def __init__(self, wrapped, iscalled=True, calls=None, callback=None, extended=False, results=False,
recurse_lock=None, binding=None):
assert not results or iscalled, "`iscalled` must be True if `results` is True"
mimic(self, wrapped)
self.__wrapped = wrapped
self.__entanglement = None
self.__iscalled = iscalled
self.__binding = binding
self.__callback = callback
self.__extended = extended
self.__results = results
self.__recurse_lock = recurse_lock
self.calls = [] if not callback and calls is None else calls
def __init__(self, wrapped, iscalled=True, calls=None, callback=None, extended=False, results=False,
recurse_lock=None, binding=None):
assert not results or iscalled, "`iscalled` must be True if `results` is True"
mimic(self, wrapped)
self.__wrapped = wrapped
self.__entanglement = None
self.__iscalled = iscalled
self.__binding = binding
self.__callback = callback
self.__extended = extended
self.__results = results
self.__recurse_lock = recurse_lock
self.calls = [] if not callback and calls is None else calls
def __get__(self, binding, owner):
return mimic(type(self)(
self._wrapped.__get__(binding, owner) if hasattr(self._wrapped, '__get__') else self._wrapped,
handle=self._handle,
binding=binding,
owner=owner,
), self)
def __get__(self, binding, owner):
return mimic(type(self)(
self._wrapped.__get__(binding, owner) if hasattr(self._wrapped, '__get__') else self._wrapped,
handle=self._handle,
binding=binding,
owner=owner,
), self)
def decorate_advising_asyncgenerator_py35(advising_function, cutpoint_function,
bind):
assert isasyncgenfunction(cutpoint_function) or iscoroutinefunction(
cutpoint_function)
async def advising_asyncgenerator_wrapper_py35(*args, **kwargs):
if bind:
advisor = advising_function(cutpoint_function, *args, **kwargs)
else:
advisor = advising_function(*args, **kwargs)
if not isgenerator(advisor):
raise ExpectedGenerator(
"advising_function %s did not return a generator." %
advising_function)
try:
advice = next(advisor)
while True:
logdebug('Got advice %r from %s', advice, advising_function)
if advice is Proceed or advice is None or isinstance(
advice, Proceed):
if isinstance(advice, Proceed):
args = advice.args
kwargs = advice.kwargs
gen = cutpoint_function(*args, **kwargs)
try:
result = await gen
except BaseException:
advice = advisor.throw(*sys.exc_info())
else:
try:
advice = advisor.send(result)
except StopIteration:
return result
finally:
gen.close()
elif advice is Return:
return
elif isinstance(advice, Return):
return advice.value
else:
raise UnacceptableAdvice("Unknown advice %s" % advice)
finally:
advisor.close()
return mimic(advising_asyncgenerator_wrapper_py35, cutpoint_function)
def decorate_advising_generator_py3(advising_function, cutpoint_function, bind):
assert isgeneratorfunction(cutpoint_function)
def advising_generator_wrapper_py3(*args, **kwargs):
if bind:
advisor = advising_function(cutpoint_function, *args, **kwargs)
else:
advisor = advising_function(*args, **kwargs)
if not isgenerator(advisor):
raise ExpectedGenerator("advising_function %s did not return a generator." % advising_function)
try:
advice = next(advisor)
while True:
logdebug('Got advice %r from %s', advice, advising_function)
if advice is Proceed or advice is None or isinstance(advice, Proceed):
if isinstance(advice, Proceed):
args = advice.args
kwargs = advice.kwargs
gen = cutpoint_function(*args, **kwargs)
try:
result = yield from gen
except BaseException:
advice = advisor.throw(*sys.exc_info())
else:
try:
advice = advisor.send(result)
except StopIteration:
return
finally:
gen.close()
elif advice is Return:
return
elif isinstance(advice, Return):
raise StopIteration(advice.value)
else:
raise UnacceptableAdvice("Unknown advice %s" % advice)
finally:
advisor.close()
return mimic(advising_generator_wrapper_py3, cutpoint_function)
def __init__(self, cutpoint_function, binding=None):
mimic(self, cutpoint_function)
self.cutpoint_function = cutpoint_function
self.final_function = super(__logged__, self).__call__(cutpoint_function)
self.binding = binding
def __init__(self, cutpoint_function, binding=None):
mimic(self, cutpoint_function)
self.cutpoint_function = cutpoint_function
self.final_function = super(__logged__, self).__call__(cutpoint_function)
self.binding = binding
