V3 Core Implementation

Structure a TypeScript application with domain-driven design by organizing code into modular domains, shared kernels, and application services, enforcing clear separation between domain, application, and infrastructure layers for scalable feature growth.

Implement bounded contexts in a multi-domain TypeScript app by defining DDD-aligned domain boundaries, modular domains, and a shared kernel, allowing distinct business domains to scale independently while sharing necessary infrastructure logic.

Dependency injection in modular TypeScript architecture works by decoupling domain entities, repositories, and application services from their infrastructure implementations, ensuring the codebase remains modular, testable, and easier to evolve over time.

Yes, you can use this DDD core scaffolding for rapid prototyping because it provides a reference architecture that includes entities, value objects, domain events, and repositories, establishing a structured foundation for immediate feature development.

The recommended testing strategy for domain-driven TypeScript modules involves comprehensive unit and integration tests across all domains, ensuring that modular boundaries, application services, and infrastructure layers function reliably as the codebase evolves.

You should not use clean architecture for small, simple TypeScript projects where the overhead of maintaining domain boundaries, shared kernels, and dependency injection outweighs the benefits of modular, testable code that is easier to evolve over time.