The article explains why design is crucial for front‑end developers, outlines common pitfalls of development without design, and offers practical principles and scientific approaches that engineers can adopt to improve UI/UX and create more user‑friendly products.
This reflective essay examines how agile development, flat management, and engineering culture intersect, contrasting traditional control‑heavy standards like ISO9000 and CMM with the open, collaborative approaches exemplified by Linux, Scrum, and modern tech giants, and explores how organizations can nurture both rigor and innovation.
This article reflects on a frontend developer’s three‑year journey, outlining core technical skills, deep‑dive modularization concepts for code and platforms, practical best‑practice guidelines, and insights into wireless/mobile web development for sustainable growth.
This article shares a developer's transition from Android to front‑end, outlines browser engine fundamentals, essential web technologies, a simple code example, recommended tools, engineering workflow, and future learning paths to help beginners build a solid front‑end foundation.
This article examines the evolution of frontend development from basic library selection through simple build optimization, modularization, and finally to component‑based development and intelligent static resource management, highlighting engineering practices that improve efficiency, scalability, and performance for complex web applications.
This article presents an engineering‑focused methodology for designing, implementing, and maintaining a concurrent automated testing framework that supports mobile and web platforms, covering requirement analysis, technology selection, solution design, implementation details, and ongoing maintenance.
This article details JD.com's front‑end architecture for its homepage, covering the challenges of massive DOM growth, static page generation via CDN, layered page loading strategies, disaster‑recovery measures, performance optimizations, and the JDF engineering toolchain that enables modular development, automated builds, and efficient deployment in a high‑traffic e‑commerce environment.
In his July 11 Engineering Leadership Talk, Baidu’s Lu Qi outlines five essential principles—believing in technology, innovating on the shoulders of giants, pursuing engineering excellence, committing to daily learning, and taking ownership—to guide engineers toward excellence and lasting impact.
This article outlines a comprehensive front‑end engineering workflow covering modularization, componentization, standardization, and automation, then details technology choices such as Vue, Koa, Sass, and webpack, and provides practical project configuration tips for CSS, webpack, Babel, and CI/CD.
This guide outlines practical strategies for startup engineering teams—including cloud server adoption, disciplined MySQL usage, lightweight frameworks, selective caching, asynchronous design, robust logging, monitoring, documentation, and DevOps integration—to reduce waste, accelerate development, and maintain system stability.
This article explains the Paxos consensus protocol, its core concepts, step‑by‑step process, common misunderstandings, and rigorous inductive and contradiction proofs, while also discussing practical engineering considerations and how large‑scale systems like WeChat implement Paxos at billions of operations per minute.
This article details JD.com senior frontend architect Liu Wei's presentation on the challenges of a high‑traffic e‑commerce homepage and explains the static page generation pipeline, overall JS/CSS architecture, floor‑by‑floor loading strategy, disaster‑recovery measures, performance optimizations, and the JDF engineering toolchain that supports modular development and rapid deployment.
The May 7 Tencent SNG & msup Technology Open Day featured a front-end session where Mo Zhuoying shared practical methods for building a high-quality, high-efficiency front-end engineering system, covering development, pipeline, testing, release, monitoring, and the automation that drives productivity across billions of users.
This article details JD.com's front‑end engineering practices for its 2015 PC homepage, covering challenges, static page generation, overall architecture, modular widget system, build tools, performance optimizations, disaster‑recovery strategies, and a Q&A session that reveals practical implementation insights.
Learn how to dramatically improve front‑end work efficiency by mastering time‑management plans, leveraging essential tools—from editors and Chrome DevTools to automation pipelines—and adopting new technologies like ES6, all illustrated with practical examples and actionable tips.
This article outlines the essential skills, mindset, and learning ability required for a qualified operations engineer and details the four key competencies—communication, emergency response, continuous reflection, and strong learning—that define an outstanding ops architect.
The article reveals the inner workings of Facebook’s Growth Team, detailing its data‑driven culture, organizational structure, key leaders, and engineering‑focused strategies that have propelled the platform to billions of active users, offering a rare behind‑the‑scenes look.
The article explains why web performance matters, outlines the 2‑5‑8 response time rule, and details five key optimization strategies—reducing HTTP requests, internal page tweaks, caching, minimizing download size, and network improvements—while also discussing engineering practices and tools like StyleCombine and H5 incremental packaging.
This article summarizes a DevOps capability model, defining engineering and architectural abilities, outlining OS and application system capability models, and offering practical advice on how Dev and Ops should evolve together to achieve reliable, reusable, and automated operations.
The article outlines the diverse duties of operations engineers—from networking and system administration to security, storage, testing, and communication—while critiquing industry hiring practices, emphasizing the essential role of ops in enterprises, and urging engineers to specialize and continuously improve.
This article outlines the product manager’s role as a communication hub across leaders, design, engineering, and operations, detailing each project phase, common challenges, and practical techniques—such as focusing on product goals and respecting professional expertise—to enhance collaboration and reduce rework.
