public void SetTimerValue(BTTimerID timerID, decimal value)
{
var timerStatus = new GenericDecimal { Value = value, ByteCount = 4 };
ProcessBTCommand(BTCommand.SetTimerValue, timerStatus, new List<int> { (int)timerID });
}
private BTUnits GetUnitsFromBoilTemp()
{
Debug.Assert(Version.ComSchema == 0, "Version.ComSchema == 0");
var boilTemp = new GenericDecimal { ByteCount = 1, ScaleFactor = 1, HasUnits = true };
ProcessBTCommand(BTCommand.GetBoilTemp, boilTemp, null);
return boilTemp.Units;
}
/// <summary> Set the GrainTemp in the BrewTroller </summary>
///
public void SetGrainTemp(decimal temp)
{
if (!BTConfig.ValidateGrainTemp(temp))
throw new ArgumentOutOfRangeException("temp");
var grainTemp = new GenericDecimal { ByteCount = 1, ScaleFactor = 1, Value = temp };
ProcessBTCommand(BTCommand.SetGrainTemp, grainTemp, null);
}
public void SetSetpoint(BTHeatOutputID heatOutputID, decimal value)
{
var setpoint = new GenericDecimal { Value = value, ByteCount = 1 };
ProcessBTCommand(BTCommand.SetAutoValve, setpoint, new List<int> { (int)heatOutputID });
}
/// <summary> Set the Cycle Start Delay Time </summary>
///
public void SetDelayTime(decimal time)
{
if (!BTConfig.ValidateDelayTime(time))
throw new ArgumentOutOfRangeException("time");
var delayTime = new GenericDecimal { ByteCount = 2, ScaleFactor = 1, Value = time };
ProcessBTCommand(BTCommand.SetDelayTime, delayTime, null);
}
/// <summary> Set BrewTroller Evaporation Rate </summary>
///
public void SetEvapRate(decimal rate)
{
if (!BTConfig.ValidateEvapRate(rate))
throw new ArgumentOutOfRangeException("rate");
var evapRate = new GenericDecimal { ByteCount = 1, ScaleFactor = 1, Value = rate };
ProcessBTCommand(BTCommand.SetEvapRate, evapRate, null);
}
/// <summary> Set the active AutoValve Modes </summary>
///
public void SetAutoValve(BTAutoValveMode value)
{
var avMode = new GenericDecimal { Value = (int)value, ByteCount = 2 };
ProcessBTCommand(BTCommand.SetAutoValve, avMode, null);
}
/// <summary> Set BrewTroller Boil Power </summary>
///
public void SetBoilPower(decimal power)
{
if (!BTConfig.ValidateBoilPower(power))
throw new ArgumentOutOfRangeException("power");
var evapRate = new GenericDecimal { ByteCount = 1, ScaleFactor = 1, Value = power };
ProcessBTCommand(BTCommand.SetBoilPower, evapRate, null);
}
/// <summary> Get BrewTroller Starting Grain Temp </summary>
///
public decimal GetGrainTemp()
{
var grainTemp = new GenericDecimal { ByteCount = 1, ScaleFactor = 1 };
ProcessBTCommand(BTCommand.GetGrainTemp, grainTemp, null);
return grainTemp.Value;
}
/// <summary> Get BrewTroller Evaporation Rate </summary>
///
public decimal GetEvapRate()
{
var evapRate = new GenericDecimal { ByteCount = 1, ScaleFactor = 1 };
ProcessBTCommand(BTCommand.GetEvapRate, evapRate, null);
//. ToDo Decide if rate should be 2% or .02
//. Make SetEvapRate and to string match
//.
return evapRate.Value; //. / 100;
}
/// <summary> Get BrewTroller Cycle Start Delay Time </summary>
///
public decimal GetDelayTime()
{
var delayTime = new GenericDecimal { ByteCount = 2, ScaleFactor = 1 };
ProcessBTCommand(BTCommand.GetDelayTime, delayTime, null);
return delayTime.Value;
}
/// <summary> Get BrewTroller Boil Information </summary>
///
public decimal GetBoilTemp()
{
var boilTemp = new GenericDecimal { ByteCount = 1, ScaleFactor = 1, HasUnits = Version.IsAsciiSchema0 };
ProcessBTCommand(BTCommand.GetBoilTemp, boilTemp, null);
return boilTemp.Value;
}
/// <summary> Get BrewTroller Boil Information </summary>
///
public decimal GetBoilPower()
{
var boilPower = new GenericDecimal { ByteCount = 1, ScaleFactor = 1 };
ProcessBTCommand(BTCommand.GetBoilPower, boilPower, null);
return boilPower.Value;
}
