo/useCallback, and key management, to improve component performance.
This article explains Redux’s core concepts, demonstrates how to implement a basic createStore function in JavaScript, and shows how to integrate it with React using a custom Provider and connect higher‑order component for state sharing across components.
This article explains how useReducer can replace useState for complex state logic, introduces Context for sharing data across components, demonstrates their combined usage with code examples, and compares this approach to React‑Redux, highlighting differences in data flow, rendering behavior, and suitable scenarios.
This article demonstrates how to leverage the ES6 Proxy object to create a lightweight global state management solution for React, walking through a counter example, custom hooks, listener tracking, and a reusable store creator for seamless component updates.
Learn how to build a simple global state management solution in React using custom hooks, starting from a basic counter component, extending it with initialization props, synchronizing multiple counters, and finally creating a reusable createGlobalState utility for shared state across components.
This article explains how to enable CSS Container Queries in Chrome, describes the new container-type, container-name, and container properties, and provides practical code examples that demonstrate responsive layout changes based on an element's container size.
Discover four engaging browser games—Flexbox Froggy, Flexbox Defense, FlexBox Adventure, and Knights of the Flexbox Table—that provide hands‑on practice for mastering CSS Flexbox layout concepts while keeping learning entertaining and interactive.
This article explains how modern CSS features such as the gap property for Flexbox and Grid layouts and the aspect‑ratio property simplify responsive design, reduce code complexity, and enable more intuitive, RTL‑safe layouts, replacing older hacks and padding tricks with concise, maintainable code examples.
This article explains how the CSS clamp() function can replace complex media queries by linearly scaling numeric properties such as font‑size, padding, or margin between defined minimum and maximum values, using viewport units for fluid, responsive designs while keeping code concise and maintainable.
Modern CSS logical properties let developers write direction‑agnostic styles, replacing left/right and top/bottom values with start/end and block/inline equivalents, thereby simplifying RTL support, reducing duplicated code, and improving maintainability across browsers in modern web projects.
