public bool StartThread(Uri Orion_url, Uri input1_url, Uri input2_url, int Port1, int Port2)
{
log.Debug("Cygnus started");
if (Connect() == false)
{
log.Warn("Cannot connect to the Cygnus server");
return(false);
}
try
{
lastCommand = "Start Command";
StartCommand sc = new StartCommand
{
BoxUrl = Orion_url.ToString(),
E1Port1 = Port1,
E1Port2 = Port2,
Input1Url = input1_url.ToString(),
Input2Url = input2_url.ToString()
};
Header h = new Header {
Sequence = 0, Opcode = OPCODE.StartCmd, MessageData = MessageExtensions.ToByteString(sc)
};
Send(h);
log.Debug("Cygnus started");
isRunning = true;
}
catch (Exception e)
{
log.Error("Cygnus error during auto start", e);
isRunning = false;
}
return(isRunning);
}
public void StartThread(Uri input1_url, Uri input2_url, Uri output1_url, Uri output2_url)
{
try
{
if (Connect() == false)
{
log.Warn("Cannot connect to the Mediation server");
return;
}
log.Debug("Starting Mediation");
lastCommand = "Start Command";
AutomaticStartCommand asc = new AutomaticStartCommand
{
Input1Url = input1_url.ToString(),
Input2Url = input2_url.ToString(),
Output1Url = output1_url.ToString(),
Output2Url = output2_url.ToString()
};
Header h = new Header {
Sequence = 0, Opcode = OPCODE.AutoStartCmd, MessageData = MessageExtensions.ToByteString(asc)
};
Send(h);
log.Debug("Mediation started");
isRunning = true;
}
catch (Exception e)
{
log.Error("Mediation error during auto start", e);
isRunning = false;
}
}
public bool identify(float Carrierdb)
{
try
{
Identify id = new Identify
{
Cncarrierdb = Carrierdb
};
Header h = new Header {
Sequence = Sequence++, Opcode = OPCODE.Identify, MessageData = MessageExtensions.ToByteString(id)
};
Send(h);
lastCommand = "identify";
log.Debug("identify sent");
return(true);
}
catch (Exception ex)
{
log.Error("identify failed", ex);
}
return(false);
}
public bool identifyAndSeparate(Uri Output1url, Uri Output2url, float Carrierdb)
{
try
{
IdentifyAndSeparate id = new IdentifyAndSeparate
{
Cncarrierdb = Carrierdb,
Output1Url = Output1url.Host.ToString() + ":" + Output1url.Port.ToString(),
Output2Url = Output2url.Host.ToString() + ":" + Output2url.Port.ToString(),
Output = outputType.ToUdp,
};
Header h = new Header {
Sequence = Sequence++, Opcode = OPCODE.IdentifyAndSeparate, MessageData = MessageExtensions.ToByteString(id)
};
Send(h);
lastCommand = "Identify And Separate";
log.Debug("IdentifyAndSeparate sent");
return(true);
}
catch (Exception ex)
{
log.Error("IdentifyAndSeparate failed", ex);
}
return(false);
}
public bool configureHWFE(float FeinHz, float Fchz, float Usefulbwhz, float Gaindb)
{
try
{
configure_HWFE chw = new configure_HWFE
{
Feinhz = FeinHz,
Fchz = Fchz,
Usefulbwhz = Usefulbwhz,
Gaindb = Gaindb,
Wideband = false,
};
Header h = new Header {
Sequence = Sequence++, Opcode = OPCODE.ConfigureHwfe, MessageData = MessageExtensions.ToByteString(chw)
};
lastCommand = "configure_HWFE";
Send(h);
log.Debug("configureHWFE sent");
return(true);
}
catch (Exception ex)
{
log.Error("configureHWFE failed", ex);
}
return(false);
}
public bool configureSWFE(float SampleFrequency, float CenterFrequency, float Usefulbwhz, float Gaindb,
string InputFilename, InputType inputType, SubType subType)
{
try
{
//FeinHz = 12.5F;
//Usefulbwhz = 2.5F;
configure_SWFE csw = new configure_SWFE
{
Filename = InputFilename,
Inputsignaltype = inputType,
Inputsignalsubtypefromfile = subType,
Feinhz = SampleFrequency * 1000000, // Sample Frequency
Fchz = CenterFrequency * 1000000, // Center Frequency
Usefulbwhz = Usefulbwhz * 1000000, // 2.5
Gaindb = Gaindb,
Wideband = false,
};
Header h = new Header {
Sequence = Sequence++, Opcode = OPCODE.ConfigureSwfe, MessageData = MessageExtensions.ToByteString(csw)
};
lastCommand = "configure_SWFE";
Send(h);
log.Debug("configureSWFE sent");
return(true);
}
catch (Exception ex)
{
log.Error("configureHWFE failed", ex);
}
return(false);
}
