| 5 | | from yaml import * |
| | 6 | def test_representer_types(code_filename, verbose=False): |
| | 7 | test_constructor._make_objects() |
| | 8 | for allow_unicode in [False, True]: |
| | 9 | native1 = test_constructor._load_code(open(code_filename, 'rb').read()) |
| | 10 | native2 = None |
| | 11 | try: |
| | 12 | output = yaml.dump(native1, Dumper=test_constructor.MyDumper, |
| | 13 | allow_unicode=allow_unicode) |
| | 14 | native2 = yaml.load(output, Loader=test_constructor.MyLoader) |
| | 15 | try: |
| | 16 | if native1 == native2: |
| | 17 | continue |
| | 18 | except TypeError: |
| | 19 | pass |
| | 20 | value1 = test_constructor._serialize_value(native1) |
| | 21 | value2 = test_constructor._serialize_value(native2) |
| | 22 | if verbose: |
| | 23 | print "SERIALIZED NATIVE1:" |
| | 24 | print value1 |
| | 25 | print "SERIALIZED NATIVE2:" |
| | 26 | print value2 |
| | 27 | assert value1 == value2, (native1, native2) |
| | 28 | finally: |
| | 29 | if verbose: |
| | 30 | print "NATIVE1:" |
| | 31 | pprint.pprint(native1) |
| | 32 | print "NATIVE2:" |
| | 33 | pprint.pprint(native2) |
| | 34 | print "OUTPUT:" |
| | 35 | print output |
| 12 | | def _testTypes(self, test_name, data_filename, code_filename, allow_unicode=False): |
| 13 | | data1 = eval(file(code_filename, 'rb').read()) |
| 14 | | data2 = None |
| 15 | | output = None |
| 16 | | try: |
| 17 | | output = dump(data1, Dumper=MyDumper, allow_unicode=allow_unicode) |
| 18 | | data2 = load(output, Loader=MyLoader) |
| 19 | | self.failUnlessEqual(type(data1), type(data2)) |
| 20 | | try: |
| 21 | | self.failUnlessEqual(data1, data2) |
| 22 | | except (AssertionError, TypeError): |
| 23 | | if isinstance(data1, dict): |
| 24 | | data1 = [(repr(key), value) for key, value in data1.items()] |
| 25 | | data1.sort() |
| 26 | | data1 = repr(data1) |
| 27 | | data2 = [(repr(key), value) for key, value in data2.items()] |
| 28 | | data2.sort() |
| 29 | | data2 = repr(data2) |
| 30 | | if data1 != data2: |
| 31 | | raise |
| 32 | | elif isinstance(data1, list): |
| 33 | | self.failUnlessEqual(type(data1), type(data2)) |
| 34 | | self.failUnlessEqual(len(data1), len(data2)) |
| 35 | | for item1, item2 in zip(data1, data2): |
| 36 | | if (item1 != item1 or (item1 == 0.0 and item1 == 1.0)) and \ |
| 37 | | (item2 != item2 or (item2 == 0.0 and item2 == 1.0)): |
| 38 | | continue |
| 39 | | if isinstance(item1, datetime.datetime) \ |
| 40 | | and isinstance(item2, datetime.datetime): |
| 41 | | self.failUnlessEqual(item1.microsecond, |
| 42 | | item2.microsecond) |
| 43 | | if isinstance(item1, datetime.datetime): |
| 44 | | item1 = item1.utctimetuple() |
| 45 | | if isinstance(item2, datetime.datetime): |
| 46 | | item2 = item2.utctimetuple() |
| 47 | | self.failUnlessEqual(item1, item2) |
| 48 | | else: |
| 49 | | raise |
| 50 | | except: |
| 51 | | print |
| 52 | | print "OUTPUT:" |
| 53 | | print output |
| 54 | | print "NATIVES1:", data1 |
| 55 | | print "NATIVES2:", data2 |
| 56 | | raise |
| 57 | | |
| 58 | | TestRepresenterTypes.add_tests('testTypes', '.data', '.code') |
| 59 | | TestRepresenterTypes.add_tests('testTypesUnicode', '.data', '.code') |
| 60 | | |