def test_skip_recoverables(self):
a = SimpleClass()
a.l = threading.Lock()
dto = mapper.dto_generator(a)
a2 = mapper.load_from_dto(dto, skip_recoverables=True)
self.assertEquals(None, a2.l)
a3 = mapper.load_from_dto(dto, skip_recoverables=False)
self.assertTrue(isinstance(a3.l, thread.LockType))
def test_skip_recoverables(self):
a = SimpleClass()
a.l = threading.Lock()
dto = mapper.dto_generator(a)
a2 = mapper.load_from_dto(dto, skip_recoverables = True)
self.assertEquals(None, a2.l)
a3 = mapper.load_from_dto(dto, skip_recoverables = False)
self.assertTrue(isinstance(a3.l, thread.LockType))
def _stub(self, *parameters, **kparameters):
""" Dynamically generated method. Protocol: SOAP.
Method name: METHOD_NAME. Documentation: DOCUMENTATION """
try:
if ServerSOAP.SERIALIZE:
parameters_instance = (parameters, kparameters)
if ServerSOAP.SERIALIZE_MAPPING:
parameters_instance = mapper.dto_generator(parameters_instance)
dumped_result = getattr(self._server, METHOD_NAME)(pickle.dumps(parameters_instance))
result = pickle.loads(dumped_result)
if ServerSOAP.SERIALIZE_MAPPING:
result = mapper.load_from_dto(result)
return result
else:
return getattr(self._server, METHOD_NAME)(*parameters, **kparameters)
except SOAPpy.faultType as ft:
# TODO: if server receives a control + c, client gets it :-o
class_type = _retrieve_class(ft.faultcode)
if class_type is not None:
try:
instance = class_type(ft.faultstring)
except:
pass
else:
raise instance
raise Exceptions.UnknownFaultType(
"Unknown fault type: " + str(ft.faultcode) + ": " + str(ft.faultstring) + "; " + str(ft.detail), ft
)
except Exception as e:
raise ProtocolErrors.UnknownRemoteError("Unknown exception: " + str(e.__class__) + "; " + str(e), e)
def _stub(self, *parameters, **kparameters):
""" Dynamically generated method. Protocol: SOAP.
Method name: METHOD_NAME. Documentation: DOCUMENTATION """
try:
if ServerSOAP.SERIALIZE:
parameters_instance = (parameters, kparameters)
if ServerSOAP.SERIALIZE_MAPPING:
parameters_instance = mapper.dto_generator(
parameters_instance)
dumped_result = getattr(self._server, METHOD_NAME)(
pickle.dumps(parameters_instance))
result = pickle.loads(dumped_result)
if ServerSOAP.SERIALIZE_MAPPING:
result = mapper.load_from_dto(result)
return result
else:
return getattr(self._server, METHOD_NAME)(*parameters,
**kparameters)
except SOAPpy.faultType as ft:
#TODO: if server receives a control + c, client gets it :-o
class_type = _retrieve_class(ft.faultcode)
if class_type is not None:
try:
instance = class_type(ft.faultstring)
except:
pass
else:
raise instance
raise Exceptions.UnknownFaultType(
"Unknown fault type: " + str(ft.faultcode) + ": " +
str(ft.faultstring) + "; " + str(ft.detail), ft)
except Exception as e:
raise ProtocolErrors.UnknownRemoteError(
"Unknown exception: " + str(e.__class__) + "; " + str(e), e)
def _skeleton(self,*parameters,**kparameters):
""" Dynamically generated method. Protocol: SOAP.
