This technical article examines Kuaishou’s low‑code “Jimu” platform, detailing its architecture, performance bottlenecks, and optimization strategies that enable efficient, high‑quality construction of massive activity pages such as the 2025 CNY campaign.
This article details how integrating the AI coding assistant Cursor into a membership‑system frontend project increased development efficiency by 21%, reduced a 188‑hour task to 149 hours, and outlines practical methods for AI‑generated routing, UI‑to‑DOM conversion, mock data creation, code refactoring, and the limits of AI assistance in complex interactions.
The article presents a modular framework for Mobile Taobao that unifies data protocols, rendering, layout, and lifecycle management through core engines (DataEngine, LayoutEngine, StateCenter, etc.) enabling rapid, extensible construction and updating of dynamic UI pages across multiple protocol versions.
The article traces React’s evolution from early JSX‑based componentization to the Hooks‑driven functional component era, compares alternative approaches like Solid.js, Vue, and Svelte, and reflects on the underlying principles of separation of concerns and intimacy that drive UI paradigm shifts.
This article presents eight practical modularization strategies—including ES Modules, componentization, separation of concerns, conventions, bundlers, dependency injection, lazy loading, and versioning—to help developers transform sprawling frontend codebases into clean, reusable, and maintainable systems.
The article describes the design and development of a low‑code form generation platform built on VueFormMaking, detailing its drag‑and‑drop interface, JSON‑driven component architecture, template configuration and rendering, as well as maintenance practices such as flat configurations, style optimization, testing, and deep‑copy handling for scalability and reliability.
This article introduces LiteFlow, a lightweight Java component‑based rule engine that decouples complex business logic, explains its workbench design, demonstrates usage in both non‑Spring and SpringBoot environments with Maven setup and XML configuration, and details its core components, parsing, chain execution, and node processing.
By adopting LiteFlow’s lightweight low‑code workflow engine with a workbench‑component‑rule architecture, the team replaced repetitive custom code with configurable pipelines, achieving high decoupling, flexible orchestration, reduced development cost, and improved extensibility for complex business processes, while planning a visual backend platform.
This article examines the challenges of sprawling order‑processing code in logistics systems and presents a strategic component‑based approach using the open‑source LiteFlow framework, detailing its architecture, execution rules, example XML flow, Java implementations, and key advantages for scalable backend development.
This article examines the challenges of scaling order‑processing logic in logistics systems and presents a component‑oriented solution using the open‑source LiteFlow framework, detailing its strategic “workbench” pattern, tactical component design, execution rules, and practical Java code examples for building flexible, decoupled workflows.
This article introduces ArkTS, HarmonyOS’s preferred TypeScript‑based language, and demonstrates its declarative UI syntax, component creation, property and event configuration, child component nesting, state management, and rendering control through practical code examples.
This article presents comprehensive Vue.js and Element‑plus coding standards, covering enum naming, directory and file naming conventions, component file structure, attribute and directive usage, boolean, function, class, constant, and enum naming rules, emphasizing consistency to improve readability and maintainability.
The article presents a comprehensive guide to large‑scale video‑streaming system refactoring, combining theory on continuous improvement, architectural evolution, code‑quality criteria, and challenges with a practical roadmap that leverages automation, systematic analysis, engineering safeguards, static‑analysis tools, and design patterns to safely transform legacy monoliths into modular, containerized platforms.
The article describes MPX’s partial runtime capability‑enhancement design, which adds modern web‑framework features such as props, default slots and event forwarding to Didi’s recompilation‑based mini‑program framework by enabling on‑demand runtime rendering for selected components, generating minimal base templates, respecting the native dual‑thread event model, and exploring server‑component‑inspired mixed rendering while keeping performance overhead low.
This article provides a systematic overview of drag‑and‑drop low‑code platforms, covering their advantages and drawbacks, core architecture (protocols, material area, canvas, property panel, top bar), implementation details with code examples, and best practices for extensibility, sandboxing, and code generation.
