public override IEnumerable<ScheduleEntry> BuildSchedule()
{
var list = new List<ScheduleEntry>();
var weekStart = Duration.Start;
while (weekStart <= Duration.End)
{
var weekStartDayIndex = (int)weekStart.DayOfWeek;
for (var d = weekStartDayIndex; d < DaysInWeek; d++)
{
var dayOfWeek = Enum.GetValues(typeof(DayOfWeek)).GetValue(d);
foreach (var scheduleDay in Days)
{
if (scheduleDay.Day.Equals(dayOfWeek))
{
var daysPastWeekStart = d;
if (weekStartDayIndex > 0)
daysPastWeekStart -= weekStartDayIndex;
var entryDate = weekStart.AddDays(daysPastWeekStart);
if (entryDate <= Duration.End)
{
var entry = new ScheduleEntry
{
Date = weekStart.AddDays(daysPastWeekStart),
Time = scheduleDay.Time
};
list.Add(entry);
}
}
}
}
weekStart = CalculateStartOfNextWeek(weekStart);
}
return list;
}
public override IEnumerable<ScheduleEntry> BuildSchedule()
{
var list = new List<ScheduleEntry>();
var startDate = Duration.Start;
while (startDate <= Duration.End)
{
//start with list of all dates in month starting with the Duration start date.
List<DateTime> targetDates = GetRemainingDatesInMonth(startDate);
//remove any past end of duration
targetDates = FilterToDurationRange(targetDates);
//apply filtering based on parameters (this order matters)
targetDates = FilterToOrdinalWeek(targetDates);
targetDates = FilterToDayOfWeek(targetDates);
targetDates = FilterToOrdinalDay(targetDates);
targetDates = FilterToOnlyWorkDays(targetDates);
//create entries for what remains
foreach (var date in targetDates)
{
var entry = new ScheduleEntry
{
Date = date,
Time = Time
};
list.Add(entry);
}
startDate = CalculateFirstDateOfNextMonth(startDate);
}
return list;
}
public override IEnumerable<ScheduleEntry> BuildSchedule()
{
var list = new List<ScheduleEntry>();
var entryDate = Duration.Start;
while (entryDate <= Duration.End)
{
var entry = new ScheduleEntry
{
Date = entryDate,
Time = Time
};
list.Add(entry);
entryDate = entryDate.AddDays(Frequency);
}
return list;
}