public Event GetGoogleMasterEvent(AppointmentItem ai)
{
log.Fine("Found a master Outlook recurring item outside sync date range: " + OutlookCalendar.GetEventSummary(ai));
List <Event> events = new List <Event>();
if (ai.UserProperties[OutlookCalendar.gEventID] == null)
{
events = GoogleCalendar.Instance.GetCalendarEntriesInRange(ai.Start.Date, ai.Start.Date.AddDays(1));
List <AppointmentItem> ais = new List <AppointmentItem>();
ais.Add(ai);
GoogleCalendar.Instance.ReclaimOrphanCalendarEntries(ref events, ref ais, neverDelete: true);
}
else
{
Event ev = GoogleCalendar.Instance.GetCalendarEntry(ai.UserProperties[OutlookCalendar.gEventID].Value.ToString());
if (ev != null)
{
events.Add(ev);
}
}
for (int g = 0; g < events.Count(); g++)
{
String gEntryID;
Event ev = events[g];
if (GoogleCalendar.GetOGCSproperty(ev, GoogleCalendar.oEntryID, out gEntryID))
{
if (gEntryID == ai.EntryID)
{
log.Info("Migrating Master Event from EntryID to GlobalAppointmentID...");
GoogleCalendar.AddOutlookID(ref ev, ai);
GoogleCalendar.Instance.UpdateCalendarEntry_save(ref ev);
return(ev);
}
else if (gEntryID == OutlookCalendar.Instance.IOutlook.GetGlobalApptID(ai))
{
log.Fine("Found master event.");
return(ev);
}
}
}
log.Warn("Failed to find master Google event for: " + OutlookCalendar.GetEventSummary(ai));
return(null);
}
private static void createCalendarEntry_save(AppointmentItem ai, Event ev)
{
if (Settings.Instance.SyncDirection == SyncDirection.Bidirectional)
{
log.Debug("Saving timestamp when OGCS updated appointment.");
AddOGCSproperty(ref ai, Program.OGCSmodified, DateTime.Now);
}
ai.Save();
Boolean oKeyExists = false;
try {
oKeyExists = ev.ExtendedProperties.Private.ContainsKey(GoogleCalendar.oEntryID);
} catch {}
if (Settings.Instance.SyncDirection == SyncDirection.Bidirectional || oKeyExists)
{
log.Debug("Storing the Outlook appointment ID in Google event.");
GoogleCalendar.AddOutlookID(ref ev, ai, Environment.MachineName);
GoogleCalendar.Instance.UpdateCalendarEntry_save(ev);
}
}