Clean Architecture

Clean Architecture - Dart

Clean Architecture aims to create systems independent of frameworks, databases, UI, and any external agency. It achieves this by organizing code into concentric layers: Entities (core business logic), Use Cases (application-specific logic), Interface Adapters (presenters, controllers, gateways), and Frameworks & …

Clean Architecture - Scala

The Clean Architecture pattern separates an application into concentric layers: Entities, Use Cases, Interface Adapters, and Frameworks & Drivers. Inner layers are independent of outer ones, promoting testability, maintainability, and flexibility. This example demonstrates a simplified version focused on the core …

Clean Architecture - PHP

The Clean Architecture pattern separates the application into concentric layers: Entities, Use Cases, Interface Adapters, and Frameworks & Drivers. The core business logic (Entities & Use Cases) is independent of external concerns like databases, UI, or frameworks. This promotes testability, maintainability, …

Clean Architecture - Ruby

The Clean Architecture pattern aims to create systems independent of frameworks, databases, UI, and external agencies. This is achieved by structuring the application into concentric layers: Entities (core business rules), Use Cases (application-specific logic), Interface Adapters (translate data between layers), and …

Clean Architecture - Swift

Clean Architecture aims to create systems independent of frameworks, databases, UI, and external agencies. It achieves this through layered organization: Entities (core business logic), Use Cases (application-specific business rules), Interface Adapters (presenters, controllers, gateways), and Frameworks & Drivers …

Clean Architecture - Kotlin

The Clean Architecture pattern aims to create systems independent of frameworks, databases, UI, and any external agency. It achieves this by dividing the application into concentric layers: Entities (business rules), Use Cases (application logic), Interface Adapters (presenters, controllers), and Frameworks & …

Clean Architecture - Rust

The Clean Architecture pattern separates the application into concentric layers: Entities, Use Cases, Interface Adapters, and Frameworks & Drivers. The core business logic resides in the inner layers (Entities & Use Cases) and is independent of external concerns like databases or UI. Outer layers implement …

Clean Architecture - Go

Clean Architecture aims to create systems independent of frameworks, databases, UI, and external agencies. It achieves this through layering: Entities (core business rules), Use Cases (application-specific logic), Interface Adapters (converts data between layers), and Frameworks & Drivers (UI, databases, etc.). …

Clean Architecture - C

The Clean Architecture pattern separates the application into concentric layers: Entities (core business logic), Use Cases (application-specific logic), Interface Adapters (translates data), and Frameworks & Drivers (UI, DB, etc.). Dependencies point inward – outer layers depend on inner layers, but inner layers …

Clean Architecture - C++

The Clean Architecture pattern separates the application into concentric layers: Entities (core business rules), Use Cases (application-specific logic), Interface Adapters (translates data between layers), and Frameworks & Drivers (UI, databases, etc.). Dependencies point inwards – outer layers depend on inner …