This article explains how the LiteFlow component-based rule engine is used to design, configure, and execute flexible lightweight inspection reports, highlighting its modular architecture, real‑time component management, data context handling, and integration with configuration centers to reduce development overhead.
This article explains how to improve code readability, reusability, and extensibility by adopting a componentized workflow architecture, detailing three‑layer structures, node abstraction, parameter mapping, and practical Java/Spring XML examples for scalable backend systems.
This article explains the concepts, design of JSON configuration structures, component container patterns, editing side form generation, remote component store integration, static publishing, version management, and inter‑component communication for constructing a data dashboard platform using modern frontend technologies.
This article reviews essential React design patterns—including container/presentational components, higher‑order components, render props, compound components, and custom hooks—explaining the underlying SOLID principles, providing clear code examples, and offering guidance on when to apply each pattern.
The article presents a comprehensive case study of Ctrip's 2022 PC homepage redesign, detailing the motivations, requirement analysis, island‑style architecture, cross‑team component development, server‑side rendering, public component challenges, and the dynamic data‑configuration platform that together enable fast, maintainable, and scalable web delivery.
This article explains what a design system is, its evolution and composition, distinguishes components from controls, breaks down a button into foundational elements, and shows how atomic properties of color, symbol, and position combine to create reusable UI components following DRY principles.
This article outlines the design, implementation, and open‑platform strategies of Ctrip’s Legao system, covering component openness, custom build processes, dynamic loading, development tooling, static libraries, and dynamic form capabilities to enable reusable, low‑code, SSR‑ready frontend components.
The article explains Web Components and their three core technologies—Template, Shadow DOM for CSS isolation, and Custom Elements—demonstrates building a dynamic HTML5 video component with lifecycle callbacks, and discusses use cases such as component libraries, cross‑platform development, micro‑frontends, and the feature‑rich Quark library.
The AirForce platform unifies component architecture, baseline and release management, and automated packaging for a large Android app, eliminating information silos and cumbersome configuration files by enforcing hierarchical dependencies, tracking component metadata, providing fine‑grained conflict detection, and enabling shuttle releases that streamline coordination, improve traceability, and reduce manual effort.
This article walks through the core concepts of Fish Redux, a Redux‑based state‑management framework for Flutter, and demonstrates a three‑step, component‑driven workflow for assembling and rendering a complex user‑home page, complete with code snippets and architectural diagrams.
This article explains how to build an e‑commerce SaaS shop‑decoration system from scratch, covering overall design, template‑protocol structure, the three core designer tools—component selector, renderer, and property editor—and considerations for cross‑platform, dynamic components, user experience, ecosystem, and productization.
The article examines how visual page‑building platforms evolve from simple component libraries into full‑stack, low‑code solutions by separating UI and logic, introducing a DAG‑based DSL, and implementing a lightweight runtime that lets non‑developers configure and execute front‑end workflows, dramatically boosting development efficiency.
This article explores the inefficiencies in modern web development, focusing on collaboration challenges between UI/UX and frontend teams, data interaction issues, and code management difficulties, proposing solutions like component-centric development and improved data binding tools.
This article examines the rise of lowcode and micro‑frontend architectures, discusses their benefits and limitations, and presents a data‑driven, JSON‑based front‑end framework that aims to unify component development, page configuration, and engineering practices for the next generation of web applications.
This article explores the evolution of low‑code building systems, detailing how component abstraction, NPM integration, bundless packaging, tree‑shaking, and version governance enable scalable, efficient frontend development while reducing reliance on specialized front‑end engineers.
The NetEase News iOS team adopted a three‑layer componentization strategy—foundation, common, and business—standardizing code conventions, Git workflow, and CI‑driven reviews, encapsulating third‑party libraries, managing dependencies via injection and mediators, and distributing binary pods, which reduced the main project to a single file while expanding reusable components to over 250, achieving low coupling and high cohesion.
