public static ModbusFunction CreateModbusFunction(ModbusCommandParameters commandParameters)
{
switch ((ModbusFunctionCode)commandParameters.FunctionCode)
{
case ModbusFunctionCode.READ_COILS:
return(new ReadCoilsFunction(commandParameters));
case ModbusFunctionCode.READ_DISCRETE_INPUTS:
return(new ReadDiscreteInputsFunction(commandParameters));
case ModbusFunctionCode.READ_INPUT_REGISTERS:
return(new ReadInputRegistersFunction(commandParameters));
case ModbusFunctionCode.READ_HOLDING_REGISTERS:
return(new ReadHoldingRegistersFunction(commandParameters));
case ModbusFunctionCode.WRITE_SINGLE_COIL:
return(new WriteSingleCoilFunction(commandParameters));
case ModbusFunctionCode.WRITE_SINGLE_REGISTER:
return(new WriteSingleRegisterFunction(commandParameters));
default:
return(null);
}
}
public WriteSingleRegisterFunction(ModbusCommandParameters commandParameters, CommandOriginType commandOrigin)
: base(commandParameters)
{
CheckArguments(MethodBase.GetCurrentMethod(), typeof(ModbusWriteCommandParameters));
CommandOrigin = commandOrigin;
ModbusWriteCommandParameters = commandParameters as IModbusWriteCommandParameters;
}
public ReadDiscreteInputsFunction(ModbusCommandParameters commandParameters, SCADAModel scadaModel)
: base(commandParameters)
{
CheckArguments(MethodBase.GetCurrentMethod(), typeof(ModbusReadCommandParameters));
SCADAModel = scadaModel;
ModbusReadCommandParameters = commandParameters as IModbusReadCommandParameters;
Data = new Dictionary <long, DiscreteModbusData>();
}
public ReadHoldingRegistersFunction(ModbusCommandParameters commandParameters) : base(commandParameters)
{
CheckArguments(MethodBase.GetCurrentMethod(), typeof(ModbusReadCommandParameters));
}
public static ModbusFunction CreateModbusFunction(PointType pointType, CommandType commandType, ModbusCommandParameters commandParameters)
{
if (commandType == CommandType.READ)
{
switch (pointType)
{
case PointType.DO_REG:
return(new ReadCoilsFunction(commandParameters));
case PointType.DI_REG:
return(new ReadDiscreteInputsFunction(commandParameters));
case PointType.IN_REG:
return(new ReadInputRegistersFunction(commandParameters));
case PointType.HR_INT:
return(new ReadHoldingRegistersFunction(commandParameters));
}
}
if (commandType == CommandType.WRITE)
{
switch (pointType)
{
case PointType.DO_REG:
return(new WriteSingleCoilFunction(commandParameters));
case PointType.HR_INT:
return(new WriteSingleRegisterFunction(commandParameters));
}
}
return(null);
}
public WriteSingleCoilFunction(ModbusCommandParameters commandParameters) : base(commandParameters)
{
}
public WriteSingleRegisterFunction(ModbusCommandParameters commandParameters) : base(commandParameters)
{
CheckArguments(MethodBase.GetCurrentMethod(), typeof(ModbusWriteCommandParameters));
}
public ReadDiscreteInputsFunction(ModbusCommandParameters commandParameters) : base(commandParameters)
{
CheckArguments(MethodBase.GetCurrentMethod(), typeof(ModbusReadCommandParameters));
}
public WriteSingleRegisterFunction(ModbusCommandParameters commandParameters) : base(commandParameters)
{
}
public ReadHoldingRegistersFunction(ModbusCommandParameters commandParameters) : base(commandParameters)
{
}
public ModbusFunction(ModbusCommandParameters commandParameters)
{
this.commandParameters = commandParameters;
}
protected ModbusFunction(ModbusCommandParameters commandParameters)
{
CommandParameters = commandParameters;
}
public ReadInputRegistersFunction(ModbusCommandParameters commandParameters) : base(commandParameters)
{
}
public ReadCoilsFunction(ModbusCommandParameters commandParameters) : base(commandParameters)
{
}
public ReadDiscreteInputsFunction(ModbusCommandParameters commandParameters) : base(commandParameters)
{
}
