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Clean Architecture – Robert (Uncle Bob) Martin
Discover how to implement Clean Architecture principles in your software development projects, creating a modular, scalable, and maintainable system with a focus on simplicity, clarity, and testing.
- Clean Architecture is about separating the business logic from infrastructure concerns
- The business logic must be contained within the business logic layer and not influenced by infrastructure
- The goal is to achieve a high-level view of the system, focusing on the intent of the application
- Use cases describe the intent of the application and should be used to drive the development of the business logic
- The application should be designed around the use cases, with the business logic layer being the core of the system
- The view model is a raw data structure that is displayed on the screen, and the view is responsible for rendering this model
- The controller and presenter are plug-ins to the business logic, and the interactor is responsible for controlling the flow of data
- The system should be designed to be modular, with each module having its own distinct responsibilities
- The architecture should be kept simple, with a focus on simplicity and clarity
- The system should be developed using test-driven development (TDD) principles, with a focus on writing tests before writing code
- The architecture should be designed to allow for scalability and maintainability, with a focus on minimizing coupling between components
- The database should be treated as an I/O device, with the focus on the business logic and infrastructure being decoupled.
- The application should be designed to be fast, with a focus on throughput and responsiveness.
- The system should be designed to be measured, with a focus on measuring and profiling the system to identify performance bottlenecks.
- The system should be designed to be flexible, with a focus on allowing for changes to the architecture and infrastructure without affecting the business logic.
- The system should be designed to be testable, with a focus on writing tests that can be run quickly and reliably.