The article examines how the Perry project lets TypeScript compile directly to native binaries, compares this approach with Electron, React Native, and Flutter, and provides a step‑by‑step guide to quickly build cross‑platform native apps without a runtime.
TypeScript 6.0, released in March 2026, introduces a suite of strategic defaults, new language features like Temporal API and RegExp.escape, and performance optimizations that streamline migration to the upcoming Go‑based compiler, boost React Native build times, and reduce silent type errors for modern web and mobile development.
This article details a systematic four‑phase optimization of React Native page startup—preloading resources, advancing initialization, reusing and pre‑creating containers—that shrank cold start time by 55 % (1.78 s → 0.80 s) and hot start time by 70 % (1.10 s → 0.33 s), while exposing the new pitfalls introduced by container reuse.
Microsoft's open‑source react-native-macos lets developers use familiar React web techniques to build native macOS apps, offering performance gains over Electron, code reuse across platforms, but also facing challenges like fork‑sync delays, desktop‑specific UI complexities, and a smaller ecosystem.
The article presents a comprehensive guide to building a free open‑source short‑drama mobile app, detailing functional modules, immersive player, personalized recommendations, social interactions, monetization models, and a full tech stack—including Flutter or React Native for the front‑end, micro‑services backend, CDN, and DRM—while addressing high‑concurrency and cross‑platform challenges.
React Compiler 1.0, released in 2023, automatically eliminates the need for manual useMemo, useCallback, and memo by statically analyzing code to cache computations, generate update conditions, and replace these hooks, offering a safer, more comprehensive performance boost across Vite, Webpack, Next.js, and React Native projects.
This article explains the challenges of converting designers' Lottie animation descriptions into reusable front‑end code, compares frame‑by‑frame, keyframe, and CSS variable approaches, and provides practical examples for generating CSS, CSS‑variables, and React Native Animated implementations.
This article details Ctrip's migration of its large‑scale React Native (RN) codebase to HarmonyOS using the custom CRN framework, covering technology selection, version upgrades, native component re‑implementation, component C‑ization, performance optimizations such as pre‑loading, TurboModule worker threads, instruction pruning, and future roadmap.
The article explains how the open‑source ohos_react_native project brings React Native 0.72.5 to OpenHarmony, detailing its support for the New Architecture, Fabric rendering, C‑API performance gains, TurboModule variants, and the current migration status of related packages.
This article explains how to analyze React Native bundle contents, customize Metro's module ID generation to achieve stable code splitting, and integrate the resulting base and feature packages with a hot‑update workflow that preloads the base bundle, loads feature bundles on demand, and handles loading failures on iOS.
This article documents the design, iterative evolution, and performance optimizations of a cross‑platform self‑rendering engine that started with QuickJS and Flutter, progressed through a C++‑based render tree, and now adopts a React Native‑style self‑draw approach using Skia, detailing architecture, code, and results.
This article details the process of introducing React Native 0.72.10 into an existing mobile application, covering the rationale for selection, project structure adjustments, iOS and Android integration challenges, script modifications, dependency management, and solutions to common issues such as path configuration, Gradle compatibility, and library conflicts.
In 2023 NetEase Cloud Music’s membership team overhauled its payment link by optimizing React‑Native checkout pages, pre‑fetching iOS IAP data, updating Android third‑party SDKs, and adding failure‑reminder SMS, boosting FCP and LCP scores, purchase UV, conversion, and overall payment success rates.
The article reviews cross‑platform architecture concepts, examines the trade‑offs between code reuse and user experience, discusses screen‑size differentiation, outlines criteria for selecting a technology stack, and proposes progressive development and systematic standards to ensure sustainable, high‑quality multi‑device applications.
This article compares React Native and Flutter across programming language, community support, documentation quality, scalability, maintenance cost, and performance, helping developers choose the right cross‑platform framework based on project requirements, budget, timeline, and team expertise.
This article details NetEase Cloud Music's engineering solution for gradually upgrading its iOS React Native version using a dual dynamic‑library gray‑release strategy, covering background, challenges, symbol handling, code modifications, and practical issues to enable zero‑impact, data‑driven rollouts.
