/// <summary>
/// This method retrieves all the events for the past week via a query and displays them
/// on the EventList Screen.
/// </summary>
protected void GetEventsViaQuery(DateTime startDate, DateTime endDate)
{
List<CalendarEntry> eventsList = new List<CalendarEntry>();
try {
EKEventStore store = new EKEventStore();
EKCalendar calendar = store.DefaultCalendarForNewEvents;
// Query the event
if (calendar != null)
{
// Searches for every event in the range of given dates
NSPredicate predicate = store.PredicateForEvents(IPhoneUtils.DateTimeToNSDate(startDate),IPhoneUtils.DateTimeToNSDate(endDate),new EKCalendar[] {calendar});
store.EnumerateEvents(predicate, delegate(EKEvent currentEvent, ref bool stop)
{
// Perform your check for an event type
CalendarEntry entry = new CalendarEntry();
entry.Uid = currentEvent.EventIdentifier;
entry.Title = currentEvent.Title;
entry.Notes = currentEvent.Notes;
entry.Location = currentEvent.Location;
entry.IsAllDayEvent = currentEvent.AllDay;
entry.StartDate = IPhoneUtils.NSDateToDateTime(currentEvent.StartDate);
entry.EndDate = IPhoneUtils.NSDateToDateTime(currentEvent.EndDate);
try {
// TODO: locate how to translate this features
// entry.Type (birthday, exchange, etc)
//calendarEvent. = entry.IsEditable
// Attendees
if(currentEvent.Attendees != null && currentEvent.Attendees.Length>0) {
int attendeesNum = currentEvent.Attendees.Length;
entry.Attendees = new CalendarAttendee[attendeesNum];
int index = 0;
foreach(EKParticipant participant in currentEvent.Attendees) {
CalendarAttendee attendee = new CalendarAttendee();
attendee.Name = participant.Name;
attendee.Address = participant.Url.AbsoluteString;
if(participant.ParticipantStatus == EKParticipantStatus.Unknown || participant.ParticipantStatus == EKParticipantStatus.Pending) {
attendee.Status = AttendeeStatus.NeedsAction;
}
entry.Attendees[index] = attendee;
index++;
}
}
// Alarms
if(currentEvent.HasAlarms && currentEvent.Alarms != null && currentEvent.Alarms.Length >0) {
int alarmsNum = currentEvent.Alarms.Length;
entry.Alarms = new CalendarAlarm[alarmsNum];
int index = 0;
foreach(EKAlarm alarm in currentEvent.Alarms) {
CalendarAlarm eventAlarm = new CalendarAlarm();
eventAlarm.Trigger = IPhoneUtils.NSDateToDateTime(alarm.AbsoluteDate);
// TODO: how to manage "action", "sound" and "emailaddress"
entry.Alarms[index] = eventAlarm;
index++;
}
}
// Recurrence Rules (pick only the first one)
if(currentEvent.HasRecurrenceRules && currentEvent.RecurrenceRules != null && currentEvent.RecurrenceRules.Length >0) {
entry.IsRecurrentEvent = true;
EKRecurrenceRule rule = currentEvent.RecurrenceRules[0];
if(rule != null) {
entry.Recurrence = new CalendarRecurrence();
if(rule.Frequency == EKRecurrenceFrequency.Weekly) {
entry.Recurrence.Type = RecurrenceType.Weekly;
} else if(rule.Frequency == EKRecurrenceFrequency.Monthly) {
entry.Recurrence.Type = RecurrenceType.Montly;
} else if(rule.Frequency == EKRecurrenceFrequency.Yearly) {
entry.Recurrence.Type = RecurrenceType.Yearly;
}
if(rule.RecurrenceEnd != null) {
entry.Recurrence.EndDate = IPhoneUtils.NSDateToDateTime(rule.RecurrenceEnd.EndDate);
entry.Recurrence.Interval = (int)rule.Interval;
entry.RecurrenceNumber = rule.RecurrenceEnd.OccurrenceCount;
}
}
}
} catch (Exception ex) {
SystemLogger.Log(SystemLogger.Module.PLATFORM, "Unhandled exception while getting calendar entry information (event_id=" + entry.Uid +"). Exception message: " + ex.Message);
}
eventsList.Add(entry);
});
}
} catch (Exception ex) {
SystemLogger.Log(SystemLogger.Module.PLATFORM, "Unhandled exception while getting calendar entries. Exception message: " + ex.Message);
}
SystemLogger.Log(SystemLogger.Module.PLATFORM, "eventsList: " + eventsList.Count);
UIApplication.SharedApplication.InvokeOnMainThread (delegate {
IPhoneUtils.GetInstance().FireUnityJavascriptEvent("Appverse.Pim.onListCalendarEntriesEnd", eventsList);
});
}
/// <summary>
/// This method retrieves all the events for the past week via a query and displays them
/// on the EventList Screen.
