def testRequestAndResponseClasses(self):
requestClasses = protocol.getProtocolClasses(protocol.SearchRequest)
responseClasses = protocol.getProtocolClasses(protocol.SearchResponse)
self.assertEqual(len(requestClasses), len(responseClasses))
self.assertGreater(len(requestClasses), 0)
for class_ in requestClasses:
self.assertTrue(issubclass(class_, protocol.SearchRequest))
for class_ in responseClasses:
self.assertTrue(issubclass(class_, protocol.SearchResponse))
valueListName = class_.getValueListName()
self.assertGreater(len(valueListName), 0)
def testRequestAndResponseClasses(self):
requestClasses = protocol.getProtocolClasses(protocol.SearchRequest)
responseClasses = protocol.getProtocolClasses(protocol.SearchResponse)
self.assertEqual(len(requestClasses), len(responseClasses))
self.assertGreater(len(requestClasses), 0)
for class_ in requestClasses:
self.assertTrue(issubclass(class_, protocol.SearchRequest))
for class_ in responseClasses:
self.assertTrue(issubclass(class_, protocol.SearchResponse))
valueListName = class_.getValueListName()
self.assertGreater(len(valueListName), 0)
def testMoreFields(self):
# Throws an exception when there are extra fields in the jsonDict
for class_ in protocol.getProtocolClasses():
jsonDict = class_().toJsonDict()
jsonDict['extra'] = 'extra'
with self.assertRaises(avrotools.ValidationToolException):
avrotools.ValidationTool.getInvalidFields(class_, jsonDict)
def testLessFields(self):
# Returns a bogus field indicator
# when there are fields missing from the jsonDict
for class_ in protocol.getProtocolClasses():
validator = avrotools.Validator(class_)
invalidFields = validator.getInvalidFields({})
for key, value in invalidFields.items():
self.assertEqual(value, avrotools.SchemaValidator.missingValue)
def testSameClasses(self):
factories = [self.getDefaultInstance, self.getTypicalInstance,
self.getRandomInstance]
for cls in protocol.getProtocolClasses():
for factory in factories:
i1 = factory(cls)
i2 = cls.fromJsonDict(i1.toJsonDict())
self.verifyEqualityOperations(i1, i2)
def testMoreFields(self):
# Throws an exception when there are extra fields in the jsonDict
for class_ in protocol.getProtocolClasses():
jsonDict = class_().toJsonDict()
jsonDict['extra'] = 'extra'
validator = avrotools.Validator(class_)
with self.assertRaises(avrotools.AvrotoolsException):
validator.getInvalidFields(jsonDict)
def testEmbeddedValues(self):
for cls in protocol.getProtocolClasses():
for member in cls.__slots__:
if cls.isEmbeddedType(member):
instance = cls.getEmbeddedType(member)()
self.assertIsInstance(instance, protocol.ProtocolElement)
else:
self.assertRaises(KeyError, cls.getEmbeddedType, member)
def testEmbeddedValues(self):
for cls in protocol.getProtocolClasses():
for member in cls.__slots__:
if cls.isEmbeddedType(member):
instance = cls.getEmbeddedType(member)()
self.assertIsInstance(instance, protocol.ProtocolElement)
else:
self.assertRaises(KeyError, cls.getEmbeddedType, member)
def testGeneratedObjects(self):
# Test that generated objects pass validation
for class_ in protocol.getProtocolClasses():
creator = avrotools.Creator(class_)
validator = avrotools.Validator(class_)
generatedInstance = creator.getTypicalInstance()
jsonDict = generatedInstance.toJsonDict()
returnValue = validator.getInvalidFields(jsonDict)
self.assertEqual(returnValue, {})
def testKeywordInstantiation(self):
for cls in protocol.getProtocolClasses():
kwargs = {}
instance = self.getDefaultInstance(cls)
for key in instance.toJsonDict().keys():
val = getattr(instance, key)
kwargs[key] = val
secondInstance = cls(**kwargs)
self.assertEqual(instance, secondInstance)
def testGeneratedObjects(self):
# Test that generated objects pass validation
instanceGenerator = utils.InstanceGenerator()
for class_ in protocol.getProtocolClasses():
generatedInstance = instanceGenerator.generateInstance(class_)
jsonDict = generatedInstance.toJsonDict()
returnValue = avrotools.ValidationTool.getInvalidFields(
class_, jsonDict)
self.assertEqual(returnValue, {})
def testGeneratedObjects(self):
# Test that generated objects pass validation
for class_ in protocol.getProtocolClasses():
creator = avrotools.Creator(class_)
validator = avrotools.Validator(class_)
generatedInstance = creator.getTypicalInstance()
jsonDict = generatedInstance.toJsonDict()
