void SwapBytesOut(byte[] inp, out byte[] adr0, out byte[] adr1, ModbusConversionType con)
{
adr0 = new byte[2];
adr1 = new byte[2];
switch (con)
{
case ModbusConversionType.SwapBytes:
adr1[1] = inp[0];
adr1[0] = inp[1];
adr0[1] = inp[2];
adr0[0] = inp[3];
break;
case ModbusConversionType.SwapWords:
adr0[0] = inp[0];
adr0[1] = inp[1];
adr1[0] = inp[2];
adr1[1] = inp[3];
break;
case ModbusConversionType.SwapAll:
adr0[1] = inp[0];
adr0[0] = inp[1];
adr1[1] = inp[2];
adr1[0] = inp[3];
break;
default:
adr1[0] = inp[0];
adr1[1] = inp[1];
adr0[0] = inp[2];
adr0[1] = inp[3];
break;
}
}
byte[] SwapBytesIn(byte[] adr0, byte[] adr1, ModbusConversionType con)
{
byte[] res = new byte[4];
switch (con)
{
case ModbusConversionType.SwapBytes:
res[0] = adr1[1];
res[1] = adr1[0];
res[2] = adr0[1];
res[3] = adr0[0];
break;
case ModbusConversionType.SwapWords:
res[0] = adr0[0];
res[1] = adr0[1];
res[2] = adr1[0];
res[3] = adr1[1];
break;
case ModbusConversionType.SwapAll:
res[0] = adr0[1];
res[1] = adr0[0];
res[2] = adr1[1];
res[3] = adr1[0];
break;
default:
res[0] = adr1[0];
res[1] = adr1[1];
res[2] = adr0[0];
res[3] = adr0[1];
break;
}
return(res);
}
public ModbusChannelImp(string name, ModbusChannelImp ch)
: base(name, false, ch.plugin, ch.Type)
{
this.modbusStation = ch.modbusStation;
this.modbusDataAddress = ch.modbusDataAddress;
this.modbusDataType = ch.modbusDataType;
this.modbusInternalType = ch.modbusInternalType;
this.slaveId = ch.slaveId;
this.deviceDataType = ch.deviceDataType;
this.deviceDataLen = ch.deviceDataLen;
this.conversionType = ch.conversionType;
this.modbusReadWrite = ch.modbusReadWrite;
if (modbusReadWrite == ModbusReadWrite.ReadOnly)
{
this.readOnly = true;
}
this.BitIndex = ch.BitIndex;
this.K = ch.K;
this.D = ch.D;
}
public ModbusChannelImp(string name, Plugin plugin, Type type, string modbusStation, ModbusDataTypeEx modbusType, ushort modbusAddress,
byte slaveId, ModbusDeviceDataType deviceDataType, ushort deviceDataLen, ModbusConversionType conversionType, ModbusReadWrite modbusReadWrite)
: base(name, false, plugin, type)
{
this.modbusStation = modbusStation;
this.modbusDataAddress = modbusAddress;
this.modbusDataType = modbusType;
if (type == typeof(int))
{
modbusInternalType = ModbusFs2InternalType.Int32;
}
else if (type == typeof(uint))
{
modbusInternalType = ModbusFs2InternalType.UInt32;
}
else if (type == typeof(double))
{
modbusInternalType = ModbusFs2InternalType.Double;
}
else if (type == typeof(bool))
{
modbusInternalType = ModbusFs2InternalType.Boolean;
}
else if (type == typeof(string))
{
modbusInternalType = ModbusFs2InternalType.String;
}
this.slaveId = slaveId;
this.deviceDataType = deviceDataType;
this.deviceDataLen = deviceDataLen;
this.conversionType = conversionType;
this.modbusReadWrite = modbusReadWrite;
if (modbusReadWrite == ModbusReadWrite.ReadOnly)
{
this.readOnly = true;
}
this.BitIndex = 0;
this.K = 1.0;
this.D = 0.0;
}
public static IChannel CreateChannel(string name, Plugin plugin, Type type, string modbusStation, ModbusDataTypeEx modbusType, ushort modbusAddress,
byte slaveId, ModbusDeviceDataType deviceDataType, ushort deviceDataLen, ModbusConversionType conversionType, ModbusReadWrite modbusReadWrite)
{
return(new ModbusChannelImp(name, plugin, type, modbusStation, modbusType, modbusAddress, slaveId, deviceDataType, deviceDataLen, conversionType, modbusReadWrite));
}
