//We prefer the packet recieved by the repeater because it has RSSI
public bool DebouncePacket(TMSMessage pkt, IPAddress ipAddress, DataCall call)
{
//Remove expired timers...
this.recentlyRecieved = this.recentlyRecieved.Where(pair => pair.Value.Enabled == false).ToDictionary(pair => pair.Key, pair => pair.Value);
TMSMessageEventArgs myE = new TMSMessageEventArgs(pkt, new IPEndPoint(ipAddress, 4001), call);
foreach (KeyValuePair <TMSMessageEventArgs, System.Timers.Timer> pair in this.recentlyRecieved)
{
Console.WriteLine("Does {0} == {1}", pair.Key.Endpoint.Address, ipAddress);
if (pair.Key.Endpoint.Address.Equals(ipAddress))
{
if (pair.Key.Packet.Type == pkt.Type && pair.Key.Packet.SequenceNumber == pkt.SequenceNumber)
{
pair.Value.Stop();
this.recentlyRecieved.Remove(pair.Key);
return(ReallySendEvent(myE));
}
}
}
if (this.ReallySendEvent(myE))
{
this.recentlyHandled.Add(myE);
return(true);
}
return(false);
}
public TMSMessageEventArgs(TMSMessage p, IPEndPoint ep, DataCall call)
{
this.Packet = p;
this.Endpoint = ep;
byte[] tmp = ep.Address.GetAddressBytes();
this.CAI = tmp[0];
this.ID = new RadioID(tmp, 1, 3);
this.Timestamp = DateTime.Now;
this.Call = call;
}
static void HandleUserCall(object sender, CallEventArgs e)
{
RadioCall call = e.Call;
string rssiStr = "";
if (!double.IsNaN(call.RSSI))
{
rssiStr = " RSSI " + call.RSSI;
DBRadio r = db.ReadRadio(call.From);
if (r == null)
{
r = new DBRadio(call.From.Int, call.RSSI);
}
else
{
r.AddReading(call.RSSI);
}
db.UpdateRadio(r);
}
if (call.IsAudio)
{
Console.WriteLine("Audio Call : {0} => {1} " + rssiStr, call.From, call.To);
AudioCall ac = (AudioCall)call;
string filename = String.Format(@"E:\RadioCalls\{0} - {1} to {2}.mp3", call.Start.ToString("yyyy-MM-ddTHH-mm-ss"), call.From.Int, call.To.Int);
try
{
ac.SaveToMP3(filename);
}
catch (Exception)
{
Console.WriteLine("Unable to decode audio!");
}
db.WriteVoiceCall(call.From, call.To, call.Start, call.End, call.RSSI, call.Slot, filename);
srv.PublishVoiceCall(call);
}
else
{
DataCall dc = (DataCall)call;
switch (dc.DataType)
{
case CallDataType.TMS:
if (dc.TextMessage.Type == MessageType.Ack)
{
Console.WriteLine("Text Message Ack : {0} => {1}" + rssiStr, call.From, call.To);
}
else if (dc.TextMessage != null)
{
Console.WriteLine("Text Message : {0} => {1} \"{2}\"" + rssiStr, call.From, call.To, dc.TextMessage.Message);
}
else
{
Console.WriteLine("Text Message : {0} => {1} unable to parse!" + rssiStr, call.From, call.To);
}
break;
case CallDataType.LRRP:
LRRPPacket pkt = dc.LRRPPacket;
if (pkt.Type == LRRPPacketType.ImmediateLocationResponse || pkt.Type == LRRPPacketType.TriggeredLocationData)
{
Console.WriteLine("Got LRRP Packet from {0} {1} {2}", call.From, pkt, rssiStr);
}
else
{
Console.WriteLine("Got LRRP Control Message: {0} => {1}" + rssiStr, call.From, call.To);
}
break;
case CallDataType.ICMP:
Console.WriteLine("Got ICMP Ping: {0} => {1}" + rssiStr, call.From, call.To);
break;
case CallDataType.RadioCheck:
Console.WriteLine("Got Radio Check: {0} => {1}" + rssiStr, call.From, call.To);
break;
case CallDataType.RadioCheckAck:
Console.WriteLine("Got Radio Check Ack: {0} => {1}" + rssiStr, call.From, call.To);
break;
case CallDataType.UnknownSmall:
case CallDataType.IPAck:
//Just ignore this
break;
default:
Console.WriteLine("Data Call Type is {0}", dc.DataType);
Console.WriteLine("Got Unknown radio call: {0} => {1}" + rssiStr, call.From, call.To);
Console.WriteLine(" " + BitConverter.ToString(call.Data));
break;
}
}
}
public LRRPPacketEventArgs(LRRPPacket p, IPEndPoint ep, DataCall call) : this(p, ep)
{
this.Call = call;
}