LOCO Design System, created by 58.com, evolved from a poorly named “Basic Interaction” into a comprehensive, code‑driven UI framework covering graphic, interaction, marketing, and motion guidelines, offering three component modes, multimedia suites, and cross‑platform support to enhance collaboration between designers, engineers, and product teams.
The Activity Open Platform, evolved from the Activity Self-Service Platform, provides a company‑wide component sharing and co‑creation environment with standardized processes, cross‑team collaboration, and high scalability, delivering Pro‑code, Low‑code, and No‑code capabilities that have already boosted development efficiency by 40% across multiple departments.
This article presents a comprehensive experience of UI componentization in Android projects, covering the background, goals, engineering and component architectures, detailed implementation steps for reusable UI components such as FlatButton, and practical Gradle configurations to achieve modular, decoupled, and scalable UI development.
This article explains how to build a low‑code platform for admin applications by defining a domain‑specific language (DSL) that organizes Vue components, routes, and state transfers, and provides SDK examples and design considerations for extensibility and compatibility.
This article explores how visual page‑building systems, component reuse, and a DSL‑driven logic orchestration platform together break development bottlenecks, enabling non‑engineers to contribute to page creation while maintaining a lightweight, extensible runtime for front‑end applications.
This article explains the challenges of scaling a page‑building editor, proposes three architectural solutions, and details a design that enables fine‑grained component replacement and shared internal state through a global model, middleware, and extensible plug‑in mechanisms.
Linke is a decoupled component framework for Xianyu’s frontend that separates UI (View) from business logic (Store) through a clear Interface, adopts MobX for lightweight state management, and thereby boosts code reuse, standardizes development, and cuts maintenance overhead across multiple projects.
DiDi’s NodeX initiative unites multiple front‑end teams to create a group‑level, professional, efficient, and stable Node.js development ecosystem that provides reusable components, a unified framework, common services, performance‑analysis tools, and documentation platforms, dramatically lowering service‑building barriers and boosting business productivity.
The article introduces Oasis Engine, a Web‑based 3D interactive graphics engine, detailing its component‑based architecture, TypeScript scripting, core systems such as Transform, resource and shader management, performance benchmarks, historical development stages, and future open‑source roadmap.
This talk outlines Hema's exploration of a unified cross‑platform solution for its middle‑back office, covering industry trends, challenges of diverse devices and environments, and a three‑layer approach that combines a design system driven by environment‑aware design tokens, a model‑centric component architecture, and an application framework that synchronizes state across devices.
Continuing the Baidu App mixed‑language guide, this article explains how EasyBox‑generated component targets (frameworks and libraries) are organized into modules, configured for Objective‑C/Swift interoperability, unit‑tested, linked across components, and packaged as binaries using module maps, build settings, and lipo merging, while recommending frameworks for smoother distribution.
This article explains the Atomic Design methodology—its five hierarchical stages, real‑world design system examples, and why its principles of modularity, consistency, and scalability are essential for modern frontend development.
The article explains how Taobao’s front‑end team created the Industry Cube platform—a data‑driven, component‑based system that streamlines the rapid construction, operation, and maintenance of industry pages, addressing scalability, performance, and customization challenges encountered during large‑scale events like the 618 promotion.
This article explains how a frontend configuration engine can be designed to boost page development efficiency by using component‑based architecture, detailing attribute definitions, data requests, hierarchical relationships, and cross‑component interactions, and illustrates the approach with JSON schemas and React code examples.
This article describes how Ctrip's Play team tackled fragmented front‑end stacks, unified product requirements across PC, H5, Hybrid and React Native, and implemented a component‑driven, multi‑repo architecture that enables single‑source code to be built, tested, and released for multiple platforms simultaneously.
At the 2019 DTBB expo in Bangkok, JD.com showcased its component‑driven, data‑centric technology stack that powers omni‑channel retail, detailing three key trends, a modular architecture that cuts development costs by half, and a Thailand case study that boosted store traffic and reduced delivery expenses.
