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LOFTER Tech Team

Technical sharing and discussion from NetEase LOFTER Tech Team

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Recent Articles

Latest from LOFTER Tech Team

15 recent articles
LOFTER Tech Team
LOFTER Tech Team
Mar 15, 2022 · Mobile Development

Applying Domain‑Driven Design to Large List Architecture in Android

This article describes how the Lofter team applied Domain‑Driven Design to refactor and govern complex, multi‑type RecyclerView lists on Android, progressing from a monolithic adapter through a split‑stage implementation to a full DDD‑based framework with reusable bars and context‑aware layout managers.

AndroidDDDLarge List
0 likes · 22 min read
Applying Domain‑Driven Design to Large List Architecture in Android
LOFTER Tech Team
LOFTER Tech Team
Aug 25, 2021 · Frontend Development

Technical Summary of H5 Animation Techniques for NetEase LOFTER

This article presents a comprehensive technical summary of various H5 animation solutions—including pure CSS, dynamics.js, random motion, frame animation, lottie, video and APNG/WebP—along with mobile adaptation strategies using flexbox and practical video preloading methods for improved performance and user experience.

CanvasFlexboxJavaScript animation
0 likes · 18 min read
Technical Summary of H5 Animation Techniques for NetEase LOFTER
LOFTER Tech Team
LOFTER Tech Team
Jul 20, 2021 · Frontend Development

Design and Performance Evaluation of an Offline Package Solution for H5 Pages in Mobile Apps

This article presents the design, implementation, and performance analysis of an offline‑package system that bundles H5 resources for WebView‑based mobile apps, detailing the configuration platform, webpack plugin, client SDK integration, and measured improvements in DNS, TCP, DOM‑Ready, and WebVitals metrics across various network conditions.

WebViewmobileoffline package
0 likes · 14 min read
Design and Performance Evaluation of an Offline Package Solution for H5 Pages in Mobile Apps
LOFTER Tech Team
LOFTER Tech Team
Jul 6, 2021 · Frontend Development

Micro‑Frontend Architecture: Browser Sandbox, Shadow DOM, and Proxy Techniques

This article explains the concept of micro‑frontend, compares common implementation approaches such as dynamic module loading and browser sandboxing, details the use of Shadow DOM and Proxy for isolation, introduces frameworks like qiankun and hot‑chocolate, and describes an application platform that streamlines build, upload, and release workflows for complex front‑end projects.

Frontend ArchitectureProxybrowser sandbox
0 likes · 17 min read
Micro‑Frontend Architecture: Browser Sandbox, Shadow DOM, and Proxy Techniques