Method name: METHOD_NAME. Documentation: DOCUMENTATION """
try:
if SERIALIZE:
parameters_instance = pickle.loads(parameters[0])
if SERIALIZE_MAPPING:
parameters_instance = mapper.load_from_dto(parameters_instance)
params, kparams = parameters_instance
result = getattr(self._parent,'do_'+METHOD_NAME)(
*params,
**kparams
)
if SERIALIZE_MAPPING:
result = mapper.dto_generator(result)
dumped_result = pickle.dumps(result)
return dumped_result
else:
return getattr(self._parent,'do_'+METHOD_NAME)(*parameters,**kparameters)
except Exception as e:
# TODO: watch out, if server gets a Control + C, the exception is going to propagate
tb = traceback.format_exc()
if type(e) == types.InstanceType:
class_name = str(e.__class__)
else:
class_name = type(e).__module__ + '.' + type(e).__name__
log.log(self,log.level.Info,"Exception : " + class_name + "; " + e.args[0] + "; " + tb)
raise SOAPpy.faultType(
faultcode=class_name,
faultstring=e.args[0],
detail=tb
)
def unpack_call(self, data):
encoded_data = data[10:-1]
decoded_data = base64.decodestring(encoded_data)
call_dto = cPickle.loads(decoded_data)
call = mapper.load_from_dto(call_dto)
if not isinstance(call, FunctionCall):
pass # TODO: raise something
return call
def unpack_result(self, data):
encoded_data = data[10:-1]
decoded_data = base64.decodestring(encoded_data)
result_dto = cPickle.loads(decoded_data)
result = mapper.load_from_dto(result_dto)
if not isinstance(result, FunctionResult):
pass #TODO: raise an exception or something
return result
def unpack_result(self, data):
encoded_data = data[10:-1]
decoded_data = base64.decodestring(encoded_data)
result_dto = cPickle.loads(decoded_data)
result = mapper.load_from_dto(result_dto)
if not isinstance(result, FunctionResult):
pass #TODO: raise an exception or something
return result
def unpack_call(self, data):
encoded_data = data[10:-1]
decoded_data = base64.decodestring(encoded_data)
call_dto = cPickle.loads(decoded_data)
call = mapper.load_from_dto(call_dto)
if not isinstance(call, FunctionCall):
pass # TODO: raise something
return call
def test_dto_not_comparable_instances(self):
dt = xmlrpclib.DateTime()
# DateTime throws exception when doing:
# dt == {}
# for instance
dto = mapper.dto_generator({"foo" : dt})
dt2 = mapper.load_from_dto(dto)
self.assertEquals(["foo"], dt2.keys())
self.assertEquals(dt.value, dt2["foo"].value)
def test_dto_not_comparable_instances(self):
dt = xmlrpclib.DateTime()
# DateTime throws exception when doing:
# dt == {}
# for instance
dto = mapper.dto_generator({"foo": dt})
dt2 = mapper.load_from_dto(dto)
self.assertEquals(["foo"], dt2.keys())
self.assertEquals(dt.value, dt2["foo"].value)
def _skeleton(self, *parameters, **kparameters):
""" Dynamically generated method. Protocol: Direct.
Method name: METHOD_NAME. Documentation: DOCUMENTATION """
if DUPLICATE:
dumped_parameters_instance = parameters[0]
parameters_instance = pickle.loads(dumped_parameters_instance)
real_parameters = mapper.load_from_dto(parameters_instance)
parameters, kparameters = real_parameters
return getattr(self._parent, 'do_'+METHOD_NAME)(*parameters, **kparameters)
def test_dto_datetime(self):
sc = SimpleClass()
sc.time = datetime.datetime(2007, 12, 31, 23, 55)
dto = mapper.dto_generator(sc)
sc2 = mapper.load_from_dto(dto)
self.assertEquals(2007, sc2.time.year)
self.assertEquals(12, sc2.time.month)
self.assertEquals(31, sc2.time.day)
self.assertEquals(23, sc2.time.hour)
self.assertEquals(55, sc2.time.minute)
def _skeleton(self, *parameters, **kparameters):
""" Dynamically generated method. Protocol: Direct.
