This guide lists the essential server and frontend component versions—including JDK, Maven, Spring Boot, Spring Cloud, Node, and Npm—explains special considerations for Spring milestone releases, and provides ready-to-use Maven repository and pluginRepository XML snippets for proper dependency management.
The article explains the progression from tightly coupled MVC architectures to partially separated RESTful designs and finally fully decoupled front‑end/back‑end systems, highlighting the roles of Node.js, client platforms, server types, performance challenges, and stability solutions for modern mobile web applications.
Electron 6.0.0 introduces updated Chromium 76, Node.js 12.4.0, V8 7.6, extensive Promise‑based API enhancements, new helper app signing requirements, deprecation of the 3.x.y line, and outlines future release plans, providing developers with the latest JavaScript features, performance improvements, and security fixes.
This guide walks you through downloading Node.js, obtaining the mall‑admin‑web source code, installing dependencies, and launching the front‑end application on both Windows and Linux, including steps for using a local backend or an online API and configuring Nginx for production.
This article explains how to rapidly configure a full‑stack web development environment using the qvk scaffold, covering repository cloning, dependency installation, build steps, server and client startup, and basic usage of ThinkJS, Vue.js, and Webpack for H5 projects.
This guide walks developers through selecting VuePress for a centralized documentation portal, installing it globally or locally, configuring navigation and build scripts, generating static files, deploying them on an Ubuntu server with Nginx, and automating updates via Jenkins, cron jobs, and Docker.
This article reviews the evolution of front‑end technologies—from Ajax and Node.js to React—explains the serverless concept, and argues that serverless will trigger the next major shift in front‑end engineering by reshaping deployment, scaling, and the role of web developers.
This article details the adoption of NodeJS and the Egg framework for front‑end/back‑end separation, covering SSR considerations, directory planning, scheduled tasks, error handling, service design, custom logging, Elasticsearch integration, and Docker deployment, offering practical insights and best‑practice recommendations for backend development.
The iQIYI PC Web NodeJS middleware aggregates multiple backend APIs behind a single endpoint, using an nginx‑Varnish‑Node stack and a Koa‑based framework to stitch, cache, and transform data, while comprehensive logging, alerting, and system monitoring ensure 99.99% stability and faster front‑end development.
The article details how Ctrip's flight ticket front‑end team introduced Node.js for front‑back separation, built a Vue‑based H5 architecture with PM2, Express and standard RESTful APIs, then migrated many services to GraphQL, achieving modularity, performance under 50 ms and handling millions of daily requests.
This article explains how to build an automated system that generates diverse advertising creative images by classifying size ratios, designing multi‑layer templates, selecting the best template through element structure, constraints, style and industry rules, and rendering them with Node.js, Puppeteer, and canvas.
This article explains why Tubi adopted Node.js’s async_hooks API, describes the challenges of context propagation in asynchronous calls, demonstrates a monkey‑patching solution for HTTP servers, and shares production‑grade practices for tracing, retries, and memory management in their micro‑framework.
This article presents multiple techniques for generating robust web page and image watermarks—including Canvas and SVG rendering, MutationObserver protection, and Node.js server-side generation—complete with code examples, compatibility notes, and best‑practice recommendations to prevent content leakage and enable traceability.
This article details Suning's step‑by‑step Node.js performance improvements—including CSS/JS registration, EJS template caching, static route optimization, and TPS enhancements—that reduced request latency, cut resource loads, and boosted throughput by up to 75 percent.
This article introduces Puppeteer, a Node library for controlling Chrome/Chromium, explains its installation, key APIs, and demonstrates practical use cases such as generating PDFs, automating UI tests on mobile emulators, and capturing performance traces for web pages.
The article describes Overwatch, a distributed monitoring system developed by Dada‑JD Daojia that collects, aggregates, and visualizes RPC traffic in real time using consumer‑side agents, Kafka, Storm, and a Node.js CQRS architecture, enabling engineers to quickly locate and resolve service failures.
This article explains how to use RabbitMQ to build Remote Procedure Call (RPC) mechanisms and delayed message queues, detailing the required exchanges, correlation IDs, callback queues, and providing practical Node.js code examples for both client and server sides.
This article explains how to capture network traffic with tcpdump, parse the resulting PCAP file using Node.js (node‑pcap), extract HTTP request/response data and timing information, and convert it into HAR format for detailed H5 performance analysis.
