public WorkdayCalculatorResult AdjustResultWithHolidays(WorkdayCalculatorResult calculatedResult,
FunctionArgument holidayArgument)
{
var startDate = calculatedResult.StartDate;
var endDate = calculatedResult.EndDate;
var direction = calculatedResult.Direction;
var workdaysCounted = calculatedResult.NumberOfWorkdays;
var additionalDays = new AdditionalHolidayDays(holidayArgument);
foreach (var date in additionalDays.AdditionalDates)
{
if (direction == WorkdayCalculationDirection.Forward && (date < startDate || date > endDate))
{
continue;
}
if (direction == WorkdayCalculationDirection.Backward && (date > startDate || date < endDate))
{
continue;
}
if (_holidayWeekdays.IsHolidayWeekday(date))
{
continue;
}
var tmpDate = _holidayWeekdays.GetNextWorkday(endDate, direction);
while (additionalDays.AdditionalDates.Contains(tmpDate))
{
tmpDate = _holidayWeekdays.GetNextWorkday(tmpDate, direction);
}
workdaysCounted++;
endDate = tmpDate;
}
return(new WorkdayCalculatorResult(workdaysCounted, calculatedResult.StartDate, endDate, direction));
}
public WorkdayCalculatorResult ReduceWorkdaysWithHolidays(WorkdayCalculatorResult calculatedResult,
FunctionArgument holidayArgument)
{
var startDate = calculatedResult.StartDate;
var endDate = calculatedResult.EndDate;
var additionalDays = new AdditionalHolidayDays(holidayArgument);
System.DateTime calcStartDate;
System.DateTime calcEndDate;
if (startDate < endDate)
{
calcStartDate = startDate;
calcEndDate = endDate;
}
else
{
calcStartDate = endDate;
calcEndDate = startDate;
}
var nAdditionalHolidayDays = additionalDays.AdditionalDates.Count(x => x >= calcStartDate && x <= calcEndDate && !_holidayWeekdays.IsHolidayWeekday(x));
return(new WorkdayCalculatorResult(calculatedResult.NumberOfWorkdays - nAdditionalHolidayDays, startDate, endDate, calculatedResult.Direction));
}
public WorkdayCalculatorResult AdjustResultWithHolidays(WorkdayCalculatorResult calculatedResult,
FunctionArgument holidayArgument)
{
var startDate = calculatedResult.StartDate;
var endDate = calculatedResult.EndDate;
var direction = calculatedResult.Direction;
var workdaysCounted = calculatedResult.NumberOfWorkdays;
var additionalDays = new AdditionalHolidayDays(holidayArgument);
foreach (var date in additionalDays.AdditionalDates)
{
if (direction == WorkdayCalculationDirection.Forward && (date < startDate || date > endDate)) continue;
if (direction == WorkdayCalculationDirection.Backward && (date > startDate || date < endDate)) continue;
if (_holidayWeekdays.IsHolidayWeekday(date)) continue;
var tmpDate = _holidayWeekdays.GetNextWorkday(endDate, direction);
while (additionalDays.AdditionalDates.Contains(tmpDate))
{
tmpDate = _holidayWeekdays.GetNextWorkday(tmpDate, direction);
}
workdaysCounted++;
endDate = tmpDate;
}
return new WorkdayCalculatorResult(workdaysCounted, calculatedResult.StartDate, endDate, direction);
}
public WorkdayCalculatorResult ReduceWorkdaysWithHolidays(WorkdayCalculatorResult calculatedResult,
FunctionArgument holidayArgument)
{
var startDate = calculatedResult.StartDate;
var endDate = calculatedResult.EndDate;
var additionalDays = new AdditionalHolidayDays(holidayArgument);
System.DateTime calcStartDate;
System.DateTime calcEndDate;
if (startDate < endDate)
{
calcStartDate = startDate;
calcEndDate = endDate;
}
else
{
calcStartDate = endDate;
calcEndDate = startDate;
}
var nAdditionalHolidayDays = additionalDays.AdditionalDates.Count(x => x >= calcStartDate && x <= calcEndDate && !_holidayWeekdays.IsHolidayWeekday(x));
return new WorkdayCalculatorResult(calculatedResult.NumberOfWorkdays - nAdditionalHolidayDays, startDate, endDate, calculatedResult.Direction);
}