public IntervalSecondData(long seconds, int nanos, IntervalType type)
{
if (seconds >= type.GetIntervalValueLimit())
{
throw Error.GetError(0xd6b);
}
this.Units = seconds;
this.Nanos = nanos;
}
public IntervalMonthData(long months, IntervalType type)
{
if (months >= type.GetIntervalValueLimit())
{
throw Error.GetError(0xd4e);
}
if (type.TypeCode == 0x65)
{
months -= months % 12L;
}
this.Units = months;
}
public IntervalSecondData(long seconds, long nanos, IntervalType type, bool normalise)
{
if (nanos >= 0x3b9aca00L)
{
long num2 = nanos / 0x3b9aca00L;
nanos = nanos % 0x3b9aca00L;
seconds += num2;
}
else if (nanos <= -1000000000L)
{
long num3 = -nanos / 0x3b9aca00L;
nanos = -(-nanos % 0x3b9aca00L);
seconds -= num3;
}
int num = DTIType.NanoScaleFactors[type.Scale];
nanos /= (long)num;
nanos *= num;
if ((seconds > 0L) && (nanos < 0L))
{
nanos += 0x3b9aca00L;
seconds -= 1L;
}
else if ((seconds < 0L) && (nanos > 0L))
{
nanos -= 0x3b9aca00L;
seconds += 1L;
}
num = DTIType.YearToSecondFactors[type.EndPartIndex];
seconds /= (long)num;
seconds *= num;
if (seconds >= type.GetIntervalValueLimit())
{
throw Error.GetError(0xd6b);
}
this.Units = seconds;
this.Nanos = (int)nanos;
}
