csharp-solid-pragmatic

To review C# SOLID design, evaluate class hierarchies and service layers for SRP, OCP, LSP, ISP, and DIP compliance. This process assesses maintainability, testability, and boundary definitions to provide the smallest viable refactor steps.

Pragmatic SOLID design for C# controllers and repositories applies dependency inversion and minimal abstractions to improve maintainability without unnecessary coupling. It focuses on clean-architecture boundaries and cohesive feature separation.

Refactor C# code to improve testability by extracting responsibilities, reducing cross-cutting concerns, and aligning with cohesive feature boundaries. Apply DI best practices and minimal abstractions to minimize coupling across ASP.NET Core apps and background jobs.

Yes, this SOLID review approach works with ASP.NET Core background jobs. It provides boundary guidance and dependency management to minimize coupling and improve testability specifically across controllers, repositories, and domain workflows.

You should reconsider minimal abstractions in C# clean architecture when they fail to establish clear boundaries or reduce cross-cutting concerns. The goal is pragmatic maintainability and testability, avoiding unnecessary abstractions that add complexity without benefit.