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How to use test_single_level method in tavern

Best Python code snippet using tavern

test_operations.py

Source:test_operations.py

...25        obj2 = {"foo": "1"}26        gold = {}27        output = diff(obj1, obj2)28        self.assertEqual(gold, output)29    def test_single_level(self):30        obj1 = {"foo": None, "bar": 1, "qux": 1}31        obj2 = {"foo": 1, "baz": 2}32        gold = {"bar": 1, "qux": 1}33        output = diff(obj1, obj2)34        self.assertEqual(gold, output)35    def test_mult_level(self):36        obj1 = {"foo": {"bar": {"baz": 1, "dur": 1}}}37        obj2 = {"foo": {"bar": {"qux": 1}}}38        gold = {"foo": {"bar": {"baz": 1, "dur": 1}}}39        output = diff(obj1, obj2)40        self.assertEqual(gold, output)41    def test_multi_level_does_not_return_falsy_dict(self):42        obj1 = {"foo": {"bar": {"baz": 1}}}43        obj2 = {"foo": {"bar": {"baz": 1}}}44        gold = {}45        output = diff(obj1, obj2)46        self.assertEqual(gold, output)47    def test_pseudo_immutability(self):48        obj1 = {"foo": 1, "bar": [1, 2]}49        obj2 = {"foo": 1}50        gold = {"bar": [1, 2]}51        output = diff(obj1, obj2)52        obj1["bar"].append(3)53        self.assertEqual(gold, output)54class test_put(unittest.TestCase):55    def test_falsy_left_side(self):56        obj1 = {}57        obj2 = {"foo": 1}58        gold = {"foo": 1}59        output = put(obj1, obj2)60        self.assertEqual(gold, output)61    def test_falsy_right_side(self):62        obj1 = {"foo": 1}63        obj2 = {}64        gold = {"foo": 1}65        output = put(obj1, obj2)66        self.assertEqual(gold, output)67    def test_no_change(self):68        obj1 = {"foo": 1}69        obj2 = {"foo": 1}70        gold = {"foo": 1}71        output = put(obj1, obj2)72        self.assertEqual(gold, output)73    def test_no_diff_str(self):74        # caught bug with iterable strings75        # changes behavior where we do not want to update a76        # key with default settings if it already exists77        obj1 = {"foo": "1"}78        obj2 = {"foo": "2"}79        gold = {"foo": "2"}80        output = put(obj1, obj2)81        self.assertEqual(gold, output)82    def test_single_level(self):83        obj1 = {"bar": 1, "qux": 1}84        obj2 = {"foo": 1}85        gold = {"bar": 1, "foo": 1, "qux": 1}86        output = put(obj1, obj2)87        self.assertEqual(gold, output)88    def test_mult_level(self):89        obj1 = {"foo": {"bar": {"baz": 1, "dur": 1}}}90        obj2 = {"foo": {"bar": {"qux": 1}}}91        gold = {92            "foo": {"bar": {"qux": 1, "baz": 1, "dur": 1}}93        }94        output = put(obj1, obj2)95        self.assertEqual(gold, output)96    def test_pseudo_immutability(self):97        obj1 = {"foo": 1}98        obj2 = {"bar": [1, 2]}99        gold = {"foo": 1, "bar": [1, 2]}100        output = put(obj1, obj2)101        obj2["bar"].append(3)102        self.assertEqual(gold, output)103class test_cut(unittest.TestCase):104    def test_falsy_left_side(self):105        obj1 = {}106        obj2 = {"foo": 1}107        gold = {"foo": 1}108        output = cut(obj1, obj2)109        self.assertEqual(gold, output)110    def test_falsy_right_side(self):111        obj1 = {"foo": 1}112        obj2 = {}113        gold = {}114        output = cut(obj1, obj2)115        self.assertEqual(gold, output)116    def test_no_change(self):117        obj1 = {"bar": 1}118        obj2 = {"foo": 1}119        gold = {"foo": 1}120        output = cut(obj1, obj2)121        self.assertEqual(gold, output)122    def test_no_diff_str(self):123        obj1 = {"foo": "1"}124        obj2 = {"foo": "2"}125        gold = {}126        output = cut(obj1, obj2)127        self.assertEqual(gold, output)128    def test_single_level(self):129        obj1 = {"bar": None, "baz": None}130        obj2 = {"foo": 1, "bar": 1, "baz": 1}131        gold = {"foo": 1}132        output = cut(obj1, obj2)133        self.assertEqual(gold, output)134    def test_mult_level(self):135        obj1 = {"foo": {"bar": {"baz": 1, "qux": 1}}}136        obj2 = {"foo": {"bar": {"baz": 1, "qux": 1}}}137        gold = {}138        output = cut(obj1, obj2)139        self.assertEqual(gold, output)140    def test_pseudo_immutability(self):141        obj1 = {"foo": 1}142        obj2 = {"foo": 1, "bar": [1, 2]}...

test_toc_generator.py

Source:test_toc_generator.py

...8    def test_no_headings(self):9        actual = self.t.generate_outline([])10        expected = []11        self.assertEqual(expected, actual)12    def test_single_level(self):13        actual = self.t.generate_outline([14            [1, u'T1'],15            [1, u'T2'],16        ])17        expected = [18            [u'T1', []],19            [u'T2', []],20        ]21        self.assertEqual(expected, actual)22    def test_multi_level_case_1(self):23        actual = self.t.generate_outline([24            [1, u'T1'],25            [1, u'T2'],26            [2, u'T2-1'],27            [2, u'T2-2'],28            [1, u'T3'],29        ])30        expected = [31            [u'T1', []],32            [u'T2', [33                [u'T2-1', []],34                [u'T2-2', []],35            ]],36            [u'T3', []],37        ]38        self.assertEqual(expected, actual)39    def test_multi_level_case_2(self):40        actual = self.t.generate_outline([41            [1, u'T1'],42            [2, u'T1-1'],43            [3, u'T1-1-1'],44            [3, u'T1-1-2'],45            [1, u'T2'],46        ])47        expected = [48            [u'T1', [49                [u'T1-1', [50                    [u'T1-1-1', []],51                    [u'T1-1-2', []],52                ]],53            ]],54            [u'T2', []],55        ]56        self.assertEqual(expected, actual)57    def test_invalid_level(self):58        self.assertRaises(ValueError, self.t.generate_outline, [[1, u'T1'], [3, u'T2']])59        self.assertRaises(ValueError, self.t.generate_outline, [[2, u'T1'], [3, u'T2']])60class PathTest(unittest.TestCase):61    def setUp(self):62        self.t = TocGenerator('')63    def test_single_level(self):64        actual = self.t.generate_path([65            [u'ì ëª©1', []],66            [u'ì ëª©2', []],67        ])68        expected = [69            u'ì ëª©1',70            u'ì ëª©2',71        ]72        self.assertEqual(expected, actual)73    def test_multi_level(self):74        actual = self.t.generate_path([75            [u'T1', []],76            [u'ì ëª©2', [77                [u'ì ëª©2-1', []],...

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