A collection of Android app samples showcasing different architectural tools and patterns using Jetpack Compose.
Android Architecture Samples is a collection of sample Android applications designed to demonstrate and discuss various architectural tools and patterns. It provides a concrete implementation of a TODO app using modern Android development libraries to showcase best practices for building testable and maintainable apps. The project serves as an educational resource for developers looking to understand different architectural approaches.
Intermediate Android developers and beginners seeking guidance on structuring apps, as well as advanced developers looking for a quick reference on modern Android architecture.
Developers choose this project because it offers a practical, hands-on reference for implementing modern Android architecture with clear examples using Jetpack Compose, reactive programming, and testing strategies. It focuses on architectural decisions rather than UI complexity, making it an ideal learning tool.
A collection of samples to discuss and showcase different architectural tools and patterns for Android apps.
Uses Jetpack Compose, Kotlin Flow, and Hilt for dependency injection, demonstrating current Android best practices as highlighted in the README's feature list.
Implements a layered architecture with presentation, data, and repository layers, promoting testability and maintainability as described in the Key Features.
Includes unit, integration, and end-to-end tests with shared tests for emulator/device, providing a practical reference for Android testing strategies.
Based on a simple TODO app to emphasize architectural decisions over UI complexity, making it ideal for learning core concepts without distractions.
As admitted in the README, it does not include real network access, authentication, or other production-level concerns, limiting its utility for real-world app development.
Deliberately keeps the UI simple, so it's not helpful for developers seeking to learn complex Jetpack Compose patterns or Material Design implementations.
Requires significant adaptation and understanding of architecture concepts, rather than offering a plug-and-play template for rapid app development.
Open-Awesome is built by the community, for the community. Submit a project, suggest an awesome list, or help improve the catalog on GitHub.