private void ProcessMDC1200(Decoders.MDC1200 decoder, RadioLog.Common.SignalCode sigCode, int frameCount, byte op, byte arg, ushort unitID, byte extra0, byte extra1, byte extra2, byte extra3, string opMsg)
{
Common.ConsoleHelper.ColorWriteLine(ConsoleColor.Magenta, "MDC: {0} on stream {1}", opMsg, _sourceName);
_silenceHelper.ClearSilenceStats();
if (_sigDelegate != null)
{
string desc = opMsg;
if (!string.IsNullOrWhiteSpace(LastValidStreamTitle))
{
desc += ", Stream Title=" + LastValidStreamTitle;
}
RadioLog.Common.RadioSignalingItem sigItem = new Common.RadioSignalingItem(Common.SignalingSourceType.Streaming, _sourceName, RadioLog.Common.SignalingNames.MDC, sigCode, string.Format("{0:X4}", unitID), desc, DateTime.Now, _recorder.CurrentFileName);
_sigDelegate(sigItem);
}
}
private void ProcessRootDecoder(RadioLog.Common.SignalCode sigCode, string format, string unitId, string desc)
{
Common.ConsoleHelper.ColorWriteLine(ConsoleColor.Magenta, "{0}: {1} on stream {2}", format, sigCode, _sourceName);
_silenceHelper.ClearSilenceStats();
if (_sigDelegate != null)
{
if (!string.IsNullOrWhiteSpace(LastValidStreamTitle))
{
desc += ", Stream Title=" + LastValidStreamTitle;
}
RadioLog.Common.RadioSignalingItem sigItem = new Common.RadioSignalingItem(Common.SignalingSourceType.Streaming, _sourceName, format, sigCode, unitId, desc, DateTime.Now, _recorder.CurrentFileName);
_sigDelegate(sigItem);
}
}
private void ProcessSTAR(Decoders.STAR decoder, RadioLog.Common.SignalCode sigCode, uint unitID, uint tag, uint status, uint message)
{
Common.ConsoleHelper.ColorWriteLine(ConsoleColor.Magenta, "STAR: {0} on stream {1}", unitID, _sourceName);
_silenceHelper.ClearSilenceStats();
if (_sigDelegate != null)
{
string desc;
if (!string.IsNullOrWhiteSpace(LastValidStreamTitle))
{
desc = string.Format("Unit: {0}, Tag: {1}, Status: {2}, Message: {3}, Stream Title: {4}", unitID, tag, status, message, LastValidStreamTitle);
}
else
{
desc = string.Format("Unit: {0}, Tag: {1}, Status: {2}, Message: {3}", unitID, tag, status, message);
}
RadioLog.Common.RadioSignalingItem sigItem = new Common.RadioSignalingItem(Common.SignalingSourceType.Streaming, _sourceName, RadioLog.Common.SignalingNames.STAR, sigCode, unitID.ToString(), desc, DateTime.Now, _recorder.CurrentFileName);
_sigDelegate(sigItem);
}
}
private void ProcessGoodMDC(int good, byte op, byte arg, ushort unitID, byte extra0, byte extra1, byte extra2, byte extra3)
{
string desc = string.Empty;
RadioLog.Common.SignalCode sigCode = Common.SignalCode.Generic;
switch (op)
{
case PTT_ID:
switch (arg)
{
case NO_ARG:
desc += string.Format("PTT ID: {0:X4} [Post-ID]", unitID);
break;
case ARG_PTT_PRE:
desc += string.Format("PTT ID: {0:X4} [Pre-ID]", unitID);
break;
default:
desc += string.Format("PTT ID: {0:X4} [Unknown-ID]", unitID);
break;
}
sigCode = Common.SignalCode.PTT;
