def get_proc_title(self): """ Create the title for the current process (set by `update_proc_title`) """ has_worker = bool(getattr(self, 'worker', None)) title_parts = [self.prog_name.replace('.py', ('#%s' % self.worker.id) if has_worker else '')] status = 'init' if has_worker and self.worker.status: status = self.worker.status if self.worker.end_forced: status += ' - ending' title_parts.append('[%s]' % status) if has_worker and self.worker.queues: title_parts.append('queues=%s' % ','.join(self.worker.queues)) if has_worker and self.worker.status: # add infos about the main loop title_parts.append('loop=%s/%s' % (self.worker.num_loops, self.worker.max_loops)) # and about the number of jobs to run title_parts.append('waiting=%s' % self.worker.count_waiting_jobs()) # and about the number of delayed jobs title_parts.append('delayed=%s' % self.worker.count_delayed_jobs()) # and about elapsed time if self.worker.start_date: duraiton_message = 'duration=%s' duration_args = (timedelta(seconds=int(round(total_seconds(self.worker.elapsed)))), ) if self.worker.max_duration: duraiton_message += '/%s' duration_args += (self.worker.max_duration, ) title_parts.append(duraiton_message % duration_args) return ' '.join(title_parts)
def test_assert_total_seconds_works(self): td = timedelta(days=2, seconds=2) self.assertEqual(total_seconds(td), 3600*48+2)