Software Clean Architecture Pattern

A Software Clean Architecture Pattern is a software architecture pattern that enforces software clean architecture separation between Software Clean Architecture Domain Logic and software clean architecture infrastructure concerns by Robert C. Martin.

• AKA: Clean Architecture, Hexagonal Architecture, Ports and Adapters Architecture, Onion Architecture.
• Context:
  • It can typically organize Software Clean Architecture Layers in software clean architecture concentric circles.
  • It can typically enforce Software Clean Architecture Dependency Rules allowing only software clean architecture inward dependencys.
  • It can typically isolate Software Clean Architecture Business Rules from software clean architecture external frameworks.
  • It can typically enable Software Clean Architecture Test Isolation through software clean architecture interface boundarys.
  • It can typically support Software Clean Architecture Framework Independence via software clean architecture adapter layers.
  • ...
  • It can often facilitate Software Clean Architecture Technology Migration without software clean architecture core modification.
  • It can often promote Software Clean Architecture Business Logic Portability across software clean architecture platforms.
  • It can often reduce Software Clean Architecture Technical Debt through software clean architecture concern separation.
  • It can often implement Software Clean Architecture Use Case Visibility in software clean architecture project structures.
  • ...
  • It can range from being a Simple Software Clean Architecture Pattern to being a Complex Software Clean Architecture Pattern, depending on its software clean architecture layer count.
  • It can range from being a Strict Software Clean Architecture Pattern to being a Pragmatic Software Clean Architecture Pattern, depending on its software clean architecture rule enforcement level.
  • ...
  • It can integrate with Software Test-Driven Development for software clean architecture test strategys.
  • It can utilize Software Dependency Injection Pattern for software clean architecture dependency management.
  • It can support Software Domain-Driven Design for software clean architecture domain modeling.
  • ...
• Examples:
  • Software Clean Architecture Implementations, such as:
    • Software Clean Architecture Hexagonal Implementation using software clean architecture ports and software clean architecture adapters.
    • Software Clean Architecture Onion Implementation with software clean architecture domain core.
    • Software Clean Architecture Screaming Implementation emphasizing software clean architecture use case visibility.
  • Software Clean Architecture Layers, such as:
    • Software Clean Architecture Entity Layer containing software clean architecture enterprise business rules.
    • Software Clean Architecture Use Case Layer implementing software clean architecture application business rules.
    • Software Clean Architecture Interface Adapter Layer converting software clean architecture data formats.
    • Software Clean Architecture Framework Layer containing software clean architecture external tools.
  • Software Clean Architecture Components, such as:
    • Software Clean Architecture Gateway Interface defining software clean architecture data access contracts.
    • Software Clean Architecture Presenter Component formatting software clean architecture output data.
    • Software Clean Architecture Controller Component handling software clean architecture input requests.
  • ...
• Counter-Examples:
  • Layer-Based Software Architecture Model, which allows layer-based software architecture bidirectional dependency between layer-based software architecture layers.
  • Model-View-Controller (MVC) Software Architecture Pattern, which focuses on MVC software architecture pattern presentation separation rather than software clean architecture domain isolation.
  • Software Database-Centric Architecture Pattern, which places software database-centric architecture data model at the software database-centric architecture system center.
• See: Software Architecture Pattern, Software SOLID Principles, Software Dependency Inversion Principle, Software Domain-Driven Design, Layer-Based Software Architecture Model.

---