Onion Architecture

Onion Architecture - Dart

The Onion Architecture aims to achieve separation of concerns by organizing code into concentric layers. The innermost layer represents the core business logic (Entities), followed by Use Cases (interacting with Entities), then Interface Adapters (translating data between Use Cases and external frameworks), and …

Onion Architecture - Scala

The Onion Architecture aims for loose coupling and improved testability by organizing code into concentric layers. The innermost layer represents the domain/business logic, independent of any infrastructure concerns. Surrounding layers represent use cases, interfaces (ports), and finally, the infrastructure (databases, …

Onion Architecture - PHP

The Onion Architecture aims for loose coupling by organizing code in concentric layers. The core layer contains business rules and entities, independent of any infrastructure. Surrounding layers handle interface adapters (like controllers) and infrastructure details (databases, UI). Dependencies point inward – …

Onion Architecture - Ruby

The Onion Architecture aims for loose coupling and high cohesion by organizing code into concentric layers. The innermost layer contains enterprise-wide business rules, completely independent of the outer layers. Moving outwards, we have Domain Models, Infrastructure (databases, UI, etc.), and finally, interfaces …

Onion Architecture - Swift

The Onion Architecture organizes code into concentric layers, with core business logic at the center and infrastructure concerns at the outer layers. Dependencies point inwards – outer layers depend on inner layers, but inner layers have no knowledge of the outer ones. This promotes testability, maintainability, and …

Onion Architecture - Kotlin

The Onion Architecture is a design pattern focused on separation of concerns, aiming to create a loosely coupled, testable, and maintainable system. The core business logic (Entities and Use Cases) resides in the innermost layers, independent of external frameworks or databases. Outer layers represent mechanisms like …

Onion Architecture - Rust

The Onion Architecture aims for a loose coupling between business logic and implementation details (like databases, UI, etc.). It structures the application in concentric layers: Domain (core business rules), Application (use cases orchestrating domain logic), and Infrastructure (details like persistence or messaging). …

Onion Architecture - Go

The Onion Architecture aims to achieve independence from frameworks, databases, and UI by structuring an application in concentric layers. The core business logic resides in the innermost layer (Entities), with dependencies pointing outwards. Outward layers represent infrastructure concerns like data access …

Onion Architecture - C

The Onion Architecture aims for loose coupling and testability by organizing code into concentric layers. The innermost layer represents the core business logic (Entities), independent of any external concerns. Surrounding layers define Use Cases (application-specific business rules), Interface Adapters (translators …

Onion Architecture - C++

The Onion Architecture aims for loose coupling by organizing code into concentric layers. The innermost layer represents the core business logic, independent of any external concerns (databases, UI, etc.). Layers outward represent infrastructure details, only depending on inner layers. This promotes testability and …