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How to use test_is_category method in pandera

Best Python code snippet using pandera_python

test_wordnet.py

Source:test_wordnet.py

...10        assert self.taxonomy.is_instance('apple')11        assert self.taxonomy.is_instance('dog')12        assert not self.taxonomy.is_instance('dog.n.01')13        assert not self.taxonomy.is_instance('dogfdsa')14    def test_is_category(self):15        assert not self.taxonomy.is_category('apple')16        assert not self.taxonomy.is_category('dog')17        assert self.taxonomy.is_category('dog.n.01')18        assert not self.taxonomy.is_category('doggo.n.01')19    def test_ancestor_categories1(self):20        result = self.taxonomy.get_ancestor_categories('animal.n.01')21        expected = ['animal.n.01', 'entity.n.01', 'living_thing.n.01',22                    'object.n.01', 'organism.n.01', 'physical_entity.n.01',23                    'whole.n.02']24        assert sorted(result) == expected25    def test_ancestor_categories2(self):26        result = self.taxonomy.get_ancestor_categories('orange')27        expected = ['abstraction.n.06', 'angiospermous_tree.n.01',28                    'attribute.n.02', 'chromatic_color.n.01',29                    'citrus.n.01', 'citrus.n.02', 'color.n.01',30                    'coloring_material.n.01', 'edible_fruit.n.01',31                    'entity.n.01', 'fruit.n.01', 'fruit_tree.n.01',32                    'living_thing.n.01', 'material.n.01', 'matter.n.03',33                    'natural_object.n.01', 'object.n.01', 'orange.n.01',34                    'orange.n.02', 'orange.n.03', 'orange.n.04',35                    'organism.n.01', 'physical_entity.n.01', 'pigment.n.01',36                    'plant.n.02', 'plant_organ.n.01', 'plant_part.n.01',37                    'property.n.02', 'reproductive_structure.n.01',38                    'substance.n.01', 'tree.n.01', 'vascular_plant.n.01',39                    'visual_property.n.01', 'whole.n.02', 'woody_plant.n.01']40        assert sorted(result) == expected41    def test_descendant_instances1(self):42        result = self.taxonomy.get_descendant_instances('apple.n.01')43        expected = ['Baldwin', "Bramley's Seedling", 'Cortland',44                    "Cox's Orange Pippin", 'Delicious', 'Empire',45                    'Golden Delicious', 'Granny Smith', "Grimes' golden",46                    'Jonathan', "Lane's Prince Albert", 'Macoun',47                    'McIntosh', 'Newtown Wonder', 'Northern Spy',48                    'Pearmain', 'Pippin', 'Prima', 'Red Delicious',49                    'Rome Beauty', 'Stayman', 'Stayman Winesap', 'Winesap',50                    'Yellow Delicious', 'cooking apple', 'crab apple',51                    'crabapple', 'dessert apple', 'eating apple']52        expected = sorted([x.lower() for x in expected])53        assert sorted(result) == expected54    def test_descendant_instances2(self):55        result = self.taxonomy.get_descendant_instances('poodle.n.01')56        expected = ['large poodle', 'miniature poodle',57                    'standard poodle', 'toy poodle']58        assert sorted(result) == expected59    def test_lowest_common_ancestor1(self):60        result = lowest_common_ancestor(self.taxonomy,61                                        ['orange', 'red', 'green', 'blue'],62                                        'apple')63        assert result == (168, 'chromatic_color.n.01')64    def test_lowest_common_ancestor2(self):65        result = lowest_common_ancestor(self.taxonomy,66                                        ['orange', 'red', 'green', 'blue'],67                                        'gold')68        assert result == (104363, 'entity.n.01')69    def test_lowest_common_ancestor3(self):70        result = lowest_common_ancestor(self.taxonomy,71                                        ['large poodle', 'miniature poodle',72                                         'standard poodle', 'toy poodle'],73                                        'beagle')74        assert result == (4, 'poodle.n.01')75    def test_solve_puzzle(self):76        similarity = TaxonomySimilarity(self.taxonomy)77        puzzle = OddOneOutPuzzle("beagle",78                                 ['large poodle', 'miniature poodle',79                                  'standard poodle', 'toy poodle'],80                                 "poodle")81        result = solve_puzzle(puzzle, similarity)82        assert result == (0.25, 'poodle.n.01', 'beagle')83    def test_solve_puzzles(self):84        similarity = TaxonomySimilarity(self.taxonomy)85        result = solve_puzzles(common2_puzzles, similarity, logger=silent_logger)86        assert result == (35, 13, 54)87class TestWordnetSubset(unittest.TestCase):88    def setUp(self):89        self.taxonomy = WordnetTaxonomy('poodle.n.01')90    def test_get_categories(self):91        assert self.taxonomy.get_categories() == {'poodle.n.01',92                                                  'standard_poodle.n.01',93                                                  'large_poodle.n.01',94                                                  'miniature_poodle.n.01',95                                                  'toy_poodle.n.01'}96    def test_is_instance(self):97        assert not self.taxonomy.is_instance('apple')98        assert self.taxonomy.is_instance('toy poodle')99        assert not self.taxonomy.is_instance('dog.n.01')100        assert not self.taxonomy.is_instance('dogfdsa')101    def test_is_category(self):102        assert not self.taxonomy.is_category('apple')103        assert not self.taxonomy.is_category('dog')104        assert self.taxonomy.is_category('standard_poodle.n.01')105        assert not self.taxonomy.is_category('apple.n.01')106        assert not self.taxonomy.is_category('doggo.n.01')107class TestWordnetSubset2(unittest.TestCase):108    def setUp(self):109        self.taxonomy = WordnetTaxonomy('dog.n.01')110    def test_ancestor_categories(self):111        result = self.taxonomy.get_ancestor_categories('toy_poodle.n.01')112        expected = ['dog.n.01', 'poodle.n.01', 'toy_poodle.n.01']113        assert sorted(result) == expected114    def test_descendant_instances(self):115        result = self.taxonomy.get_descendant_instances('poodle.n.01')...

test_taxonomy.py

Source:test_taxonomy.py

...27        assert not self.example.is_instance('citrus')28        assert not self.example.is_instance('fruit')29        assert not self.example.is_instance('color')30        assert not self.example.is_instance('entity')31    def test_is_category(self):32        assert not self.example.is_category('apple')33        assert not self.example.is_category('lemon')34        assert not self.example.is_category('orange')35        assert not self.example.is_category('peach')36        assert not self.example.is_category('red')37        assert not self.example.is_category('yellow')38        assert self.example.is_category('citrus')39        assert self.example.is_category('fruit')40        assert self.example.is_category('color')41        assert self.example.is_category('entity')42    def test_get_descendant_instances(self):43        result = self.example.get_descendant_instances('citrus')44        assert result == {'lemon', 'orange'}45        result = self.example.get_descendant_instances('color')...

test_memory_message_repository.py

Source:test_memory_message_repository.py

1from protean.adapters.event_store.memory import MemoryMessage2def test_is_category(test_domain):3    test_domain.event_store.store  # Establish connection to event store4    repo = test_domain.repository_for(MemoryMessage)5    assert repo.is_category("testStream-123") is False6    assert repo.is_category("testStream") is True7    assert repo.is_category("test_stream-123") is False...

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