V3 DDD Architecture

Refactor a monolithic codebase into bounded contexts using DDD by decomposing large "god objects" into modular, well-defined domains. This Skill breaks down complex code into smaller, manageable domains using a microkernel pattern for better separation of concerns.

The best way to implement clean architecture in TypeScript is by applying Domain-Driven Design principles to establish layered architectures. This approach promotes modularity and separation of concerns, addressing challenges in large codebases for improved maintainability.

Yes, you can use a microkernel pattern to enable plugin-based extensibility in microservices. This Skill facilitates a plugin-based architecture that allows distinct bounded contexts to communicate via domain events while remaining independently extensible.

Break down a large orchestrator file by refactoring it into distinct domains like task-management, session-management, and health-monitoring. This modular decomposition improves maintainability and testability by enforcing strict separation of concerns.

You should not use Domain-Driven Design for code modularization when dealing with small, simple codebases where the overhead of bounded contexts and a microkernel pattern outweighs the benefits of strict separation of concerns and domain event-driven communication.