break;
case EMERGENCY:
desc += string.Format("EMERG: {0:X4}", unitID);
sigCode = Common.SignalCode.Emergency;
break;
case EMERGENCY_ACK:
desc += string.Format("EMERG ACK: {0:X4}", unitID);
sigCode = Common.SignalCode.EmergencyAck;
break;
case RADIO_CHECK:
desc += string.Format("RADIO CHECK: {0:X4}", unitID);
sigCode = Common.SignalCode.RadioCheck;
break;
case RADIO_CHECK_ACK:
desc += string.Format("RADIO CHECK ACK: {0:X4}", unitID);
sigCode = Common.SignalCode.RadioCheckAck;
break;
case REMOTE_MONITOR:
desc += string.Format("REMOTE MONITOR: {0:X4}", unitID);
//sigCode
break;
case RTT_1:
case RTT_2:
desc += string.Format("RTT: {0:X4}", unitID);
break;
case RTT_ACK:
desc += string.Format("RTT ACK: {0:X4}", unitID);
break;
case RADIO_INHIBIT:
{
// check argument
switch (arg)
{
case NO_ARG:
desc += string.Format("RADIO STUN/INHIBIT: {0:X4}", unitID);
sigCode = Common.SignalCode.RadioStun;
break;
case ARG_CANCEL_INHIBIT:
desc += string.Format("RADIO REVIVE/UNINHIBIT: {0:X4}", unitID);
sigCode = Common.SignalCode.RadioRevive;
break;
default:
desc += string.Format("UNK INHIBIT: {0:X4}", unitID);
break;
}
}
break;
case RADIO_INHIBIT_ACK:
{
// check argument
switch (arg)
{
case NO_ARG:
desc += string.Format("RADIO STUN/INHIBIT ACK: {0:X4}", unitID);
sigCode = Common.SignalCode.RadioStunAck;
break;
case ARG_CANCEL_INHIBIT:
desc += string.Format("RADIO REVIVE/UNINHIBIT ACK: {0:X4}", unitID);
sigCode = Common.SignalCode.RadioReviveAck;
break;
default:
desc += string.Format("UNK INHIBIT ACK: {0:X4}", unitID);
break;
}
}
break;
/**
* Double Packet Operations
*/
case DOUBLE_PACKET_TYPE1:
case DOUBLE_PACKET_TYPE2:
desc += string.Format("PACKET TO: {0:X4}", unitID);
break;
case CALL_ALERT_ACK_EXPECTED:
case CALL_ALERT_NOACK_EXPECTED:
desc += string.Format("PAGE FROM: {0:X4}", unitID);
break;
case CALL_ALERT_ACK:
desc += string.Format("CALL/PAGE ACK: {0:X4}", unitID);
break;
case SELECTIVE_CALL_1:
case SELECTIVE_CALL_2:
desc += string.Format("SEL-CALL FROM: {0:X4}", unitID);
break;
default:
desc += string.Format("UNK Op {0:x2}", op);
break;
}
if (good >= 2)
{
Common.ConsoleHelper.ColorWriteLine(ConsoleColor.Green, "Src:{0},MDC:{1},Good:{2},Op:{3:x2},Arg:{4:x2},UnitID:{5:X4},E0:{6:x2},E1:{7:x2},E2:{8:x2},E3:{9:x2}", _sourceName, desc, good, op, arg, unitID, extra0, extra1, extra2, extra3);
}
else
{
Common.ConsoleHelper.ColorWriteLine(ConsoleColor.Green, "Src:{0},MDC:{1},Good:{2},Op:{3:x2},Arg:{4:x2},UnitID:{5:X4}", _sourceName, desc, good, op, arg, unitID);
}
ClearAllSamples();
if (_callback != null)
{
_callback(this, sigCode, good, op, arg, unitID, extra0, extra1, extra2, extra3, "MDC: " + desc);
}
}
private static void MDCDelegate(Decoders.MDC1200 decoder, RadioLog.Common.SignalCode sigCode, int frameCount, byte op, byte arg, ushort unitID, byte extra0, byte extra1, byte extra2, byte extra3, string opMsg)
{
//
}
