![]() The hexagonal architecture is also called the Ports and Adapters. Hexagonal Architecture LayersĬreating dependency rules can decouple the layers. Complex: Hexagonal architecture can be confusing as it can be challenging to decide what elements should go on the outside. ![]() Debugging: Adapters can often be challenging to understand and debug.Decoupling: Intermediate classes could affect the overall performance of our application.However, the hexagonal architecture does have a few flaws. Agnostic: You can develop the inner core before building external services as the application is independent of exterior areas.Simple testing: Easily test in isolation as the code is separated from the implementation information of the outside.Flexibility: Quickly toggle between different applications without changing source code, you can produce new adapters.Maintainability: Our applications are highly regarded and trusted because of changes in one area's components.Using hexagonal architecture instead of layered architecture can be helpful due to its many benefits, such as: One of the significant differences with hexagonal architecture is that the user interface can be replaced. The hexagonal architecture was a departure from the traditional layered architecture. Benefits Over Traditional Layered Architecture The business/application/domain logic lives in the core, and there are no specifications. The grey area is where you will see the adapters, the hexagon's sides are the ports, and the middle is where the application and domain are found. The hexagonal architecture was developed as a model for structuring many application parts and created to handle I/O. ![]() The model is balanced with many external services on the left and others on the right. ![]() Nomber_key:000596Ĭlean Architecture Diagram - Hexagonal Model - Dor Moshe's Blog, ![]()
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