Software Shared Abstraction Layer Pattern

A Software Shared Abstraction Layer Pattern is a software architecture pattern that provides Software Shared Abstraction Layer Interfaces to software shared abstraction layer multiple implementations through software shared abstraction layer unified contracts.

• AKA: Abstraction Layer Pattern, Common Interface Pattern, Unified API Pattern.
• Context:
  • It can typically decouple Software Shared Abstraction Layer Consumers from software shared abstraction layer concrete implementations.
  • It can typically enable Software Shared Abstraction Layer Provider Switching without software shared abstraction layer client modification.
  • It can typically standardize Software Shared Abstraction Layer Operations across software shared abstraction layer implementation variants.
  • It can typically facilitate Software Shared Abstraction Layer Testing through software shared abstraction layer mock implementations.
  • It can typically support Software Shared Abstraction Layer Evolution via software shared abstraction layer versioning strategys.
  • ...
  • It can often reduce Software Shared Abstraction Layer Code Duplication through software shared abstraction layer common logic.
  • It can often enable Software Shared Abstraction Layer Cross-Platform Support via software shared abstraction layer platform adapters.
  • It can often implement Software Shared Abstraction Layer Caching for software shared abstraction layer performance optimization.
  • It can often provide Software Shared Abstraction Layer Error Handling through software shared abstraction layer exception mapping.
  • ...
  • It can range from being a Thin Software Shared Abstraction Layer Pattern to being a Thick Software Shared Abstraction Layer Pattern, depending on its software shared abstraction layer logic complexity.
  • It can range from being a Single-Purpose Software Shared Abstraction Layer Pattern to being a Multi-Purpose Software Shared Abstraction Layer Pattern, depending on its software shared abstraction layer functional scope.
  • ...
  • It can integrate with Software Adapter Pattern for software shared abstraction layer implementation binding.
  • It can utilize Software Strategy Pattern for software shared abstraction layer algorithm selection.
  • It can support Software Plugin Architecture Pattern through software shared abstraction layer extension points.
  • ...
• Examples:
  • Software Shared Abstraction Layer Types, such as:
    • Software Shared Abstraction Layer Data Access Layer abstracting software shared abstraction layer database operations.
    • Software Shared Abstraction Layer Service Integration Layer unifying software shared abstraction layer external services.
    • Software Shared Abstraction Layer Hardware Abstraction Layer isolating software shared abstraction layer device interfaces.
  • Software Shared Abstraction Layer Implementations, such as:
    • Java Database Connectivity (JDBC) Abstraction Layer providing software shared abstraction layer database access for Java applications.
    • Spring Data Abstraction Layer offering software shared abstraction layer repository patterns by Pivotal Software.
    • .NET Entity Framework Abstraction Layer implementing software shared abstraction layer ORM functionality by Microsoft.
  • Software Shared Abstraction Layer Patterns, such as:
    • Software Shared Abstraction Layer Repository Pattern managing software shared abstraction layer data persistence.
    • Software Shared Abstraction Layer Gateway Pattern handling software shared abstraction layer external communication.
    • Software Shared Abstraction Layer Facade Pattern simplifying software shared abstraction layer complex interfaces.
  • ...
• Counter-Examples:
  • Software Direct Implementation Pattern, which couples software direct implementation clients to software direct implementation concrete classes.
  • Software Monolithic Integration Pattern, which embeds software monolithic integration logic without software shared abstraction layer separation.
  • Software Tight Coupling Pattern, which creates software tight coupling dependency between software tight coupling components.
• See: Software Architecture Pattern, Software Adapter Pattern, Software Bridge Pattern, Software Facade Pattern, Software Layer-Based Architecture Model.

---