public PingRequest(FibeClass fibeClass, string[] tagsArr)
{
this.ClassRequested = fibeClass;
client = fibeClass.client;
Tags = new ObservableCollection <string>(tagsArr);
RaisePropertyChanged("tagString");
When = DateTime.Now;
isTalking = false;
connector = fibeClass.connector;
Payload p = client.makePayload();
p.path = ClassRequested.path.Concat(new String[] { "audio" }).ToArray();
p.request = "enqueue";
int timespan = this.timestamp;
p.addPayload("time", timespan.ToString());
p.addPayload("tags", tagsArr);
p.sessionkey = client.SessionKey;
p.sessionid = client.SessionID;
Random rnd = new Random();
p.identity = packetIdentity = rnd.Next(Int32.MaxValue);
connector.Send(p);
connector.ReceivedData += waitForPermit;
}
// This is the main entry point of the application.
static void Main(string[] args)
{
// if you want to use a different Application Delegate class from "AppDelegate"
// you can specify it here.
engine = new FibeClient ();
UIApplication.Main (args, null, "AppDelegate");
}
public PingRequest(FibeClass fibeClass, string[] tagsArr)
{
this.ClassRequested = fibeClass;
client = fibeClass.client;
Tags = new ObservableCollection<string>(tagsArr);
RaisePropertyChanged("tagString");
When = DateTime.Now;
isTalking = false;
connector = fibeClass.connector;
Payload p = client.makePayload();
p.path = ClassRequested.path.Concat(new String[] {"audio"}).ToArray();
p.request = "enqueue";
int timespan = this.timestamp;
p.addPayload("time", timespan.ToString());
p.addPayload("tags", tagsArr);
p.sessionkey = client.SessionKey;
p.sessionid = client.SessionID;
Random rnd = new Random();
p.identity = packetIdentity = rnd.Next(Int32.MaxValue);
connector.Send(p);
connector.ReceivedData += waitForPermit;
}
