distributed-actors

Distributed actor design in Trebuchet uses the @Trebuchet macro to enforce protocol conformance and reliable state handling. It guides initialization, Codable method parameters, and deployment configurations to ensure actors are testable and maintainable.

Trebuchet distributed actor methods require Codable parameters and return types for safe serialization. The Skill provides best-practice guidance on structuring these methods, applying the Trebuchet macro, and handling state management correctly.

Trebuchet handles state persistence using the optional StatefulActor pattern. The Skill provides guidance on StatefulActor usage to manage actor state reliably across deployments, ensuring consistency and testability for your Swift actors.

Yes, you can use the @Trebuchet macro for stateful distributed actor deployments. The Skill covers optional StatefulActor patterns for persistence, initialization setup, and deployment configurations to maintain reliable state across your system.

Limitations in Trebuchet distributed actor design include inconsistent state handling and error-prone deployment configurations without codified best practices. The Skill addresses these by enforcing TrebuchetActor conformance, Codable method types, and proper macro usage to prevent design flaws.