Tagged articles

Build Optimization

128 articles · Page 2 of 2

Jan 21, 2020 · Mobile Development

How We Slashed iOS Build Times by 80% Using Binary Pods and CCache

Facing a 24‑million‑line codebase with over 100 third‑party pods, the team tackled slow Xcode compilation, lengthy packaging, and merge‑request bottlenecks by applying build‑setting tweaks, RAM‑disk compilation, CCache, and a custom binary‑pod workflow that automates packaging, publishing, and integration without altering source projects.

Build OptimizationCocoaPodsXcode

0 likes · 24 min read

How We Slashed iOS Build Times by 80% Using Binary Pods and CCache

Youzan Coder

Jan 15, 2020 · Mobile Development

Savitar: Incremental Compilation Acceleration for Android Development

Savitar, a custom Android Studio plugin suite, accelerates incremental compilation by detecting changed files with Watchman, gathering project metadata, invoking javac/kotlinc and AAPT2 for on‑demand builds, and hot‑loading Dex and resources at runtime, cutting average incremental build time from 110 seconds to 15 seconds and saving thousands of developer hours.

AndroidBuild OptimizationGradle

0 likes · 20 min read

Savitar: Incremental Compilation Acceleration for Android Development

Zhenai.com Front-end Tech Team

Jan 3, 2020 · Mobile Development

Accelerate iOS Builds: Binary Pods Strategy with Switchable Source Mode

This article examines current iOS modularization using CocoaPods, explains binary pod strategies to dramatically reduce build times, compares manual and automated approaches, addresses debugging challenges, and presents a practical solution that toggles between source and binary modes via environment variables and Development Pods for flexible development and fast CI builds.

Build OptimizationCocoaPodsbinary

0 likes · 19 min read

Accelerate iOS Builds: Binary Pods Strategy with Switchable Source Mode

360 Tech Engineering

Dec 25, 2019 · Frontend Development

Optimizing Build Performance of a Large Multi‑Project Frontend Application with Dynamic Entry Points and Loader Caching

This article describes how the author reduced a multi‑project frontend application's webpack build time by over 60% through dynamic entry configuration, environment‑variable driven builds, and caching of expensive loaders, providing code examples and performance results.

Build Optimizationdynamic entryfrontend

0 likes · 9 min read

Optimizing Build Performance of a Large Multi‑Project Frontend Application with Dynamic Entry Points and Loader Caching

Youzan Coder

Dec 20, 2019 · Mobile Development

EnjoyDependence: Full Build Acceleration Solution for Android Componentized Projects

Youzan’s EnjoyDependence Gradle plugin dramatically speeds Android full builds—cutting compilation of their 450K‑line, Kotlin‑heavy project from over 15 minutes to under three—by managing dependencies, publishing AARs, and swapping source modules with prebuilt artifacts without altering project structure, while remaining stable and easy to adopt.

AAR PublishingAndroidBuild Optimization

0 likes · 12 min read

EnjoyDependence: Full Build Acceleration Solution for Android Componentized Projects

Node Underground

Sep 27, 2019 · Frontend Development

Boost Your Build Speed: Using TypeScript Incremental Compilation with Midway

This article explains how to enable TypeScript’s incremental compilation feature in a Midway project by adding the "incremental": true option to tsconfig.json, demonstrates the resulting tsconfig.tsbuildinfo file, shows faster subsequent builds, and introduces the new createIncrementalProgram API introduced in TypeScript 3.6 for programmatic incremental builds.

Build OptimizationMidwayTypeScript

0 likes · 4 min read

Boost Your Build Speed: Using TypeScript Incremental Compilation with Midway

System Architect Go

Aug 12, 2019 · Backend Development

Why Switch to Go Module Proxy and Ditch the Vendor Directory?

This article explains the drawbacks of using a vendor directory in Go projects, outlines how Go module proxy solves those issues, and provides step‑by‑step guidance on configuring GOPROXY, choosing public or self‑hosted proxies, and recent Go 1.13 enhancements.