To counter the 40‑100 % size increase of Hermes bytecode bundles after upgrading to React Native 0.70, the team switched to xz compression (cutting zip size 20‑26 %), enabled hermesc ‑O optimization (shrinking bundles 10‑22 % while requiring a two‑step source‑map merge), and used the ‑base‑bytecode option with bsdiff to reduce incremental OTA patches by up to 85 %, collectively improving download and update efficiency.
This article examines the evolution, architecture, performance and trade‑offs of major cross‑platform mobile frameworks—including Cordova, React Native, Flutter, and the newly released uni‑app x—by comparing their logic and rendering layers, communication overhead, package size, memory usage and real‑world testing results.
This article details the end‑to‑end technical journey of upgrading NetEase Cloud Music's React Native apps from version 0.60 to 0.70, covering research, break‑change analysis, dependency management, dual‑bundle strategies, automation scripts, and the hidden pitfalls encountered along the way.
The article details how the Tango framework creates a standardized, AST‑driven low‑code system for React Native by integrating cloud‑phone‑based real‑device preview, visual building tools, and unified runtime/component/data management to cut development costs, improve code reuse, and streamline cross‑platform mobile app creation.
This article compares five popular cross‑platform desktop development frameworks—Electron, Flutter, Tauri, React Native, and Qt—examining their backgrounds, key features, performance, UI capabilities, development experience, native integration, community support, use cases, and potential challenges to help developers select the most suitable option for their projects.
This case study details NetEase Cloud Music's migration from React Native 0.60 to 0.70, evaluating performance, bundle size, memory usage, and stability while describing the practical integration of Hermes, TurboModule, and Fabric and the automation that reduced upgrade effort across 100+ RN modules.
This article compares Flutter and React Native across design, performance, development efficiency, and ecosystem factors, outlines the team’s selection criteria, and concludes with a recommendation to adopt Flutter for its visual customization, consistency, rapid development, and strong community support.
This article describes Snowball's evolution from a single React Native bundle to a multi‑bundle, code‑splitting architecture that reduces bundle size by 70%, shortens load time by 65%, and enables flexible, incremental updates through Metro‑based split‑packages and LRU engine caching.
2023’s mobile app development landscape is shaped by emerging trends such as the metaverse, blockchain integration, advanced AR, AI-driven voice and chatbots, and innovations in frameworks like Swift, Jetpack Compose, Kotlin Multiplatform, React Native, and Flutter, all influencing the future of iOS and Android solutions.
This article analyzes the long‑standing React Native text‑truncation issue, explains Android’s text‑measurement architecture—including Spanned, TextPaint, Layout and TextLine—examines two common truncation cases, provides concrete fixes, and proposes a runtime monitoring solution to detect and log such problems.
Xima’s React Native platform now powers dozens of services and tens of millions of daily page views, achieving sub‑second startup through RAM‑bundle and Hermes upgrades, bundle splitting, container caching, lazy loading, optimized list and image handling, while the upcoming JSI‑based Fabric, Turbo Modules and CodeGen architecture promises further latency reductions and smoother user experiences.
This article examines the differing behaviors of soft keyboards on iOS and Android in both H5 and React Native environments, identifies the challenges they cause for popup and textarea components, and presents cross‑platform solutions using KeyboardAvoidingView, resize listeners, and RN keyboard events to ensure input fields remain visible.
The article walks through a real‑world React‑Native white‑screen crash, explains how the Metro bundler transforms source code into a jsbundle, extracts two distinctive code‑feature patterns (e.default = v and return (0, l.default)(b,[{)), and demonstrates how these patterns can be used to locate the original component files responsible for the error.
This article presents a comprehensive approach to measuring and visualizing user experience value in a mobile app, covering background challenges, metric definitions, data infrastructure, technical solutions, platform construction, analysis results, and a repeatable SOP for continuous improvement.
This article details the motivation, architecture, and iterative development of a network‑phone solution that combines native and React Native components for mobile apps and a WebRTC‑based web client, aiming to improve customer‑service efficiency, reduce costs, and enhance user experience across multiple channels.
This talk explains how Huawei Cloud’s digital travel mobile app evolved from native to hybrid development, evaluates frameworks like React Native, addresses performance and hot‑update challenges, and outlines practical solutions and future roadmaps for efficient, customizable enterprise travel solutions.
A recent State of React Native survey of over 1,800 developers reveals three major pain points—upgrade difficulty, debugging challenges, and performance issues—while highlighting SwiftUI and Jetpack Compose as the most favored alternatives and offering insights into emerging state‑management libraries.
