android-architecture

Structure your Android app by enforcing a three-layer separation (UI, Domain, Data) with strict inward dependencies. Use Hilt for dependency injection to configure modules, manage scoping, and integrate ViewModels across the separated layers.

Modularize large-scale Android applications by dividing them into app, core, data, domain, ui, and feature modules. This strategy defines clear module boundaries, supports scalable app growth, and maintains strict dependency rules for better maintainability.

Dependency injection for ViewModels in a modular Android project works through Hilt. It provides guidance on setting up modules, defining scopes, and binding ViewModels across feature modules to ensure robust and testable DI configurations.

Yes, this Android architecture approach explicitly supports multi-module configurations. It applies Clean Architecture principles and modularization strategies to project structures, making it suitable for scaling large-scale Android projects with distinct core and feature areas.

Enforce strict inward dependencies in your Android Clean Architecture to improve testability and maintainability. By ensuring the UI and Data layers depend on the Domain layer, you prevent tangled architectures that hinder scalable app development.

Clean Architecture for Android apps introduces overhead through strict three-layer separation and multi-module setups. While it improves testability and scalability, this modularization strategy requires significant initial configuration for Hilt and module boundaries.