Backend DevelopmentBuild OptimizationGOPROXY

0 likes · 7 min read

Why Switch to Go Module Proxy and Ditch the Vendor Directory?

Baidu App Technology

Jul 8, 2019 · R&D Management

Scaling Parallel Development: Baidu App’s Journey to Component‑Based Architecture

Facing massive codebases, hundreds of developers, and rapid release cycles, Baidu App adopted a multi‑stage componentization strategy—spanning compile isolation, library standardization, runtime distribution, service layers, and degradation control—to improve parallel development, reduce complexity, and boost build speed and quality.

Build OptimizationComponentizationParallel Development

0 likes · 18 min read

Scaling Parallel Development: Baidu App’s Journey to Component‑Based Architecture

Baidu App Technology

May 6, 2019 · Mobile Development

How EasyBox Transformed Baidu App’s Build Process: A Mobile Engineering Case Study

This article examines how Baidu App’s massive iOS codebase was streamlined with the EasyBox toolchain, detailing component management, multi‑repo handling, compile isolation, binary distribution, and performance optimizations that reduced full builds from twenty minutes to under two minutes.

Binary DistributionBuild OptimizationComponent Management

0 likes · 18 min read

How EasyBox Transformed Baidu App’s Build Process: A Mobile Engineering Case Study

Ctrip Technology

Apr 25, 2019 · Mobile Development

Android Componentization Architecture Practice in the Smart Train Ticket Project

This article describes how the Smart Train Ticket Android team adopted a componentization architecture—splitting base libraries and business modules, configuring independent and integrated builds, handling inter‑module communication, and solving manifest and multi‑flavor packaging challenges—to reduce coupling and dramatically improve build performance.

AndroidBuild OptimizationComponentization

0 likes · 12 min read

Android Componentization Architecture Practice in the Smart Train Ticket Project

Xianyu Technology

Aug 6, 2018 · Mobile Development

Flutter Integration in Mixed Native Projects: Architecture, Build Optimization, and Debugging

The article details how to reconstruct Xianyu’s product detail page using Flutter within existing native iOS/Android apps, covering project structure, environment management, build optimizations for Android and iOS, native‑launch debugging with hot‑reload, and CI integration for reliable hybrid releases.

Build OptimizationCI/CDFlutter

0 likes · 11 min read

Flutter Integration in Mixed Native Projects: Architecture, Build Optimization, and Debugging

360 Tech Engineering

Jul 23, 2018 · Frontend Development

Comprehensive Guide to Web Performance Optimization

This article provides a comprehensive overview of web performance optimization for frontend developers, covering metrics and goal setting, code and DOM optimizations, static asset compression, delivery techniques like async loading and resource hints, build strategies such as tree‑shaking and SSR, and monitoring tools.

Build OptimizationOptimizationWeb Performance

0 likes · 16 min read

Comprehensive Guide to Web Performance Optimization

Meituan Technology Team

Jul 12, 2018 · Mobile Development

Mobile Continuous Integration (MCI): Architecture and Best Practices at Meituan Dianping

Meituan Dianping’s Mobile Continuous Integration (MCI) architecture tackles tangled component dependencies, fragmented workflows, and long build times by combining GitLab‑based CI pipelines, dependency flattening, binary integration with multi‑threaded caching, a custom static‑analysis framework, comprehensive logging, monitoring, and a centralized configuration portal, achieving roughly 60 % faster iOS builds and 50 % faster Android builds.

Build OptimizationCI platformMobile Development

0 likes · 21 min read

Mobile Continuous Integration (MCI): Architecture and Best Practices at Meituan Dianping

Tencent IMWeb Frontend Team

Dec 12, 2017 · Frontend Development

Optimizing a Vue.js Internal Ops System: From Tech Stack to Build Strategies

This article details the design and implementation of Tencent Cloud's internal YY‑DSA operations platform, covering project background, frontend technology selection (Vue.js, Element‑UI, webpack), project structure, development environment, build optimizations such as code splitting, CommonsChunk, and the comparison of Dll versus externals for faster builds.