returnValue = validator.getInvalidFields(jsonDict)
self.assertEqual(returnValue, {})
def testLessFields(self):
# Returns a bogus field indicator
# when there are fields missing from the jsonDict
for class_ in protocol.getProtocolClasses():
validator = avrotools.Validator(class_)
invalidFields = validator.getInvalidFields({})
for key, value in invalidFields.items():
self.assertEqual(
value, avrotools.SchemaValidator.missingValue)
def testKeywordInstantiation(self):
for cls in protocol.getProtocolClasses():
kwargs = {}
instance = self.getDefaultInstance(cls)
for key in instance.toJsonDict().keys():
val = getattr(instance, key)
kwargs[key] = val
secondInstance = cls(**kwargs)
self.assertEqual(instance, secondInstance)
def validateClasses(self, factory):
for cls in protocol.getProtocolClasses():
instance = factory(cls)
jsonStr = instance.toJsonString()
otherInstance = cls.fromJsonString(jsonStr)
self.assertEqual(instance, otherInstance)
jsonDict = instance.toJsonDict()
otherInstance = cls.fromJsonDict(jsonDict)
self.assertEqual(instance, otherInstance)
def testSameClasses(self):
factories = [
self.getDefaultInstance, self.getTypicalInstance,
self.getRandomInstance
]
for cls in protocol.getProtocolClasses():
for factory in factories:
i1 = factory(cls)
i2 = cls.fromJsonDict(i1.toJsonDict())
self.verifyEqualityOperations(i1, i2)
def validateClasses(self, factory):
for cls in protocol.getProtocolClasses():
instance = factory(cls)
jsonStr = instance.toJsonString()
otherInstance = cls.fromJsonString(jsonStr)
self.assertEqual(instance, otherInstance)
jsonDict = instance.toJsonDict()
otherInstance = cls.fromJsonDict(jsonDict)
self.assertEqual(instance, otherInstance)
def testMoreFields(self):
# Returns a bogus field indicator
# when there are extra fields in the jsonDict
key = 'extra'
for class_ in protocol.getProtocolClasses():
jsonDict = class_().toJsonDict()
jsonDict[key] = None
validator = avrotools.Validator(class_)
invalidFields = validator.getInvalidFields(jsonDict)
self.assertIn(key, invalidFields)
self.assertEqual(
invalidFields[key], avrotools.SchemaValidator.extraValue)
def testMoreFields(self):
# Returns a bogus field indicator
# when there are extra fields in the jsonDict
key = 'extra'
for class_ in protocol.getProtocolClasses():
jsonDict = class_().toJsonDict()
jsonDict[key] = None
validator = avrotools.Validator(class_)
invalidFields = validator.getInvalidFields(jsonDict)
self.assertIn(key, invalidFields)
self.assertEqual(invalidFields[key],
avrotools.SchemaValidator.extraValue)
def testDifferentValues(self):
def factory(cls):
return cls()
factories = [factory, self.getTypicalInstance, self.getDefaultInstance,
self.getRandomInstance]
classes = list(protocol.getProtocolClasses())
c1 = classes[0]
for c2 in classes[1:]:
for factory in factories:
i1 = factory(c1)
i2 = factory(c2)
self.assertFalse(i1 == i2)
self.assertTrue(i1 != i2)
def testIntegrity(self):
# Verifies that the values we put in are exactly what we get
# back across all subclasses of SearchResponse
for class_ in protocol.getProtocolClasses(protocol.SearchResponse):
instances = [
self.getTypicalInstance(class_),
self.getRandomInstance(class_)]
for instance in instances:
valueList = getattr(instance, class_.getValueListName())
builder = protocol.SearchResponseBuilder(
class_, len(valueList), 2**32)
for value in valueList:
builder.addValue(value)
builder.setNextPageToken(instance.nextPageToken)
otherInstance = class_.fromJsonString(builder.getJsonString())
self.assertEqual(instance, otherInstance)
def testDifferentValues(self):
def factory(cls):
return cls()
factories = [
factory, self.getTypicalInstance, self.getDefaultInstance,
self.getRandomInstance
]
classes = list(protocol.getProtocolClasses())
c1 = classes[0]
for c2 in classes[1:]:
for factory in factories:
i1 = factory(c1)
i2 = factory(c2)
self.assertFalse(i1 == i2)
self.assertTrue(i1 != i2)
def testIntegrity(self):
# Verifies that the values we put in are exactly what we get
# back across all subclasses of SearchResponse
for class_ in protocol.getProtocolClasses(protocol.SearchResponse):
instances = [
self.getTypicalInstance(class_),
self.getRandomInstance(class_)
]
for instance in instances:
valueList = getattr(instance, class_.getValueListName())
builder = protocol.SearchResponseBuilder(
