String BaseDateAndTimeInputType::serializeWithComponents(const DateComponents& date) const
{
Decimal step;
if (!element()->getAllowedValueStep(&step))
return date.toString();
if (step.remainder(msecPerMinute).isZero())
return date.toString(DateComponents::None);
if (step.remainder(msecPerSecond).isZero())
return date.toString(DateComponents::Second);
return date.toString(DateComponents::Millisecond);
}
DateTimeNumericFieldElement::Step DateTimeEditBuilder::createStep(double msPerFieldUnit, double msPerFieldSize) const
{
const Decimal msPerFieldUnitDecimal(static_cast<int>(msPerFieldUnit));
const Decimal msPerFieldSizeDecimal(static_cast<int>(msPerFieldSize));
Decimal stepMilliseconds = stepRange().step();
ASSERT(!msPerFieldUnitDecimal.isZero());
ASSERT(!msPerFieldSizeDecimal.isZero());
ASSERT(!stepMilliseconds.isZero());
DateTimeNumericFieldElement::Step step(1, 0);
if (stepMilliseconds.remainder(msPerFieldSizeDecimal).isZero())
stepMilliseconds = msPerFieldSizeDecimal;
if (msPerFieldSizeDecimal.remainder(stepMilliseconds).isZero() && stepMilliseconds.remainder(msPerFieldUnitDecimal).isZero()) {
step.step = static_cast<int>((stepMilliseconds / msPerFieldUnitDecimal).toDouble());
step.stepBase = static_cast<int>((stepRange().stepBase() / msPerFieldUnitDecimal).floor().remainder(msPerFieldSizeDecimal / msPerFieldUnitDecimal).toDouble());
}
return step;
}