71 articles on Build Time for Android performance
Showing 20 of 71 articles (Page 1 of 4)
Guide on updating Android projects to Android Gradle Plugin 9, covering build system improvements and best practices.
Announces new features and improvements in Android Studio Otter 2 for mobile development.
Improving Android build performance through modularization using the Core/Core-Impl pattern.
Runtime-aware sharding + EC2 bare-metal emulators reduced slowest shard 55% and E2E build time
A guide on migrating to KSP for faster build times and better Kotlin Multiplatform support.
Guide to essential tools, libraries, and resources for Kotlin Multiplatform mobile development.
Introduces Swift SDK support for Android development, enabling mobile development best practices.
Strategies for managing complex dependency structures and modularization in large-scale Android projects.
Practices and strategies for shipping mobile apps on a weekly cadence while maintaining quality and team sanity.
Provides debugging techniques for resolving connectivity issues between Android devices and the Metro bundler during development.
Reddit Mobile CI overhaul: up to 50% faster build times, improved stability and developer sentiment; details on infra choices and trade-offs. (Reddit)
Covers AI-powered development tools and Gemini integration in Android Studio for improved developer experience.
Slice shares optimization techniques and strategies used to significantly reduce Android build compilation times.
Guide on using Android convention plugins to improve developer productivity and build system efficiency.
Discusses advancements in Swift build systems that impact mobile app compilation and performance.
We made our engineers happier by cutting build times down from 50 minutes to 16.
Guide on customizing the Detekt static analysis tool for Android development best practices.
Information about the latest Android SDK updates and new development tools.
Glovo discovered that adding explicit types to Java Map definitions cut their Android build time by 30%, diving into JVM type inference internals and Gradle debugging to find this optimization.
Discusses strategies and best practices for managing localization and translations in Android apps.