This guide explains how to install and use npm-check together with ESLint to identify outdated, incorrect, or unused dependencies in a Node.js project, remove unnecessary require statements, and ensure that only needed packages remain in the codebase.
This tutorial walks through converting a Vue multi‑page project into a server‑side rendered (SSR) setup using Node.js, webpack, and Vue's server‑renderer, covering packaging, data injection, hot‑reloading, and multi‑page deployment.
Metrics act as health checks for applications, enabling developers to monitor performance, track changes, and assess stability; this article explains Pandora.js’s metric naming conventions, types like Gauge, Counter, Histogram, and Meter, and provides practical Node.js code examples for implementing these measurements.
Node.js, a high‑performance JavaScript runtime, offers non‑blocking concurrency via an event loop, benefits from TypeScript’s type safety, follows the observer design pattern, and is ideal for small‑to‑medium projects, though large enterprise apps may require TypeScript for maintainability.
This article explains why front‑end/back‑end separation is increasingly popular, outlines its benefits over traditional monolithic web development, and demonstrates a practical implementation using Vue, Node.js, and Express for a movie ticketing system, including mock data handling and deployment tips.
The article describes how a startup tackled rapid MVP development and frequent changes by establishing a component‑based frontend platform, a Node.js middleware layer for Java services, and performance and error monitoring to streamline operations and improve development efficiency.
This article explains how to generate and serve XLSX files from a backend server using the JavaScript libraries js-xlsx and exceljs, covering data preparation, server implementation, and styling options for rows, columns, and cells.
This article explains how Node.js’s built‑in cluster module and external tools like PM2 can be used to improve stability and load capacity through three scaling strategies—cloning, decomposing, and splitting—allowing applications to fully leverage multi‑core CPUs and achieve zero‑downtime restarts.
Overwatch is an open‑source distributed monitoring platform built by Dada‑Jingdong Home that collects, aggregates, and visualizes RPC traffic across thousands of micro‑services in real time, enabling engineers to quickly pinpoint the root cause of system failures using directed‑graph visualizations and CQRS‑based data queries.
This guide explains how to install the cli-dict npm package globally, demonstrates basic Chinese‑English translation commands with examples, lists available command‑line options, and notes the current translation source and contribution invitation.
This tutorial walks through creating a comfortable frontend development workflow by installing Node.js, managing packages with npm and nrm, initializing a project, configuring Webpack with Babel and SASS loaders, and enabling hot module replacement for seamless code updates.
The article outlines a comprehensive front‑end architecture for an internet‑finance development team, detailing how component‑based, configuration‑driven design, migration from PHP to Node, and shared services (FMS, AXE, SCENE) address frequent scenario changes, risk‑control requirements, and aim to boost development efficiency and product management capability.
This article examines the evolving definition of front‑back end separation, critiques traditional SPA models, proposes a responsibility‑based split where the front‑end handles view and controller while the back‑end manages the model, and outlines a NodeJS‑driven full‑stack solution with practical implementation insights.
This article explores comprehensive Node.js error handling techniques, covering how to expose errors, differentiate operational and coding errors, choose between throw, callbacks, and EventEmitters, and implement robust error propagation and documentation for resilient backend applications.
This article explains why Node.js applications suffer memory leaks, describes V8's memory limits and garbage‑collection behavior, outlines common leak causes, and provides step‑by‑step techniques and tools for monitoring, diagnosing, and resolving leaks in production code.
This article explains the concepts of scheduled and delayed tasks, introduces the cron syntax, and demonstrates how to use the node‑schedule library in Node.js to create reliable backend cron‑style jobs for data fetching, calculations, and backups.
This article reports a benchmark of seven WebSocket server frameworks (Netty, Undertow, Jetty, Vert.x, Grizzly, spray-websocket, Node.js) plus a Go implementation, describing the test setup on AWS C3.4xlarge instances, detailed per‑framework results, and an analysis of latency, CPU and memory usage.
This tutorial explains how to install and use the devtool utility to monitor, capture heap snapshots, and analyze memory usage in a Node.js application, demonstrating the detection of memory leaks through practical examples and timeline visualizations.
This article explains how backend developers can use the open‑source tool apidoc to automatically generate clean, static API documentation from specially formatted code comments, covering installation, comment syntax, generation commands, and the resulting documentation output.
