Protocol Support
- @stomp/stompjs:
@stomp/stompjssupports the STOMP protocol over WebSockets, providing a full-featured implementation with support for transactions, acknowledgments, and heartbeats. It is ideal for applications that require robust messaging capabilities and compliance with the STOMP specification. - reconnecting-websocket:
reconnecting-websocketfocuses on the WebSocket protocol, providing a simple client with automatic reconnection capabilities. It does not implement any messaging protocols, making it suitable for applications that handle their own message formatting and processing. - sockjs-client:
sockjs-clientprovides a WebSocket emulation protocol with fallback options for environments where WebSockets are not supported. It ensures reliable real-time communication by automatically selecting the best available transport method, including XHR streaming, long polling, and iframe-based transports. - stompjs:
stompjsimplements the STOMP protocol over WebSockets, providing a lightweight client for sending and receiving messages. It is suitable for applications that need basic STOMP functionality without the overhead of advanced features. - webstomp-client:
webstomp-clientprovides a modern implementation of the STOMP protocol over WebSockets, focusing on simplicity and performance. It is designed for applications that require efficient messaging with a clean API.
Reconnection
- @stomp/stompjs:
@stomp/stompjsincludes built-in support for automatic reconnection with configurable retry intervals. It also supports heartbeats to detect and recover from lost connections, ensuring reliable communication in unstable network conditions. - reconnecting-websocket:
reconnecting-websocketis specifically designed for automatic reconnection, with configurable parameters for retry delays, maximum attempts, and exponential backoff. It is lightweight and easy to integrate, making it ideal for applications that need reliable WebSocket connections. - sockjs-client:
sockjs-clientdoes not provide automatic reconnection out of the box, but it can be combined with other libraries or custom code to implement reconnection logic. Its primary focus is on providing fallback transports for real-time communication. - stompjs:
stompjsdoes not include built-in reconnection logic, but it can be extended to support automatic reconnection. Developers need to implement their own reconnection strategies to handle lost connections. - webstomp-client:
webstomp-clientdoes not provide automatic reconnection, but its simple API makes it easy to implement custom reconnection logic. It is designed for applications that require efficient messaging and can handle connection management externally.
Fallback Support
- @stomp/stompjs:
@stomp/stompjsfocuses on WebSocket communication and does not provide built-in fallback support for environments where WebSockets are unavailable. However, it can be used in conjunction with libraries like SockJS to provide fallback transports while maintaining STOMP functionality. - reconnecting-websocket:
reconnecting-websocketdoes not provide fallback support for non-WebSocket environments. It is designed to work exclusively with WebSockets, relying on the browser's native WebSocket implementation for communication. - sockjs-client:
sockjs-clientis designed to provide fallback support for real-time communication in environments where WebSockets are not supported. It automatically selects the best available transport method, including XHR streaming, long polling, and iframe-based transports, ensuring reliable communication across a wide range of browsers and network conditions. - stompjs:
stompjsfocuses on STOMP over WebSockets and does not provide fallback support for non-WebSocket environments. It relies on the underlying WebSocket connection for communication, making it unsuitable for environments where WebSockets are unavailable. - webstomp-client:
webstomp-clientprovides a modern STOMP client implementation over WebSockets but does not include fallback mechanisms for environments where WebSockets are not supported. It is designed for applications that can rely on native WebSocket support.
Ease of Use
- @stomp/stompjs:
@stomp/stompjsprovides a comprehensive and well-documented API for working with STOMP over WebSockets. It includes examples and guides that make it easier for developers to implement messaging features, especially in applications that require advanced STOMP functionality. - reconnecting-websocket:
reconnecting-websocketoffers a simple and intuitive API for establishing WebSocket connections with automatic reconnection. Its lightweight design and clear documentation make it easy to integrate into projects with minimal effort. - sockjs-client:
sockjs-clientprovides a straightforward API for establishing real-time communication with fallback support. Its documentation includes examples that help developers understand how to use the library effectively, especially in scenarios where WebSocket support is uncertain. - stompjs:
stompjsoffers a simple API for working with the STOMP protocol over WebSockets. It is easy to use for basic messaging tasks, but its documentation may lack depth compared to more modern libraries, which could lead to a steeper learning curve for advanced features. - webstomp-client:
webstomp-clientprovides a clean and modern API for STOMP messaging over WebSockets. Its focus on simplicity and performance makes it easy to use, and it includes documentation that helps developers quickly understand how to implement messaging features.
Ease of Use: Code Examples
- @stomp/stompjs:
STOMP over WebSocket with
@stomp/stompjsimport { Client } from '@stomp/stompjs'; const client = new Client({ brokerURL: 'ws://localhost:8080/stomp', reconnectDelay: 5000, onConnect: () => { client.subscribe('/topic/messages', (message) => { console.log('Received:', message.body); }); client.publish({ destination: '/app/chat', body: 'Hello, STOMP!' }); }, }); client.activate(); - reconnecting-websocket:
WebSocket with Automatic Reconnection using
reconnecting-websocketimport ReconnectingWebSocket from 'reconnecting-websocket'; const rws = new ReconnectingWebSocket('ws://localhost:8080/socket'); rws.addEventListener('open', () => { console.log('Connected'); rws.send('Hello, WebSocket!'); }); rws.addEventListener('message', (event) => { console.log('Received:', event.data); }); - sockjs-client:
Real-Time Communication with Fallbacks using
sockjs-clientimport SockJS from 'sockjs-client'; const sock = new SockJS('http://localhost:8080/sockjs'); sock.onopen = () => { console.log('Connection opened'); sock.send('Hello, SockJS!'); }; sock.onmessage = (e) => { console.log('Received:', e.data); }; sock.onclose = () => { console.log('Connection closed'); }; - stompjs:
Basic STOMP Messaging with
stompjsimport Stomp from 'stompjs'; const client = Stomp.client('ws://localhost:8080/stomp'); client.connect({}, () => { client.subscribe('/topic/messages', (message) => { console.log('Received:', message.body); }); client.send('/app/chat', {}, 'Hello, STOMP!'); }); - webstomp-client:
Efficient STOMP Messaging with
webstomp-clientimport webstomp from 'webstomp-client'; const socket = new WebSocket('ws://localhost:8080/webstomp'); const client = webstomp.over(socket); client.connect({}, () => { client.subscribe('/topic/messages', (message) => { console.log('Received:', message.body); }); client.send('/app/chat', 'Hello, WebSTOMP!'); });
