V3 Core Implementation

Scaffolding bounded contexts involves defining core domains, value objects, events, and aggregates to establish clear architectural boundaries. This Skill generates that foundational structure using a strongly-typed TypeScript toolchain to support robust, maintainable development.

Clean architecture with dependency injection separates core domain logic from external concerns, supporting flexible composition and testing. You need it when building modular TypeScript systems requiring strict boundaries between domains and applications to ensure long-term maintainability.

Yes, implementing this clean architecture foundation requires a strongly-typed TypeScript toolchain and DI container support. It is designed to support flexible composition across domains and applications, integrating with your existing DI setup to wire bounded contexts.

Testing domain events and aggregates requires a comprehensive test strategy with unit and integration tests. This Skill ensures reliability across the codebase by scaffolding the core framework with TypeScript-based implementation that validates bounded contexts and the shared kernel.

The best way to structure a modular TypeScript microkernel is using a microkernel-inspired structure with clean architecture and dependency injection. This approach supports flexible composition while defining core domains, value objects, events, and aggregates for clear boundaries.