Which programming languages does this skill support?

This skill provides specialized patterns and best practices for C#, Go, Rust, and C++20, specifically tailored for high-performance server environments.

Can it help monitor server performance in real-time?

Yes, it includes built-in observability configurations for tracking active tasks, error rates, and event loop lag to ensure smooth, lag-free gameplay.

What is the benefit of using structured concurrency in game dev?

Structured concurrency ensures that asynchronous tasks are bound to specific scopes, preventing orphaned tasks and ensuring clean error propagation and graceful shutdowns.

How does this skill help with server stability?

It implements concurrency limits, backpressure handling, and circuit-breaking patterns to prevent resource exhaustion and thread starvation during high traffic spikes.

Async Programming for Game Servers

Name: Async Programming for Game Servers
Author: pluginagentmarketplace

bypluginagentmarketplace

•

游戏开发

Implements high-performance asynchronous patterns including coroutines, async/await, and reactive streams for scalable game backends.

This skill provides domain-specific guidance for architecting non-blocking, concurrent game server logic across multiple languages like C#, Rust, Go, and C++. It helps developers implement efficient task scheduling, manage connection limits, and handle graceful shutdowns using structured concurrency patterns. By optimizing asynchronous workflows and providing built-in observability for event loop lag and task duration, it ensures minimal latency and maximum throughput for demanding multiplayer environments.

主要功能

01Real-time observability metrics for monitoring task active counts, duration, and event loop lag

021 GitHub stars

03Structured error handling and graceful shutdown patterns with linked cancellation tokens

04Advanced concurrency control using semaphores and rate limiting to prevent resource exhaustion

05Multi-language support for C# Task-based patterns, Go routines, C++20 coroutines, and Rust tokio

06Performance optimization strategies to identify and prevent thread starvation and memory leaks

使用场景

01Designing high-concurrency multiplayer game backends that require thousands of simultaneous connections

02Optimizing server-side event loops to reduce tick latency and improve player experience

03Implementing safe and scalable I/O bound player connection handlers with automatic timeouts

What are Skills?·How to Install

Install with 🐟 Skill.Fish

npx skillfish add pluginagentmarketplace/custom-plugin-server-side-game-dev async-programming

For use in Claude.ai and ChatGPT

Download Skill

主要功能

01Real-time observability metrics for monitoring task active counts, duration, and event loop lag

021 GitHub stars

03Structured error handling and graceful shutdown patterns with linked cancellation tokens

04Advanced concurrency control using semaphores and rate limiting to prevent resource exhaustion

05Multi-language support for C# Task-based patterns, Go routines, C++20 coroutines, and Rust tokio

06Performance optimization strategies to identify and prevent thread starvation and memory leaks

使用场景

01Designing high-concurrency multiplayer game backends that require thousands of simultaneous connections

02Optimizing server-side event loops to reduce tick latency and improve player experience

03Implementing safe and scalable I/O bound player connection handlers with automatic timeouts

What are Skills?·How to Install

Install with 🐟 Skill.Fish

npx skillfish add pluginagentmarketplace/custom-plugin-server-side-game-dev async-programming

For use in Claude.ai and ChatGPT

Download Skill