V3 Core Implementation

Structure a TypeScript domain-driven design project by separating kernel, domains, shared kernel, and application layers with dependency injection. This modular architecture supports bounded contexts, entities, value objects, and domain events for scalable, testable code.

Set up a dependency injection container for modular TypeScript by configuring a modern DI container within the application layer. This enables repository patterns, domain services, and event handling while enforcing strict type safety across bounded contexts.

Organize bounded contexts and domain events in TypeScript by isolating entities, value objects, and domain services within distinct domain modules. The shared kernel handles cross-cutting events, while the application layer coordinates use cases through repository patterns.

Clean architecture with repository patterns supports scalable AI tooling in TypeScript by enforcing strict layer separation and dependency injection. This allows easy addition of new domains and use cases without modifying existing code, ensuring maintainability.

Ensure comprehensive unit and integration test coverage in a DDD TypeScript codebase by enforcing strict TypeScript configuration and testing isolated domain modules. Run npm test after installing dependencies to validate bounded contexts and application layers.

A microkernel pattern for domain-driven design in TypeScript provides a ready-to-use foundation by encapsulating core domains and application services. This enables rapid, maintainable development with robust test coverage and extensible modular architecture.