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Mosby is a presentation layer framework for Android applications designed to manage application state and user intents. It functions as an architectural tool that implements both Model-View-Intent (MVI) and Model-View-Presenter (MVP) patterns.
The main features of sockeqwe/mosby are: Android State Management Frameworks, Android App Architecture Patterns, Android MVP Frameworks, MVI Integration, Logic and Presentation Separation, MVP Implementations, Presenter Patterns, Unidirectional Data Flow Architectures.
Projects with overlapping indexed features include: antoniolg/androidmvp — This project is a reference implementation of the Model-View-Presenter architecture for Android applications. It… airbnb/mavericks — Mavericks is an opinionated Android state management framework that structures screen-level state as a single… janishar/android-mvp-architecture — This project is a reference implementation of the Model-View-Presenter (MVP) architecture for Android applications. It… tommylemon/android-zblibrary — Android-ZBLibrary is a mobile framework providing core primitives for Android development, including a… android10/android-cleanarchitecture-kotlin — This project is a reference Kotlin Android application template and a set of sample implementations demonstrating… jessyancoding/mvparms — MVPArms is an Android application framework based on the Model-View-Presenter pattern. It provides a foundation for…
This project is a reference implementation of the Model-View-Presenter architecture for Android applications. It serves as a structural example of how to separate business logic from the user interface through a presenter-based framework. The implementation focuses on a clean architecture approach, using presenters to mediate all communication between the data model and the view. It employs a passive view pattern and interface-based decoupling to isolate the user interface from domain rules. The architecture incorporates interactor-based domain logic and layered separation to reduce systemic
Mavericks is an opinionated Android state management framework that structures screen-level state as a single immutable object and processes user actions through a unidirectional data flow. It enforces state immutability to prevent unintended mutations and simplify debugging, while managing state subscriptions and cleanup based on Android lifecycle events to prevent memory leaks. The framework uses a ViewModel-driven architecture where business logic and state management are encapsulated in ViewModels that survive configuration changes. User actions are handled through dedicated intent object
This project is a reference implementation of the Model-View-Presenter (MVP) architecture for Android applications. It focuses on separating business logic from the user interface by decoupling data logic, UI presentation, and view layers. The implementation distinguishes itself through the inclusion of a boilerplate generator that automatically creates the activity, presenter, and view files required for the MVP pattern. It utilizes a compile-time dependency injection framework to manage object lifetimes and a reactive programming workflow to handle asynchronous data streams and event propag
Android-ZBLibrary is a mobile framework providing core primitives for Android development, including a Model-View-Presenter framework for structural architecture, a network request wrapper, and a local data persistence layer. It also includes a library of reusable interface elements and a background task manager to maintain user interface responsiveness. The framework decouples business logic from user interfaces through its MVP implementation and manages external service integration via tools for HTTP communication, JSON processing, and response caching. The library covers a broad set of ca