public void FirstHalfyearMonthTest()
{
Halfyears halfyears = new Halfyears(2016, YearHalfyear.First, 1);
Assert.Equal(6, halfyears.GetMonths().Count);
Assert.Equal(1, halfyears.GetMonths()[0].Start.Month);
Assert.Equal(6, halfyears.GetMonths()[5].Start.Month);
} // FirstHalfyearMonthTest
public void SecondHalfyearMonthTest()
{
Halfyears halfyears = new Halfyears(2016, YearHalfyear.Second, 1);
Assert.Equal(6, halfyears.GetMonths().Count);
Assert.Equal(7, halfyears.GetMonths()[0].Start.Month);
Assert.Equal(12, halfyears.GetMonths()[5].Start.Month);
} // SecondHalfyearMonthTest
public void FiscalYearGetMonthsTest()
{
const int halfyearCount = 4;
Halfyears halfyears = new Halfyears(2006, YearHalfyear.First, halfyearCount, GetFiscalYearCalendar(FiscalYearAlignment.LastDay));
ITimePeriodCollection months = halfyears.GetMonths();
Assert.NotNull(months);
Assert.Equal(months.Count, TimeSpec.MonthsPerHalfyear * halfyearCount);
Assert.Equal <DateTime>(months[0].Start, new DateTime(2006, 8, 27));
for (int i = 0; i < months.Count; i++)
{
Month month = (Month)months[i];
// last month of a leap year (6 weeks)
// http://en.wikipedia.org/wiki/4-4-5_Calendar
if ((month.YearMonth == YearMonth.August) && (month.Year == 2008 || month.Year == 2013 || month.Year == 2019))
{
Assert.Equal(month.Duration.Subtract(TimeCalendar.DefaultEndOffset).Days, TimeSpec.FiscalDaysPerLeapMonth);
}
else if ((i + 1) % 3 == 0) // first and second month of quarter (4 weeks)
{
Assert.Equal(month.Duration.Subtract(TimeCalendar.DefaultEndOffset).Days, TimeSpec.FiscalDaysPerLongMonth);
}
else // third month of quarter (5 weeks)
{
Assert.Equal(month.Duration.Subtract(TimeCalendar.DefaultEndOffset).Days, TimeSpec.FiscalDaysPerShortMonth);
}
}
Assert.Equal(months[(TimeSpec.MonthsPerHalfyear * halfyearCount) - 1].End, halfyears.End);
} // FiscalYearGetMonthsTest
