protected override void Dispose(bool explicitDispose)
{
_nextSignalAwaitable = null;
_signalState = null;
//
base.Dispose(explicitDispose);
}
protected virtual void SignalCondition(ITriggerSignalProperties signalProps, TriggerSignalState inState, out TriggerSignalState outState)
{
signalProps.EnsureNotNull(nameof(signalProps));
//
if (inState is null)
{
outState = new TriggerSignalState(signalCounter: 1L, lastSignalTimestamp: signalProps.Timestamp);
}
else
{
switch (inState.SignalCounter)
{
case long.MaxValue:
outState = inState;
break;
default:
outState = new TriggerSignalState(signalCounter: inState.SignalCounter + 1L, lastSignalTimestamp: signalProps.Timestamp);
break;
}
}
}
protected override void SignalCondition(ITriggerSignalProperties signalProps, TriggerSignalState inState, out TriggerSignalState outState)
{
signalProps.EnsureNotNull(nameof(signalProps));
//
if ((inState is null) || inState.SignalCounter == 0 || signalProps.Timestamp.Subtract(inState.LastSignalTimestamp) > _signalFrequencyLimit)
{
base.SignalCondition(signalProps: signalProps, inState: inState, outState: out outState);
}
TriggerSignalState P_AtMostOneSignalCondition(ITriggerSignalProperties signalProps, TriggerSignalState inState)
{
if ((inState?.SignalCounter ?? 0L) == 0L)
{
return(P_DefaultSignalCondition(signalProps: signalProps, inState: inState));
}
else
{
return(inState);
}
}
TriggerSignalState P_DefaultSignalCondition(ITriggerSignalProperties signalProps, TriggerSignalState inState)
{
SignalCondition(signalProps: signalProps, inState: inState, outState: out var outState);
return(outState);
}
