def __new__(mcs, *args, **kwargs):
name, bases, attr = args[:3]
timing = Timing()
for _name, _value in attr.items():
if "__" in _name or "timing" in _name or "estimate" in _name:
continue
if Util.callable(_value):
attr[_name] = timing.timeit(level=2)(_value)
return type(name, bases, attr)
def __new__(mcs, *args, **kwargs):
name, bases, attr = args[:3]
timing = Timing()
for _name, _value in attr.items():
if "__" in _name or "timing" in _name or "evaluate" in _name:
continue
if Util.callable(_value):
attr[_name] = timing.timeit(level=2)(_value)
return type(name, bases, attr)
def __new__(mcs, *args, **kwargs):
name, bases, attr = args[:3]
timing = Timing()
for _name, _value in attr.items():
if "__" in _name or "timing" in _name or "evaluate" in _name:
continue
if Util.callable(_value):
attr[_name] = timing.timeit(level=2)(_value)
def show_timing_log(self, level=2):
getattr(self, name + "Timing").show_timing_log(level)
attr["show_timing_log"] = show_timing_log
return tyep(name,bases, attr)
def __new__(mcs, *args, **kwargs):
name, bases, attr = args[:3]
timing = Timing()
for _name, _value in attr.items():
if "__" in _name or "timing" in _name or "evaluate" in _name:
continue
if Util.callable(_value):
attr[_name] = timing.timeit(level=2)(_value)
def show_timing_log(self, level=2):
getattr(self, name + "Timing").show_timing_log(level)
attr["show_timing_log"] = show_timing_log
return type(name, bases, attr)