class_, len(valueList), 2**32)
for value in valueList:
builder.addValue(value)
builder.setNextPageToken(instance.nextPageToken)
otherInstance = class_.fromJsonString(builder.getJsonString())
self.assertEqual(instance, otherInstance)
def testValidateBadValues(self):
for cls in protocol.getProtocolClasses():
instance = self.getTypicalInstance(cls)
jsonDict = instance.toJsonDict()
self.assertFalse(cls.validate(None))
self.assertFalse(cls.validate([]))
self.assertFalse(cls.validate(1))
# setting values to bad values should be invalid
for key in jsonDict.keys():
dct = dict(jsonDict)
dct[key] = self.getInvalidValue(cls, key)
self.assertFalse(cls.validate(dct))
for c in utils.powerset(jsonDict.keys(), 10):
if len(c) > 0:
dct = dict(jsonDict)
for f in c:
dct[f] = self.getInvalidValue(cls, f)
self.assertFalse(cls.validate(dct))
def testValidateBadValues(self):
for cls in protocol.getProtocolClasses():
instance = self.getTypicalInstance(cls)
jsonDict = instance.toJsonDict()
self.assertFalse(cls.validate(None))
self.assertFalse(cls.validate([]))
self.assertFalse(cls.validate(1))
# setting values to bad values should be invalid
for key in jsonDict.keys():
dct = dict(jsonDict)
dct[key] = self.getInvalidValue(cls, key)
self.assertFalse(cls.validate(dct))
for c in utils.powerset(jsonDict.keys(), 10):
if len(c) > 0:
dct = dict(jsonDict)
for f in c:
dct[f] = self.getInvalidValue(cls, f)
self.assertFalse(cls.validate(dct))
def testOptionalFields(self):
# test that omission of optional fields does not throw
# an exception, but omission of a required field returns
# a dict only mentioning that field
for class_ in protocol.getProtocolClasses():
validator = avrotools.Validator(class_)
creator = avrotools.Creator(class_)
generatedInstance = creator.getTypicalInstance()
jsonDict = generatedInstance.toJsonDict()
requiredFields = class_.requiredFields
for key in jsonDict.keys():
if key not in requiredFields:
del jsonDict[key]
returnValue = validator.getInvalidFields(jsonDict)
self.assertEqual(returnValue, {})
if len(requiredFields) != 0:
requiredKey = list(requiredFields)[0]
del jsonDict[requiredKey]
returnValue = validator.getInvalidFields(jsonDict)
self.assertEqual(returnValue[requiredKey],
avrotools.SchemaValidator.missingValue)
self.assertEqual(len(returnValue), 1)
def testOptionalFields(self):
# test that omission of optional fields does not throw
# an exception, but omission of a required field returns
# a dict only mentioning that field
for class_ in protocol.getProtocolClasses():
validator = avrotools.Validator(class_)
creator = avrotools.Creator(class_)
generatedInstance = creator.getTypicalInstance()
jsonDict = generatedInstance.toJsonDict()
requiredFields = class_.requiredFields
for key in jsonDict.keys():
if key not in requiredFields:
del jsonDict[key]
returnValue = validator.getInvalidFields(jsonDict)
self.assertEqual(returnValue, {})
if len(requiredFields) != 0:
requiredKey = list(requiredFields)[0]
del jsonDict[requiredKey]
returnValue = validator.getInvalidFields(jsonDict)
self.assertEqual(
returnValue[requiredKey],
avrotools.SchemaValidator.missingValue)
self.assertEqual(len(returnValue), 1)
def testLessFields(self):
# Throws an exception when there are fields missing from the jsonDict
for class_ in protocol.getProtocolClasses():
validator = avrotools.Validator(class_)
with self.assertRaises(avrotools.AvrotoolsException):
validator.getInvalidFields({})
def testAllClasses(self):
classes = protocol.getProtocolClasses()
self.assertGreater(len(classes), 0)
for class_ in classes:
self.assertTrue(issubclass(class_, protocol.ProtocolElement))
def validateClasses(self, factory):
for cls in protocol.getProtocolClasses():
instance = factory(cls)
jsonDict = instance.toJsonDict()
self.assertTrue(cls.validate(jsonDict))
def validateClasses(self, factory):
for cls in protocol.getProtocolClasses():
instance = factory(cls)
jsonDict = instance.toJsonDict()
self.assertTrue(cls.validate(jsonDict))
def testAllClasses(self):
classes = protocol.getProtocolClasses()
self.assertGreater(len(classes), 0)
for class_ in classes:
self.assertTrue(issubclass(class_, protocol.ProtocolElement))
def testAllClasses(self):
classes = protocol.getProtocolClasses()
assert len(classes) > 0
for class_ in classes:
self.assertTrue(issubclass(class_, protocol.ProtocolElement))
