protected override void ExecuteCore()
{
ClientState.Current.Messages.Errors.Clear();
if (ChannelsManager.Channels.Count == 0)
{
return;
}
var channels = ListOrSingle <ChannelInstance> .Get(channel, ChannelsManager.Channels);
var gate = new ConcurrencyGate(2);
foreach (var channelInstance in channels.Where(c => !c.Configuration.IsConnected))
{
var inputChannel = channelInstance.InputChannel;
var config = channelInstance.Configuration;
var foldersTask = new ReceiveFoldersTask(channelInstance.Configuration, inputChannel.Clone());
foldersTask.FinishedSuccess += ((sender, e) =>
ReceiveFoldersTask_FinishedSuccess((ReceiveFoldersTask)sender, config, inputChannel));
gate.Add(foldersTask);
}
// Wait for all receive tasks to complete, keeping the queue filled for the ReceiveTask.
// This prevents any new receive task from getting enqueued.
gate.Execute();
// Clean up connection scavangers
ConnectionPoolScavenger.Shutdown();
GC.Collect(GC.MaxGeneration);
}
protected override void ExecuteCore()
{
ClientState.Current.Messages.Errors.Clear();
if (ChannelsManager.Channels.Count == 0)
{
return;
}
var gate = new ConcurrencyGate(2);
var channels = ListOrSingle <ChannelInstance> .Get(channel, ChannelsManager.Channels);
foreach (var instance in channels.Where(c => !c.Configuration.IsConnected))
{
if (instance.ContactsChannel != null)
{
gate.Add(new SyncContactsTask(instance.Configuration, instance.ContactsChannel.Clone())
{
OverrideCanExecute = OverrideCanExecute
});
}
if (instance.StatusUpdatesChannel != null)
{
gate.Add(new SyncStatusUpdatesTask(instance.Configuration, instance.StatusUpdatesChannel.Clone())
{
OverrideCanExecute = OverrideCanExecute
});
}
//if (instance.CalendarChannel != null)
// new SyncCalendarTask(instance.Configuration, instance.CalendarChannel) { OverrideCanExecute = OverrideCanExecute }.ExecuteAsync();
}
if (channel == null)
{
gate.Add(new SyncSearchStreamTask {
OverrideCanExecute = OverrideCanExecute
});
}
gate.Execute();
EventBroker.Publish(AppEvents.SyncFinished);
}
