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How to use at_most method in Selene

Best Python code snippet using selene_python

unittests.py

Source:unittests.py

1import unittest2from pdfparser.tasks import *3class TestTasks(unittest.TestCase):4   def test_simple_crit(self):5      # Simple crit6      ## If the word exist7      self.assertEqual(8         simple_crit(9            'a b c',10            {'a'},11            without=set(),12            at_least=1,13            at_most=114         ),15         True16      )17      # If it doesn't exist18      self.assertEqual(19         simple_crit(20            'a b c',21            {'d'},22            without=set(),23            at_least=1,24            at_most=125         ),26         False27      )28      # There isn't any word from the without set29      self.assertEqual(30         simple_crit(31            'a b c',32            {'a'},33            without={'d'},34            at_least=1,35            at_most=136         ),37         True38      )39      # There is a word from without set40      self.assertEqual(41         simple_crit(42            'a b c',43            {'a'},44            without={'b'},45            at_least=1,46            at_most=147         ),48         False49      )50      ## There are 3 words, at_least=351      self.assertEqual(52         simple_crit(53            'a b c d e',54            {'a', 'c', 'e'},55            without=set(),56            at_least=3,57            at_most=158         ),59         True60      )61      ## There is not enough words, at_least=362      self.assertEqual(63         simple_crit(64            'a b c d e',65            {'a', 'c', 'z'},66            without=set(),67            at_least=3,68            at_most=169         ),70         False71      )72   def test_complex_crit(self):73      # Simple crit74      ## If the word exist75      self.assertEqual(76         complex_crit(77            'a b c',78            {'a'},79            without=set(),80            at_least=1,81            at_most=1,82            similarity="embedding_cosine",83            threshold=0.984         ),85         True86      )87      # If it doesn't exist88      self.assertEqual(89         complex_crit(90            'a b c',91            {'d'},92            without=set(),93            at_least=1,94            at_most=1,95            similarity="embedding_cosine",96            threshold=0.997         ),98         False99      )100      # There isn't any word from the without set101      self.assertEqual(102         complex_crit(103            'a b c',104            {'a'},105            without={'d'},106            at_least=1,107            at_most=1,108            similarity="embedding_cosine",109            threshold=0.9110         ),111         True112      )113      # There is a word from without set114      self.assertEqual(115         complex_crit(116            'a b c',117            {'a'},118            without={'b'},119            at_least=1,120            at_most=1,121            similarity="embedding_cosine",122            threshold=0.9123         ),124         False125      )126      ## There are 3 words, at_least=3127      self.assertEqual(128         complex_crit(129            'a b c d e',130            {'a', 'c', 'e'},131            without=set(),132            at_least=3,133            at_most=1,134            similarity="embedding_cosine",135            threshold=0.9136         ),137         True138      )139      ## There is not enough words, at_least=3140      self.assertEqual(141         complex_crit(142            'a b c d e',143            {'a', 'c', 'z'},144            without=set(),145            at_least=3,146            at_most=1,147            similarity="embedding_cosine",148            threshold=0.9149         ),150         False151      )152   def complex_crit_hamming(self):153      ## If the word exist154      self.assertEqual(155         complex_crit(156            'asdf bsdf csdf',157            {'asdf'},158            without=set(),159            at_least=1,160            at_most=1,161            similarity="hamming",162            threshold=3163         ),164         True165      )166      # If it doesn't exist167      self.assertEqual(168         complex_crit(169            'asdf bsdf csdf',170            {'gggg'},171            without=set(),172            at_least=1,173            at_most=1,174            similarity="hamming",175            threshold=3176         ),177         False178      )179      # There isn't any word from the without set180      self.assertEqual(181         complex_crit(182            'asdf bsdf csdf',183            {'asdf'},184            without={'dddd'},185            at_least=1,186            at_most=1,187            similarity="hamming",188            threshold=3189         ),190         True191      )192      # There is a word from without set193      self.assertEqual(194         complex_crit(195            'asdf bsdf csdf',196            {'asdf'},197            without={'dsdf'},198            at_least=1,199            at_most=1,200            similarity="hamming",201            threshold=3202         ),203         False204      )205      ## There are 3 words, at_least=3206      self.assertEqual(207         complex_crit(208            'asdf bsdf csdf dsdf esdf',209            {'asdf', 'csdf', 'esdf'},210            without=set(),211            at_least=3,212            at_most=1,213            similarity="hamming",214            threshold=3215         ),216         True217      )218      ## There is not enough words, at_least=3219      self.assertEqual(220         complex_crit(221            'asdf bsdf csdf dsdf esdf',222            {'asdf', 'csdf', 'gggg'},223            without=set(),224            at_least=3,225            at_most=1,226            similarity="hamming",227            threshold=3228         ),229         False230      )231   def test_parser_metadata(self):232      metadata, _, _, _ = parse("pdfparser/rozp.pdf")233      self.assertEqual(metadata["title"],234                       "Ustawa z dnia 31 marca 2020 r. o zmianie niektÃ³rych ustaw w zakresie systemu " \235                       "ochrony zdrowia zwiÄzanych z zapobieganiem, przeciwdziaÅaniem i zwalczaniem COVID-19")236      self.assertEqual(metadata["author"], "RCL")237      self.assertEqual(metadata["creator"], "MicrosoftÂ® Word 2010")238      self.assertEqual(metadata["producer"], "MicrosoftÂ® Word 2010; modified using iText 2.1.7 by 1T3XT")239   def test_parser_separated_text(self):240      _, separated_text, _, _ = parse("pdfparser/3_pages.pdf")241      self.assertEqual(separated_text, [['PDF with 3 pages\u2028\nText on the ï¬rst one\u2029\n'], [],242                                        ['Text on the 3rd one\n']])243   def test_parser_empty_pages(self):244      _, _, empty_pages, _ = parse("pdfparser/3_pages.pdf")245      self.assertEqual(empty_pages, [1])246   def test_parser_all_text(self):247      _, _, _, all_text = parse("pdfparser/small.pdf")248      self.assertEqual(parsed_text,expected_text)249   def test_pdfocr_small_file(self):250      recognized_text = pdfocr("small.pdf")251      expected_text = ["Here is a small document\n" \252                      "Testing how\n" \253                      "PDF Parser will work"]254      self.assertEqual(recognized_text, expected_text)255   def test_pdfocr_easy_page_ocrtest_file(self):256      recognized_text = pdfocr("ocrtest.pdf", pages=[1])257      expected_text = ["This is another sample document.\n"\258                        "The first page is quality.\n"\259                        "\nSample random text."]260      self.assertEqual(recognized_text,expected_text)261   def test_pdfocr_hard_pages_ocrtest_file(self):262      recognized_text = pdfocr("ocrtest.pdf", pages=[2,3])263      expected_text = ["The second page contains a photo of the text.\n\n"\264                        "This is text in paint.\n"\265                        "Only ocr can read this."\266                        ,"The last page contains\n"\267                        "only text in paint."]268      self.assertEqual(recognized_text, expected_text)269if __name__ == '__main__':...

