mirror of
https://github.com/node-red/node-red.git
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Merge pull request #1945 from node-red/UDP-Node-fixes
Udp node socket binding fixes
This commit is contained in:
Nick O'Leary
GitHub
commit
4d27ba1bda
@ -58,17 +58,36 @@ module.exports = function(RED) {
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if (process.version.indexOf("v0.10") === 0) { opts = node.ipv; }
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var server;
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if (!udpInputPortsInUse.hasOwnProperty(this.port)) {
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if (!udpInputPortsInUse.hasOwnProperty(node.port)) {
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server = dgram.createSocket(opts); // default to udp4
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udpInputPortsInUse[this.port] = server;
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server.bind(node.port, function() {
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if (node.multicast == "true") {
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server.setBroadcast(true);
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server.setMulticastLoopback(false);
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try {
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server.setMulticastTTL(128);
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server.addMembership(node.group,node.iface);
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if (node.iface) { node.status({text:n.iface+" : "+node.iface}); }
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node.log(RED._("udp.status.mc-group",{group:node.group}));
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} catch (e) {
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if (e.errno == "EINVAL") {
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node.error(RED._("udp.errors.bad-mcaddress"));
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} else if (e.errno == "ENODEV") {
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node.error(RED._("udp.errors.interface"));
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} else {
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node.error(RED._("udp.errors.error",{error:e.errno}));
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}
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}
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}
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});
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udpInputPortsInUse[node.port] = server;
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}
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else {
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node.log(RED._("udp.errors.alreadyused",{port:node.port}));
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server = udpInputPortsInUse[this.port]; // re-use existing
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server = udpInputPortsInUse[node.port]; // re-use existing
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if (node.iface) { node.status({text:n.iface+" : "+node.iface}); }
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}
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if (process.version.indexOf("v0.10") === 0) { opts = node.ipv; }
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server.on("error", function (err) {
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if ((err.code == "EACCES") && (node.port < 1024)) {
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node.error(RED._("udp.errors.access-error"));
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@ -92,39 +111,24 @@ module.exports = function(RED) {
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server.on('listening', function () {
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var address = server.address();
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node.log(RED._("udp.status.listener-at",{host:address.address,port:address.port}));
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if (node.multicast == "true") {
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server.setBroadcast(true);
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try {
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server.setMulticastTTL(128);
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server.addMembership(node.group,node.iface);
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node.log(RED._("udp.status.mc-group",{group:node.group}));
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} catch (e) {
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if (e.errno == "EINVAL") {
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node.error(RED._("udp.errors.bad-mcaddress"));
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} else if (e.errno == "ENODEV") {
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node.error(RED._("udp.errors.interface"));
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} else {
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node.error(RED._("udp.errors.error",{error:e.errno}));
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}
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}
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}
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node.log(RED._("udp.status.listener-at",{host:node.iface||address.address,port:address.port}));
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});
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node.on("close", function() {
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if (udpInputPortsInUse.hasOwnProperty(node.port)) {
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delete udpInputPortsInUse[node.port];
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}
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try {
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if (node.multicast == "true") { server.dropMembership(node.group); }
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server.close();
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node.log(RED._("udp.status.listener-stopped"));
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} catch (err) {
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//node.error(err);
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}
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if (udpInputPortsInUse.hasOwnProperty(node.port)) {
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delete udpInputPortsInUse[node.port];
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}
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node.status({});
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});
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try { server.bind(node.port,node.iface); }
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catch(e) { } // Don't worry if already bound
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}
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RED.httpAdmin.get('/udp-ports/:id', RED.auth.needsPermission('udp-ports.read'), function(req,res) {
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res.json(Object.keys(udpInputPortsInUse));
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@ -132,6 +136,7 @@ module.exports = function(RED) {
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RED.nodes.registerType("udp in",UDPin);
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// The Output Node
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function UDPout(n) {
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RED.nodes.createNode(this,n);
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@ -169,92 +174,98 @@ module.exports = function(RED) {
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}
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var opts = {type:node.ipv, reuseAddr:true};
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if (process.version.indexOf("v0.10") === 0) { opts = node.ipv; }
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var sock;
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var p = this.outport || this.port || "0";
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if (udpInputPortsInUse[p]) {
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sock = udpInputPortsInUse[p];
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node.log(RED._("udp.status.re-use",{outport:node.outport,host:node.addr,port:node.port}));
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}
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else {
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sock = dgram.createSocket(opts); // default to udp4
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sock.on("error", function(err) {
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// Any async error will also get reported in the sock.send call.
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// This handler is needed to ensure the error marked as handled to
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// prevent it going to the global error handler and shutting node-red
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// down.
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});
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udpInputPortsInUse[p] = sock;
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if (node.multicast != "false") {
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sock.bind(node.outport, function() { // have to bind before you can enable broadcast...
