public bool OverlapsWith(CalendarDayEventView e)
{
return (BoxStart < e.BoxEnd && BoxEnd > e.startDate);
}
internal void Add(CalendarDayEventView e)
{
if (e.Column != null)
throw new ApplicationException ("This Event was already placed into a Column.");
events.Add (e);
e.Column = this;
}
internal bool CanAdd(CalendarDayEventView e)
{
foreach (CalendarDayEventView ev in events) {
if (ev.OverlapsWith (e))
return false;
}
return true;
}
internal bool OverlapsWith(CalendarDayEventView e)
{
if (events.Count == 0)
return false;
return (BoxStart < e.BoxEnd && BoxEnd > e.startDate);
}
internal void Add(CalendarDayEventView ev)
{
events.Add (ev);
ArrangeColumns ();
}
private void eventWasClicked(CalendarDayEventView theEvent)
{
if (!myScrollView.isMoving ()) {
if (OnEventClicked != null)
OnEventClicked (theEvent);
}
}
public MonthEventElement(CalendarDayEventView theEvent)
: base(theEvent.Title)
{
TheEvent = theEvent;
}
public static EKEvent getEvent(CalendarDayEventView theEventView)
{
EKEventStore store = MyEventStore;
var calendarArray = store.Calendars;
//Util.WriteLine ("Predicate");
//var newNSDate = (NSDate)theEventView.endDate;
//Console.WriteLine ("Date is: {0} {1} {2}", NSDate.Now.ToString (), ((NSDate) DateTime.Now).ToString (), DateTime.Now);
NSPredicate predicate = store.PredicateForEvents (theEventView.nsStartDate, theEventView.nsEndDate, calendarArray);
//Util.WriteLine ("Fetching Events");
// Fetch all events that match the predicate.
return store.EventsMatching (predicate).Where (x => x.EventIdentifier == theEventView.eventIdentifier).FirstOrDefault ();
}