android-clean-mvi-architect

Design Android app architectures with Clean Architecture and MVI patterns.

Updated Aug 27, 2026
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npx skills add https://github.com/cycling02/Sonic --skill android-clean-mvi-architect
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Skill: android-clean-mvi-architect
Source: https://github.com/cycling02/Sonic/tree/main/.trae/skills/android-clean-mvi-architect
Command: npx skills add https://github.com/cycling02/Sonic --skill android-clean-mvi-architect

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

This Skill helps architects and Android developers eliminate fragile, tightly coupled codebases by providing a clear, testable, and maintainable application architecture based on Clean Architecture and the MVI pattern so that features remain modular and easy to evolve.

Core Features & Use Cases

  • Layered Architecture Guidance: Defines domain, data, and presentation responsibilities to keep business logic framework-agnostic and easily unit-testable.
  • MVI State Management: Prescribes unidirectional data flow, immutable UI state, intents for user actions, and effects for one-time events to reduce UI bugs and race conditions.
  • DI and Platform Integration: Recommends Hilt modules, ViewModel patterns, and Compose screen wiring for real-world apps such as media players, library managers, and networked features.
  • Use Case Example: Apply these patterns to implement a music playback feature with a Domain use case for fetching songs, a Data layer integrating Room and MediaStore, and a Presentation layer using MVI for queue and playback controls.

Quick Start

Create an architecture plan with domain, data, and presentation layers, implement MVI for unidirectional state flow, and scaffold Hilt modules and ViewModel intent handlers.

Frequently Asked Questions about android-clean-mvi-architect

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I structure an Android app using Clean Architecture and MVI with Jetpack Compose?

Structure your Android app by separating domain, data, and presentation layers, using MVI for unidirectional data flow and immutable UI state, and wiring Jetpack Compose screens through Hilt-injected ViewModels.

What is the MVI pattern for unidirectional data flow in Android ViewModel state management?

MVI in Android state management uses intents for user actions, effects for one-time events, and immutable state objects within ViewModels to enforce unidirectional data flow, reducing UI bugs and race conditions.

How do I separate domain and data layers in Android Clean Architecture?

Separate Android Clean Architecture layers by keeping domain business logic framework-agnostic and easily unit-testable, while isolating data layer integrations like Room and MediaStore to manage external data sources.

Does this MVI architecture guidance work for complex media playback features in Android?

Yes, this MVI architecture guidance applies to complex Android media playback features by defining domain use cases for fetching songs, data layer integrations for MediaStore, and presentation layer MVI for queue and playback controls.

Can I use Hilt modules for dependency injection in an Android MVI presentation layer?

Yes, you can use Hilt modules for dependency injection in an Android MVI presentation layer to scaffold ViewModel intent handlers and wire Jetpack Compose screen components for production readiness.

What's the best way to reduce UI race conditions in Jetpack Compose Android apps?

The best way to reduce UI race conditions in Jetpack Compose Android apps is implementing MVI state management with unidirectional data flow, immutable UI state, and intent-driven ViewModels to handle user actions predictably.