public void UpdateValue(LedWizOutput LedWizOutput)
{
byte V = ByteToLedWizValue[LedWizOutput.Value];
bool S = (V != 0);
int ZeroBasedOutputNumber = LedWizOutput.LedWizOutputNumber - 1;
int ByteNr = ZeroBasedOutputNumber >> 3;
int BitNr = ZeroBasedOutputNumber & 7;
byte Mask = (byte)(1 << BitNr);
lock (ValueChangeLocker)
{
if (S != ((NewAfterValueSwitches[ByteNr] & Mask) != 0))
{
//Neeed to adjust switches
if (S == false)
{
//Output will be turned off
Mask = (byte)~Mask;
NewAfterValueSwitches[ByteNr] &= Mask;
NewBeforeValueSwitches[ByteNr] &= Mask;
NewSwitchUpdateBeforeValueUpdateRequired = true;
UpdateRequired = true;
}
else
{
//Output will be turned on
if (V != NewOutputValues[ZeroBasedOutputNumber])
{
//Need to change value before turing on
NewOutputValues[ZeroBasedOutputNumber] = V;
NewAfterValueSwitches[ByteNr] |= Mask;
NewValueUpdateRequired = true;
NewSwitchUpdateAfterValueUpdateRequired = true;
UpdateRequired = true;
}
else
{
//Value is correct, only need to turn on switch
NewAfterValueSwitches[ByteNr] |= Mask;
NewBeforeValueSwitches[ByteNr] |= Mask;
NewSwitchUpdateBeforeValueUpdateRequired = true;
UpdateRequired = true;
}
}
}
else
{
if (S == true && V != NewOutputValues[ZeroBasedOutputNumber])
{
//Only need to adjust value
NewOutputValues[ZeroBasedOutputNumber] = V;
NewValueUpdateRequired = true;
UpdateRequired = true;
}
}
}
}
/// <summary>
/// This method is called whenever the value of a output in the Outputs property changes its value.<br />
/// Updates the internal arrays holding the states of the LedWiz outputs.
/// </summary>
/// <param name="Output">The output which has changed.</param>
/// <exception cref="System.Exception">
/// The OutputValueChanged event handler for LedWiz {0:00} has been called by a sender which is not a LedWizOutput.<br/>
/// or<br/>
/// LedWiz output numbers must be in the range of 1-32. The supplied output number {0} is out of range.
/// </exception>
protected override void OnOutputValueChanged(IOutput Output)
{
if (!(Output is LedWizOutput))
{
throw new Exception("The OutputValueChanged event handler for LedWiz {0:00} has been called by a sender which is not a LedWizOutput.".Build(Number));
}
LedWizOutput LWO = (LedWizOutput)Output;
if (!LWO.LedWizOutputNumber.IsBetween(1, 32))
{
throw new Exception("LedWiz output numbers must be in the range of 1-32. The supplied output number {0} is out of range.".Build(LWO.LedWizOutputNumber));
}
LedWizUnit S = LedWizUnits[this.Number];
S.UpdateValue(LWO);
}
/// <summary>
/// This method is called whenever the value of a output in the Outputs property changes its value.<br />
/// Updates the internal arrays holding the states of the LedWiz outputs.
/// </summary>
/// <param name="Output">The output which has changed.</param>
/// <exception cref="System.Exception">
/// The OutputValueChanged event handler for LedWiz {0:00} has been called by a sender which is not a LedWizOutput.<br/>
/// or<br/>
/// LedWiz output numbers must be in the range of 1-32. The supplied output number {0} is out of range.
/// </exception>
protected override void OnOutputValueChanged(IOutput Output)
{
if (!(Output is LedWizOutput))
{
throw new Exception("The OutputValueChanged event handler for LedWiz {0:00} has been called by a sender which is not a LedWizOutput.".Build(Number));
}
LedWizOutput LWO = (LedWizOutput)Output;
if (!LWO.LedWizOutputNumber.IsBetween(1, 32))
{
throw new Exception("LedWiz output numbers must be in the range of 1-32. The supplied output number {0} is out of range.".Build(LWO.LedWizOutputNumber));
}
LedWizUnit S = LedWizUnits[this.Number];
//S.UpdateValue(LWO);
//uses ledwizoutput instead of standard output, need to mirror ledwizoutputnumber
//note, compensate for id [1-16] not being zero-based
IOutput recalculatedOutput = ScheduledSettings.Instance.getnewrecalculatedOutput(Output, 1, Number - 1);
LWO.Value = recalculatedOutput.Value;
S.UpdateValue(LWO);
}
public void UpdateValue(LedWizOutput LedWizOutput)
{
byte V = ByteToLedWizValue[LedWizOutput.Value];
bool S = (V != 0);
int ZeroBasedOutputNumber = LedWizOutput.LedWizOutputNumber - 1;
int ByteNr = ZeroBasedOutputNumber >> 3;
int BitNr = ZeroBasedOutputNumber & 7;
byte Mask = (byte)(1 << BitNr);
lock (ValueChangeLocker)
{
if (S != ((NewAfterValueSwitches[ByteNr] & Mask) != 0))
{
//Neeed to adjust switches
if (S == false)
{
//Output will be turned off
Mask = (byte)~Mask;
NewAfterValueSwitches[ByteNr] &= Mask;
NewBeforeValueSwitches[ByteNr] &= Mask;
NewSwitchUpdateBeforeValueUpdateRequired = true;
UpdateRequired = true;
}
else
{
//Output will be turned on
if (V != NewOutputValues[ZeroBasedOutputNumber])
{
//Need to change value before turing on
NewOutputValues[ZeroBasedOutputNumber] = V;
NewAfterValueSwitches[ByteNr] |= Mask;
NewValueUpdateRequired = true;
NewSwitchUpdateAfterValueUpdateRequired = true;
UpdateRequired = true;
}
else
{
//Value is correct, only need to turn on switch
NewAfterValueSwitches[ByteNr] |= Mask;
NewBeforeValueSwitches[ByteNr] |= Mask;
NewSwitchUpdateBeforeValueUpdateRequired = true;
UpdateRequired = true;
}
}
}
else
{
if (S == true && V != NewOutputValues[ZeroBasedOutputNumber])
{
//Only need to adjust value
NewOutputValues[ZeroBasedOutputNumber] = V;
NewValueUpdateRequired = true;
UpdateRequired = true;
}
}
}
}