This repository houses a multi-module Android application showcasing advanced architectural patterns, primarily Clean Architecture with MVVM (Model-View-ViewModel) and use cases. The project is designed to demonstrate best practices in Android development, emphasizing modularity, testability, and scalability.

This repository serves as a comprehensive example of building a production-level Android application using:

• Clean Architecture for separation of concerns and maintainability.
• MVVM design pattern for a clear separation of UI and business logic.
• Use cases to encapsulate business logic and ensure reusability across different layers.

The app module is the main Android application module responsible for UI interactions, dependency injection setup, and navigation. It interacts with domain-specific modules and showcases how presentation logic is handled using MVVM architecture.

The usecase module contains all the use cases (interactors) of the application. Each use case represents a specific business operation that can be executed from different parts of the application.

The repository module implements the repository pattern, acting as an intermediary between data sources (local database, network services) and the domain layer. It handles data retrieval, caching, and synchronization.

The presentation module implements the MVVM architecture for managing UI-related logic. It includes ViewModels that interact with the domain layer through use cases and expose observable data streams to the UI.

• Android Studio IDE
• Gradle Build System

1. Clone the repository: git clone https://github.com/your/repository.git
2. Open the project in Android Studio.
3. Sync Gradle and build the project.

• Configure API keys, endpoints, and other configurations in local.properties or through dependency injection mechanisms (e.g., Dagger Hilt).

• Dependencies are managed via Gradle build files (build.gradle). Ensure all required dependencies are correctly resolved.

• The application uses Room Database for local data storage. Configuration and schema migrations are managed within the repository module.

• Unit tests and instrumentation tests are located in respective modules (usecase, presentation). Use Android Studio's test runner or Gradle commands to execute tests.

• Build signed APKs or bundle using Android Studio for deployment to devices or distribution platforms.

• Follow the naming conventions and structure of existing tests.
• Ensure sufficient test coverage for critical business logic and edge cases.

• Pull requests should adhere to the project's coding style and architectural guidelines.
• Reviewers should focus on code quality, performance optimizations, and adherence to architectural principles.

• Document new features, architectural decisions, and significant changes in the repository's docs folder or inline comments.
• Use Git branches for feature development and follow a Git flow workflow for branching and merging.

• Contact Vivek Kumar for any inquiries related to the repository.

• Join the discussion on GitHub Issues or collaborate with the team via project-specific communication channels.

This README.md template provides a structured overview of a multi-module Android application with advanced architecture, suitable for publication or use as a detailed project documentation. Adjust details and sections as per your specific project requirements and preferences.