def constructData(self): root = SObject() root.aString = "other thing" root.anotherStr = "bananas" root.anInt = 12 root.none = None root.aBool = False root.big_str = _BIG_STR root.s2 = SObject( ('some_float', 200.0), ('someBool', True), ('unicode_test', u'some unicode value "with crap in it"\nand a newline!')) root.s2.crazy_list = [ 1, 2.5, '3', True, False, [ 'nested', 'lists', 'are', 'fun', (7, 8, 9, { 'dict': 1, 'inside': 2, 'tuple': (3) }) ] ] root.s2.emptyTuple = () root.s2.similarKeyDict = {123: 'key as int', '123': 'key as str'} root.s3 = SObject(('duplicate_ref_to_s2', root.s2), ( 'a_stupidly_long_attribute_name_to_test_whether_it_works_ok_with_serialization', 0x902)) root.s4 = SObject(('recursive_ref_to_root', root), ('anotherTokenAttribute', -100)) #test SObjects in lists - mixed with other stuff root.s5 = SObject() root.s5.objList = [ root.s2, root.s3, root.s5, 1, 3.5, True, False, None ] root.s5.largeList = range(1000) #test tuples root.s6 = SObject(('aTuple', (1, 2, 3)), ('objTuple', (SObject(), SObject()))) assert root.s4.recursive_ref_to_root is root return root
def constructData(self): root = SObject() root.aString = "other thing" root.anotherStr = "bananas" root.anInt = 12 root.none = None root.aBool = False root.big_str = _BIG_STR root.s2 = SObject( ("some_float", 200.0), ("someBool", True), ("unicode_test", u'some unicode value "with crap in it"\nand a newline!'), ) root.s2.crazy_list = [ 1, 2.5, "3", True, False, ["nested", "lists", "are", "fun", (7, 8, 9, {"dict": 1, "inside": 2, "tuple": (3)})], ] root.s2.emptyTuple = () root.s2.similarKeyDict = {123: "key as int", "123": "key as str"} root.s3 = SObject( ("duplicate_ref_to_s2", root.s2), ("a_stupidly_long_attribute_name_to_test_whether_it_works_ok_with_serialization", 0x902), ) root.s4 = SObject(("recursive_ref_to_root", root), ("anotherTokenAttribute", -100)) # test SObjects in lists - mixed with other stuff root.s5 = SObject() root.s5.objList = [root.s2, root.s3, root.s5, 1, 3.5, True, False, None] root.s5.largeList = range(1000) # test tuples root.s6 = SObject(("aTuple", (1, 2, 3)), ("objTuple", (SObject(), SObject()))) assert root.s4.recursive_ref_to_root is root return root