public Converse(IUtilityLog log, IConverseCheckSum16 calculations, int sendGap = 1200)
{
LastSendTime = DateTime.Today;
SendGap = sendGap;
UtilityLog = log;
Conversations = new List<Conversation>();
Variables = new List<Variable>();
DeviceStream = null;
NoTimeout = false;
if (calculations == null)
{
Calculations = (IConverseCheckSum16)new ConverseCalculations();
// LogMessage("Converse", "Using standard Calculations: " + Calculations.GetType().ToString(), LogEntryType.DetailTrace);
}
else
{
Calculations = calculations;
LogMessage("Converse", "Using custom Calculations: " + Calculations.GetType().ToString(), LogEntryType.DetailTrace);
}
EndianConverter16Bit = new EndianConverter16Bit(EndianConverter.BigEndian16Bit);
EndianConverter32Bit = new EndianConverter32Bit(EndianConverter.BigEndian32Bit);
CheckSumEndianConverter16Bit = EndianConverter16Bit;
}
public void RunEmulator()
{
ExecutionMutex.WaitOne();
bool success = true;
DoEmulator = true;
DateTime lastTime = DateTime.Now;
EndianConverter32Bit e32 = new EndianConverter32Bit(EndianConverter.BigEndian32Bit);
try
{
Services.OpenLogFile(LogFileName);
LoadConverse();
if (UsePortReader)
StartPortReader();
else
{
Stream = new SerialStream(GenThreadManager, Services, PortName, BaudRate, Parity, DataBits, StopBits, Handshake, 20000);
Stream.Open();
}
if (EmulatorType == DeviceEmulator.EmulatorType.CMS)
{
// bool started = false;
Inverter inv = new Inverter(100.0, 10.0, 1.0, 10.0, 10.0);
while (DoEmulator)
{
if (Converse.DoConversation("ReadQuery1"))
{
ByteVar varControl = (ByteVar)Converse.GetSessionVariable("Control");
ByteVar varFunction = (ByteVar)Converse.GetSessionVariable("Function");
ByteVar varSize = (ByteVar)Converse.GetSessionVariable("Size");
ByteVar varData = (ByteVar)Converse.GetSessionVariable("Data");
varData.Resize(varSize.GetByte());
Converse.DoConversation("ReadQuery2");
if (varControl.GetByte() == 0 && varFunction.GetByte() == 4) // Initialise
continue;
if (varControl.GetByte() == 0 && varFunction.GetByte() == 0) // Get Serial
{
Converse.DoConversation("SendSerialNo");
continue;
}
if (varControl.GetByte() == 0 && varFunction.GetByte() == 1) // Get Serial
{
Converse.DoConversation("AckAddress");
continue;
}
if (varControl.GetByte() == 1 && varFunction.GetByte() == 3) // Get details
{
Converse.DoConversation("SendDetails");
continue;
}
if (varControl.GetByte() == 1 && varFunction.GetByte() == 0) // Get format
{
Converse.DoConversation("SendFormat");
continue;
}
if (varControl.GetByte() == 1 && varFunction.GetByte() == 2) // Eun Device
{
inv.UpdateEnergy(Services);
ByteVar var = (ByteVar)Converse.GetSessionVariable("Temperature", null);
var.SetBytes(250, 0);
var = (ByteVar)Converse.GetSessionVariable("EnergyToday", null);
var.SetBytes(System.Convert.ToUInt16(inv.EToday), 0);
var = (ByteVar)Converse.GetSessionVariable("VoltsPV", null);
var.SetBytes(System.Convert.ToUInt16(inv.VoltagePV), 0);
var = (ByteVar)Converse.GetSessionVariable("CurrentAC", null);
var.SetBytes(System.Convert.ToUInt16(inv.CurrentAC), 0);
var = (ByteVar)Converse.GetSessionVariable("VoltsAC", null);
