1 views collected around this technical thread.
This article outlines five common Android SDK development methods—Jar, SO, AAR, Dex‑plugin, and Apk‑installation—detailing their structures, integration steps, code examples, and best‑practice principles such as stability, minimal dependencies, small package size, optimal performance, compatibility, and dynamic updatability.
This comprehensive guide explains how to integrate Flutter into an existing Android app using source and AAR approaches, manage multiple Flutter engines with FlutterEngineGroup, choose hybrid stack solutions such as flutter_boost and flutter_thrio, apply MVVM architecture with Riverpod, and handle debugging and APK packaging.
This article describes how Ctrip's Train Ticket Android project reduced its clean Gradle build time by more than half using a module‑AAR approach, custom dependency substitution, Maven publishing, and automated tooling, while detailing the challenges, code changes, and performance results.
RocketX is an open‑source Gradle plugin that speeds up large Android projects by dynamically swapping unchanged modules with pre‑built AAR artifacts, compiling only the changed modules and the app module, thereby reducing full‑build times by over 300% while preserving project integrity.
This tutorial explains how to incorporate third‑party AAR files into a Flutter plugin, configure the Android host project, address the bundleReleaseAar build error, and successfully build a Flutter application APK.
To cut full‑build times in large Android projects, the team pre‑compiles each library module into an AAR, publishes it to a Maven repository, computes a content‑plus‑dependency‑graph hash to detect existing AARs, and automatically swaps project dependencies for matching AARs while addressing duplicate‑class and version conflicts.
Zucker is an open‑source Android utility that automatically analyzes APK module sizes by cloning projects, calculating unique AAR dependencies, simulating target AARs, and providing detailed reports to help developers reduce app bloat early in the development cycle.
The article presents YouZan’s hybrid integration strategy that packages each Flutter feature as an independent artifact—AAR files for Android and frameworks for iOS—allowing native teams to embed Flutter modules via simple scripts and Maven uploads without needing a full Flutter development environment.
The article explains how to extract Flutter engine, compiled Dart assets, and custom plugins from a mixed Flutter‑Native project, package them into an AAR (Android) and static libraries (iOS), publish them to an internal Maven repository, and let native code consume these artifacts via CI‑automated versioned dependencies, eliminating the need for a full Flutter SDK.
This article explains how to apply modular refactoring—removing unnecessary files, reorganizing packages, degrading monolithic classes, and decoupling components—using tools such as IronBank, BizLifecycle, and AAR‑based platform support to achieve zero‑coupling, easier version management, and faster builds in Android projects.