Build OptimizationCode SplittingVue.js

0 likes · 23 min read

Optimizing a Vue.js Internal Ops System: From Tech Stack to Build Strategies

21CTO

Mar 28, 2017 · R&D Management

Why Software Architectures Decay Over Time and How to Prevent It

Long‑running projects inevitably see their initial excitement with new frameworks fade as codebases grow, builds slow, and teams expand, leading to architectural decay; this article explains the causes, stages, and practical strategies—such as modularization, progressive builds, and disciplined technology adoption—to mitigate the problem.

Build Optimizationcodebase decaycontinuous integration

0 likes · 24 min read

Why Software Architectures Decay Over Time and How to Prevent It

Architecture Digest

Mar 27, 2017 · Fundamentals

Why Software Architectures Decay and How to Mitigate It

The article explains how long‑running software projects inevitably suffer architectural decay due to growing codebases, slower builds, and team turnover, and presents practical strategies such as environment upgrades, staged and distributed builds, modular isolation, and platform‑plus‑app designs to keep systems sustainable.

Build Optimizationarchitectural decaymodularization

0 likes · 23 min read

Why Software Architectures Decay and How to Mitigate It

Continuous Delivery 2.0

Mar 15, 2017 · R&D Management

Improving Continuous Integration: Reducing Build Times, Enabling Automated Testing, and Managing Estimations

The article discusses practical solutions for long C++ build times, introduces a company‑wide compile cluster with a localbuild.sh script, outlines how developers can run automated tests, defines testing strategies, sets criteria for feature readiness, and presents approaches to performance testing and estimation adjustments within a CI‑driven development workflow.

Build OptimizationC++automated testing

0 likes · 9 min read

Improving Continuous Integration: Reducing Build Times, Enabling Automated Testing, and Managing Estimations

Architecture Digest

Feb 19, 2017 · Fundamentals

Why Software Architectures Decay Over Time and How to Mitigate It

This article examines why long‑running software projects experience architectural decay, the limitations of new frameworks, and presents practical solutions such as environment upgrades, phased and distributed builds, refactoring into isolated components, and adopting modular, loosely‑coupled platform‑plus‑application designs to sustain development productivity.

Build Optimizationarchitecturecontinuous integration

0 likes · 22 min read

Why Software Architectures Decay Over Time and How to Mitigate It

Weidian Tech Team

Feb 15, 2017 · Frontend Development

Boost Your React Build Speed: Proven Webpack Optimization Techniques

Learn how to dramatically reduce webpack build times for large React projects by switching to Yarn, removing unused dependencies, leveraging code splitting, caching, parallel Uglify, HappyPack, DLL plugins, aliasing, and other practical configuration tweaks that cut initial builds from minutes to seconds.

Build OptimizationPerformancewebpack

0 likes · 11 min read

Boost Your React Build Speed: Proven Webpack Optimization Techniques

ITFLY8 Architecture Home

Jan 25, 2017 · Fundamentals

Why Software Architectures Decay Over Time and How to Combat It

The article examines why long‑running software projects inevitably suffer architectural decay, explains how growth in code, team size, and build complexity erodes productivity, and presents practical strategies—including environment upgrades, phased and distributed builds, component isolation, and adopting new technologies—to slow or reverse the decay.

Build Optimizationproject scalingrefactoring

0 likes · 23 min read

Why Software Architectures Decay Over Time and How to Combat It

Tencent IMWeb Frontend Team

Jan 3, 2017 · Frontend Development

How to Optimize Webpack 2 for Smaller Bundles and Faster Development

Learn how to leverage webpack 2's advanced features—such as CSS minification, tree‑shaking, UglifyJsPlugin tuning, environment variables, CommonsChunkPlugin, and development‑time accelerators like aliasing and caching—to produce smaller bundles, faster builds, and a smoother developer experience.