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sock.setBroadcast(true); // turn on broadcast
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if (node.multicast == "multi") {
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try {
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sock.setMulticastTTL(128);
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sock.addMembership(node.addr,node.iface); // Add to the multicast group
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node.log(RED._("udp.status.mc-ready",{iface:node.iface,outport:node.outport,host:node.addr,port:node.port}));
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} catch (e) {
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if (e.errno == "EINVAL") {
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node.error(RED._("udp.errors.bad-mcaddress"));
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} else if (e.errno == "ENODEV") {
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node.error(RED._("udp.errors.interface"));
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} else {
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node.error(RED._("udp.errors.error",{error:e.errno}));
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node.tout = setTimeout(function() {
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if (udpInputPortsInUse[p]) {
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sock = udpInputPortsInUse[p];
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node.log(RED._("udp.status.re-use",{outport:node.outport,host:node.addr,port:node.port}));
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if (node.iface) { node.status({text:n.iface+" : "+node.iface}); }
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}
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else {
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sock = dgram.createSocket(opts); // default to udp4
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if (node.multicast != "false") {
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sock.bind(node.outport, function() { // have to bind before you can enable broadcast...
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sock.setBroadcast(true); // turn on broadcast
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sock.setMulticastLoopback(false); // turn off loopback
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if (node.multicast == "multi") {
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try {
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sock.setMulticastTTL(128);
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sock.addMembership(node.addr,node.iface); // Add to the multicast group
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if (node.iface) { node.status({text:n.iface+" : "+node.iface}); }
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node.log(RED._("udp.status.mc-ready",{iface:node.iface,outport:node.outport,host:node.addr,port:node.port}));
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} catch (e) {
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if (e.errno == "EINVAL") {
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node.error(RED._("udp.errors.bad-mcaddress"));
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} else if (e.errno == "ENODEV") {
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node.error(RED._("udp.errors.interface"));
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} else {
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node.error(RED._("udp.errors.error",{error:e.errno}));
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}
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}
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} else {
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node.log(RED._("udp.status.bc-ready",{outport:node.outport,host:node.addr,port:node.port}));
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}
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} else {
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node.log(RED._("udp.status.bc-ready",{outport:node.outport,host:node.addr,port:node.port}));
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}
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});
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} else if ((node.outport !== "") && (!udpInputPortsInUse[node.outport])) {
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sock.bind(node.outport);
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node.log(RED._("udp.status.ready",{outport:node.outport,host:node.addr,port:node.port}));
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} else {
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node.log(RED._("udp.status.ready-nolocal",{host:node.addr,port:node.port}));
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}
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}
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node.on("input", function(msg) {
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if (msg.hasOwnProperty("payload")) {
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var add = node.addr || msg.ip || "";
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var por = node.port || msg.port || 0;
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if (add === "") {
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node.warn(RED._("udp.errors.ip-notset"));
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} else if (por === 0) {
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node.warn(RED._("udp.errors.port-notset"));
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} else if (isNaN(por) || (por < 1) || (por > 65535)) {
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node.warn(RED._("udp.errors.port-invalid"));
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} else {
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var message;
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if (node.base64) {
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message = Buffer.from(msg.payload, 'base64');
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} else if (msg.payload instanceof Buffer) {
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message = msg.payload;
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} else {
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message = Buffer.from(""+msg.payload);
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}
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sock.send(message, 0, message.length, por, add, function(err, bytes) {
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if (err) {
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node.error("udp : "+err,msg);
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}
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message = null;
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});
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} else if ((node.outport !== "") && (!udpInputPortsInUse[node.outport])) {
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sock.bind(node.outport);
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node.log(RED._("udp.status.ready",{outport:node.outport,host:node.addr,port:node.port}));
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} else {
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node.log(RED._("udp.status.ready-nolocal",{host:node.addr,port:node.port}));
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}
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sock.on("error", function(err) {
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// Any async error will also get reported in the sock.send call.
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// This handler is needed to ensure the error marked as handled to
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// prevent it going to the global error handler and shutting node-red
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// down.
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});
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udpInputPortsInUse[p] = sock;
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}
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});
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node.on("input", function(msg) {
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if (msg.hasOwnProperty("payload")) {
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var add = node.addr || msg.ip || "";
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var por = node.port || msg.port || 0;
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if (add === "") {
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node.warn(RED._("udp.errors.ip-notset"));
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} else if (por === 0) {
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node.warn(RED._("udp.errors.port-notset"));
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} else if (isNaN(por) || (por < 1) || (por > 65535)) {
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node.warn(RED._("udp.errors.port-invalid"));
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} else {
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var message;
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if (node.base64) {
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message = Buffer.from(msg.payload, 'base64');
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} else if (msg.payload instanceof Buffer) {
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message = msg.payload;
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} else {
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message = Buffer.from(""+msg.payload);
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}
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sock.send(message, 0, message.length, por, add, function(err, bytes) {
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if (err) {
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node.error("udp : "+err,msg);
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}
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message = null;
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});
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}
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}
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});
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}, 150);
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node.on("close", function() {
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if (udpInputPortsInUse.hasOwnProperty(p)) {
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delete udpInputPortsInUse[p];
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}
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if (node.tout) { clearTimeout(node.tout); }
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try {
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if (node.multicast == "multi") { sock.dropMembership(node.group); }
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sock.close();
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node.log(RED._("udp.status.output-stopped"));
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} catch (err) {
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//node.error(err);
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}
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if (udpInputPortsInUse.hasOwnProperty(p)) {
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delete udpInputPortsInUse[p];
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}
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node.status({});
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});
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}
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RED.nodes.registerType("udp out",UDPout);
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