var.SetBytes(System.Convert.ToUInt16(inv.VoltageAC), 0);
var = (ByteVar)Converse.GetSessionVariable("Frequency", null);
var.SetBytes(5000, 0);
var = (ByteVar)Converse.GetSessionVariable("PowerAC", null);
var.SetBytes(System.Convert.ToUInt16(inv.PowerAC), 0);
var = (ByteVar)Converse.GetSessionVariable("ImpedanceAC", null);
var.SetBytes(0, 0);
var = (ByteVar)Converse.GetSessionVariable("EnergyTotal", null);
byte[] intern = System.BitConverter.GetBytes(System.Convert.ToUInt32(inv.ETotal));
byte[] ext = e32.InternalToExternal(intern);
var.SetBytes(ref ext, 0, 4);
var = (ByteVar)Converse.GetSessionVariable("Hours", null);
intern = System.BitConverter.GetBytes(2500);
ext = e32.InternalToExternal(intern);
var.SetBytes(ref ext, 0, 4);
var = (ByteVar)Converse.GetSessionVariable("Mode", null);
var.SetBytes(0, 0);
var = (ByteVar)Converse.GetSessionVariable("ErrorMode", null);
var.SetBytes(0, 0);
Converse.DoConversation("RunDevice");
continue;
}
}
}
}
else if (EmulatorType == DeviceEmulator.EmulatorType.GenericReader)
{
while (DoEmulator)
{
Converse.DoConversation("Read");
}
}
else if (EmulatorType == DeviceEmulator.EmulatorType.Fronius)
{
// bool started = false;
Inverter inv = new Inverter(1.0, 1.0, 1.0, 1.0, 1.0);
while (DoEmulator)
{
if (Converse.DoConversation("ReadQuery"))
{
byte[] size = Converse.GetSessionVariable("Size", null).GetBytes();
byte[] option = Converse.GetSessionVariable("Option", null).GetBytes();
byte[] number = Converse.GetSessionVariable("Number", null).GetBytes();
byte[] cmd = Converse.GetSessionVariable("Command", null).GetBytes();
if (cmd[0] == 1)
{
Converse.DoConversation("Identity");
}
else if (cmd[0] == 2)
{
Converse.DoConversation("Model");
}
else if (cmd[0] == 16)
{
inv.UpdateEnergy(Services);
ByteVar var = (ByteVar)Converse.GetSessionVariable("PowerAC", null);
var.SetBytes(System.Convert.ToUInt16(inv.PowerAC), 0);
Converse.DoConversation("Power");
}
else if (cmd[0] == 17)
{
ByteVar var = (ByteVar)Converse.GetSessionVariable("EnergyTotal", null);
var.SetBytes(System.Convert.ToUInt16(inv.ETotal), 0);
Converse.DoConversation("EnergyTotal");
}
else if (cmd[0] == 18)
{
ByteVar var = (ByteVar)Converse.GetSessionVariable("EnergyToday", null);
var.SetBytes(System.Convert.ToUInt16(inv.EToday), 0);
Converse.DoConversation("EnergyToday");
}
else if (cmd[0] == 20)
{
ByteVar var = (ByteVar)Converse.GetSessionVariable("CurrentAC", null);
var.SetBytes(System.Convert.ToUInt16(inv.CurrentAC), 0);
Converse.DoConversation("CurrentAC");
}
else if (cmd[0] == 21)
{
ByteVar var = (ByteVar)Converse.GetSessionVariable("VoltsAC", null);
var.SetBytes(System.Convert.ToUInt16(inv.VoltageAC), 0);
Converse.DoConversation("VoltsAC");
}
else if (cmd[0] == 22)
{
ByteVar var = (ByteVar)Converse.GetSessionVariable("Frequency", null);
var.SetBytes(50, 0);
Converse.DoConversation("Frequency");
}
else if (cmd[0] == 23)
{
ByteVar var = (ByteVar)Converse.GetSessionVariable("CurrentPV", null);
var.SetBytes(System.Convert.ToUInt16(inv.CurrentPV), 0);
Converse.DoConversation("CurrentPV");
}
else if (cmd[0] == 24)
{
ByteVar var = (ByteVar)Converse.GetSessionVariable("VoltsPV", null);
