uWebSockets Web Sockets
uWebSockets.js is a Node.js WebSocket library for building blazing fast WebSocket apps
#What is uWebSockets?
uWebSockets is a high-performance and lightweight WebSocket library written in C++. It was designed to offer a simple and efficient way to implement real-time communication in web applications. It provides a set of APIs that enable developers to create WebSocket servers and clients with ease.
#uWebSockets Key Features
Most recognizable uWebSockets features include:
- High performance and low latency: uWebSockets is built with performance in mind and provides a lightweight and efficient way to handle WebSocket connections.
- Cross-platform support: uWebSockets is compatible with various platforms, including Linux, macOS, Windows, and FreeBSD.
- SSL/TLS encryption: uWebSockets supports SSL/TLS encryption for secure WebSocket communication.
- Customizable callbacks: uWebSockets allows developers to define custom callbacks for various WebSocket events, such as connection, disconnection, and message handling.
- WebSocket compression: uWebSockets supports WebSocket compression, which can reduce the size of data sent over the network and improve performance.
- IPv6 support: uWebSockets supports IPv6, which enables communication over IPv6 networks.
Some of the uWebSockets use-cases are:
- Real-time web applications: uWebSockets is designed to handle real-time communication in web applications, making it ideal for building chat applications, online gaming platforms, and other real-time applications.
- IoT devices: uWebSockets can be used to create WebSocket servers for IoT devices, enabling them to communicate with each other in real-time.
- Proxy servers: uWebSockets can be used to build proxy servers that relay WebSocket connections between clients and servers, enabling them to communicate securely over the internet.
uWebSockets is a high-performance and lightweight WebSocket library written in C++, which provides a simple and efficient way to implement real-time communication in web applications, IoT devices, and proxy servers.