v3-core-implementation

Setting up TypeScript with clean architecture and DDD requires establishing bounded contexts, a shared kernel, and a microkernel-based core. This Skill scaffolds these domain layers, including task-management, session-management, and health-monitoring structures, to provide a modular foundation.

Implementing dependency injection in a TypeScript DDD context is best handled with Inversify-based DI bindings. This Skill provides pre-configured DI foundations and repository patterns to enable scalable, testable implementations across your domain layers.

Yes, this core implementation includes both unit and integration tests for domain events. It enforces strict TypeScript configuration alongside comprehensive testing to ensure the event-driven architecture and microkernel-based kernel function reliably.

Yes, you can use this to quickly bootstrap a microkernel and application services. Running the full core initialization sequence scaffolds the complete v3 core, accelerating development of your domain-bound contexts and infrastructure patterns.

Using a shared kernel and repository patterns for task and session management ensures strict separation of concerns and testable code. This approach establishes a robust, modular core that accelerates development while maintaining clean architecture boundaries.

There are no explicit limitations noted, but a microkernel-based architecture for DDD requires strict adherence to clean architecture boundaries. This Skill mitigates complexity by providing pre-configured DI bindings, domain events, and infrastructure patterns for rapid bootstrapping.