165 			time_ranges = time_ranges_by_cpu[pos]
169 			time_ranges = time_ranges_by_cpu[0]
171 		max_len = len(str(len(time_ranges)))
175 		for r in time_ranges:
407 		self.time_ranges = None
418 		cpu_time_range.time_ranges[cpu_time_range.tr_pos][1] = max_time
422 		time_ranges = cpu_time_range.time_ranges
423 		time_ranges[cpu_time_range.tr_pos][1] = time - 1
424 		time_ranges.append([time, max_time])
457 def IntersectTimeRanges(new_time_ranges, time_ranges):  argument
462 	while pos < len(time_ranges) and new_pos < len(new_time_ranges):
464 		if new_time_ranges[new_pos][1] < time_ranges[pos][0]:
468 		if new_time_ranges[new_pos][0] > time_ranges[pos][1]:
470 			if pos < len(time_ranges):
478 		if new_time_ranges[new_pos][0] < time_ranges[pos][0]:
479 			new_time_ranges[new_pos][0] = time_ranges[pos][0]
481 		if new_time_ranges[new_pos][1] > time_ranges[pos][1]:
482 			r = [ time_ranges[pos][1] + 1, new_time_ranges[new_pos][1] ]
483 			new_time_ranges[new_pos][1] = time_ranges[pos][1]
490 def SplitTimeRangesByTraceDataDensity(time_ranges, cpus, nr, cmd, file_name, per_cpu, min_size, min…  argument
532 		return [ SplitTimeRangesIntoN(time_ranges, nr, min_interval) ]
549 	min_time = time_ranges[0][0]
550 	max_time = time_ranges[-1][1]
555 			cpu_time_range.time_ranges = copy.deepcopy(time_ranges)
570 		cpu_time_range.time_ranges = [ [min_time, max_time] ]
578 			IntersectTimeRanges(cpu_time_range.time_ranges, time_ranges)
580 	return [cpu_time_ranges[cpu].time_ranges for cpu in cpus]
590 	time_ranges = []
592 		time_ranges.append([start, start + duration - 1])
594 	time_ranges[-1][1] = end
595 	return time_ranges
600 def TotalDuration(time_ranges):  argument
602 	for r in time_ranges:
606 def SplitTimeRangesByInterval(time_ranges, interval):  argument
608 	for r in time_ranges:
615 def SplitTimeRangesIntoN(time_ranges, n, min_interval):  argument
616 	if n <= len(time_ranges):
617 		return time_ranges
618 	duration = TotalDuration(time_ranges)
622 	return SplitTimeRangesByInterval(time_ranges, interval)
637 def OpenTimeRangeEnds(time_ranges, min_time, max_time):  argument
638 	if time_ranges[0][0] <= min_time:
639 		time_ranges[0][0] = None
640 	if time_ranges[-1][1] >= max_time:
641 		time_ranges[-1][1] = None
646 def ValidateTimeRanges(time_ranges, time_str):  argument
647 	n = len(time_ranges)
649 		start = time_ranges[i][0]
650 		end   = time_ranges[i][1]
651 		if i != 0 and start <= time_ranges[i - 1][1]:
677 	time_ranges = []
687 		time_ranges.append([start, end])
688 	ValidateTimeRanges(time_ranges, time_str)
689 	return time_ranges
748 		self.time_ranges = ParseTimeStr(self.time_str, self.min_time, self.max_time)
750 			print("time_ranges", self.time_ranges)
772 				SplitTimeRangesByTraceDataDensity(self.time_ranges, self.cpus, self.orig_nr,
776 …self.split_time_ranges_for_each_cpu = [ SplitTimeRangesIntoN(self.time_ranges, self.nr, self.min_i…
778 …self.split_time_ranges_for_each_cpu = [ SplitTimeRangesByInterval(self.time_ranges, self.interval)…
784 			if new_tr != self.time_ranges:
791 		for time_ranges in self.split_time_ranges_for_each_cpu:
792 			OpenTimeRangeEnds(time_ranges, self.min_time, self.max_time)