var.SetBytes(System.Convert.ToUInt16(inv.VoltagePV), 0);
Converse.DoConversation("VoltsPV");
}
else if (cmd[0] == 42)
{
ByteVar var = (ByteVar)Converse.GetSessionVariable("Hours", null);
var.SetBytes(2000, 0);
Converse.DoConversation("TimeTotal");
}
else if (cmd[0] == 224)
{
ByteVar var = (ByteVar)Converse.GetSessionVariable("Temperature", null);
var.SetBytes(55, 0);
Converse.DoConversation("Temperature");
}
else if (cmd[0] == 15)
{
ByteVar var = (ByteVar)Converse.GetSessionVariable("Mode", null);
var.SetBytes(0, 0);
Converse.DoConversation("Status");
}
}
}
}
else if (EmulatorType == DeviceEmulator.EmulatorType.ModbusGrowatt)
{
// bool started = false;
Inverter inv = new Inverter(10.0, 10.0, 10.0, 10.0, 10.0);
while (DoEmulator)
{
if (Converse.DoConversation("ReadQuery"))
{
byte[] cmd = Converse.GetSessionVariable("Command", null).GetBytes();
byte[] start = Converse.GetSessionVariable("StartRegister", null).GetBytes();
if (cmd[0] == 3)
{
if (start[1] == 23) // Big Endian input stream
{
Converse.DoConversation("SerialNo");
}
}
else if (cmd[0] == 4)
{
if (start[1] == 0)
{
inv.UpdateEnergy(Services);
ByteVar var = (ByteVar)Converse.GetSessionVariable("EnergyToday", null);
var.SetBytes(System.Convert.ToUInt16(inv.EToday), 0);
var = (ByteVar)Converse.GetSessionVariable("EnergyTotal", null);
byte[] intern = System.BitConverter.GetBytes(System.Convert.ToUInt32(inv.ETotal));
byte[] ext = e32.InternalToExternal(intern);
var.SetBytes(ref ext, 0, 4);
var = (ByteVar)Converse.GetSessionVariable("PowerAC", null);
intern = System.BitConverter.GetBytes(System.Convert.ToUInt32(inv.PowerAC));
ext = e32.InternalToExternal(intern);
var.SetBytes(ref ext, 0, 4);
var = (ByteVar)Converse.GetSessionVariable("Freq", null);
var.SetBytes(5000, 0);
var = (ByteVar)Converse.GetSessionVariable("VoltageAC1", null);
var.SetBytes(System.Convert.ToUInt16(inv.VoltageAC), 0);
var = (ByteVar)Converse.GetSessionVariable("CurrentAC1", null);
var.SetBytes(System.Convert.ToUInt16(inv.CurrentAC), 0);
var = (ByteVar)Converse.GetSessionVariable("PowerAC1", null);
intern = System.BitConverter.GetBytes(System.Convert.ToUInt32(inv.PowerAC));
ext = e32.InternalToExternal(intern);
var.SetBytes(ref ext, 0, 4);
var = (ByteVar)Converse.GetSessionVariable("PowerPV", null);
intern = System.BitConverter.GetBytes(System.Convert.ToUInt32(inv.PowerPV));
ext = e32.InternalToExternal(intern);
var.SetBytes(ref ext, 0, 4);
var = (ByteVar)Converse.GetSessionVariable("PowerPV1", null);
var.SetBytes(ref ext, 0, 4);
var = (ByteVar)Converse.GetSessionVariable("VoltagePV1", null);
var.SetBytes(System.Convert.ToUInt16(inv.VoltagePV), 0);
var = (ByteVar)Converse.GetSessionVariable("CurrentPV1", null);
var.SetBytes(System.Convert.ToUInt16(inv.CurrentPV), 0);
var = (ByteVar)Converse.GetSessionVariable("DUMMY1", null);
var.Initialise();
var = (ByteVar)Converse.GetSessionVariable("DUMMY2", null);
var.Initialise();
var = (ByteVar)Converse.GetSessionVariable("DUMMY3", null);
var.Initialise();
Converse.DoConversation("Reading");
}
}
}
}
}
else if (EmulatorType == DeviceEmulator.EmulatorType.ModbusSunnyroo)
{
// bool started = false;
