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Rn Clean Architecture

Boilerplate to apply DDD and clean architecture in react native.

Rn Clean Architecture

Boilerplate to apply DDD and clean architecture in react native.

Author Avatar Theme by g33n
Github Stars Github Stars: 30
Last Commit Last Commit: Jan 11, 2022 -
First Commit Created: Feb 24, 2024 -
Rn Clean Architecture screenshot

Overview:

React Native combined with Clean Architecture offers a compelling framework for building robust and scalable applications. By intelligently separating concerns and structuring your app into well-defined layers, you can achieve not only stability but also a clear pathway for future scaling. This project structure encourages you to think about the application in terms of bounded contexts, allowing for enhanced modularity and easier maintainability.

The layered architecture—Presentation, Application, Domain, and Infrastructure—provides a clear distinction between the user interface and the business logic. By leveraging these layers, developers can create applications that are not only easier to understand but also simpler to modify and extend. This separation enhances collaboration among teams by providing a common understanding of the system’s architecture.

Features:

  • Presentation Layer: This layer encapsulates all React Native components, styles, routing, and theming, keeping the user interface clean and maintainable.

  • Application Layer: Here, the use cases are defined, orchestrating data flow and encapsulating application logic, ensuring that business rules are adhered to throughout the application.

  • Domain Layer: Houses pivotal entities and value objects representing business rules and concepts, allowing for a robust modeling of the core business logic.

  • Failure Handling: The architecture includes a dedicated failures layer to manage exceptions from the repository/infrastructure layer, providing a transparent approach to error management.

  • Infrastructure Layer: This layer handles all data access through repositories, managing both local and remote resources such as APIs, LocalStorage, and device capabilities.

  • Bounded Contexts: By separating the application into modular bounded contexts, the architecture facilitates easier scaling and enhances the ability to communicate between different parts of the application.

  • Scalable Architecture: The clean division of responsibilities within the architecture makes it easier to scale the application in the future, adapting to growing user needs without a complete overhaul.

This approach not only streamlines development but also empowers teams to build powerful applications that can evolve with changing requirements.