def show_profile(args, sample_producer):
resolver = symbol_resolver(args)
time_range = get_time_range(args)
node_filters = []
if args.min_duration:
min_duration = prof.parse_time_as_nanos(args.min_duration)
node_filters.append(lambda node, tree_root: node.resident_time >= min_duration)
if args.min_hits:
if args.min_hits.endswith('%'):
node_filters.append(MinHitPercentageFilter(parse_percentage(args.min_hits)))
else:
node_filters.append(MinHitCountFilter(int(args.min_hits)))
def node_filter(*args):
for filter in node_filters:
if not filter(*args):
return False
return True
with get_trace_reader(args) as reader:
prof.print_profile(sample_producer(reader.get_traces()),
symbol_resolver=resolver,
caller_oriented=args.caller_oriented,
grouping=groupers[args.group_by](),
src_addr_formatter=src_addr_formatter(args),
root_function=args.function,
node_filter=node_filter,
time_range=time_range,
max_levels=args.max_levels)
def show_profile(args, sample_producer):
resolver = symbol_resolver(args)
time_range = get_time_range(args)
node_filters = []
if args.min_duration:
min_duration = prof.parse_time_as_nanos(args.min_duration)
node_filters.append(
lambda node, tree_root: node.resident_time >= min_duration)
if args.min_hits:
if args.min_hits.endswith('%'):
node_filters.append(
MinHitPercentageFilter(parse_percentage(args.min_hits)))
else:
node_filters.append(MinHitCountFilter(int(args.min_hits)))
def node_filter(*args):
for filter in node_filters:
if not filter(*args):
return False
return True
with get_trace_reader(args) as reader:
prof.print_profile(sample_producer(reader.get_traces()),
symbol_resolver=resolver,
caller_oriented=args.caller_oriented,
grouping=groupers[args.group_by](),
src_addr_formatter=src_addr_formatter(args),
root_function=args.function,
node_filter=node_filter,
time_range=time_range,
max_levels=args.max_levels)
def show_profile(args, sample_producer):
resolver = symbol_resolver(args)
time_range = get_time_range(args)
if args.min_duration:
min_duration = prof.parse_time_as_nanos(args.min_duration)
node_filter = lambda node: node.resident_time >= min_duration
else:
node_filter = None
with get_trace_reader(args) as reader:
prof.print_profile(sample_producer(reader.get_traces()),
symbol_resolver=resolver,
caller_oriented=args.caller_oriented,
merge_threads=args.merge_threads,
src_addr_formatter=src_addr_formatter(args),
root_function=args.function,
node_filter=node_filter,
time_range=time_range,
max_levels=args.max_levels)
def show_profile(args, sample_producer):
resolver = symbol_resolver(args)
time_range = get_time_range(args)
if args.min_duration:
min_duration = prof.parse_time_as_nanos(args.min_duration)
node_filter = lambda node: node.resident_time >= min_duration
else:
node_filter = None
with get_trace_reader(args) as reader:
prof.print_profile(sample_producer(reader.get_traces()),
symbol_resolver=resolver,
caller_oriented=args.caller_oriented,
merge_threads=args.merge_threads,
src_addr_formatter=src_addr_formatter(args),
root_function=args.function,
node_filter=node_filter,
time_range=time_range,
max_levels=args.max_levels)