Inverter inv = new Inverter(1.0, 1.0, 0.1, 1.0, 10.0);
while (DoEmulator)
{
if (Converse.DoConversation("ReadQuery"))
{
byte[] cmd = Converse.GetSessionVariable("Command", null).GetBytes();
byte[] start = Converse.GetSessionVariable("StartRegister", null).GetBytes();
if (cmd[0] == 3)
{
if (start[1] == 177)
{
Converse.DoConversation("Identity");
}
else if (start[1] == 32)
{
inv.UpdateEnergy(Services);
ByteVar var = (ByteVar)Converse.GetSessionVariable("EnergyTotal", null);
byte[] intern = System.BitConverter.GetBytes(System.Convert.ToUInt32(inv.ETotal));
byte[] ext = e32.InternalToExternal(intern);
var.SetBytes(ref ext, 0, 4);
var = (ByteVar)Converse.GetSessionVariable("PowerAC1", null);
var.SetBytes(System.Convert.ToUInt16(inv.PowerAC), 0);
var = (ByteVar)Converse.GetSessionVariable("Freq", null);
var.SetBytes(5000, 0);
var = (ByteVar)Converse.GetSessionVariable("VoltageAC1", null);
var.SetBytes(System.Convert.ToUInt16(inv.VoltageAC), 0);
var = (ByteVar)Converse.GetSessionVariable("CurrentAC1", null);
var.SetBytes(System.Convert.ToUInt16(inv.CurrentAC), 0);
var = (ByteVar)Converse.GetSessionVariable("VoltagePV1", null);
var.SetBytes(System.Convert.ToUInt16(inv.VoltagePV), 0);
var = (ByteVar)Converse.GetSessionVariable("CurrentPV1", null);
var.SetBytes(System.Convert.ToUInt16(inv.CurrentPV), 0);
Converse.DoConversation("Reading");
}
else if (start[1] == 0)
{
Converse.DoConversation("Status");
}
}
}
}
}
else if (EmulatorType == DeviceEmulator.EmulatorType.ModbusKLNE)
{
// bool started = false;
Inverter inv = new Inverter(10.0, 10.0, 10.0, 10.0, 10.0);
while (DoEmulator)
{
if (Converse.DoConversation("ReadQuery"))
{
byte[] cmd = Converse.GetSessionVariable("Command").GetBytes();
byte[] start = Converse.GetSessionVariable("StartRegister").GetBytes();
if (cmd[0] == 4)
{
if (start[1] == 0)
{
Converse.DoConversation("Identity");
}
if (start[1] == 10)
{
inv.UpdateEnergy(Services);
//$VoltsPV1(BYTE[2]) $VoltsPV2(BYTE[2]) $CurrentPV1(BYTE[2]) $CurrentPV2(BYTE[2]) $VoltsAC1(BYTE[2]) $VoltsAC2(BYTE[2]) $VoltsAC3(BYTE[2])
//$CurrentAC1(BYTE[2]) $CurrentAC2(BYTE[2]) $CurrentAC3(BYTE[2]) $Frequency(BYTE[2]) $PowerAC(BYTE[4]) $EnergyToday(BYTE[2]) $EnergyTotal(BYTE[4])
//00 00 $TimeTotal(BYTE[4]) 00 00 $Temperature(BYTE[2]) 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 $ErrorCode(BYTE[2])
ByteVar var = (ByteVar)Converse.GetSessionVariable("VoltsPV1", null);
var.SetBytes(System.Convert.ToUInt16(inv.VoltagePV), 0);
var = (ByteVar)Converse.GetSessionVariable("VoltsPV2", null);
var.SetBytes(0, 0);
var = (ByteVar)Converse.GetSessionVariable("CurrentPV1", null);
var.SetBytes(System.Convert.ToUInt16(inv.CurrentPV), 0);
var = (ByteVar)Converse.GetSessionVariable("CurrentPV2", null);
var.SetBytes(0, 0);
var = (ByteVar)Converse.GetSessionVariable("VoltsAC1", null);
var.SetBytes(System.Convert.ToUInt16(inv.VoltageAC), 0);
var = (ByteVar)Converse.GetSessionVariable("VoltsAC2", null);
var.SetBytes(0, 0);
var = (ByteVar)Converse.GetSessionVariable("VoltsAC3", null);
var.SetBytes(0, 0);
var = (ByteVar)Converse.GetSessionVariable("CurrentAC1", null);
var.SetBytes(System.Convert.ToUInt16(inv.CurrentAC), 0);