Method name: METHOD_NAME. Documentation: DOCUMENTATION """
if DUPLICATE:
dumped_parameters_instance = parameters[0]
parameters_instance = pickle.loads(dumped_parameters_instance)
real_parameters = mapper.load_from_dto(parameters_instance)
parameters, kparameters = real_parameters
return getattr(self._parent, 'do_' + METHOD_NAME)(*parameters,
**kparameters)
def test_dto_datetime(self):
sc = SimpleClass()
sc.time = datetime.datetime(2007, 12, 31, 23, 55)
dto = mapper.dto_generator(sc)
sc2 = mapper.load_from_dto(dto)
self.assertEquals(2007, sc2.time.year)
self.assertEquals(12 , sc2.time.month)
self.assertEquals(31 , sc2.time.day)
self.assertEquals(23 , sc2.time.hour)
self.assertEquals(55 , sc2.time.minute)
def test_mapping_ignorable(self):
native_obj = expat_parser.ParserCreate()
self.assertRaises(pickle.PicklingError, pickle.dumps, native_obj)
class MyClass(object):
pass
my_class = MyClass()
my_class.native_obj = native_obj
dto = mapper.dto_generator(my_class)
my_class2 = mapper.load_from_dto(dto)
self.assertTrue(isinstance(my_class2.native_obj, str))
def load_from_file(file):
try:
dto_object = pickle.load(file)
except Exception as e:
raise CoordMapErrors.CoordLoadingError(
"Exception <%s> caught loading coordmap from file <%s>" %
(e, file), e)
try:
dto_object = mapper.load_from_dto(dto_object)
except Exception as e:
raise CoordMapErrors.CoordLoadingError(
"Exception <%s> caught deserializing dto_object <%s> received from file <%s>"
% (e, dto_object, file), e)
return dto_object
def test_mapping_ignorable(self):
native_obj = expat_parser.ParserCreate()
self.assertRaises(
pickle.PicklingError,
pickle.dumps,
native_obj
)
class MyClass(object):
pass
my_class = MyClass()
my_class.native_obj = native_obj
dto = mapper.dto_generator(my_class)
my_class2 = mapper.load_from_dto(dto)
self.assertTrue(isinstance(my_class2.native_obj,str))
def load_from_file(file):
try:
dto_object = pickle.load(file)
except Exception as e:
raise CoordMapErrors.CoordLoadingError(
"Exception <%s> caught loading coordmap from file <%s>"
% (e,file),
e
)
try:
dto_object = mapper.load_from_dto(dto_object)
except Exception as e:
raise CoordMapErrors.CoordLoadingError(
"Exception <%s> caught deserializing dto_object <%s> received from file <%s>"
% (e,dto_object,file),
e
)
return dto_object
def test_dto_generator(self):
mc = MyClass(1,2,(1,2))
mc.and_another = MyClass(1,3,(1,3))
moc = MyOtherClass(4+4j)
# Cyclic references
jac1 = JetAnotherClass(None)
jac2 = JetAnotherClass(jac1)
jac1.otherReference = jac2
# mc and moc can't be pickled
# pickle raises pickle.PicklingError in Python < 2.7 but TypeError in Python 2.7; we try both exceptions
try:
self.assertRaises(
pickle.PicklingError,
pickle.dumps,
mc
)
except:
first_assertion_failed = True
else:
first_assertion_failed = False
try:
self.assertRaises(
TypeError,
pickle.dumps,
mc
)
except:
if first_assertion_failed:
raise
self.assertRaises(
TypeError,
pickle.dumps,
moc
)
my_dto = mapper.dto_generator(mc)
self.assertEquals(
my_dto._first_field,
mc._first_field
)
self.assertEquals(
my_dto._second_field,
mc._second_field
)
self.assertEquals(
my_dto._third_field,
mc._third_field
)
self.assertEquals(
my_dto.sum_of_fields,
mc.sum_of_fields
)
self.assertNotEquals( #Lock not allowed
type(my_dto.another),
thread.LockType
)
self.assertEquals(
my_dto.yet_another,
mc.yet_another
)
# And inside and_another... so on
self.assertEquals(
my_dto.and_another._first_field,
mc.and_another._first_field
)
