Register a function to be called upon receiving a specific command from a specific OSC address. Same interface like OSCresponder, but allows multiple responders to the same command.
Note that OSCresponderNode evaluates its function in the system process. In order to access the application process (e.g. for GUI access ) use { ... }.defer;
Other applications sending messages to SuperCollider should distinguish between sending messages to the server or the language. Server messages are documented in the Server Command Reference and should be sent to the server's port - s.addr.port - which is 57110 by default. Messages sent to the server will not be processed by any OSCresponder in the language.
Messages from external clients that should be processed by OSCresponders must be sent to the language port, 57120 by default. Use NetAddr.langPort to confirm which port the SuperCollider language is listening on.
See OSC Communication for more details.
// example: two SuperCollider apps communicating// application 1:n = NetAddr("127.0.0.1", 57120); // the url should be the one of computer of app 2 (or nil)o = OSCresponderNode(n, '/chat', { |t, r, msg| ("time:" + t).postln; msg[1].postln }).add;// application 2:m = NetAddr("127.0.0.1", 57120); // the url should be the one of computer of app 1m.sendMsg("/chat", "Hello App 1");// sending bundles (including timestamps)(m.sendBundle(2.0, ["/chat", "Hello App 1"], ["/chat", "Hallo Wurld"]);m.sendBundle(0.0, ["/chat", "Hello App 1"], ["/chat", "Hallo Wurld"]);)// end application 1:o.remove;xxxxxxxxxx// same as above, but we set the address to nil so we can receive from anywhere// no need for a NetAddr since we are just listening (and not sending)o = OSCresponderNode(nil, '/test', { |t, r, msg| msg.postln }).add;o.remove;xxxxxxxxxx// same as above, but we use a NetAddr with a port of nil, so we can receive from a specific host, but from any portn = NetAddr("127.0.0.1", nil); // the url should be the one of computer of app 2o = OSCresponderNode(n, '/test', { |t, r, msg| msg.postln }).add;o.remove;xxxxxxxxxx// example from SendTrig(s.boot;s.notify;)(SynthDef("help-SendTrig",{ SendTrig.kr(Dust.kr(1.0), 0, 0.9);}).add;// register to receive this messagea = OSCresponderNode(s.addr, '/tr', { arg time, responder, msg; [time, responder, msg].postln;}).add;b = OSCresponderNode(s.addr, '/tr', { arg time, responder, msg; "this is another call".postln;}).add;)x = Synth.new("help-SendTrig");a.remove;b.remove;x.free;xxxxxxxxxx// end of group messages.boot;a = OSCresponderNode(s.addr,'/n_end',{ arg time,responder,msg; [time, responder, msg].postln; if(msg[1] == g.nodeID,{ "g is dead !".postln; // g = Group.new; });}).add;g = Group.new;g.free;a.remove;xxxxxxxxxx// example from ServerErrorGui in crucial libf = OSCresponderNode(s.addr, '/fail', { arg time, responder, msg; { var mins,secs; mins = (time/60).round(1); secs = (time%60).round(0.1); if(secs<10,{ secs = "0"++secs.asString; },{ secs=secs.asString;}); // put this on a gui //errors.label = "% % (%:%)".format(msg[1], msg[2], mins, secs); //errors.stringColor = Color.white; "% % (%:%)".format(msg[1], msg[2], mins, secs).postln; }.defer});f.add;// cause a failureSynth("gthhhhppppppp!");f.remove