private int GetDateComponentValueFromLogicalIndexBasedOnStepBehavior(StepBehavior behavior, int logicalIndex)
{
switch (this.componentType)
{
case DateTimeComponentType.Day:
case DateTimeComponentType.Month:
case DateTimeComponentType.Year:
switch (behavior)
{
case StepBehavior.Multiples:
return((logicalIndex + 1) * this.Step);
case StepBehavior.BaseAndMultiples:
return(logicalIndex == 0 || this.Step == 1 ? logicalIndex + 1 : logicalIndex *this.Step);
case StepBehavior.StartFromBase:
return((logicalIndex * this.Step) + 1);
default:
return(logicalIndex * this.Step);
}
case DateTimeComponentType.Minute:
case DateTimeComponentType.Hour:
case DateTimeComponentType.AMPM:
return(logicalIndex * this.Step);
}
return(logicalIndex);
}
private void MoveToNextStep(int stepIndex)
{
if (currentStep.nextSteps.Length > stepIndex)
{
currentStep = currentStep.nextSteps[stepIndex];
UpdateCurrentLabel();
}
}
void Start()
{
currentStep = startStep;
UpdateCurrentLabel();
UpdateCurrentLocation(startStep.locationName);
}
internal int GetStepRemainderForComponent(int componentValue, int minComponentValue, StepBehavior behavior, int step)
{
if (step == 1)
{
return(0);
}
var remainder = 0;
switch (behavior)
{
case StepBehavior.Multiples:
remainder = componentValue % step;
break;
case StepBehavior.StartFromBase:
remainder = (componentValue - minComponentValue) % step;
break;
case StepBehavior.BaseAndMultiples:
remainder = componentValue == minComponentValue ? 0 : componentValue % step;
break;
}
return(remainder);
}