WeChat’s Mars library, a C++‑based cross‑platform network component used across Android, iOS, macOS, Windows and more, offers optimized signaling (STN), logging (XLOG), diagnostics (SDT) and core utilities, enabling reliable mobile connections and simplifying development, and will soon be open‑sourced.
This article shares Ctrip's experience of adopting React Native for its train ticket business, covering why RN was chosen, its current state, the Ctrip RN framework, practical implementation details, encountered pitfalls, and various optimization techniques to achieve near‑native performance and rapid iteration.
The article introduces React Web, a framework that extends React Native components and APIs to the browser, allowing a single codebase to run unchanged on iOS, Android, and web, thereby improving development efficiency, reducing costs, and addressing performance and compatibility challenges.
The article summarizes Wu Zhihua's presentation at the WOT2016 summit, detailing the Weex cross‑platform framework, its ecosystem, performance optimizations, competitive advantages, challenges faced during Alibaba's Double‑11 promotion, and the project's future development goals for the next one to two years.
This guide details how to move an Oracle 11.2.0.3.0 single‑instance database from Windows to a three‑node RAC on Linux using Data Guard, covering compatibility, required patches, configuration steps, parameter settings, and post‑migration tasks to ensure a fast, low‑downtime transition.
This article chronicles the evolution of the .NET framework from its 2002 debut through major open‑source milestones, details the emergence of .NET Core as a cross‑platform solution, and discusses its future prospects for developers.
The article presents a technical overview of Ctrip's Moles framework, which extends React Native to allow a single JavaScript codebase to run on iOS, Android, H5, and SEO platforms, detailing its architecture, components, usage commands, real‑world deployment, and open‑source plans.
This guide walks you through what Weex is, where to obtain it, how to set up the Android environment and weex‑toolkit, and provides a step‑by‑step example—including template, style, and script code—to run a simple Hello World app on Android, while noting common pitfalls and solutions.
This article introduces Electron, the open‑source framework that lets you create cross‑platform desktop applications using JavaScript, HTML, and CSS, showcases popular apps built with it, and provides a step‑by‑step hello‑world example with code and setup instructions.
The article introduces Alibaba’s Weex framework, announced at QCon 2016, detailing its motivation, cross‑platform architecture, performance benchmarks, testing strategies, and three deployment modes—full‑page, native component, and H5 component—aimed at balancing performance and dynamic capabilities in mobile development.
The article explains why allocating an array with new sample[10] yields zero‑initialized memory on Linux but uninitialized memory on Windows, clarifies the difference between default and value initialization in C++, and shows how various new expressions behave with concrete code examples.
This tutorial explains how to compile the Swift standard library for Android armv7, build required dependencies, create a simple Swift program, deploy the binaries via ADB, and successfully run a "Hello, Android" application on an Android device.
Docker, built on Linux container technologies, offers a portable, cross‑platform runtime environment and a rich ecosystem—including image registries, orchestration tools, and cloud integrations—that simplifies development, deployment, and management of distributed applications, while providing resource isolation, high utilization, and DevOps automation.
During the second day of Microsoft Build 2016, Xamarin was showcased as a free, open‑source solution that lets Visual Studio users develop, test, and monitor Android and iOS applications on Windows, including an iOS simulator previously limited to macOS.
The article examines common mobile development scenarios—custom camera with filters, offline OCR, cross‑platform audio encoding, real‑time video streaming, and 3D gaming—to assess whether HTML5 can meet these requirements, concluding that while HTML5 simplifies presentation, native development remains essential for performance‑critical and hardware‑intensive features.
This article provides a comprehensive overview of React Native, covering its motivation and design principles, the recent migration of Alibaba’s iPad “Guess You Like” feature, detailed planning for integration, and potential risks such as platform support, performance, and App Store policies.
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.
This article details a cross-terminal technical solution for implementing the Double 11 secret-code red-envelope activity on Taobao and Tmall, covering requirements, responsive design for Phone, Pad and PC, native poplayer integration, KISSY module usage, and final visual results across devices.
WebP, introduced by Google in 2010, can reduce image file size by up to 40% compared to JPEG without losing quality, and this guide explains its advantages, compatibility challenges, and practical solutions for browsers, iOS, and Android using JavaScript detection and platform‑specific handling.
The article reviews recent cross‑platform mobile development techniques—including Web‑based hybrid, code‑conversion, compilation, and virtual‑machine streams—examining their performance, functionality limitations, and practical tools such as j2objc, MyAppConverter, Sharpen, Haxe, and XMLVM.
This article surveys the most widely used JavaScript frameworks for mobile web development, highlighting their touch‑optimized features, cross‑platform capabilities, lightweight nature, and support for HTML5/CSS3 standards, helping developers quickly build responsive mobile applications across iOS, Android, and other devices.
The article examines Google’s upcoming Quantum Paper design framework, its relationship to Polymer, leaked UI screenshots, and how the unified approach could reshape user experiences across Android, iOS, and web platforms while offering developers a single component library.