var = (ByteVar)Converse.GetSessionVariable("CurrentAC2", null);
var.SetBytes(0, 0);
var = (ByteVar)Converse.GetSessionVariable("CurrentAC3", null);
var.SetBytes(0, 0);
var = (ByteVar)Converse.GetSessionVariable("Frequency", null);
var.SetBytes(500, 0);
var = (ByteVar)Converse.GetSessionVariable("PowerAC", null);
byte[] intern = System.BitConverter.GetBytes(System.Convert.ToUInt32(inv.PowerAC));
byte[] ext = e32.InternalToExternal(intern);
var.SetBytes(ref ext, 0, 4);
var = (ByteVar)Converse.GetSessionVariable("EnergyToday", null);
var.SetBytes(System.Convert.ToUInt16(inv.EToday), 0);
var = (ByteVar)Converse.GetSessionVariable("EnergyTotal", null);
intern = System.BitConverter.GetBytes(System.Convert.ToUInt32(inv.ETotal));
ext = e32.InternalToExternal(intern);
var.SetBytes(ref ext, 0, 4);
var = (ByteVar)Converse.GetSessionVariable("TimeTotal", null);
intern = System.BitConverter.GetBytes(25000);
ext = e32.InternalToExternal(intern);
var.SetBytes(ref ext, 0, 4);
var = (ByteVar)Converse.GetSessionVariable("Temperature", null);
var.SetBytes(250, 0);
var = (ByteVar)Converse.GetSessionVariable("ErrorCode", null);
var.SetBytes(0, 0);
Converse.DoConversation("Reading");
}
}
}
}
}
else if (EmulatorType == DeviceEmulator.EmulatorType.KLNE)
{
// bool started = false;
Inverter inv = new Inverter(10.0, 10.0, 1.0, 10.0, 10.0);
while (DoEmulator)
{
if (Converse.DoConversation("ReadQuery1"))
{
ByteVar varControl = (ByteVar)Converse.GetSessionVariable("Control");
ByteVar varFunction = (ByteVar)Converse.GetSessionVariable("Function");
ByteVar varSize = (ByteVar)Converse.GetSessionVariable("Size");
ByteVar varData = (ByteVar)Converse.GetSessionVariable("Data");
varData.Resize(varSize.GetByte());
Converse.DoConversation("ReadQuery2");
if (varControl.GetByte() == 0 && varFunction.GetByte() == 3) // Initialise
continue;
if (varControl.GetByte() == 0 && varFunction.GetByte() == 0) // Get Serial
{
Converse.DoConversation("SendSerialNo");
continue;
}
if (varControl.GetByte() == 0 && varFunction.GetByte() == 1) // Get Serial
{
Converse.DoConversation("AckAddress");
continue;
}
if (varControl.GetByte() == 1 && varFunction.GetByte() == 3) // Get details
{
Converse.DoConversation("SendDetails");
continue;
}
if (varControl.GetByte() == 1 && varFunction.GetByte() == 0) // Get format
{
Converse.DoConversation("SendFormat");
continue;
}
if (varControl.GetByte() == 1 && varFunction.GetByte() == 2) // Get data
{
inv.UpdateEnergy(Services);
ByteVar var = (ByteVar)Converse.GetSessionVariable("Temperature", null);
var.SetBytes(250, 0);
var = (ByteVar)Converse.GetSessionVariable("EnergyToday", null);
var.SetBytes(System.Convert.ToUInt16(inv.EToday), 0);
var = (ByteVar)Converse.GetSessionVariable("VoltsPV", null);
var.SetBytes(System.Convert.ToUInt16(inv.VoltagePV), 0);
var = (ByteVar)Converse.GetSessionVariable("CurrentAC", null);
var.SetBytes(System.Convert.ToUInt16(inv.CurrentAC), 0);
var = (ByteVar)Converse.GetSessionVariable("VoltsAC", null);
var.SetBytes(System.Convert.ToUInt16(inv.VoltageAC), 0);
var = (ByteVar)Converse.GetSessionVariable("Frequency", null);