This article provides a comprehensive overview of the ThinkJS Node.js framework, covering its installation, directory layout, startup process, routing conventions, performance benchmarks, controller design, adapters, and overall strengths and weaknesses for modern backend development.
The article recounts a recent team restructuring that shifted NodeJS from pure backend development to a broader "big wireless" strategy, introduced large‑scale React Native adoption, created a dedicated architecture group, and shares practical lessons on aligning technology choices with business value.
This guide explains how to install, configure, and use Nodemon to automatically detect code changes and restart Node.js applications, improving development efficiency while highlighting common Windows setup issues and configuration options.
This article expands on earlier Node.js best practices by offering concrete, actionable guidelines such as modularizing code, managing require statements, handling errors, using npm shortcuts, respecting versioning, and properly separating development and production dependencies.
Meituan’s Xiamen frontend team created the app‑proto framework— a convention‑over‑configuration, self‑contained system that separates a Node data‑proxy/routing layer, a pure web interaction layer, and operational tooling—enabling mock‑first development, incremental technology adoption, modular replaceability, and automated CI/CD with Docker for fast, reliable merchant‑facing single‑page tools.
This step‑by‑step tutorial shows how to use Tencent Cloud’s one‑click Mini Program scaffold to create, configure, and deploy a WeChat Mini Program—automating domain registration, HTTPS/WSS, authentication, scaling and other infrastructure—so developers can bypass traditional setup hurdles and launch a functional app within minutes.
This article explains why and how to hack Node.js modules by manipulating the module cache, require.cache, or the require function itself, providing practical code examples and discussing related internals, pitfalls, and real‑world use cases.
This guide introduces Express, a Node.js web framework, covering its advantages, environment setup, a step‑by‑step demo project, directory layout, core concepts such as routing, middleware and template engines, and practical code examples to help beginners launch a functional server quickly.
This article explains why Node.js applications can suffer memory leaks due to V8 garbage‑collection limits, describes V8 memory regions and GC types, and provides practical commands, monitoring tools, and a reproducible code example to identify and resolve leaks.
The IMWebConf 2016 held at Tencent HQ attracted over 200 participants and 1,181 online registrants, featuring in‑depth talks on HTTPS best practices, React Native, React SSR, Node.js, and JavaScript design, with overwhelmingly positive feedback on content quality and organization.
This article explains what WebP is, its performance benefits, common server‑side and client‑side integration methods, and shares a complete practical implementation—including image conversion tools, JavaScript detection, CSS mixins, and a Node.js monitoring script—to help developers adopt WebP efficiently in their front‑end workflows.
Discover how the Node.js Playbook offers a practical roadmap, best‑practice tips, and essential tools for developers seeking a clear, actionable guide to mastering Node.js, while also outlining its limitations and inviting community contributions.
This article details the evolution of Taobao's home page over a year and a half, covering its background, migration from PHP to Node, modular architecture, performance tuning, stability mechanisms, and agile operational practices that keep a billion‑scale front‑end service reliable and fast.
This article chronicles the evolution of Taobao’s home page—from its early PHP implementation to a modern Node‑based platform—detailing architecture, module building, performance optimizations, stability safeguards, and agile practices that enable it to serve billions of daily page views.
The article recounts a year‑and‑a‑half of evolving Taobao’s massive home page, detailing its shift from a PHP‑based rendering system to a Node‑powered architecture, the modular building platform, dynamic data integration, performance optimizations, stability measures, and agile deployment practices that keep billions of daily visits smooth.
This article details the challenges of evolving a large legacy frontend codebase, the transition from jQuery and fis3 to React with TypeScript, the integration of webpack-like features, server‑side rendering techniques, and the use of yog2, Fit, and related tooling to streamline modern web development.
This personal narrative recounts how a complete beginner in 2014 taught himself HTML, CSS, JavaScript and Node, landed his first front‑end job, overcame chaotic requirements, leveraged search engines, and continuously expanded his web development skills through hands‑on projects and self‑directed learning.
The article explains why user‑behavior data is often ignored by UED teams, outlines a three‑stage collection‑analysis‑reporting pipeline, and shows how JavaScript running on V8/Node.js can empower front‑end developers to process massive logs, reducing reliance on separate BI resources.
