V3 Core Implementation

To structure a TypeScript codebase using domain-driven design and clean architecture, you organize modules into bounded contexts with a microkernel core, separating entities, value objects, and repository interfaces from application services via dependency injection.

A microkernel architecture works with bounded contexts by isolating task-management, session-management, and health-monitoring domains into separate modules that interact through domain events and shared kernel interfaces, ensuring scalable and modular workflow engine operations.

Yes, you can use dependency injection and domain events with a SQLite repository in a modular TypeScript project by wiring repository interfaces to a sample SQLite implementation, enabling aggregate roots to dispatch events through application services.

The best way to implement unit tests for domain entities and aggregate roots in TypeScript is to design value objects and domain events for testability, validating lifecycle-management and event-coordination behaviors through strict typing and dependency injection.

Yes, you need strict TypeScript typing to apply clean architecture patterns for workflow engine modules, because strict typing enforces repository interface contracts, dependency injection bindings, and safe domain event coordination across bounded contexts.

Separating a microkernel core from application services matters in domain-driven design because it isolates business logic in aggregate roots while routing use cases through dependency injection, preventing domain pollution and maintaining clean architecture boundaries.