wequick/Small
Small
Small est un framework de plugin multiplateforme et un outil de modularisation conçu pour diviser les applications mobiles monolithiques en composants indépendants. Il fournit une architecture mobile modulaire qui permet aux développeurs de scinder les applications en plugins découplés pour réduire la complexité du système et l'utilisation de la mémoire sur plusieurs systèmes d'exploitation.
Le framework inclut un chargeur de module dynamique pour le chargement de fonctionnalités à la demande afin d'améliorer les temps de démarrage et un registre de service d'injection de dépendances qui connecte les modules de fonctionnalités à un noyau central pour la découverte de services.
Le système fournit une couche d'abstraction de plateforme et un pont de composants pour gérer la logique partagée et les éléments d'interface utilisateur de manière cohérente sur différentes plateformes mobiles. Il prend en outre en charge la communication découplée via un système de messagerie par bus d'événements et une architecture basée sur des plugins.
Features
- Plugin-Based Architectures - Implements a plugin-based architecture allowing mobile applications to be split into independent, dynamically loadable modules.
- Dynamic Module Loading - Includes a dynamic module loader that loads application features on demand to optimize startup time and memory.
- Service Dependency Wiring - Provides a service registry to connect separate feature modules to the application core for service discovery.
- Application Modularization Frameworks - Provides a framework for breaking monolithic mobile apps into small decoupled plugins to reduce memory usage.
- Cross-Platform Application Development - Enables the development of modular applications that run consistently across multiple mobile operating systems.
- Cross-Platform Frameworks - Provides a cross-platform plugin framework for splitting mobile apps into independent, maintainable components.
- Mobile Application Architectures - Provides a structural pattern for separating functional modules in mobile apps to reduce system complexity.
- Cross-Platform Abstraction Layers - Provides a platform abstraction layer that hides OS differences behind a unified internal API.
- Dynamic Module Loaders - Provides a mechanism for discovering and importing code modules at runtime to improve resource management.
- Module-Based Registries - Uses a registry-based dependency injection system to wire separate feature modules to a central core.
- Mobile App Architectures - Implements a design pattern for organizing mobile apps into decoupled plugins instead of a monolithic codebase.
- Multi-OS - Provides a system for developing shared logic and features that can be plugged into multiple mobile OS environments.
- Modularization Tools - Provides tools to break monolithic mobile applications into independent components to reduce complexity.
- Event Bus Architectures - Ships an event-bus messaging system for decoupled, asynchronous data exchange between independent components.
- Inter-Module Communication - Implements mechanisms for exchanging data between isolated feature modules using an asynchronous messaging system.
- Cross-Platform Component Renderers - Provides a system to translate high-level component definitions into native UI elements across mobile platforms.
- Cross-Platform UI Component Libraries - Manages a shared set of UI components and logic that render consistently across different mobile platforms.
- Development Frameworks - A framework for modularizing large applications.
