V3 Core Implementation

Structure a Domain-Driven Design TypeScript project by defining bounded contexts, aggregate roots, entities, and value objects. Separate domain logic from infrastructure using dependency injection containers and pluggable repository bindings to ensure modular, maintainable services.

Implement a SQLite repository in TypeScript by defining repository interfaces in the domain layer and binding concrete implementations through a dependency injection container. Use mapping helpers and entity caching to optimize performance-sensitive read operations.

An in-memory domain event bus facilitates use case orchestration by allowing aggregate roots to publish domain events. Subscribed handlers react to these events synchronously, ensuring decoupled communication between bounded contexts during task and session operations.

Write unit and integration tests for DDD entities and repositories by validating domain behavior against strict TypeScript compilation settings. Mock repository interfaces and use an in-memory event bus to verify use case orchestration and aggregate root consistency.

Yes, you can scaffold a task management domain using clean architecture by defining aggregate roots, publishing domain events via an in-memory event bus, and persisting state through SQLite repository bindings wired by a dependency injection container.