def mem_analys(args):
mallocs = {}
node_filters = []
if args.min_count:
node_filters.append(memory_analyzer.filter_min_count(args.min_count))
if args.min_hits:
if args.min_hits.endswith('%'):
min_percent = parse_percentage(args.min_hits)
node_filters.append(
memory_analyzer.filter_min_bt_percentage(min_percent))
else:
min_count = int(args.min_hits)
node_filters.append(memory_analyzer.filter_min_bt_count(min_count))
with get_trace_reader(args) as reader:
memory_analyzer.process_records(mallocs, reader.get_traces())
memory_analyzer.show_results(
mallocs,
node_filters=node_filters,
sorter=args.sort,
group_by=args.group_by,
show_backtrace=args.backtrace,
symbol_resolver=symbol_resolver(args),
src_addr_formatter=src_addr_formatter(args),
max_levels=args.max_levels)
def mem_analys(args):
mallocs = {}
node_filters = []
if args.min_count:
node_filters.append(memory_analyzer.filter_min_count(args.min_count))
if args.min_hits:
if args.min_hits.endswith('%'):
min_percent = parse_percentage(args.min_hits)
node_filters.append(memory_analyzer.filter_min_bt_percentage(min_percent))
else:
min_count = int(args.min_hits)
node_filters.append(memory_analyzer.filter_min_bt_count(min_count))
with get_trace_reader(args) as reader:
memory_analyzer.process_records(mallocs, reader.get_traces())
memory_analyzer.show_results(mallocs,
node_filters=node_filters,
sorter=args.sort,
group_by=args.group_by,
show_backtrace=args.backtrace,
symbol_resolver=symbol_resolver(args),
src_addr_formatter=src_addr_formatter(args),
max_levels=args.max_levels)