V3 Core Implementation

To set up a claude-flow v3 core, execute the `Task` command to initialize the DDD domain structure and base classes. This creates a modular, testable TypeScript foundation using clean architecture patterns and dependency injection for extension development.

Domain-driven design in TypeScript is used to structure core logic into clear, maintainable domains. It separates business logic from infrastructure, ensuring a scalable codebase that is easy to test and modify as project complexity grows.

Yes, enabling claude-flow v3 kernel functionality requires `domain-registry.ts` and `plugin-loader.ts`. These files are essential components for loading plugins and registering domains within the core implementation.

Yes, you can use dependency injection to make a claude-flow extension testable. The core implementation leverages TypeScript dependency injection to decouple components, ensuring a flexible codebase that supports comprehensive test coverage.

The best way to structure a modular TypeScript codebase for claude-flow is using clean architecture and DDD compliance. This approach separates domains, uses dependency injection, and ensures the core logic remains scalable and maintainable.