def test_simple_serialization_and_deserialization(self):
typeDescription = TypeDescription.Primitive(23.4)
self.assertDeserializationSerializationSucceeded(typeDescription)
typeDescription = TypeDescription.Tuple([1, 2, 3, 4, 5])
self.assertDeserializationSerializationSucceeded(typeDescription)
typeDescription = TypeDescription.ClassDefinition("source text here", ['test'])
self.assertDeserializationSerializationSucceeded(typeDescription)
def defineClass(self, objectId, sourceFileId, lineNumber, scopeIds):
"""
scopeIds: a dict freeVariableMemberAccessChain -> id
"""
freeVariableMemberAccessChainsToId = \
self._processFreeVariableMemberAccessChainResolution(
scopeIds
)
self.objectIdToObjectDefinition[objectId] = \
TypeDescription.ClassDefinition(
sourceFileId=sourceFileId,
lineNumber=lineNumber,
freeVariableMemberAccessChainsToId=freeVariableMemberAccessChainsToId
)
def defineClass(self, objectId, sourceFileId, lineNumber, scopeIds, baseClassIds):
"""
scopeIds: a dict freeVariableMemberAccessChain -> id
baseClassIds: a list of ids representing (immediate) base classes
"""
freeVariableMemberAccessChainsToId = \
self._processFreeVariableMemberAccessChainResolution(
scopeIds
)
self.objectIdToObjectDefinition[objectId] = \
TypeDescription.ClassDefinition(
sourceFileId=sourceFileId,
lineNumber=lineNumber,
freeVariableMemberAccessChainsToId=freeVariableMemberAccessChainsToId,
baseClassIds=baseClassIds
)
def test_nested_type_serialization_and_deserialization(self):
dict1 = { "a": 1, "b": 2, "c": 3}
dict2 = { "a": 4, "b": 5, "c": 6}
typeDescription = TypeDescription.ClassDefinition("source text here", [dict1, dict2])
self.assertDeserializationSerializationSucceeded(typeDescription)
