def get_non_persistent_object(self, state, obj):
if '_py_constant' in state:
return self.simple_resolve(state.pop('_py_constant'))
if '_py_type' in state:
# Handle the simplified case.
klass = self.simple_resolve(state.pop('_py_type'))
sub_obj = copy_reg._reconstructor(klass, object, None)
elif '_py_persistent_type' in state:
# Another simple case for persistent objects that do not want
# their own document.
klass = self.simple_resolve(state.pop('_py_persistent_type'))
sub_obj = copy_reg.__newobj__(klass)
else:
factory = self.simple_resolve(state.pop('_py_factory'))
factory_args = self.get_object(state.pop('_py_factory_args'), obj)
sub_obj = factory(*factory_args)
if len(state):
sub_obj_state = self.get_object(state, obj)
if isinstance(sub_obj, persistent.Persistent):
sub_obj.__setstate__(sub_obj_state)
# This is a persistent sub-object -- mark it as such. Otherwise
# we risk to store this object in its own collection next time.
sub_obj._p_mongo_sub_object = True
else:
sub_obj.__dict__.update(sub_obj_state)
if getattr(sub_obj, '_p_mongo_sub_object', False):
sub_obj._p_mongo_doc_object = obj
sub_obj._p_jar = self._jar
return sub_obj
def get_non_persistent_object(self, state, obj):
if '_py_constant' in state:
return self.simple_resolve(state.pop('_py_constant'))
if '_py_type' in state:
# Handle the simplified case.
klass = self.simple_resolve(state.pop('_py_type'))
sub_obj = copy_reg._reconstructor(klass, object, None)
elif '_py_persistent_type' in state:
# Another simple case for persistent objects that do not want
# their own document.
klass = self.simple_resolve(state.pop('_py_persistent_type'))
sub_obj = copy_reg.__newobj__(klass)
else:
factory = self.simple_resolve(state.pop('_py_factory'))
factory_args = self.get_object(state.pop('_py_factory_args'), obj)
sub_obj = factory(*factory_args)
if len(state):
sub_obj_state = self.get_object(state, obj)
if isinstance(sub_obj, persistent.Persistent):
sub_obj.__setstate__(sub_obj_state)
# This is a persistent sub-object -- mark it as such. Otherwise
# we risk to store this object in its own collection next time.
sub_obj._p_mongo_sub_object = True
else:
sub_obj.__dict__.update(sub_obj_state)
if getattr(sub_obj, '_p_mongo_sub_object', False):
sub_obj._p_mongo_doc_object = obj
sub_obj._p_jar = self._jar
return sub_obj
def test_reconstructor():
reconstructor_copy = copy_reg._reconstructor
try:
obj = copy_reg._reconstructor(object, object, None)
Assert(type(obj) is object)
#set,get, the value is a random int
rand = _random.Random()
value = rand.getrandbits(8)
copy_reg._reconstructor = value
result = copy_reg._reconstructor
Assert(result == value, "set or get of the attribute failed!")
#the value is a string
value2 = "value2"
copy_reg._reconstructor = value2
result = copy_reg._reconstructor
Assert(result == value2, "set or get of the attribute failed!")
#the value is a custom type object
value3 = testclass()
copy_reg._reconstructor = value3
result = copy_reg._reconstructor
Assert(result == value3, "set or get of the attribute failed!")
finally:
copy_reg._reconstructor = reconstructor_copy
def test_reconstructor(self):
reconstructor_copy = copy_reg._reconstructor
try:
obj = copy_reg._reconstructor(object, object, None)
self.assertTrue(type(obj) is object)
#set,get, the value is a random int
rand = random.Random()
value = rand.getrandbits(8)
copy_reg._reconstructor = value
result = copy_reg._reconstructor
self.assertTrue(result == value,
"set or get of the attribute failed!")
#the value is a string
value2 = "value2"
copy_reg._reconstructor = value2
result = copy_reg._reconstructor
self.assertTrue(result == value2,
"set or get of the attribute failed!")
