/// <summary>
/// Create a SimpleDayTime using a day of the week and 24-hour format for the hour.
/// </summary>
public SimpleDayTime(zDayOfWeek weekDay, int hour, int minute, int second)
{
this.weekDay = weekDay;
this.hour = hour;
this.minute = minute;
this.second = second;
}
/*public DailyTimeRange()
* {
* timeRanges = new TimeRanges();
* }*/
/*public DailyTimeRange(string rangesToParse) : this()
* {
* if (rangesToParse == null)
* return;
*
* // Split up the ranges in the string (comma-separated). If there is no
* // comma in the string then the string represents a single range.
* string[] individualRanges;
* if (!rangesToParse.Contains(','))
* individualRanges = new string[] { rangesToParse };
* else
* individualRanges = rangesToParse.Split(',');
*
* // Now process each range individually. Should be in the format "7a - 8p".
* foreach (string range in individualRanges)
* {
*
* }
* }*/
// Create a DailyTimeRange with ONE OR MORE TimeRange objects passed to the constructor.
public DailyTimeRange(zDayOfWeek weekDay, TimeRange range, params TimeRange[] ranges)
{
timeRanges = new TimeRanges();
WeekDay = weekDay;
timeRanges.Add(range);
foreach (TimeRange tr in ranges)
{
timeRanges.Add(tr);
}
}
public void AddTimeRange(zDayOfWeek weekDay, TimeRange tr)
{
// Don't add a null TimeRange.
if (tr == null)
{
return;
}
// If there is not already a DailyTimeRange for this WeekDay, then
// create a new DailyTimeRange for the WeekDay.
if (!dailyTimeRanges.ContainsKey(weekDay) || dailyTimeRanges[weekDay] == null)
{
dailyTimeRanges[weekDay] = new DailyTimeRange(weekDay, tr);
}
else
{
// ADD TO our existing DailyTimeRange for this WeekDay.
DailyTimeRange existingDTR = dailyTimeRanges[weekDay];
existingDTR.AddTimeRange(tr);
}
}
