V3 Core Implementation

Structure a TypeScript project using domain-driven design by defining bounded contexts with entities, value objects, repositories, and events. This Skill scaffolds a clean architecture core with dependency injection to separate domain logic from infrastructure.

A microkernel pattern provides a minimal core system that composes features and swaps implementations easily using dependency injection. It supports modular domain boundaries by keeping the core lightweight and plugging in specific domain services as independent modules.

Set up unit and integration tests for a DDD bounded context using the included baseline testing scaffolds. This Skill provides a minimal in-memory and integration testing setup to ensure domain entities, repositories, and services maintain code quality.

Yes, you can use dependency injection with clean architecture in Codex-flow v3. This Skill employs a microkernel-driven core and standardized domain layer to wire dependencies, enabling you to compose features and swap implementations without coupling.

You should not use a domain-driven design approach when your application logic is primarily CRUD-based without complex business rules. DDD adds structural overhead through bounded contexts and domain events, which is unnecessary for simple data entry or lightweight scripts.

The best way to bootstrap a clean architecture core module for Codex-flow v3 is to install dependencies and run the provided core scaffold. This generates the standardized domain and shared layers required for DDD-aligned development.