The article details the design and implementation of NEMichelinCache, a cross‑platform cache library for React Native and H5, explaining the problems of the legacy cache, the architectural choices made, the modules introduced, and the measurable improvements in stability and speed achieved after deployment.
The article presents Taro‑CRN, a low‑cost, Taro‑compatible framework built by Ctrip to enable seamless cross‑platform development of mini‑programs and native apps, detailing its architecture, plugins, integration steps, code examples, and suitable use cases for frontend teams.
This article introduces the wrn-echarts project, detailing its background, feasibility analysis, architecture, implementation of SVG and Skia rendering modes, touch‑event handling, solved issues, usage steps, performance comparison with react-native-echarts-pro, conclusions, and future plans.
This article details Snowball's front‑end team's end‑to‑end cross‑platform architecture, covering high‑availability monitoring, performance measurement, bundle hot‑update and splitting strategies, Hermes engine migration, stability fixes, and a systematic migration plan for RN/H5 pages, while outlining future roadmap and lessons learned.
This newsletter presents a collection of technical articles covering the Vite 4 release, the dangers of over‑design, building Node.js automation workflows, React Native monorepo practices, Chrome's memory and energy saver modes, first‑principles thinking for engineers, WebRTC face‑recognition implementation, JavaScript best practices, and an overview of Web Workers.
To eliminate duplicated checkout logic and cumbersome npm publishing, the team migrated multiple React Native apps into a Yarn‑workspace monorepo, configuring Metro watch folders, hoisting dependencies, and CI linting, while using git‑subtree for integration, achieving easier code reuse, debugging, and dependency management despite RN‑specific build complexities.
This article describes how Qunar’s travel app team built a unified performance measurement platform and applied a series of frontend‑focused optimizations—including JSBundle pre‑loading, slimming, splitting, rendering‑stage improvements, and service‑request prefetching—to consistently reduce the Time‑to‑Interactive metric by double‑digit percentages across core booking pages.
Cross‑platform development has rapidly evolved from simple web containers to sophisticated native‑rendering solutions like React Native, Weex, and Flutter, prompting a push for standardized container specifications that balance performance, consistency, and developer efficiency across the ever‑growing ecosystem of smart devices.
This article reviews the evolution of cross‑platform technologies—from web containers to native‑container frameworks and self‑rendering engines—examining their changing trade‑offs, the push for standardization, and practical strategies to keep business code stable across ever‑fragmented devices.
This article details Snowball's frontend team's comprehensive approach to three‑platform (iOS, Android, H5) unified development using React Native, a custom styled‑system, server‑side rendering, CI/CD pipelines, testing strategies, and future AI‑driven code generation, providing practical guidance for cross‑platform projects.
This article presents a technical case study of Qunar's low‑code platform, detailing the current cross‑platform rendering challenges, the feasibility analysis of replacing H5 with React Native, the design of a Babel‑based code transformer, runtime integration, performance results, and future plans.
This article presents Snowball's cross‑platform container architecture, detailing the overall design, the RN and WebView containers, the JSBridge communication layer, native component integration, and future directions for improving dynamic updates, performance, and open‑platform capabilities.
This article explains how the automotive app team tackled severe scrolling lag on low‑end Android devices by replacing the default FlatList with a reusable RecyclerListView implementation, detailing rendering principles, layout calculations, height estimation techniques, and the resulting performance gains.
The article explains why React is well‑suited for cross‑platform dynamic development, detailing its data‑driven model, JSX‑to‑virtual‑DOM workflow, fiber architecture, Taro reconciler adaptations, and independent event system, and shows how React can serve as both a DSL and a full runtime for mobile and web.
The article explains how React’s data‑driven model, JSX‑to‑virtual‑DOM workflow, fiber architecture, independent event system, and adaptations in frameworks like React Native and Taro enable efficient cross‑platform dynamic applications, while comparing it with traditional template‑based approaches.
This article examines the principles, layers, and practical solutions behind cross‑platform development—from DRY reuse to hardware, OS, and application levels—evaluating hybrid, native‑rendering, self‑rendering, and DSL‑based frameworks and offering guidance on strategic, organizational, ecosystem, and performance considerations.
The article explains the urgency of cross‑platform dynamic development for mobile apps, compares native and React Native approaches, details the role of JavaScript engines like V8 and JSI, and provides basic React Native code examples for building and styling components.
