V3 Core Implementation

To structure a TypeScript project with domain-driven design and clean architecture, you implement modular bounded contexts containing domain entities, value objects, aggregates, and repositories. This approach separates domain logic from application services using a dependency injection container and a pluggable microkernel.

The best way to implement event-driven architecture in TypeScript is by orchestrating domain events and command handlers across modular bounded contexts. This skill provides a core architecture that coordinates cross-context events through a pluggable kernel for robust workflows.

You set up dependency injection for bounded contexts by configuring a dependency container that manages application services and repository abstractions. This skill implements a container configuration supporting InMemory and SQLite-like persistence alongside strict TypeScript settings.

Yes, you can use this clean architecture approach for both task-management and session-management contexts. The skill delivers modular bounded contexts for both, alongside health-monitoring and lifecycle-management, coordinated through a pluggable kernel and event coordination.

To test domain logic and aggregates in a TypeScript DDD project, you write comprehensive unit tests against domain entities and value objects using provided persistence abstractions. This skill includes strong test coverage and InMemory repository implementations to facilitate isolated domain logic testing.

You should use a microkernel architecture for domain-driven design when you need pluggable bounded contexts and cross-context event coordination. This skill implements a microkernel to orchestrate domain events and command handlers, enabling scalable and modular domain boundaries within a TypeScript codebase.