MVI And Clean Architecture

I used Clean Architecture, MVI Architecture, Coroutines, Jetpack Compose, and Koin in the sample project.

Table of Contents

• Introduction
• MVI Architecture
• Clean Architecture
• Coroutine
• Jetpack Compose
• Koin

Introduction

Briefly introduce your project and its goals.

MVI Architecture

Overview

Model-View-Intent (MVI) is an architectural pattern that separates concerns in Android app development. It emphasizes a unidirectional data flow and immutable states.

Key Concepts

• Model: Represents the current state of the application.
• View: Renders the UI based on the model's state.
• Intent: Represents user actions or events that trigger state changes.

Detailed Explanation

Provide a detailed explanation of how MVI is implemented in your project. Discuss the benefits and rationale behind choosing this architecture.

Clean Architecture

Overview

Clean Architecture is a design philosophy that separates concerns into distinct layers, making the codebase scalable, maintainable, and testable.

Key Concepts

• Entities: Contain enterprise-wide business rules.
• Use Cases: Contain application-specific business rules.
• Interface Adapters: Convert data between the use cases and entities.
• Frameworks & Drivers: Implement external frameworks and tools.

Detailed Explanation

Explain how Clean Architecture is integrated into your project, and discuss the advantages it provides in terms of scalability and maintainability.

Coroutine

Overview

Coroutines are a lightweight concurrency design pattern in Kotlin for managing asynchronous tasks.

Key Concepts

• Coroutine Scope: Defines the lifespan of a coroutine.
• Suspending Functions: Functions that can be paused and resumed.
• Dispatchers: Define the thread or threads a coroutine runs on.

Detailed Explanation

Discuss how coroutines are used in your project for asynchronous operations, and highlight any specific use cases.

Jetpack Compose

Overview

Jetpack Compose is a modern UI toolkit for building native Android applications.

Key Concepts

• Declarative UI: Define the UI based on the current state of the application.
• Compose Functions: Build UI components using Kotlin functions.
• State Management: Manage UI state efficiently.

Detailed Explanation

Explain how Jetpack Compose is leveraged to build the UI in your project. Provide examples of declarative UI and state management.

Koin

Overview

Koin is a lightweight dependency injection framework for Kotlin.

Key Concepts

• Modules: Define how dependencies are provided.
• Scopes: Manage the lifespan of dependencies.