This article explains how to customize Metro bundler to support dynamic imports in React Native, detailing a split‑and‑combine build process that isolates async modules, deduplicates code, and loads bundles on demand, thereby shrinking app size and avoiding the drawbacks of multi‑business package architectures.
This article examines the four popular cross‑platform technologies—Flutter, React Native, Weex, and H5—by detailing their architectural layers, compilation models, rendering pipelines, typical performance bottlenecks, and practical optimization techniques, and offers guidance on selecting the most suitable stack for a given project.
This article systematically examines the characteristics, architecture, compilation principles, rendering processes, and common performance issues of four popular cross‑platform mobile technologies—Flutter, React Native, Weex, and H5—offering guidance on technical selection and optimization strategies.
The article reviews hybrid app development strategies by comparing mobile frameworks such as React Native, Weex and Flutter with PC solutions like Chrome‑based H5, Electron and Qt + CEF, and illustrates a staged migration case study of Taobao Live’s client—from pure Qt to Qt + CEF and finally to Electron + Node—to shorten cycles, simplify third‑party integration, and leverage Chromium’s capabilities.
In this interview, 58.com front‑end architect Jiang Hongwei discusses his journey into React Native, the evolution and benefits of the new RN architecture, challenges of upgrading, comparisons with other cross‑platform frameworks, and offers career advice for technology professionals.
This article explains how the NetEase Cloud Music team built a custom React Native debugging tool by extending Chrome DevTools, covering the devtools frontend module loading, React Native Debugger internals, Chrome DevTools Protocol, and a proxy-based solution to display network requests within the inspector.
FolderBsdp provides an efficient incremental update method for React Native hybrid apps by diffing raw resource folders per file with BSDiff, packaging tiny patches into a single ZIP, dramatically cutting bandwidth, memory usage, and storage while eliminating extra ZIP dependencies, making it ideal for low‑end devices.
This article explains how web front‑end engineers can build native mobile apps by comparing pure native development, cross‑platform frameworks like React Native and Flutter, and hybrid approaches that combine native code, Flutter, and WebView, while providing project structure, code examples, compilation steps, and best‑practice tips.
This article explains the architecture and workflow of React Native's cross‑platform communication, detailing the JSBridge mechanism, the roles of platform, bridge, and JS layers, and how native modules interact with JavaScript through C++ and JNI, with a concrete setTimeout example.
Over three years, Shopee evolved its React Native architecture from a single‑bundle, centralized model to a fully decentralized system where each team independently develops, builds, and releases code, using an isolated JavaScript runtime and a self‑built Code Push Platform that manages permissions, incremental updates, grayscale releases, and migration of legacy plugins without disrupting ongoing business.
Luna is an in‑app debugging tool for React Native that works in non‑development environments, offering a floating trigger and a half‑screen panel with Log, Network, Redux, and Shopee sections, automatically injected via a simple init call and HOC, enabling real‑time inspection of console output, HTTP traffic, state and app metadata.
The article details a visual‑event‑tracking solution for React Native that uses a custom SDK exposing higher‑order touchable components, a WebSocket link to a tracking platform, FiberNode inspection for props/state extraction, a Babel plugin for display names, and idle‑time queuing, allowing non‑code instrumentation and rapid tracking deployment.
The article introduces major updates to the Taro React Native open‑source project, including a new react‑native template, GitHub Actions integration for automated builds, a Taro Playground app for debugging, and detailed CI/CD configurations to lower entry barriers for mobile app development.
This tutorial walks through creating a production‑ready React Native UI component library named vant‑react‑native, covering monorepo setup with Lerna, package naming, Yarn workspaces, commit and code standards, icon generation, on‑demand loading, debugging, documentation with Dumi, CI/CD deployment, and unit testing.
This roundup covers the Electron 14.0.0 release with new eight‑week cadence and expanded support, StackBlitz's quick Nuxt.js creation, notable open‑source libraries like react‑native‑elements and 7guis‑React‑TypeScript‑MobX, plus deep dives into NestJS practices, React Native's new architecture, Recoil state management, and a comparison of Object versus Map in JavaScript.
This article explains how to enable two-way communication between React Native and H5 pages using WebView, covering message handling in both directions, code examples for sending and receiving data, and important migration notes from the built‑in WebView to react‑native‑webview.
