JessYanCoding/MVPArms
MVPArms
MVPArms is an Android application framework based on the Model-View-Presenter pattern. It provides a foundation for decoupling business logic from user interface components through a structured architectural implementation.
The framework features automated boilerplate generation to produce base classes and dependency injection files, reducing manual project setup. It includes a centralized configuration system to manage global application settings and a dependency injection wrapper that bundles networking and image loading libraries.
The project covers lifecycle management by binding logic controllers to screen lifecycles for automated resource cleanup. It also provides a network integration layer with capabilities for request logging, transfer progress monitoring, and dynamic base URL reconfiguration during runtime. Component communication is handled via a standardized event bus for publishing and subscribing to messages.
Local data persistence is supported through a utility for clearing temporary cached files.
Features
- Android Application Frameworks - Ships a foundational framework for Android apps based on the Model-View-Presenter pattern to decouple business logic.
- MVP Implementations - Implements the Model-View-Presenter pattern to decouple business logic from user interface components.
- Boilerplate Generators - Automatically generates standard base classes and dependency injection files to reduce manual project setup.
- Android - Generates base classes and dependency injection files to accelerate the initial setup of Android project structures.
- Android App Boilerplates - Provides pre-configured base classes and dependency injection templates to accelerate Android project setup.
- Android MVP Frameworks - Implements the Model View Presenter pattern to separate business logic from user interface components in Android applications.
- Component Lifecycle Management - Links logic controllers to screen lifecycles to automate resource destruction and memory management.
- Android Injection Systems - Provides a centralized dependency injection system tailored for Android components and global application settings.
- Android Lifecycle Management - Binds logic controllers to activity and fragment lifecycles to automate resource cleanup and prevent memory leaks.
- Lifecycle-Aware Async Wrappers - Links logic controllers to screen lifecycles to automate resource cleanup and prevent memory leaks.
- Android Libraries - Bundles and configures networking, image loading, and event bus libraries into a unified foundation.
- Android Foundation Bundles - Bundles networking, image loading, and dependency injection tools into a unified foundation for consistent implementation.
- Android Network Monitoring - Monitors API traffic and allows updating base URLs at runtime to test different server environments.
- Network API Wrappers - Provides a network API wrapper that handles dynamic base URL switching and request logging for API calls.
- Global Application Settings - Provides a centralized system for managing application-wide runtime behavior and resource limits.
- Centralized Configuration Systems - Manages global application properties and third-party library settings through a single coordinated configuration point.
- Event Bus Systems - Coordinates communication between decoupled components using a standardized system for publishing and subscribing to events.
- Framework Core Integration - Integrates foundational libraries and base functionality as a substrate for application components.
- Network Traffic Logging - Captures and formats outgoing requests and incoming responses through a middleware layer for debugging.
- Network Traffic Logs - Implements a system to format and print network request and response logs for debugging.
- Runtime Base URL Switching - Provides the ability to dynamically reconfigure the API base URL during runtime to redirect outgoing requests.
Star history
How this analysis was created: This summary and feature list were written by an AI model that read the project's README and public documentation pages. Each feature links to the documentation it came from; stars, license and language come straight from the GitHub API. The model does not read the source code, and the analysis is refreshed when the project is re-analysed. Learn more on our About page.
