How does this skill help with Android development?

It provides Claude with specific templates and best practices for creating MVI components like Intents, States, and Side Effects in Kotlin, ensuring architectural consistency.

What is MVI architecture?

MVI stands for Model-View-Intent, an architectural pattern that uses unidirectional data flow to manage application state and UI updates in a predictable and testable manner.

Does it include testing support?

Absolutely, it provides patterns for testing state transitions and side effect emissions using Kotlin coroutines and Flow testing tools like Turbine.

Does it support Jetpack Compose?

Yes, the skill includes specific patterns for integrating MVI states and side effects directly with Jetpack Compose UI and Lifecycle-aware collectors.

Android MVI Architecture

Name: Android MVI Architecture
Author: ahmed3elshaer

byahmed3elshaer

•

Mobile Development

Implements Model-View-Intent architecture patterns for Android applications to ensure predictable state management and unidirectional data flow.

About

This skill provides a comprehensive framework for building Android applications using the MVI (Model-View-Intent) pattern. It guides Claude in generating structured Kotlin code for immutable state management, intent handling, and side effects using modern Android components like Jetpack Compose, ViewModels, and StateFlow. By enforcing a unidirectional data flow, this skill helps developers create highly testable, debuggable, and scalable mobile apps while minimizing state-related bugs and UI inconsistencies typical in complex mobile environments.

Key Features

Separated side effect handling for navigation and UI feedback
Jetpack Compose and StateFlow integration templates
Immutable state management patterns with Kotlin data classes
Standardized Unidirectional Data Flow (UDF) implementation
Structured unit testing patterns for MVI ViewModels
1 GitHub stars

Use Cases

Implementing predictable navigation and event handling via side effect channels
Standardizing architecture across large Android engineering teams
Managing complex UI states with multiple concurrent loading and error conditions

About

Key Features

Separated side effect handling for navigation and UI feedback
Jetpack Compose and StateFlow integration templates
Immutable state management patterns with Kotlin data classes
Standardized Unidirectional Data Flow (UDF) implementation
Structured unit testing patterns for MVI ViewModels
1 GitHub stars

Use Cases

Implementing predictable navigation and event handling via side effect channels
Standardizing architecture across large Android engineering teams
Managing complex UI states with multiple concurrent loading and error conditions