Build Optimizationwebpack

0 likes · 12 min read

How to Optimize Webpack 2 for Smaller Bundles and Faster Development

Taobao Frontend Technology

Dec 8, 2016 · Frontend Development

How HappyPack Supercharges Webpack Builds with Multi‑Process Parallelism

This article introduces HappyPack—a webpack plugin that speeds up builds by running loaders in parallel processes—covers its configuration, internal architecture including thread‑pool management, RPC handling, caching mechanisms, and provides detailed code examples to illustrate its integration and operation.

Build OptimizationCachingThread Pool

0 likes · 18 min read

How HappyPack Supercharges Webpack Builds with Multi‑Process Parallelism

Tencent Music Tech Team

Nov 25, 2016 · Mobile Development

Buck Build Tool for Accelerating Android Development

The article explains how Facebook’s Buck build tool accelerates Android development by leveraging fine‑grained parallelism and an O(NlogN) DexMerge, delivering up to 40% faster full builds than Gradle, while covering its architecture, installation, K歌 project implementation, and integration challenges such as manual dependencies and Windows support.

Android Build ToolBuckBuild Optimization

0 likes · 13 min read

Buck Build Tool for Accelerating Android Development

ITPUB

Aug 24, 2016 · Operations

Boost Compilation Speed with Parallel Make, Tmpfs, ccache, and distcc

This guide explains how to accelerate software builds on Linux by using make -j for parallel compilation, mounting a tmpfs for faster I/O, leveraging ccache to reuse previous compile results, and employing distcc to distribute compilation across multiple machines.

Build Optimizationccachedistcc

0 likes · 6 min read

Boost Compilation Speed with Parallel Make, Tmpfs, ccache, and distcc

Qunar Tech Salon

Mar 27, 2016 · Backend Development

Understanding Architecture Corruption and How to Mitigate It

The article examines why software architectures inevitably degrade over time in long‑running projects, analyzes the stages of decay, and presents practical strategies—including environment upgrades, phased and distributed builds, component isolation, and platform‑plus‑app designs—to keep systems maintainable and performant.

Build Optimizationarchitecturecontinuous integration

0 likes · 23 min read

Understanding Architecture Corruption and How to Mitigate It

21CTO

Feb 20, 2016 · Mobile Development

How Ctrip Scaled Android with Plugin Architecture and Dynamic Loading

This article explains how Ctrip’s Android app adopted a plugin‑based, dynamic‑loading framework to overcome method‑limit, improve build speed, enable hot‑deployment, and support modular A/B testing, detailing the underlying principles, compilation changes, runtime resource and class loading, and the trade‑offs involved.

AndroidBuild OptimizationDynamic Loading

0 likes · 16 min read

How Ctrip Scaled Android with Plugin Architecture and Dynamic Loading

21CTO

Jan 14, 2016 · R&D Management

Why Software Architectures Decay Over Time and How to Fight It

The article examines why long‑running software projects inevitably see their architectures degrade, explores the stages of decay, and presents practical strategies—such as environment upgrades, phased and distributed builds, tooling, modular refactoring, and process isolation—to mitigate the problem.

Build Optimizationproject scalingrefactoring

0 likes · 24 min read

Why Software Architectures Decay Over Time and How to Fight It

Qunar Tech Salon

Mar 26, 2015 · R&D Management

Why Software Architecture Decays Over Time and How to Mitigate It

The article analyzes how long‑running software projects inevitably suffer architectural decay due to growing codebases, team size, and build complexity, and proposes practical strategies such as modularization, phased and distributed builds, component isolation, and disciplined technology adoption to keep systems sustainable.

Build OptimizationMicroservicesmodularization

0 likes · 23 min read

Why Software Architecture Decays Over Time and How to Mitigate It