This article presents a comprehensive guide to building high‑efficiency WeChat mini‑programs, covering layout schemes, custom navigation and tab bars, user authentication flows, component architecture with a BasicPage wrapper, logging, data analysis, and performance optimizations such as preloading and independent sub‑package loading.
This article describes how Ctrip's marketing team built the Legao platform—a visual, component‑based front‑end system that enables rapid configuration of thousands of activity pages through reusable business, web, and activity‑level components, detailing its architecture, technology stack, SDK, and dynamic form system.
This article examines the challenges of component coupling and state sharing in growing frontend projects and proposes a clear container‑presentational component standard, outlining when to lift state, use a store, or rely on events.
JD.com transformed its overseas e‑commerce expansion by adopting a component‑based, platform‑centric architecture that enabled the Thailand site to go live two weeks early, cutting development cycles from a month to a week and delivering a unified, scalable global codebase.
This article examines the motivations, design patterns, and practical implementations of componentized architectures in iOS development, comparing MGJRouter, Protocol‑based routing, and CTMediator solutions, and provides guidelines for integration, memory management, and dynamic configuration in large‑scale mobile applications.
iOS developers should learn Android to broaden their skill set, grasp the component‑centric design philosophy and core elements like Activities, Services, Intents and Manifest files, and stay competitive in the big‑front‑end era where cross‑platform frameworks demand fluency in both iOS and Android ecosystems.
This article describes the design and implementation of a component template platform that separates front‑end components from Qunar's special activity system, introduces a layered architecture, presents code‑level file structures, and explains how dynamic configuration and on‑demand loading solve reuse, theming, and maintenance challenges.
This article introduces Fish Redux, an open‑source Flutter framework from Alibaba that combines Redux‑style state management with a modular component architecture, explains its layered design, performance benefits, and how it simplifies building complex cross‑platform mobile apps.
Xianyu tackled Flutter adoption by creating a private CocoaPods CI pipeline, a component‑based fishRedux architecture, and a shared‑GL engine modification that let native middleware run in Flutter, thereby unifying Android, iOS, and Flutter development, improving build speed, and contributing tools back to the community.
This article explains the background, requirements, core design, overall architecture, data structures, component model, property editing system, animation support, composite components, and template handling of the Maliang H5 online page‑creation platform, illustrating how it enables rapid, extensible marketing activity development for a large‑scale operation.
This article explains the evolution, analysis, and improvement of componentized architecture in large‑scale iOS projects, compares MGJRouter, Protocol, and CTMediator routing schemes, discusses integration, resource management, memory considerations, and provides practical code examples for implementing modular components.
This guide introduces the WePY framework, showing how to install the CLI, create a demo project, configure the build, understand .wpy file structure, and leverage components, data binding, and event communication to develop WeChat mini‑programs efficiently.
This article provides a detailed overview of ReactJS, covering its origins, virtual DOM mechanism, component‑based architecture, common misconceptions, setup steps, JSX syntax, component properties, state management, lifecycle methods, and practical code examples for building interactive web interfaces.
The article explains how quick apps—lightweight, install‑free applications built on a native engine—are developed using Node.js and hap‑toolkit, compares them to web SPAs, demonstrates reusable layout components and a unified fetch wrapper, outlines system APIs, common pitfalls, and shows that a ten‑page Vivo Mall quick‑app with account and payment integration was built in about one week, delivering native‑like performance and rapid updates.
This article explains how repetitive, time‑consuming activity development processes were streamlined by introducing a template‑driven, component‑based architecture called Noah, detailing its challenges, system structure, rendering workflow, interaction handling, data reporting, and the business impact of mass‑producing activities.
This article explains why Vue.js is chosen over other MVVM frameworks, details its data observer mechanism with source code examples, and demonstrates component-based architecture in a real-world project, highlighting Vue's reactivity, watcher system, and future prospects.
This article explains how refactoring the Baixing Android app’s list feature from an inheritance-heavy design to a composition-based architecture improves modularity, reduces coupling, and eases future extensions by applying OOP principles such as dependency inversion and component interfaces.