This article examines the evolution of China's mobile internet, outlines three cross‑platform development approaches—Web rendering, native rendering, and custom rendering engines like Flutter—analyzes their architectures, advantages, and trade‑offs, and offers guidance for selecting the right solution for different product needs.
This article details the evolution of JD's Family Account frontend project, covering multi‑platform technical selection, React Native‑based architecture, three‑level component reuse, automation scripts for Redux, interface fault‑tolerance mechanisms, and future plans for broader data services and SDK support.
This comprehensive tutorial walks through creating a React Native component library using Lerna monorepo, Yarn workspaces, code standards, automated builds, unit testing, documentation with Dumi, and on-demand loading techniques, providing practical guidance for developers to manage, test, and publish reusable UI components.
The article presents Jiang Hongwei’s GMTC talk on 58RN’s instant‑open strategy, detailing performance metrics, LCP‑based first‑screen measurement, identified bottlenecks, and a series of optimizations—including resource pre‑loading, bundle splitting, native parallel fetching, and dynamic import—that collectively reduce page load time and improve business conversion rates.
Meituan Homestay built a custom cross‑platform reuse framework converting React Native code to mini‑programs, achieving up to 90% code reuse, reducing bundle size, improving performance, and establishing strict processes for quality, thus cutting development effort and enhancing productivity across iOS, Android, and mini‑programs.
This article details the background, research, identified issues, and step‑by‑step technical solutions—including code examples—for implementing comprehensive accessibility support in the JD Daojia React Native (RN) platform, aiming to enable visually impaired users to complete the full purchase flow.
This article explains how to analyze and reduce React Native bundle size using tools like react-native-bundle-visualizer and the custom CRN bundle analysis platform, covering library replacements, import optimizations, code splitting, static asset handling, and reporting a typical 50% size reduction.
Taro 3.2 introduces a revamped compilation pipeline that eliminates intermediate code, adds native source‑map support, supports React Native 0.64 with Hermes, expands APIs and components, enables on‑demand imports, and provides clear migration steps for both new and existing projects, while outlining future roadmap and community resources.
This curated guide presents concise technical deep‑dives into JavaScript protection, pagination techniques, Babel async/await transformation, Web Worker sandboxing, V8 engine tuning, React Native launch optimization, collaborative editing algorithms, Windows defragmentation, CLS metric evolution, accessible UI components, and future‑proof CSS strategies.
The article introduces Taro 3.2's React Native support, detailing faster compilation via Metro, native source‑map debugging, compatibility with React Native 0.60+ (including 0.64), expanded APIs and components, on‑demand imports to reduce bundle size, and step‑by‑step migration and integration instructions.
This article explains the design and implementation of Taro 3.2’s style adaptation for React Native, covering the architectural changes, code transformation process, handling of platform‑specific style differences, preprocessing support, validation mechanisms, and future optimization directions.
This article details the background, design choices, runtime architecture, code transformation, entry and page support, lifecycle handling, and integration strategy of adapting the Taro 3 framework to run on React Native, providing a comprehensive guide for cross‑platform development.
Facebook’s 2020 open‑source report reveals a rapid expansion to over 700 repositories and 1.3 million GitHub followers, highlights AI breakthroughs like the M2M‑100 multilingual model and ReBel algorithm, and showcases frontend tools such as React Native and the newly released Recoil library.
In 2020 Qunar's front‑end team explored multi‑platform adaptation, low‑code marketing, UI automation, security enhancements, and framework upgrades, publishing a series of technical articles that detail their solutions, performance gains, and practical insights for developers across the organization.
This article introduces React Native, covering its core concepts, cross‑platform features, underlying architecture such as JavaScriptCore, Hermes, the Bridge, Virtual DOM, threading model, hot updates, and provides practical examples for building a modal animation on both iOS and Android.
This article details how a real‑world property‑listing project leveraged Taro 2.x to build a single codebase that runs on React Native, various mini‑programs, and H5, describing the motivations, technical obstacles, framework comparisons, custom CLI patches, conditional compilation techniques, and deployment workflows.
This article explores the history and current state of cross‑platform development, covering PC, mobile, IoT, Web, Hybrid, Weex, React Native, and Flutter, and discusses how developers can balance performance, user experience, and development efficiency across diverse devices.
