MVP (Model-View-Presenter) is a derivation of the model–view–controller architectural pattern, primarily used for building user interfaces. In MVP, the presenter embodies the "middle-man" functionality, consolidating all presentation logic.
In the tech world, where launching swiftly is as vital as scalability, choosing the right architecture is crucial. That's where MVP+DI comes in as a game-changer. While MVP (Model-View-Presenter) carves a distinct space for user interface, data, and logic, ensuring clarity and flexibility, DI (Dependency Injection) amplifies this by offering dynamic dependency management.
The brilliance of MVP+DI lies in its innate simplicity merged with scalability. For startups and small projects aiming for MVP (Minimum Viable Product) releases, this combination is optimal. It allows a project to start on a lean foundation but is inherently structured to accommodate growth and evolution.
In essence, if you're envisioning a project that's compact at the outset but has grand ambitions, MVP+DI is the architectural duo you've been seeking.
Deep dive into the structure and benefits of this architecture with these articles:
- MVP + Dependency Injection: The Perfect Match for Scalable iOS Apps
- Efficient Dependency Management in iOS: Introducing AppContainer for MVP+DI Architecture
- Add template to your Rambafile:
templates:
- {name: swift-mvp-injection, git: 'https://github.com/mihailsalari/swift-mvp-injection.git'}- Install the template:
generamba template installGenerate your desired module with the following command:
generamba gen [MODULE_NAME] [TEMPLATE_NAME]Example:
To create a Splash module:
generamba gen Splash swift-mvp-injectionThis will generate the Splash module in both your project and tests target.
We encourage everyone to contribute and make improvements. Feel free to submit a pull request or provide feedback!
For general inquiries, consider asking on Stack Overflow. The author regularly monitors the MVP tag there for prompt responses. Alternatively, reach out at: