public virtual void OnWsMessage(object source, SpeckleEventArgs e)
{
try
{
AddRuntimeMessage(GH_RuntimeMessageLevel.Remark, e.EventObject.args.eventType + "received at " + DateTime.Now + " from " + e.EventObject.senderId);
switch ((string)e.EventObject.args.eventType)
{
case "get-definition-io":
if (EnableRemoteControl == false)
{
return;
}
Dictionary <string, object> message = new Dictionary <string, object>();
message["eventType"] = "get-def-io-response";
message["controllers"] = DefaultSpeckleInputs;
message["outputs"] = DefaultSpeckleOutputs;
Client.SendMessage(e.EventObject.senderId, message);
break;
case "compute-request":
if (EnableRemoteControl == true)
{
var requestClientId = (string)e.EventObject.senderId;
if (JobQueue.Contains(requestClientId))
{
JobQueue[requestClientId] = e.EventObject.args.requestParameters;
}
else
{
JobQueue.Add(requestClientId, e.EventObject.args.requestParameters);
}
AddRuntimeMessage(GH_RuntimeMessageLevel.Remark, Document.SolutionState.ToString());
if (JobQueue.Count == 1) // means we just added one, so we need to start the solve loop
{
Rhino.RhinoApp.MainApplicationWindow.Invoke(ExpireComponentAction);
}
}
else
{
Dictionary <string, object> computeMessage = new Dictionary <string, object>();
computeMessage["eventType"] = "compute-request-error";
computeMessage["response"] = "Remote control is disabled for this sender";
Client.SendMessage(e.EventObject.senderId, computeMessage);
}
break;
default:
Log += DateTime.Now.ToString("dd:HH:mm:ss") + " Defaulted, could not parse event. \n";
break;
}
}
catch
{
}
Debug.WriteLine("[Gh Sender] Got a volatile message. Extend this class and implement custom protocols at ease.");
}
static void Main(string[] args)
{
Console.WriteLine("Hello Smelly Sockets");
SelectedAccount = SpkConsole.Program.GetAccount();
var spkClient_A = new SpeckleApiClient(SelectedAccount.RestApi, false, "console application");
var spkClient_B = new SpeckleApiClient(SelectedAccount.RestApi, false, "console application");
spkClient_A.AuthToken = SelectedAccount.Token;
spkClient_B.AuthToken = SelectedAccount.Token;
//gen streamid
DummyStreamId = spkClient_A.StreamCreateAsync(new SpeckleStream()
{
Name = "WS Test"
}).Result.Resource.StreamId;
Console.WriteLine($"Created dummy stream: {DummyStreamId}. Press any key to continue stuff.");
// Add event handlers and setup streamId on both ws clients. The event handlers just spit out what they get.
spkClient_A.StreamId = DummyStreamId;
spkClient_A.SetupWebsocket();
spkClient_A.OnWsMessage += SpkClient_A_OnWsMessage;
spkClient_B.StreamId = DummyStreamId;
spkClient_B.SetupWebsocket();
spkClient_B.OnWsMessage += SpkClient_B_OnWsMessage;
Console.WriteLine("Waiting for 200ms, ensure connection actually happened. This is an issue with core, it doesn't expose a 'onwsconnection' event :/");
Thread.Sleep(200);
// Flop them in a room - this is important if you want to broadcast messages.
spkClient_A.JoinRoom("stream", DummyStreamId);
spkClient_B.JoinRoom("stream", DummyStreamId);
// Same hack as above.
Thread.Sleep(200);
// Send some dummy broadcasts
spkClient_A.BroadcastMessage("stream", DummyStreamId, new { customEventType = "update-mesh", data = "42" });
spkClient_A.BroadcastMessage("stream", DummyStreamId, new { customEventType = "update-mesh-other", data = "wow" });
spkClient_B.BroadcastMessage("stream", DummyStreamId, new { customEventType = "update-mesh-other", data = "wow" });
spkClient_B.SendMessage(spkClient_A.ClientId, new { what = "This is a direct, 1-1 message from B to A." });
Console.WriteLine("Press any key to continue testing the barebones approach!");
BareBonesApproach();
Console.WriteLine("Done. Press any key to continue.");
spkClient_A.StreamDeleteAsync(DummyStreamId);
Console.ReadLine();
}