dev-tdd-backend

To implement TDD for C#/.NET backends, enforce a structured RED-GREEN-REFACTOR cycle using xUnit and NSubstitute, ensuring minimal code is written to pass failing tests for robust domain logic.

Event sourcing testing works by applying specialized patterns to verify aggregate state via event streams and validating domain specifications, ensuring your complex backend architectures maintain correct state transitions.

Yes, you can use xUnit and NSubstitute to test domain specifications by adhering to nested test class patterns, which facilitate rigorous verification of aggregate behavior and projection logic within complex backend architectures.

Yes, Aspire integration provides runtime verification to catch dependency injection, configuration, and projection errors that standard unit tests might miss, ensuring comprehensive health checks for backend architectures.

The best way to structure xUnit tests for aggregate state is by using nested test class patterns that facilitate rigorous verification of event streams and domain specifications throughout the TDD cycle.

You need event sourcing patterns when maintaining high code quality and reliability in complex C#/.NET backends, as it enforces strict TDD cycles that verify business logic through event streams before implementation.