def testDeserializeWithHook(self): obj1 = range(10) obj2 = TestObject(5) json_str = sd.serialize([obj1, obj2]) [new_obj1, new_obj2] = sd.deserialize(json_str) self.assertEqual(obj2.a_list, new_obj2.a_list) json_str = sd.serialize(obj2) new_obj2 = sd.deserialize(json_str) self.assertEqual(obj2.a_list, new_obj2.a_list)
def testDeserializeWithHook(self):
obj1 = range(10)
obj2 = TestObject(5)
json_str = sd.serialize([obj1, obj2])
[new_obj1, new_obj2] = sd.deserialize(json_str)
self.assertEqual(obj2.a_list, new_obj2.a_list)
json_str = sd.serialize(obj2)
new_obj2 = sd.deserialize(json_str)
self.assertEqual(obj2.a_list, new_obj2.a_list)
def testForColumn(self):
self.column = createColumn(COLUMN_NAME,
data=LIST,
table=None,
formula=VALID_FORMULA)
json_str = sd.serialize(self.column)
new_column = sd.deserialize(json_str)
self.assertTrue(self.column.isEquivalent(new_column))
def testDeserializeWithHookForLists(self):
obj = [np.array(range(x)) for x in range(5)]
json_str = sd.serialize(obj)
new_obj = sd.deserialize(json_str)
self.assertEqual(len(obj), len(new_obj))
pairs = zip(obj, new_obj)
for o1, o2 in pairs:
self.assertEqual(o1.tolist(), o2)
def testSerializeWithHook(self): return obj1 = range(10) obj2 = TestObject(5) json_str = sd.serialize([obj1, obj2]) [new_obj1, obj2_dict] = json.loads(json_str) new_obj2 = TestObject(obj2_dict['range_length']) self.assertEqual(obj2.a_list, new_obj2.a_list)
def testSerializeWithHook(self):
return
obj1 = range(10)
obj2 = TestObject(5)
json_str = sd.serialize([obj1, obj2])
[new_obj1, obj2_dict] = json.loads(json_str)
new_obj2 = TestObject(obj2_dict['range_length'])
self.assertEqual(obj2.a_list, new_obj2.a_list)
def testDeserializeWithHookForLists(self):
obj = [np.array(range(x)) for x in range(5)]
json_str = sd.serialize(obj)
new_obj = sd.deserialize(json_str)
self.assertEqual(len(obj), len(new_obj))
pairs = zip(obj, new_obj)
for o1, o2 in pairs:
self.assertEqual(o1.tolist(), o2)
def writeObjectToFile(an_object, filepath=None):
"""
Serializes and writes the object to the file
:param object an_object:
:param str filepath:
:raises ValueError: if cannot find a filepath
"""
if 'getFilepath' in dir(an_object):
filepath = an_object.getFilepath()
if filepath is None:
raise ValueError("No way to find filepath")
with open(filepath, "w") as fh:
fh.write(serialize(an_object))
def writeObjectToFile(an_object, filepath=None):
"""
Serializes and writes the object to the file
:param object an_object:
:param str filepath:
:raises ValueError: if cannot find a filepath
"""
if 'getFilepath' in dir(an_object):
filepath = an_object.getFilepath()
if filepath is None:
raise ValueError("No way to find filepath")
with open(filepath, "w") as fh:
fh.write(serialize(an_object))
def _serializeTable(table):
with open(table.getFilepath(), "w") as fh:
fh.write(serialize(table))
def testForTable(self):
setupTableInitialization(self)
json_str = sd.serialize(self.table)
new_table = sd.deserialize(json_str)
self.assertTrue(self.table.isEquivalent(new_table))
def testSerializeBasic(self):
return
obj = {"a": range(10)}
json_str = sd.serialize(obj)
self.assertEqual(json.loads(json_str), obj)
def testForTable(self): setupTableInitialization(self) json_str = sd.serialize(self.table) new_table = sd.deserialize(json_str) self.assertTrue(self.table.isEquivalent(new_table))
def testForColumn(self):
self.column = createColumn(COLUMN_NAME, data=LIST, table=None,
formula=VALID_FORMULA)
json_str = sd.serialize(self.column)
new_column = sd.deserialize(json_str)
self.assertTrue(self.column.isEquivalent(new_column))
def testDeserializeBasic(self): return obj = range(10) json_str = sd.serialize(obj) new_obj = sd.deserialize(json_str) self.assertEqual(obj, new_obj)
def testDeserializeBasic(self):
return
obj = range(10)
json_str = sd.serialize(obj)
new_obj = sd.deserialize(json_str)
self.assertEqual(obj, new_obj)
def _serializeTable(table):
with open(table.getFilepath(), "w") as fh:
fh.write(serialize(table))
def testSerializeBasic(self):
return
obj = {"a": range(10)}
json_str = sd.serialize(obj)
self.assertEqual(json.loads(json_str), obj)
