due-framework

Building a distributed game server with the actor model requires structuring Gate, Node, and Mesh components to handle protocol design, actor-based state management, and inter-service communication. This approach ensures consistent patterns and lifecycle management across your game server stack.

The Gate/Node/Mesh architecture pattern provides a unified model for distributed game servers by separating network entry points, logic processing nodes, and inter-service communication meshes. This structure enables efficient routing, session management, and service discovery across your scalable game server stack.

You can bootstrap a new game server module by instantiating a container, loading the due-framework architecture skill, and booting a Gate/Node/Mesh workflow. This rapidly initializes your module using standard components and reference patterns for a scalable game server stack.

Yes, the due-framework architecture explicitly supports service discovery and inter-service communication across components. It applies an actor-based state management model to ensure robust routing and session handling within your distributed game server architecture.

You need an actor model for distributed systems when managing concurrent state, inter-service communication, and service discovery across components like Gate, Node, and Mesh. It is essential for maintaining consistent patterns and lifecycle management in scalable game servers.