medooze-media-server

import MediaServer from 'medooze-media-server'; // Enable verbose logging for easier debugging and monitoring MediaServer.enableLog(true); MediaServer.logLevel = MediaServer.INFO; // Can be set to MediaServer.DEBUG for more detailed logs console.log('Starting Medooze Media Server...'); // Create a new media server instance. This is the entry point for all media operations. const mediaServer = new MediaServer(); // Create an endpoint, which represents a connection to a WebRTC peer (e.g., a browser client). // The IP should typically be your server's public IP address, but '127.0.0.1' works for local testing. // The port will be dynamically assigned if not specified, but a fixed range is often useful for firewall configuration. const endpoint = mediaServer.createEndpoint({ ip: '127.0.0.1', port: 50000 + Math.floor(Math.random() * 1000) // Assigns a random port within a common ephemeral range }); console.log(`Endpoint created with local ICE IP: ${endpoint.getLocalICE().ip}, Port: ${endpoint.getLocalICE().port}`); // Event listener for local ICE candidates generated by the endpoint. // These candidates must be sent to the remote WebRTC peer via your signaling channel. endpoint.onicecandidate = (candidate) => { console.log('Generated local ICE candidate:', candidate); // In a real application, you would send this 'candidate' object // to the remote browser client using your chosen signaling mechanism (e.g., WebSockets, MQTT, HTTP). // Example: ws.send(JSON.stringify({ type: 'iceCandidate', candidate })); }; // In a full application, you would also receive remote ICE candidates via signaling // and add them to the endpoint using: endpoint.addRemoteCandidate(remoteCandidate); // Create a WebRTC transport for the endpoint. This handles the SDP offer/answer negotiation and media flow. const transport = endpoint.createTransport({ dtls: true, // DTLS is essential for WebRTC security srtp: true, // SRTP encrypts media rtcpmux: true // RTCP-muxing combines RTP and RTCP on a single port }); // Generate a local SDP offer that needs to be sent to the remote peer. const offer = transport.createOffer(); console.log('Generated local SDP Offer:\n', offer.sdp); // Send 'offer.sdp' to the remote peer (browser) via your signaling channel. // Example of how you would set the remote peer's SDP answer (received via signaling): /* const remoteSdpAnswer = { type: 'answer', sdp: 'v=0\r\no=...\r\n...' // The SDP answer string received from the remote WebRTC peer }; transport.setRemoteProperties(remoteSdpAnswer); */ // Keep the Node.js process alive indefinitely for the media server to operate continuously setInterval(() => {}, 1000 * 60 * 60);