/// <summary>
/// Checks if a ScheduledSetting is active; enabled, within time region, among list of affected outputs, and of correct device ID.
/// When the time calculations here are done, make sure and update the ScheduledSetting directly so we won't need to do this every event.
/// There's an interesting issue here when a range passes midnight (2300-0300 for instance) that might need to be handled better, idea being schedules should be able to run all day long in real time without reboots.
/// </summary>
/// <param name="currentOutput">Output / port of device.</param>
/// <param name="startingdeviceIndex">Specifies start index of device ID (1st UIO=27).</param>
/// <param name="currentdeviceIndex">Specifies active index of device ID (for UIO this is zero-based, making the 1st UIO #27).</param>
public SequentialOutputDevice getactiveSequentialDevice(IOutput currentOutput, int startingdeviceIndex, int currentdeviceIndex)
{
SequentialOutputDevice foundactiveDevice = null;
SequentialOutputSetting foundactiveSequential = null;
foreach (SequentialOutputSetting sequentialSetting in this)
{
//first check if enabled
if (sequentialSetting.Enabled == true)
{
//Log.Write("SequentialOutputSettings.activeSequentialDevice, enabled: " + sequentialSetting.Name+", checking output range...");
//find active sequence setting by checking if input output number / port matches first / primary index in outputs
foreach (SequentialOutputDevice sequentialOutputDevice in sequentialSetting.SequentialOutputDeviceList)
{
if ((currentdeviceIndex + startingdeviceIndex) == sequentialOutputDevice.ConfigPostfixID && sequentialOutputDevice.OutputList[0] == currentOutput.Number)
{
//Log.Write("SequentialOutputSettings.SequentialOutputDevice... " + sequentialSetting.Name + " is active at channel #" + currentOutput.Number + " on device " + sequentialOutputDevice.Name);
foundactiveDevice = sequentialOutputDevice;
foundactiveSequential = sequentialSetting;
break;
}
}
}
}
return(foundactiveDevice);
}
/// <summary>
/// Checks if a SequentialOutputSetting is active, and returns a newly mirrored Output object with modified Value. If not found, returns same input back.
/// This doesn't affect the output value of that next output, but will act as a forward output instead.
/// </summary>
/// <param name="currentOutput">Output / port of device.</param>
/// <param name="startingdeviceIndex">Specifies start index of device ID (1st UIO=27).</param>
/// <param name="currentdeviceIndex">Specifies active index of device ID (for UIO this is zero-based, making the 1st UIO #27).</param>
public IOutput getnextOutput(IOutput currentOutput, int startingdeviceIndex, int currentdeviceIndex)
{
long currenttimeMilliseconds = DateTime.Now.Ticks / TimeSpan.TicksPerMillisecond;
long currenttimeDelta = 0;
bool foundsequenceOutput = false;
SequentialOutputDevice activeSequentialDevice = null;
//create a new dummy output with no event mirroring input arg to avoid triggering a recursive OnOutputValueChanged (modifying Output directly would retrigger this method)
Output newOutput = new Output();
newOutput.Value = currentOutput.Value;
newOutput.Name = currentOutput.Name;
newOutput.Number = currentOutput.Number;
activeSequentialDevice = getactiveSequentialDevice(newOutput, startingdeviceIndex, currentdeviceIndex);
//calculate delta, and reset timestamp for next run
if (activeSequentialDevice != null)
{
currenttimeDelta = currenttimeMilliseconds - activeSequentialDevice.OutputTimestamp;
activeSequentialDevice.OutputTimestamp = currenttimeMilliseconds;
}
//check for next output, ignore if active output value 0 / turning off to avoid turning off the wrong output
if (activeSequentialDevice != null)
{
foundsequenceOutput = true;
}
//Log.Write("SequentialOutputSettings.getnextOutput... name=" + newOutput.Name + ", number=" + newOutput.Number + ", currentdeviceIndex=" + currentdeviceIndex);
//if we found a hit, and length of outputs isn't zero, try to check timestamp and offset to next output index if within retrigger time delta
if (foundsequenceOutput == true)
{
if (activeSequentialDevice.OutputList.Count > 1)
{
//check if below retrigger delta
if (currenttimeDelta <= activeSequentialDevice.OutputMaxTime)
{
//if not zero, increase to next
//if zero, reuse last index to ensure retrigger gets shut down
if (currentOutput.Value > 0)
{
newOutput.Number = activeSequentialDevice.getsetnextoutputValue();
}
else
{
newOutput.Number = activeSequentialDevice.OutputList[activeSequentialDevice.OutputIndex];
}
Log.Write("SequentialOutputSettings.getnextOutput... retrigger! currenttimeDelta=" + currenttimeDelta + ", name = " + newOutput.Name + ", old number=" + currentOutput.Number + ", new number=" + newOutput.Number + ", currentdeviceIndex=" + currentdeviceIndex + ", value=" + newOutput.Value);
}
else
{
activeSequentialDevice.OutputIndex = 0;
}
}
return(newOutput);
}
else
{
return(currentOutput);
}
}
