public void SyncTasks(SyncCallback callback)
{
TaskListTaskCollection tmp = new TaskListTaskCollection(this);
if (IsSmart == true)
{
tmp.SmartResync(() =>
{
mTasks = tmp;
OnPropertyChanged("Tasks");
OnPropertyChanged("Count");
callback();
});
}
else
{
tmp.Resync(() =>
{
mTasks = tmp;
OnPropertyChanged("Tasks");
OnPropertyChanged("Count");
callback();
});
}
}
internal void InternalSync(RawList rawList)
{
lock (this)
{
if (mTasks == null)
{
TaskListTaskCollection tmp = new TaskListTaskCollection(this);
tmp.InternalSync(new RawList[] { rawList });
System.Threading.Interlocked.Exchange(ref mTasks, tmp);
}
else
{
mTasks.InternalSync(new RawList[] { rawList });
}
mTasks.Sort();
OnPropertyChanged("Tasks");
OnPropertyChanged("Count");
}
}
public void SyncTasks(SyncCallback callback)
{
TaskListTaskCollection tmp = new TaskListTaskCollection(this);
if (!GetFlag(TaskListFlags.Smart))
{
tmp.Resync(() =>
{
mTasks = tmp;
OnPropertyChanged("Tasks");
OnPropertyChanged("Count");
callback();
});
}
else if (!IsFrozen && GetFlag(TaskListFlags.Smart))
{
// Resync all the time for smart lists...
//TODO: maybe use cache like normal lists, but for only a short time?
tmp.SmartResync(() =>
{
mTasks = tmp;
OnPropertyChanged("Tasks");
OnPropertyChanged("Count");
callback();
});
}
}