var.SetBytes(5000, 0);
var = (ByteVar)Converse.GetSessionVariable("PowerAC", null);
var.SetBytes(System.Convert.ToUInt16(inv.PowerAC), 0);
var = (ByteVar)Converse.GetSessionVariable("EnergyTotal", null);
byte[] intern = System.BitConverter.GetBytes(System.Convert.ToUInt32(inv.ETotal));
byte[] ext = e32.InternalToExternal(intern);
var.SetBytes(ref ext, 0, 4);
var = (ByteVar)Converse.GetSessionVariable("Hours", null);
intern = System.BitConverter.GetBytes(2500);
ext = e32.InternalToExternal(intern);
var.SetBytes(ref ext, 0, 4);
var = (ByteVar)Converse.GetSessionVariable("Mode", null);
var.SetBytes(0, 0);
Converse.DoConversation("SendData");
continue;
}
}
}
}
else if (EmulatorType == DeviceEmulator.EmulatorType.ModbusXantrex)
{
// bool started = false;
Inverter inv = new Inverter(10.0, 10.0, 10.0, 10.0, 10.0);
int energyId = 0;
while (DoEmulator)
{
if (Converse.DoConversation("ReadCommand"))
{
byte[] cmd = Converse.GetSessionVariable("Command").GetBytes();
if (cmd[0] == 3)
{
if (Converse.DoConversation("RegisterRequest"))
{
byte[] start = Converse.GetSessionVariable("StartRegister").GetBytes();
String cmdStr = SystemServices.BytesToHex(ref start);
if (cmdStr == "0x0000")
{
ByteVar var = (ByteVar)Converse.GetSessionVariable("Model");
var.SetBytes("Fireball XL5", (byte)0);
var = (ByteVar)Converse.GetSessionVariable("SerialNo");
var.SetBytes("XL5-007", (byte)0);
Converse.DoConversation("Identity");
}
else if (cmdStr == "0x0082")
{
ByteVar var = (ByteVar)Converse.GetSessionVariable("ErrorValue");
byte[] val = SystemServices.HexToBytes("0x0102030405060708");
var.SetBytes(ref val, 0, 8);
var = (ByteVar)Converse.GetSessionVariable("ErrorDesc");
var.SetBytes("The Big Bad Error - BOO", (byte)0);
Converse.DoConversation("ErrorDetail");
}
else if (cmdStr == "0x00CF")
{
inv.UpdateEnergy(Services);
ByteVar var = (ByteVar)Converse.GetSessionVariable("Status");
var.SetBytes(System.Convert.ToUInt16(0), 0);
Converse.DoConversation("Status");
}
else if (cmdStr == "0x0201")
{
ByteVar var = (ByteVar)Converse.GetSessionVariable("VoltsPV1");
var.SetBytes(System.Convert.ToUInt32(inv.VoltagePV), 0);
var = (ByteVar)Converse.GetSessionVariable("CurrentPV1");
var.SetBytes(System.Convert.ToUInt32(inv.CurrentPV), 0);
Converse.DoConversation("InverterDC");
}
else if (cmdStr == "0x0701")
{
ByteVar var = (ByteVar)Converse.GetSessionVariable("VoltsAC1");
var.SetBytes(System.Convert.ToUInt32(inv.VoltageAC), 0);
var = (ByteVar)Converse.GetSessionVariable("CurrentAC1");
var.SetBytes(System.Convert.ToUInt32(inv.CurrentAC), 0);
var = (ByteVar)Converse.GetSessionVariable("Frequency");
var.SetBytes(500, 0);
var = (ByteVar)Converse.GetSessionVariable("PowerAC");
var.SetBytes(System.Convert.ToUInt32(inv.PowerAC), 0);
Converse.DoConversation("InverterAC");
}
else if (cmdStr == "0x0803")
{
ByteVar var = (ByteVar)Converse.GetSessionVariable("HistoryId");
var.SetBytes(System.Convert.ToUInt16(0), 0);
var = (ByteVar)Converse.GetSessionVariable("Energy");
var.SetBytes(System.Convert.ToUInt32(energyId == 4 ? inv.EToday : inv.ETotal), 0);
var = (ByteVar)Converse.GetSessionVariable("PeakPower");
