// We need to scan the entries initially to fill up last_modified_table
// Otherwise, we might miss deletions that occur before any addition
private void ScanEntriesInitial()
{
EntriesIndexableGenerator generator = new EntriesIndexableGenerator(this, korganizer_file, last_modified_table, true);
// just a dummy scan
while (generator.HasNextIndexable())
{
generator.GetNextIndexable();
}
}
/////////////////////////////////////////////////
private void Index()
{
if (ThisScheduler.ContainsByTag("KOrganizer"))
{
Logger.Log.Debug("Not adding task for already running KOrganizer task");
return;
}
// Then add the entries from the KOrganizer file
EntriesIndexableGenerator generator = new EntriesIndexableGenerator(this, korganizer_file, last_modified_table, false);
Scheduler.Task task;
task = NewAddTask(generator);
task.Tag = "KOrganizer";
// Make sure add task gets scheduled after delete task
task.Priority = Scheduler.Priority.Delayed;
task.SubPriority = 0;
ThisScheduler.Add(task);
}
/////////////////////////////////////////////////
private void Index ()
{
if (ThisScheduler.ContainsByTag ("KOrganizer")) {
Logger.Log.Debug ("Not adding task for already running KOrganizer task");
return;
}
// Then add the entries from the KOrganizer file
EntriesIndexableGenerator generator = new EntriesIndexableGenerator (this, korganizer_file, last_modified_table, false);
Scheduler.Task task;
task = NewAddTask (generator);
task.Tag = "KOrganizer";
// Make sure add task gets scheduled after delete task
task.Priority = Scheduler.Priority.Delayed;
task.SubPriority = 0;
ThisScheduler.Add (task);
}
// We need to scan the entries initially to fill up last_modified_table
// Otherwise, we might miss deletions that occur before any addition
private void ScanEntriesInitial ()
{
EntriesIndexableGenerator generator = new EntriesIndexableGenerator (this, korganizer_file, last_modified_table, true);
// just a dummy scan
while (generator.HasNextIndexable ())
generator.GetNextIndexable ();
}