private void InitPLCDevice(PLCDeviceType plcDeviceType)
{
switch (plcDeviceType)
{
case PLCDeviceType.Custom1:
TLAutoPLCDeviceSerialPort = new TLAutoCustom1PLCDeviceSerialPort(_tlAutoDeviceSerialPort, _hasControlRelayResultStatus, _logModuleName, _timeOutMs);
break;
case PLCDeviceType.Custom2:
TLAutoPLCDeviceSerialPort = new TLAutoCustom2PLCDeviceSerialPort(_tlAutoDeviceSerialPort, _hasControlRelayResultStatus, _logModuleName, _timeOutMs);
break;
case PLCDeviceType.Custom3:
TLAutoPLCDeviceSerialPort = new TLAutoCustom3PLCDeviceSerialPort(_tlAutoDeviceSerialPort, _hasControlRelayResultStatus, _logModuleName, _timeOutMs);
break;
case PLCDeviceType.Custom4:
TLAutoPLCDeviceSerialPort = new TLAutoCustom4PLCDeviceSerialPort(_tlAutoDeviceSerialPort, _logModuleName, _timeOutMs);
break;
case PLCDeviceType.ModbusRTU:
TLAutoPLCDeviceSerialPort = new TLAutoModbusRTUPLCDeviceSerialPort(_tlAutoDeviceSerialPort, _logModuleName, _timeOutMs);
break;
default:
throw new ArgumentOutOfRangeException(nameof(plcDeviceType), plcDeviceType, null);
}
}
public static int GetIndexValue(PLCDeviceType type)
{
switch (type)
{
case PLCDeviceType.FGs_16MR_A:
return(0);
case PLCDeviceType.FGs_16MR_D:
return(1);
case PLCDeviceType.FGs_16MT_A:
return(2);
case PLCDeviceType.FGs_16MT_D:
return(3);
case PLCDeviceType.FGs_32MR_A:
return(4);
case PLCDeviceType.FGs_32MR_D:
return(5);
case PLCDeviceType.FGs_32MT_A:
return(6);
case PLCDeviceType.FGs_32MT_D:
return(7);
case PLCDeviceType.FGs_64MR_A:
return(8);
case PLCDeviceType.FGs_64MR_D:
return(9);
case PLCDeviceType.FGs_64MT_A:
return(10);
case PLCDeviceType.FGs_64MT_D:
return(11);
case PLCDeviceType.FGs_32MR_YTJ:
return(12);
case PLCDeviceType.FGs_32MT_YTJ:
return(13);
case PLCDeviceType.FGs_20MR_BYK:
return(14);
default:
return(-1);
}
}
public void SetSelectDeviceType(PLCDeviceType type)
{
switch (type)
{
case PLCDeviceType.FGs_16MR_A:
case PLCDeviceType.FGs_16MR_D:
_selectDevice = new FGs16MRDevice(type);
break;
case PLCDeviceType.FGs_16MT_A:
case PLCDeviceType.FGs_16MT_D:
_selectDevice = new FGs16MTDevice(type);
break;
case PLCDeviceType.FGs_32MR_A:
case PLCDeviceType.FGs_32MR_D:
_selectDevice = new FGs32MRDevice(type);
break;
case PLCDeviceType.FGs_32MT_A:
case PLCDeviceType.FGs_32MT_D:
_selectDevice = new FGs32MTDevice(type);
break;
case PLCDeviceType.FGs_64MR_A:
case PLCDeviceType.FGs_64MR_D:
_selectDevice = new FGs64MRDevice(type);
break;
case PLCDeviceType.FGs_64MT_A:
case PLCDeviceType.FGs_64MT_D:
_selectDevice = new FGs64MTDevice(type);
break;
case PLCDeviceType.FGs_32MR_YTJ:
_selectDevice = new FGs32MR_YTJDevice(type);
break;
case PLCDeviceType.FGs_32MT_YTJ:
_selectDevice = new FGs32MT_YTJDevice(type);
break;
case PLCDeviceType.FGs_20MR_BYK:
_selectDevice = new FGs20MR_BYKDevice(type);
break;
default:
_selectDevice = Device.DefaultDevice;
break;
}
PropertyChanged.Invoke(this, new PropertyChangedEventArgs("SelectIndex"));
PropertyChanged.Invoke(this, new PropertyChangedEventArgs("SelectDevice"));
}
public TLAutoPLCDevice
(
TLAutoDeviceSerialPort tlAutoDeviceSerialPort,
bool hasControlRelayResultStatus,
PLCDeviceType plcDeviceType,
string logModuleName = null,
int timeOutMs = 5000)
{
_tlAutoDeviceSerialPort = tlAutoDeviceSerialPort;
_hasControlRelayResultStatus = hasControlRelayResultStatus;
_logModuleName = logModuleName;
_timeOutMs = timeOutMs;
InitPLCDevice(plcDeviceType);
}
public FGs32MR_YTJDevice(PLCDeviceType type)
{
_type = type;
}
public FGs32MTDevice(PLCDeviceType type)
{
_type = type;
}
public MaxRangeDevice(PLCDeviceType type)
{
_type = type;
}
public FGs16MRDevice(PLCDeviceType type)
{
_type = type;
}
public static byte[] ToAsciiNameBytes(this PLCDeviceType deviceType)
{
return(ASCIIEncoding.ASCII.GetBytes(typeMapping[deviceType]));
}
public static string ToAsciiName(this PLCDeviceType deviceType)
{
return(typeMapping[deviceType]);
}
public FGs20MR_BYKDevice(PLCDeviceType type)
{
_type = type;
}