This article details the challenges and solutions encountered when upgrading QuNar's React Native from 0.61.3 to 0.63.2, describing the QRN framework, key RN changes, compatibility techniques, and practical lessons for large‑scale mobile projects.
This article introduces the qrn‑remax‑unir library, explains how the QuNar front‑end team adapted React Native code to run on H5 and various mini‑program platforms using Remax, discusses the design choices, implementation details, style handling strategies, animation support, and provides usage instructions and code examples.
This article describes how the 58‑rn project extends the Taro 3 framework to support React‑Native with zero‑cost adaptation, detailing architectural changes, Metro bundling, new components and APIs, development workflow, upgrade steps, future plans, and community collaboration.
This article explores the evolution of cross‑platform technologies—from early PC and mobile web solutions to modern frameworks like Weex, React Native, and Flutter—highlighting their benefits, challenges, and the ongoing quest for performance, consistency, and development efficiency across diverse devices.
This article analyzes why custom Android Views embedded in React Native often fail to render without explicit width and height, explores the underlying RN root layout, measureSpec, and Yoga engine mechanisms, and provides practical solutions such as FrameCallback registration and layout updates to ensure proper rendering.
This article examines the variety of cross‑platform demands, compares mainstream solutions such as H5 Hybrid, React‑Native/Weex, Flutter, and compilation‑time frameworks, and offers practical guidance for teams to balance performance, stability, and long‑term maintainability.
NetEase’s XRN platform boosts Web and React Native performance by eliminating duplicate bundles, pruning unused code, importing only needed polyfills, using dynamic imports and bundle splitting, pre‑loading assets, lazily loading images and lists, limiting first‑screen rendering, and applying memoization, raising Lighthouse scores from 50.3 to 80.4 and cutting RN load time by 40 %.
By implementing bundle splitting to shrink the initial JavaScript payload and pre‑heating the React Native container during idle periods, the team cut the mall page bundle from 1.1 MB to 856 KB and reduced iOS launch time from roughly 450 ms to 200 ms and Android from about 4.5 s to 2.5 s, achieving significant cross‑platform speed gains validated through A/B testing.
This article outlines a practical multi‑platform solution that transforms a React‑Native codebase into both H5 web pages and various mini‑programs by leveraging react‑native‑web for web compilation and Remax for mini‑program rendering, while employing webpack tricks for dynamic, per‑platform builds.
This article explains the RFC that adds React Native support to Taro 3, covering the motivation, design summary, compilation‑bundle overhaul, runtime adaptations, API and component extensions, app integration options, known limitations, and migration steps for developers.
This article details the design and implementation of Taro 3's React Native support, describing the motivation, compilation and runtime changes, package updates, API and component adaptations, app integration strategies, known limitations, and migration guidelines for developers building cross‑platform applications.
This article analyses the current JD app pop‑up experience, identifies motion‑related pain points, and proposes a unified elastic animation system—including timing, curves, and intensity tiers—to improve efficiency, consistency, and brand alignment across various modal and toast dialogs.
Meituan Waimai’s mobile architecture progressed from early componentization through platformization and a custom React‑Native hybrid to a containerized system that unifies Android and iOS via SDKs, MRN and Titans containers, enabling dynamic updates, modular development, and massive traffic handling while demanding enhanced monitoring and release governance.
NetEase Cloud Music rebuilt its React Native stack from version 0.33 to 0.6, introducing automated one‑click deployment, a custom codemod that migrated all apps in a day, and a three‑platform toolchain that unified iOS, Android, and web, boosting checkout reach to 99% and scaling to over ten production RN applications.
This article analyzes the startup latency of React Native pages in the 58 real‑estate app, identifies bottlenecks such as bundle size, hot‑update and Java‑to‑JS bridge delays, and presents a series of optimization techniques—including bundle splitting, silent updates, on‑demand loading, and stepwise rendering—to achieve faster, more stable page launches.
This guide explains how to build a fully custom pull‑to‑refresh component in React Native by either handling gestures with a ScrollView and PanResponder to animate an indicator, or leveraging iOS’s native elastic bounce, outlining implementation details, limitations, and when to choose each approach.
This article analyzes the performance bottlenecks of React Native applications, explains the framework's working principles, and presents practical optimization strategies such as bundle splitting, JS bytecode, data synchronization via an information center, and native‑driven list components to improve rendering speed and responsiveness.
