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How to use test_filter_by_name method in Kiwi

Best Python code snippet using Kiwi_python

test_labels.py

Source:test_labels.py

...35    ]36    labels = SequenceLabels(labels)37    return labels38class TestClassificationLabels:39    def test_filter_by_name(self, example_classification_data):40        vocabulary = {'A'}41        labels = example_classification_data.filter_by_name(vocabulary)42        labels = labels.dict()43        expected = [44            {'label': 'A'}45        ]46        assert labels == expected47    def test_dont_filter_by_name(self, example_classification_data):48        labels = example_classification_data.filter_by_name()49        assert labels == example_classification_data50    def test_convert_label(self, example_classification_data):51        mapping = {'C': 'D'}52        labels = example_classification_data.replace_label(mapping)53        labels = labels.dict()54        expected = [55            {'label': 'A'},56            {'label': 'B'},57            {'label': 'D'}58        ]59        assert labels == expected60    def test_dont_convert_label(self, example_classification_data):61        labels = example_classification_data.replace_label()62        assert labels == example_classification_data63    def test_merge(self):64        labels = ClassificationLabels([{'label': 'A'}, {'label': 'C'}])65        other = ClassificationLabels([{'label': 'A'}, {'label': 'B'}])66        labels = labels.merge(other)67        expected = [{'label': 'A'}, {'label': 'B'}, {'label': 'C'}]68        actual = sorted(labels.dict(), key=lambda x: x['label'])69        assert actual == expected70class TestSequenceLabels:71    def test_filter_by_name(self, example_sequence_data):72        vocabulary = {'A'}73        labels = example_sequence_data.filter_by_name(vocabulary)74        labels = labels.dict()75        expected = [76            {'label': 'A', 'start_offset': 0, 'end_offset': 1}77        ]78        assert labels == expected79    def test_dont_filter_by_name(self, example_sequence_data):80        labels = example_sequence_data.filter_by_name()81        assert labels == example_sequence_data82    def test_convert_label(self, example_sequence_data):83        mapping = {'C': 'D'}84        labels = example_sequence_data.replace_label(mapping)85        labels = labels.dict()86        expected = [87            {'label': 'A', 'start_offset': 0, 'end_offset': 1},88            {'label': 'B', 'start_offset': 1, 'end_offset': 2},89            {'label': 'D', 'start_offset': 2, 'end_offset': 3}90        ]91        assert labels == expected92    def test_dont_convert_label(self, example_sequence_data):93        labels = example_sequence_data.replace_label()94        assert labels == example_sequence_data95    def test_remove_overlap(self, example_sequence_overlap_data):96        labels = example_sequence_overlap_data.remove_overlapping()97        assert len(labels.dict()) == 198    def test_merge(self):99        labels = SequenceLabels([100            {'label': 'A', 'start_offset': 0, 'end_offset': 1},101            {'label': 'B', 'start_offset': 3, 'end_offset': 5}102        ])103        others = SequenceLabels([104            {'label': 'C', 'start_offset': 1, 'end_offset': 3},105            {'label': 'B', 'start_offset': 1, 'end_offset': 2}106        ])107        labels = labels.merge(others)108        expected = [109            {'label': 'A', 'start_offset': 0, 'end_offset': 1},110            {'label': 'C', 'start_offset': 1, 'end_offset': 3},111            {'label': 'B', 'start_offset': 3, 'end_offset': 5}112        ]113        actual = sorted(labels.dict(), key=lambda x: x['start_offset'])114        assert actual == expected115class TestSeq2seqLabels:116    def test_filter_by_name(self, example_seq2seq_data):117        stop_labels = {'B', 'C', 'D'}118        labels = example_seq2seq_data.filter_by_name(stop_labels)119        assert labels == example_seq2seq_data120    def test_convert_label(self, example_seq2seq_data):121        mapping = {'C': 'D'}122        labels = example_seq2seq_data.replace_label(mapping)123        assert labels == example_seq2seq_data124    def test_merge(self):125        labels = Seq2seqLabels([{'text': 'A'}, {'text': 'C'}])126        other = Seq2seqLabels([{'text': 'A'}, {'text': 'B'}])127        labels = labels.merge(other)128        expected = [{'text': 'A'}, {'text': 'B'}, {'text': 'C'}]129        actual = sorted(labels.dict(), key=lambda x: x['text'])130        assert actual == expected

filter-test.py

Source:filter-test.py

1from time import perf_counter;2def test_filter_by_name():3    usernames: list[str] = ["Pierre", "Thierry", "AurÃ©lie", "Hermine", "Nicolas", "Nicolas", "ClÃ©lia", "JF", "Thibaud", "Mathieu", "Samuel"];4    5    start = perf_counter()6    alias_end_by_e: list[str] = [];7    for alias in usernames:8        if (alias.endswith("e")):9            alias_end_by_e.append(alias);10    start = perf_counter();11    alias_end_by_d = [alias for alias in usernames if alias.endswith("e")];12    print(round(perf_counter() - start, 8));13if (__name__ == "__main__"):...

filter_by_name.py

Source:filter_by_name.py

1import allure2@allure.title("Ð¢ÐµÑÑ Ð¿ÑÐ¾Ð²ÐµÑÐºÐ¸ ÑÐ¸Ð»ÑÑÑÐ° Ð¿Ð¾ Ð¸Ð¼ÐµÐ½Ð¸")3def test_filter_by_name(product):4    product.create_product()5    product.filter()6    with allure.step("ÐÐ¾Ð¸ÑÐº ÑÐ»ÐµÐ¼ÐµÐ½ÑÐ¾Ð²"):7        item = product.find_element(product.driver, product.tbody_tr_td3)...

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