/// </summary>
protected void GetEventsViaQuery(DateTime startDate, DateTime endDate)
{
List<CalendarEntry> eventsList = new List<CalendarEntry>();
EKEventStore store = new EKEventStore();
EKCalendar calendar = store.DefaultCalendarForNewEvents;
// Query the event
if (calendar != null)
{
// Searches for every event in the range of given dates
NSPredicate predicate = store.PredicateForEvents(startDate,endDate,new EKCalendar[] {calendar});
store.EnumerateEvents(predicate, delegate(EKEvent currentEvent, ref bool stop)
{
// Perform your check for an event type
CalendarEntry entry = new CalendarEntry();
entry.Uid = currentEvent.EventIdentifier;
entry.Title = currentEvent.Title;
entry.Notes = currentEvent.Notes;
entry.Location = currentEvent.Location;
entry.IsAllDayEvent = currentEvent.AllDay;
entry.StartDate = currentEvent.StartDate;
entry.EndDate = currentEvent.EndDate;
// TODO: locate how to translate this features
// entry.Type (birthday, exchange, etc)
//calendarEvent. = entry.IsEditable
// Attendees
if(currentEvent.Attendees != null && currentEvent.Attendees.Length>0) {
int attendeesNum = currentEvent.Attendees.Length;
entry.Attendees = new CalendarAttendee[attendeesNum];
int index = 0;
foreach(EKParticipant participant in currentEvent.Attendees) {
CalendarAttendee attendee = new CalendarAttendee();
attendee.Name = participant.Name;
attendee.Address = participant.Url.AbsoluteString;
if(participant.ParticipantStatus == EKParticipantStatus.Unknown || participant.ParticipantStatus == EKParticipantStatus.Pending) {
attendee.Status = AttendeeStatus.NeedsAction;
}
entry.Attendees[index] = attendee;
index++;
}
}
// Alarms
if(currentEvent.HasAlarms && currentEvent.Alarms != null && currentEvent.Alarms.Length >0) {
int alarmsNum = currentEvent.Alarms.Length;
entry.Alarms = new CalendarAlarm[alarmsNum];
int index = 0;
foreach(EKAlarm alarm in currentEvent.Alarms) {
CalendarAlarm eventAlarm = new CalendarAlarm();
eventAlarm.Trigger = alarm.AbsoluteDate;
// TODO: how to manage "action", "sound" and "emailaddress"
entry.Alarms[index] = eventAlarm;
index++;
}
}
// Recurrence Rules (pick only the first one)
if(currentEvent.HasRecurrenceRules && currentEvent.RecurrenceRules != null && currentEvent.RecurrenceRules.Length >0) {
entry.IsRecurrentEvent = true;
EKRecurrenceRule rule = currentEvent.RecurrenceRules[0];
if(rule != null) {
entry.Recurrence = new CalendarRecurrence();
if(rule.Frequency == EKRecurrenceFrequency.Weekly) {
entry.Recurrence.Type = RecurrenceType.Weekly;
} else if(rule.Frequency == EKRecurrenceFrequency.Monthly) {
entry.Recurrence.Type = RecurrenceType.Montly;
} else if(rule.Frequency == EKRecurrenceFrequency.Yearly) {
entry.Recurrence.Type = RecurrenceType.Yearly;
}
if(rule.RecurrenceEnd != null) {
entry.Recurrence.EndDate = rule.RecurrenceEnd.EndDate;
entry.Recurrence.Interval = rule.Interval;
entry.RecurrenceNumber = rule.RecurrenceEnd.OccurrenceCount;
}
}
}
eventsList.Add(entry);
});
}
// TODO :: this API could no longer be invoked in this way.
// the list of entries must be queried after checking access --> so, process has to send data via callback
// return eventsList.ToArray();
}
