React 18 introduces Streaming SSR and Selective Hydration, enabling faster initial page rendering and more efficient hydration by only rendering necessary components.
This article provides a comprehensive overview of React 18, covering its release timeline, migration steps, new APIs such as the root API, useId, useSyncExternalStore and useInsertionEffect, automatic state batching, flushSync, updated Strict Mode and Suspense behavior, concurrent mode concepts, and practical code examples for developers upgrading from React 17.
Ant Design 4.20.0 introduces React 18 support, a new Segmented controller, enhanced Form capabilities, numerous component bug fixes, accessibility improvements, and visual refinements across Menu, Table, Tree, and other UI elements, providing developers with a more robust and modern frontend toolkit.
This article explains the major React 18 innovations—including Concurrent Mode, startTransition, automatic batching, streaming SSR, Server Components, Offscreen, and new hooks—showing how they work, when to use them, and providing practical code examples for developers upgrading their apps.
This article provides a hands‑on, example‑driven guide to React 18’s major upgrades—including Concurrent Mode, startTransition, automatic batching, streaming server‑side rendering, server components, OffScreen support, and the new hooks—explaining how they work and how to adopt them in real projects.
This article explains React 18’s four major innovations—Automatic Batching, Concurrent APIs, Server‑Side Rendering for Suspense, and the new Render API—showing how they improve rendering performance, enable concurrent UI updates, and simplify hydration in modern web applications.
The article reviews the 2021 React Conf, summarizing React 18’s key innovations such as Suspense for data fetching, Concurrent Mode, automatic batching, new hooks, streaming SSR, and the roadmap for React Native, while also sharing upgrade tips, code examples, and community insights.
This article explains React 18’s new concurrent rendering features, focusing on the startTransition API, its problem‑solving benefits, practical demos comparing React 17 and 18, and a deep dive into the underlying source code and scheduling mechanisms that enable prioritized updates.
The React team has open‑sourced the Scheduling Profiler, a new tool that extends the classic Profiler by visualizing component scheduling, priority handling, transitions, and Suspense behavior, helping developers diagnose rendering delays and optimize performance in React 18 applications.
This article walks through the evolution of React’s runtime architecture from version 15 to 18, explaining key concepts such as Fiber, Scheduler, priority lanes, concurrent mode, and new APIs like startTransition and useDeferredValue, while providing concrete code examples and visual diagrams.
This article explains why React keys are crucial when rendering lists, demonstrating through a dynamic form example how using array indices as keys can cause bugs when items are added or deleted.
This guide explains how to migrate a React server‑side rendering setup to React 18 by installing the latest version, replacing renderToString with pipeToNodeWritable, and adopting the new API surface while handling Suspense and streaming nuances.
React 18 extends StrictMode with Strict Effects, causing newly mounted components to run their effects twice in development to surface hidden bugs, while offering guidance on when to enable or disable this behavior for reliable UI state management.
This article explains the differences between React 18’s legacy ReactDOM.render root API and the new ReactDOM.createRoot API, covering concepts of roots, hydration, rendering callbacks, and why both APIs are maintained, with code examples for each approach.
React 18 introduces automatic batching that merges multiple state updates into a single render across all contexts—including promises, timeouts, and native events—improving performance while offering opt‑out mechanisms like flushSync for rare cases where immediate DOM updates are required.
React 18 introduces a progressive upgrade path with concurrent rendering, automatic batching, a new Root API, startTransition, and an improved Suspense SSR architecture, allowing developers to adopt new features with minimal code changes while enhancing performance and enabling selective hydration and streaming HTML.
This article explains how React 18 introduces progressive upgrades, a new Root API, automatic batching, the flushSync utility, an enhanced Suspense SSR architecture, and the startTransition API, providing code examples and practical guidance for developers transitioning from earlier React versions.