var.SetBytes(System.Convert.ToUInt32(inv.PowerAC), 0);
var = (ByteVar)Converse.GetSessionVariable("HarvestTime");
var.SetBytes(System.Convert.ToUInt32(10.0), 0);
Converse.DoConversation("EnergyHistory");
}
else if (cmdStr == "0x0900")
{
ByteVar var = (ByteVar)Converse.GetSessionVariable("Temperature");
var.SetBytes(System.Convert.ToUInt16(250), 0);
Converse.DoConversation("Temperature");
}
else if (cmdStr == "0x0080")
{
ByteVar var = (ByteVar)Converse.GetSessionVariable("ErrorCount");
var.SetBytes(System.Convert.ToUInt16(1), 0);
Converse.DoConversation("ErrorCount");
}
}
}
else if (cmd[0] == 16) // 0x10
{
if (Converse.DoConversation("SetRegisters_1"))
{
// retrieve the datasize to follow and resize the receive buffer to suit
ByteVar sizeVar = (ByteVar)Converse.GetSessionVariable("DataSize");
ByteVar dataVar = (ByteVar)Converse.GetSessionVariable("Data");
dataVar.Resize(sizeVar.GetByte());
// retrieve the rest of the message
if (Converse.DoConversation("SetRegisters_2"))
{
byte[] start = Converse.GetSessionVariable("StartRegister").GetBytes();
String cmdStr = SystemServices.BytesToHex(ref start);
if (cmdStr == "0x0800") // Energy History Initiate
{
energyId = dataVar.GetUInt16();
Converse.DoConversation("SetRegistersConfirm");
}
if (cmdStr == "0x0081") // Initialise Error Index
{
Converse.DoConversation("SetRegistersConfirm");
}
}
}
}
}
}
}
else if (EmulatorType == DeviceEmulator.EmulatorType.XantrexASCII)
{
// bool started = false;
Inverter inv = new Inverter(10.0, 10.0, 10.0, 10.0, 10.0);
int errCount = 0;
while (DoEmulator)
{
ByteVar response = ((ByteVar)Converse.GetSessionVariable("Response"));
if (Converse.DoConversation("ReadRequest"))
{
String cmd = ((DynamicByteVar)Converse.GetSessionVariable("Request")).ToString();
if (cmd == "IDN?")
{
String val = "M:Xantrex 1.0 X:1000 S:12345612";
response.Resize((UInt16)val.Length);
response.SetBytes(val);
Converse.DoConversation("SendResponse");
}
else if (cmd == "POUT?")
{
String val = inv.PowerAC.ToString();
response.Resize((UInt16)val.Length);
response.SetBytes(val);
Converse.DoConversation("SendResponse");
}
else if (cmd == "MEASTEMP?")
{
String val = "C:27.4 F:78.5";
response.Resize((UInt16)val.Length);
response.SetBytes(val);
Converse.DoConversation("SendResponse");
}
else if (cmd == "MEASIN?")
{
String val = "V:" + inv.VoltagePV + " I:"
+ inv.CurrentPV + " P:" + inv.PowerPV;
response.Resize((UInt16)val.Length);
response.SetBytes(val);
Converse.DoConversation("SendResponse");
}
else if (cmd == "MEASOUT?")
{
String val = "V:" + inv.VoltageAC + " I:"
+ inv.CurrentAC + " P:" + inv.PowerAC + " F:50.1";
response.Resize((UInt16)val.Length);
response.SetBytes(val);
Converse.DoConversation("SendResponse");
}
else if (cmd == "KWHTODAY?")
{
String val = inv.EToday.ToString("F3");
response.Resize((UInt16)val.Length);
response.SetBytes(val);
Converse.DoConversation("SendResponse");
}
else if (cmd == "KWHLIFE?")
{
String val = inv.ETotal.ToString("F3");
response.Resize((UInt16)val.Length);
response.SetBytes(val);
Converse.DoConversation("SendResponse");
inv.UpdateEnergy(Services);
}
else if (cmd == "FAULTACTIVE?")
