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msquic: Cross-Platform, High-Performance QUIC Protocol Implementation
msquic is a cross-platform, C implementation of the IETF QUIC protocol, designed for high-performance and low-latency network communication. It provides bindings for C, C++, C#, and Rust.
C
Added on 2025年6月5日4,340
Stars576
ForksC
LanguageProject Introduction
Summary
msquic is Microsoft's open-source, cross-platform implementation of the IETF QUIC protocol written in C. It aims to provide a high-performance, low-latency, and reliable transport layer for modern internet applications, offering bindings for multiple popular programming languages.
Problem Solved
Provides a robust and performant implementation of the modern QUIC transport protocol, enabling developers to build applications that overcome the limitations of traditional TCP/TLS stacks, such as head-of-line blocking and slow handshake times, across diverse platforms and programming languages.
Core Features
High-Performance QUIC Transport
Leverages the QUIC protocol to provide fast connection establishment and efficient data transfer over UDP.
Multi-Language and Cross-Platform Support
Offers native language bindings, allowing developers to integrate QUIC capabilities easily into applications written in C, C++, C#, and Rust across various operating systems.
Tech Stack
C
IETF QUIC Protocol
C++ Bindings
C# Bindings
Rust Bindings
Cross-Platform Development
使用场景
msquic can be utilized in various scenarios requiring efficient, low-latency, and reliable transport over UDP, particularly in modern distributed systems and internet-facing applications.
Scenario 1: Web Servers and Proxies
Details
Building high-performance web servers or proxies that utilize QUIC for improved connection setup and data transfer efficiency, especially for HTTP/3.
User Value
Reduced latency for web requests, improved connection resilience, and better performance over lossy networks.
Scenario 2: Real-time Communication
Details
Developing real-time applications such as gaming servers, video conferencing, or IoT communication where low latency and efficient handling of multiple streams are critical.
User Value
Lower end-to-end latency, effective handling of concurrent data streams without head-of-line blocking, and better performance on diverse network conditions.
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