This article walks front‑end developers through the author's deductive model of React, covering transformation, abstraction, composition, state handling, memoization, list management, continuations, state maps, and algebraic effects with clear code examples.
This article explains how to create flexible, schema‑driven web forms using Vue.js, covering requirements definition, backend data injection, component architecture, functional controls, event handling, and validation logic to replace traditional server‑rendered forms.
This article presents ten practical React mini‑patterns—including data flow, native input handling, unique ID generation, CSS control via props, component switching, autofocus, list rendering, number formatting, store usage, and import simplification—to help both newcomers and seasoned developers write cleaner, more maintainable front‑end code.
This article examines common mistakes when nesting Vue.js components—such as overly deep parent‑child structures and cumbersome event communication—and demonstrates how to streamline component design using reusable child components and the slot content‑distribution mechanism, complete with practical code examples and visual diagrams.
This comprehensive guide walks you through Vue.js fundamentals, installation via script tags or the Vue CLI, component creation, handling common pitfalls, integrating webpack, using .vue single‑file components, vue‑loader, vue‑router, Vuex, and hot‑reloading, plus curated resources for deeper learning.
In a playful interview, React explains its origins at Facebook, the virtual DOM mechanism, component design principles, performance optimizations, and real‑world usage, while code examples illustrate how the library simplifies UI development for modern web applications.
This article shares the architectural design insights and componentization strategy for a multimedia editing module, covering UI panel design, gesture engine decoupling, component–view interaction, and data handling while omitting proprietary code and confidential details.
This article introduces the WePY framework for WeChat mini‑programs, covering its purpose, demo projects, quick‑start commands, project structure, component architecture, data binding, event communication, plugin support, and advanced configuration, providing developers with a comprehensive reference for modern mini‑program development.
Lego is a component-based front-end page assembly platform at Meituan, enabling rapid low-code page building via drag‑drop components, with an Assembly Factory UI, developer SDKs, event‑based component communication, and a rendering engine that outputs HTML/FreeMarker, reducing development time and standardizing UI across projects.
This article introduces React, the Facebook‑originated JavaScript UI library, explaining its rise in popularity and core concepts—JSX syntax that compiles to React.createElement calls, the virtual DOM that efficiently batches updates, and a component architecture that separates props and state for reusable, maintainable code.
This article explains the concepts of service buses and OSGi, describes how business components can be built as loosely coupled bundles, and outlines the architecture of a component container that uses a Java class bus to manage dynamic module loading and service registration.
The article presents an in‑depth technical overview of Qunar's Spider framework for Android modular development, describing its component model, architecture, development workflow, performance benefits, comparison with other dynamic‑loading solutions, and step‑by‑step guidance for building and releasing Spider‑based apps.
This article explains Weex's lightweight, extensible, high‑performance architecture, detailing component development, local transformation, client‑side rendering, server deployment, and HTML5 fallback, while showcasing code examples and visual diagrams of its cross‑platform workflow.
Meituan’s componentization journey progressed from early resource‑centric modules (1.0) through mature lifecycle, data‑binding, and Flux integration (2.0) to a React‑based, NPM‑distributed, Reduce‑bundled, Turbo‑enhanced ecosystem (3.0), systematically reducing front‑end complexity while boosting reuse, performance, and full‑stack development efficiency.
This article reviews the latest AngularJS 1.3 release, explains why a major rewrite was needed for Angular 2.0, and details the new language AtScript, dependency‑injection improvements, component model, Web Components support, and other design decisions shaping modern frontend development.
This article compares AngularJS, ReactJS, and Polymer by examining their initial implementations, core data‑binding mechanisms, component models, and application architectures such as FLUX, offering practical insights for developers choosing a front‑end framework in 2015.
This article explains how React addresses the challenges of dynamic data rendering in complex front‑end interfaces by using a virtual DOM, component‑based architecture, and efficient diffing, and demonstrates these concepts with a practical Tab selector component implementation.