{
if (errCount < 5)
{
String val = "0x220D22";
byte[] bytes = SystemServices.HexToBytes(val);
response.Resize((UInt16)bytes.Length);
response.SetBytes(ref bytes, 0, bytes.Length);
Converse.DoConversation("SendResponse");
errCount++;
}
else
{
String val = "0x220D3030312C204552520D22"; // "cr001, ERRcr"cr
byte[] bytes = SystemServices.HexToBytes(val);
response.Resize((UInt16)bytes.Length);
response.SetBytes(ref bytes, 0, bytes.Length);
Converse.DoConversation("SendResponse");
if (errCount == 5) // send this twice
errCount++;
else
errCount = 0;
}
}
}
}
}
else if (EmulatorType == DeviceEmulator.EmulatorType.CurrentCostEnviR)
{
XElement time = liveElement.Element("time");
XElement sensor = liveElement.Element("sensor");
XElement tmpr = liveElement.Element("tmpr");
XElement ch = liveElement.Element("ch1");
XElement watts1 = ch.Element("watts");
ch = liveElement.Element("ch2");
XElement watts2 = ch.Element("watts");
ch = liveElement.Element("ch3");
XElement watts3 = ch.Element("watts");
do
{
time.Value = DateTime.Now.ToString("HH:mm:ss");
sensor.Value = "0";
tmpr.Value = Math.Round(Tmpr, 1).ToString();
watts1.Value = Watts1_0.ToString();
watts2.Value = Watts2_0.ToString();
watts3.Value = Watts3_0.ToString();
String xmlText = liveElement.ToString();
byte[] bytes = SystemServices.StringToBytes(xmlText);
success = Stream.Write(bytes, 0, bytes.Length);
sensor.Value = "1";
watts1.Value = Watts1_1.ToString();
watts2.Value = Watts2_1.ToString();
watts3.Value = Watts3_1.ToString();
xmlText = liveElement.ToString();
bytes = SystemServices.StringToBytes(xmlText);
success = Stream.Write(bytes, 0, bytes.Length);
if (success)
{
Watts1_0 += (int)(Watts1_0 * 0.01);
Watts2_0 += (int)(Watts1_0 * 0.02);
Watts3_0 += (int)(Watts1_0 * 0.015);
Watts1_1 += (int)(Watts1_1 * 0.015);
Watts2_1 += (int)(Watts1_1 * 0.025);
Watts3_1 += (int)(Watts1_1 * 0.01);
Tmpr *= 1.01F;
lastTime = lastTime.AddSeconds(6.0);
DateTime curTime = DateTime.Now;
if (lastTime > curTime)
Thread.Sleep(lastTime - curTime);
else
lastTime = DateTime.Now;
}
}
while (success && DoEmulator);
}
if (UsePortReader)
StopPortReader();
else
Stream.Close();
Services.CloseLogFile();
}
catch (Exception e)
{
Services.LogMessage("RunEmulator", "Exception: " + e.Message, LogEntryType.ErrorMessage);
}
finally
{
ExecutionMutex.ReleaseMutex();
}
}
private void LoadConverse()
{
if (ProtocolSettings.Endian16Bit == "Little")
EndianConverter16Bit = new EndianConverter16Bit(EndianConverter.LittleEndian16Bit);
else
EndianConverter16Bit = new EndianConverter16Bit(EndianConverter.BigEndian16Bit);
if (ProtocolSettings.Endian32Bit == "Little")
EndianConverter32Bit = new EndianConverter32Bit(EndianConverter.LittleEndian32Bit);
else if (ProtocolSettings.Endian32Bit == "BigLittle")
EndianConverter32Bit = new EndianConverter32Bit(EndianConverter.BigLittleEndian32Bit);
else
EndianConverter32Bit = new EndianConverter32Bit(EndianConverter.BigEndian32Bit);
if (ProtocolSettings.CheckSumEndian16Bit == ProtocolSettings.Endian16Bit)
CheckSumEndianConverter16Bit = EndianConverter16Bit;
else if (ProtocolSettings.CheckSumEndian16Bit == "Little")
CheckSumEndianConverter16Bit = new EndianConverter16Bit(EndianConverter.LittleEndian16Bit);
else
CheckSumEndianConverter16Bit = new EndianConverter16Bit(EndianConverter.BigEndian16Bit);
foreach (ConversationSettings settings in ProtocolSettings.Conversations)
LoadConversation(settings);
}