public async Task LoadsCalendarFromUrl()
{
Calendar calendar = await service.Read(new Uri(Registry.AppSettings["iCalUrl"]));
Assert.IsNotNull(calendar);
Assert.AreNotEqual(0, calendar.Events.Count);
}
public async Task ExecutesEventSyncOperations()
{
Uri iCalUrl = new Uri(Registry.AppSettings["iCalUrl"]);
var iCal = await iCalService.Read(iCalUrl);
string gCalID = await gCalEventSyncer.GetOrCreateGCalID(iCalUrl);
var operations = await gCalEventSyncer.GetEventSyncOperations(gCalID, iCal);
foreach (var operation in operations.Take(10))
{
await operation.Execute(gCalService);
}
}
public async Task Execute(Calendar calendar, int eventLimit = 100)
{
await CreateGCalIfNotExists(calendar);
logger("Reading iCal data...");
var iCal = await iCalService.Read(new Uri(calendar.iCalendarUrl));
calendar.iCalendarEventCount = iCal.Events.Count;
logger("Determining events to sync...");
var events = await gCalEventSyncer.GetEventSyncOperations(calendar.GoogleCalendarID, iCal);
using (var countTracker = calendar.BeginSyncCountTracking(
remainingCreateCount: events.OfType <ImportGCalEventOperation>().Count(),
remainingUpdateCount: events.OfType <UpdateGCalEventOperation>().Count(),
remainingDeleteCount: events.OfType <DeleteGCalEventOperation>().Count()))
{
if (events.Any())
{
var eventsToSync = events.Take(eventLimit).ToArray();
logger($"Syncing {eventsToSync.Count()} events...");
foreach (var @event in eventsToSync)
{
await @event.Execute(gCalService);
countTracker.CreateCount += @event is ImportGCalEventOperation ? 1 : 0;
countTracker.UpdateCount += @event is UpdateGCalEventOperation ? 1 : 0;
countTracker.DeleteCount += @event is DeleteGCalEventOperation ? 1 : 0;
}
}
else
{
logger("No events to sync.");
}
}
}