test_queue.py

Source:test_queue.py

...120            assert when_empty_ev.triggered121            yield when_empty_ev122    env.process(proc(env, Queue(env)))123    env.run()124def test_when_at_most(env):125    def proc(env, queue):126        for item in 'abc':127            with queue.put(item) as put_ev:128                yield put_ev129        at_most = {}130        at_most[0] = queue.when_at_most(0)131        at_most[3] = queue.when_at_most(3)132        at_most[1] = queue.when_at_most(1)133        at_most[2] = queue.when_at_most(2)134        assert not at_most[0].triggered135        assert not at_most[1].triggered136        assert not at_most[2].triggered137        assert at_most[3].triggered138        item = yield queue.get()139        assert item == 'a'140        assert not at_most[0].triggered141        assert not at_most[1].triggered142        assert at_most[2].triggered143        item = yield queue.get()144        assert item == 'b'145        assert not at_most[0].triggered146        assert at_most[1].triggered147        item = yield queue.get()...

test_atMostTwoConstraint.py

Source:test_atMostTwoConstraint.py

1from unittest import TestCase2from hw2cs561s2018 import AtMostTwoConstraint3class TestAtMostTwoConstraint(TestCase):4    def test_at_most(self):5        # variables, domains, assignments6        variables = ['a', 'b', 'c', 'd', 'e']7        assignments = {'a': 1, 'b': 2, 'c': 3, 'd': 4, 'e': 5}8        at_most = AtMostTwoConstraint()9        self.assertEqual(0, at_most(variables, None, assignments))10        variables = ['a', 'b', 'c', 'd', 'e']11        assignments = {'a': 1, 'b': 2, 'c': 3, 'd': 4}12        at_most = AtMostTwoConstraint()13        self.assertEqual(0, at_most(variables, None, assignments))14        variables = ['a', 'b', 'c', 'd', 'e']15        assignments = {'a': 1, 'b': 2, 'c': 3, 'd': 4, 'e': 1}16        at_most = AtMostTwoConstraint()17        self.assertEqual(0, at_most(variables, None, assignments))18        variables = ['a', 'b', 'c', 'd', 'e']19        assignments = {'a': 1, 'b': 2, 'c': 3, 'e': 1}20        at_most = AtMostTwoConstraint()21        self.assertEqual(0, at_most(variables, None, assignments))22        variables = ['a', 'b', 'c', 'd', 'e']23        assignments = {'a': 1, 'b': 1, 'c': 3, 'd': 4, 'e': 1}24        at_most = AtMostTwoConstraint()25        self.assertEqual(1, at_most(variables, None, assignments))26        variables = ['a', 'b', 'c', 'd', 'e']27        assignments = {'a': 1, 'b': 1, 'c': 1, 'd': 4, 'e': 5}28        at_most = AtMostTwoConstraint()29        self.assertEqual(1, at_most(variables, None, assignments))30        variables = ['a', 'b', 'c', 'd', 'e']31        assignments = {'a': 1, 'b': 1, 'c': 1, 'd': 4}32        at_most = AtMostTwoConstraint()33        self.assertEqual(1, at_most(variables, None, assignments))34        variables = ['a', 'b', 'c', 'd', 'e']35        assignments = {'a': 1, 'b': 1, 'c': 1, 'd': 1, 'e': 1}36        at_most = AtMostTwoConstraint()37        self.assertEqual(3, at_most(variables, None, assignments))38        variables = ['a', 'b', 'c', 'd', 'e']39        assignments = {'a': 1, 'b': 1, 'c': 3, 'e': 1}40        at_most = AtMostTwoConstraint()41        self.assertEqual(1, at_most(variables, None, assignments))42        variables = ['a', 'b', 'c', 'd', 'e']43        assignments = {'a': 1, 'b': 1, 'c': 3, 'd': 4, 'e': 1}44        at_most = AtMostTwoConstraint()...

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