m09-domain

Modeling Domain-Driven Design aggregates in Rust involves defining clear ownership boundaries and enforcing invariants within an Aggregate Root. This approach codifies entity boundaries and persistence rules into safe Rust patterns.

Use a Value Object in Rust for immutable concepts lacking identity, and an Entity for mutable concepts with a distinct lifecycle. This distinction enforces domain invariants and clarifies ownership boundaries across typical usage scenarios.

Implementing a Repository pattern for a Rust backend API requires defining a trait that abstracts persistence boundaries. This allows domain logic to remain decoupled from data storage while enforcing aggregate consistency.

The best way to enforce domain invariants in Rust is by leveraging the type system and ownership rules within Aggregate Roots. This prevents architectural drift by making invalid domain states unrepresentable at compile time.

Yes, you can use Rust to handle Domain Events in a DDD architecture by codifying them into specific patterns. This expresses domain logic and side effects cleanly while maintaining strict ownership boundaries.

No, you do not need a specific framework to implement DDD primitives in Rust. You can scaffold a small project using the standard Rust toolchain to create templates for Entities, Value Objects, and Repositories.