#the value is a custom type object
value3 = testclass()
copy_reg._reconstructor = value3
result = copy_reg._reconstructor
self.assertTrue(result == value3,
"set or get of the attribute failed!")
finally:
copy_reg._reconstructor = reconstructor_copy
def get_non_persistent_object(self, state, obj):
if '_py_constant' in state:
return self.simple_resolve(state['_py_constant'])
# this method must NOT change the passed in state dict
state = dict(state)
if '_py_type' in state:
# Handle the simplified case.
klass = self.simple_resolve(state.pop('_py_type'))
sub_obj = copy_reg._reconstructor(klass, object, None)
elif interfaces.PY_TYPE_ATTR_NAME in state:
# Another simple case for persistent objects that do not want
# their own document.
klass = self.simple_resolve(state.pop(interfaces.PY_TYPE_ATTR_NAME))
sub_obj = copy_reg.__newobj__(klass)
else:
factory = self.simple_resolve(state.pop('_py_factory'))
factory_args = self.get_object(state.pop('_py_factory_args'), obj)
sub_obj = factory(*factory_args)
if len(state):
sub_obj_state = self.get_object(state, obj)
if hasattr(sub_obj, '__setstate__'):
sub_obj.__setstate__(sub_obj_state)
else:
sub_obj.__dict__.update(sub_obj_state)
if isinstance(sub_obj, persistent.Persistent):
# This is a persistent sub-object -- mark it as such. Otherwise
# we risk to store this object in its own table next time.
setattr(sub_obj, interfaces.SUB_OBJECT_ATTR_NAME, True)
if getattr(sub_obj, interfaces.SUB_OBJECT_ATTR_NAME, False):
setattr(sub_obj, interfaces.DOC_OBJECT_ATTR_NAME, obj)
sub_obj._p_jar = self._jar
return sub_obj
def load_reduce(self):
stack = self.stack
args = stack.pop()
func = stack[-1]
if len(args) != 3 or func != _reconstructor:
raise UnpicklingError("Security: Unacceptable reduce function use detected")
# Some potential room for abuse
value = _reconstructor(args[0], args[1], args[2])
stack[-1] = value
def get_non_persistent_object(self, state, obj):
if '_py_type' in state:
# Handle the simplified case.
klass = self.simple_resolve(state.pop('_py_type'))
sub_obj = copy_reg._reconstructor(klass, object, None)
elif '_py_persistent_type' in state:
# Another simple case for persistent objects that do not want
# their own document.
klass = self.simple_resolve(state.pop('_py_persistent_type'))
sub_obj = copy_reg.__newobj__(klass)
else:
factory = self.simple_resolve(state.pop('_py_factory'))
factory_args = self.get_object(state.pop('_py_factory_args'), obj)
sub_obj = factory(*factory_args)
if len(state):
sub_obj_state = self.get_object(state, obj)
if isinstance(sub_obj, persistent.Persistent):
sub_obj.__setstate__(sub_obj_state)
else:
sub_obj.__dict__.update(sub_obj_state)
if getattr(sub_obj, '_p_mongo_sub_object', False):
sub_obj._p_mongo_doc_object = obj
sub_obj._p_jar = self._jar
return sub_obj
def get_non_persistent_object(self, state, obj):
if '_py_type' in state:
# Handle the simplified case.
klass = self.simple_resolve(state.pop('_py_type'))
sub_obj = copy_reg._reconstructor(klass, object, None)
elif '_py_persistent_type' in state:
# Another simple case for persistent objects that do not want
# their own document.
klass = self.simple_resolve(state.pop('_py_persistent_type'))
sub_obj = copy_reg.__newobj__(klass)
else:
factory = self.simple_resolve(state.pop('_py_factory'))
factory_args = self.get_object(state.pop('_py_factory_args'), obj)
sub_obj = factory(*factory_args)
if len(state):
sub_obj_state = self.get_object(state, obj)
if isinstance(sub_obj, persistent.Persistent):
sub_obj.__setstate__(sub_obj_state)
else:
sub_obj.__dict__.update(sub_obj_state)
if getattr(sub_obj, '_p_mongo_sub_object', False):
sub_obj._p_mongo_doc_object = obj
sub_obj._p_jar = self._jar
return sub_obj