How does it handle MessagePack serialization?

The skill provides specific boilerplate for MessagePackObject attributes, ensuring Request-Response use Key(2) onwards and Event-based packets use Key(0) onwards.

Where are the protocols registered?

Request-Response protocols are registered in PacketResponseCreator.cs, while Event packets are typically initialized in their respective system controllers to prevent garbage collection.

Does this skill help with unit testing?

Yes, it integrates with the creating-server-tests skill to help you generate combined server tests in the PacketTest directory.

What protocol types does this skill support?

It supports two main types: Request-Response (IPacketResponse) for client-driven actions and Event-type (EventPacket) for server-side state change notifications.

What dependencies are required for these protocols?

The protocols primarily rely on C#, MessagePack for serialization, and UniRx for handling asynchronous event subscriptions.

Moorestech Server Protocol Creator

Name: Moorestech Server Protocol Creator
Author: moorestech

bymoorestech

•

游戏开发

Guides the implementation of Request-Response and Event-based communication protocols for the Moorestech game server.

This skill provides a standardized framework for developing communication protocols within the Moorestech server architecture. It assists developers in creating Request-Response packets using the IPacketResponse interface and asynchronous Event packets for server-to-client notifications. By enforcing consistent MessagePack serialization patterns, UniRx event subscriptions, and registration workflows, the skill streamlines the addition of new server-client interactions and real-time state updates in C#-based Unity environments.

主要功能

0169 GitHub stars

02Step-by-step guidance for IPacketResponse implementation

03Automated registration workflow for PacketResponseCreator

04Standardized MessagePack serialization patterns for request/response objects

05Template generation for server-side communication tests

06UniRx-based event subscription and broadcasting configuration

使用场景

01Adding new client-driven interaction types to the game server

02Standardizing network packet structures for automated factory logic

03Implementing real-time server-side state notifications for players

主要功能

0169 GitHub stars

02Step-by-step guidance for IPacketResponse implementation

03Automated registration workflow for PacketResponseCreator

04Standardized MessagePack serialization patterns for request/response objects

05Template generation for server-side communication tests

06UniRx-based event subscription and broadcasting configuration

使用场景

01Adding new client-driven interaction types to the game server

02Standardizing network packet structures for automated factory logic

03Implementing real-time server-side state notifications for players