public ChangeOfLifeSafety(uint timeDelay, ReadOnlyArray <LifeSafetyState> listOfLifeSafetyAlarmValues, ReadOnlyArray <LifeSafetyState> listOfAlarmValues, DeviceObjectPropertyReference modePropertyReference)
{
this.TimeDelay = timeDelay;
this.ListOfLifeSafetyAlarmValues = listOfLifeSafetyAlarmValues;
this.ListOfAlarmValues = listOfAlarmValues;
this.ModePropertyReference = modePropertyReference;
}
public FloatingLimit(uint timeDelay, DeviceObjectPropertyReference setpointReference, float lowDiffLimit, float highDiffLimit, float deadband)
{
this.TimeDelay = timeDelay;
this.SetpointReference = setpointReference;
this.LowDiffLimit = lowDiffLimit;
this.HighDiffLimit = highDiffLimit;
this.Deadband = deadband;
}
public static void Save(IValueSink sink, DeviceObjectPropertyReference value)
{
sink.EnterSequence();
Value<ObjectId>.Save(sink, value.ObjectIdentifier);
Value<PropertyIdentifier>.Save(sink, value.PropertyIdentifier);
Value<Option<uint>>.Save(sink, value.PropertyArrayIndex);
Value<Option<ObjectId>>.Save(sink, value.DeviceIdentifier);
sink.LeaveSequence();
}
public static void Save(IValueSink sink, DeviceObjectPropertyReference value)
{
sink.EnterSequence();
Value <ObjectId> .Save(sink, value.ObjectIdentifier);
Value <PropertyIdentifier> .Save(sink, value.PropertyIdentifier);
Value <Option <uint> > .Save(sink, value.PropertyArrayIndex);
Value <Option <ObjectId> > .Save(sink, value.DeviceIdentifier);
sink.LeaveSequence();
}
public static EventParameter NewChangeOfLifeSafety(uint timeDelay, ReadOnlyArray <LifeSafetyState> listOfLifeSafetyAlarmValues, ReadOnlyArray <LifeSafetyState> listOfAlarmValues, DeviceObjectPropertyReference modePropertyReference)
{
return(new ChangeOfLifeSafety(timeDelay, listOfLifeSafetyAlarmValues, listOfAlarmValues, modePropertyReference));
}
public BufferReady(DeviceObjectPropertyReference bufferProperty, uint previousNotification, uint currentNotification)
{
this.BufferProperty = bufferProperty;
this.PreviousNotification = previousNotification;
this.CurrentNotification = currentNotification;
}
public static ExtendedParameter NewReference(DeviceObjectPropertyReference reference)
{
return(new ReferenceWrapper(reference));
}
public static EventParameter NewFloatingLimit(uint timeDelay, DeviceObjectPropertyReference setpointReference, float lowDiffLimit, float highDiffLimit, float deadband)
{
return(new FloatingLimit(timeDelay, setpointReference, lowDiffLimit, highDiffLimit, deadband));
}
public ReferenceWrapper(DeviceObjectPropertyReference item)
{
this.Item = item;
}
public static EventParameter NewCommandFailure(uint timeDelay, DeviceObjectPropertyReference feedbackPropertyReference)
{
return(new CommandFailure(timeDelay, feedbackPropertyReference));
}
public ReferenceWrapper(DeviceObjectPropertyReference item)
{
this.Item = item;
}
public static EventParameter NewCommandFailure(uint timeDelay, DeviceObjectPropertyReference feedbackPropertyReference)
{
return new CommandFailure(timeDelay, feedbackPropertyReference);
}
public FloatingLimit(uint timeDelay, DeviceObjectPropertyReference setpointReference, float lowDiffLimit, float highDiffLimit, float deadband)
{
this.TimeDelay = timeDelay;
this.SetpointReference = setpointReference;
this.LowDiffLimit = lowDiffLimit;
this.HighDiffLimit = highDiffLimit;
this.Deadband = deadband;
}
public static NotificationParameters NewBufferReady(DeviceObjectPropertyReference bufferProperty, uint previousNotification, uint currentNotification)
{
return new BufferReady(bufferProperty, previousNotification, currentNotification);
}
public CommandFailure(uint timeDelay, DeviceObjectPropertyReference feedbackPropertyReference)
{
this.TimeDelay = timeDelay;
this.FeedbackPropertyReference = feedbackPropertyReference;
}
public ChangeOfLifeSafety(uint timeDelay, ReadOnlyArray<LifeSafetyState> listOfLifeSafetyAlarmValues, ReadOnlyArray<LifeSafetyState> listOfAlarmValues, DeviceObjectPropertyReference modePropertyReference)
{
this.TimeDelay = timeDelay;
this.ListOfLifeSafetyAlarmValues = listOfLifeSafetyAlarmValues;
this.ListOfAlarmValues = listOfAlarmValues;
this.ModePropertyReference = modePropertyReference;
}
public static EventParameter NewFloatingLimit(uint timeDelay, DeviceObjectPropertyReference setpointReference, float lowDiffLimit, float highDiffLimit, float deadband)
{
return new FloatingLimit(timeDelay, setpointReference, lowDiffLimit, highDiffLimit, deadband);
}
public static NotificationParameters NewBufferReady(DeviceObjectPropertyReference bufferProperty, uint previousNotification, uint currentNotification)
{
return(new BufferReady(bufferProperty, previousNotification, currentNotification));
}
public CommandFailure(uint timeDelay, DeviceObjectPropertyReference feedbackPropertyReference)
{
this.TimeDelay = timeDelay;
this.FeedbackPropertyReference = feedbackPropertyReference;
}
/// <summary>
/// Determines the trend type for a trend log based
/// on the object that it is monitoring
/// </summary>
/// <param name="reference">The reference to the monitored object</param>
/// <returns>The trend type</returns>
private TrendType _getTrendType(DeviceObjectPropertyReference reference)
{
switch ((ObjectType)reference.ObjectIdentifier.Type)
{
case ObjectType.AnalogInput:
case ObjectType.AnalogOutput:
case ObjectType.AnalogValue:
return TrendType.Real;
case ObjectType.BinaryInput:
case ObjectType.BinaryOutput:
case ObjectType.BinaryValue:
case ObjectType.Schedule:
return TrendType.Binary;
}
return TrendType.Unknown;
}
public static EventParameter NewChangeOfLifeSafety(uint timeDelay, ReadOnlyArray<LifeSafetyState> listOfLifeSafetyAlarmValues, ReadOnlyArray<LifeSafetyState> listOfAlarmValues, DeviceObjectPropertyReference modePropertyReference)
{
return new ChangeOfLifeSafety(timeDelay, listOfLifeSafetyAlarmValues, listOfAlarmValues, modePropertyReference);
}
public BufferReady(DeviceObjectPropertyReference bufferProperty, uint previousNotification, uint currentNotification)
{
this.BufferProperty = bufferProperty;
this.PreviousNotification = previousNotification;
this.CurrentNotification = currentNotification;
}
public static ExtendedParameter NewReference(DeviceObjectPropertyReference reference)
{
return new ReferenceWrapper(reference);
}