# What about moc?
my_other_dto = mapper.dto_generator(moc)
self.assertEquals(
my_other_dto.param,
moc.param
)
self.assertEquals(
hasattr(my_other_dto,'param2'),
False
)
# What about JetAnotherClass?
my_other_jac1 = mapper.dto_generator(jac1)
my_other_jac1.otherReference
# Go ahead! Pickle me! ;-D
pickled = pickle.dumps(my_dto)
my_dto2 = pickle.loads(pickled)
pickled = pickle.dumps(my_other_dto)
my_other_dto2 = pickle.loads(pickled)
# Let's try to unload them
my_dto2 = mapper.load_from_dto(my_dto2)
my_other_dto2 = mapper.load_from_dto(my_other_dto2)
# Let's check locks work
my_dto2.my_method() #Nothing happens :-)
def test_condition(self):
c1 = threading.Condition()
dto = mapper.dto_generator(c1)
c2 = mapper.load_from_dto(dto)
self.assertTrue(hasattr(c2, 'acquire'))
self.assertTrue(hasattr(c2, 'release'))
def test_dto_builtin(self):
exception = AttributeError("foo")
dto = mapper.dto_generator(exception)
generated = mapper.load_from_dto(dto)
self.assertTrue(isinstance(generated,AttributeError))
self.assertEquals("foo", generated.args[0] )
def test_dto_builtin(self):
exception = AttributeError("foo")
dto = mapper.dto_generator(exception)
generated = mapper.load_from_dto(dto)
self.assertTrue(isinstance(generated, AttributeError))
self.assertEquals("foo", generated.args[0])
def test_condition(self):
c1 = threading.Condition()
dto = mapper.dto_generator(c1)
c2 = mapper.load_from_dto(dto)
self.assertTrue(hasattr(c2, 'acquire'))
self.assertTrue(hasattr(c2, 'release'))
def test_dto_generator(self):
mc = MyClass(1, 2, (1, 2))
mc.and_another = MyClass(1, 3, (1, 3))
moc = MyOtherClass(4 + 4j)
# Cyclic references
jac1 = JetAnotherClass(None)
jac2 = JetAnotherClass(jac1)
jac1.otherReference = jac2
# mc and moc can't be pickled
# pickle raises pickle.PicklingError in Python < 2.7 but TypeError in Python 2.7; we try both exceptions
try:
self.assertRaises(pickle.PicklingError, pickle.dumps, mc)
except:
first_assertion_failed = True
else:
first_assertion_failed = False
try:
self.assertRaises(TypeError, pickle.dumps, mc)
except:
if first_assertion_failed:
raise
self.assertRaises(TypeError, pickle.dumps, moc)
my_dto = mapper.dto_generator(mc)
self.assertEquals(my_dto._first_field, mc._first_field)
self.assertEquals(my_dto._second_field, mc._second_field)
self.assertEquals(my_dto._third_field, mc._third_field)
self.assertEquals(my_dto.sum_of_fields, mc.sum_of_fields)
self.assertNotEquals( #Lock not allowed
type(my_dto.another), thread.LockType)
self.assertEquals(my_dto.yet_another, mc.yet_another)
# And inside and_another... so on
self.assertEquals(my_dto.and_another._first_field,
mc.and_another._first_field)
# What about moc?
my_other_dto = mapper.dto_generator(moc)
self.assertEquals(my_other_dto.param, moc.param)
self.assertEquals(hasattr(my_other_dto, 'param2'), False)
# What about JetAnotherClass?
my_other_jac1 = mapper.dto_generator(jac1)
my_other_jac1.otherReference
# Go ahead! Pickle me! ;-D
pickled = pickle.dumps(my_dto)
my_dto2 = pickle.loads(pickled)
pickled = pickle.dumps(my_other_dto)
my_other_dto2 = pickle.loads(pickled)
# Let's try to unload them
my_dto2 = mapper.load_from_dto(my_dto2)
my_other_dto2 = mapper.load_from_dto(my_other_dto2)
# Let's check locks work
my_dto2.my_method() #Nothing happens :-)