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How to use test_any method in autotest

Best Python code snippet using autotest_python

context.py

Source:context.py

...148                Context.test_fail()149                return150        Context.test_pass()151    @staticmethod152    def test_any(tests):153        for t in tests:154            if t:155                Context.test_pass()156                return157        Context.test_fail()158    159    @staticmethod160    def test_pass():161        stdout.write( '\t{}'.format(1) )162    @staticmethod163    def test_fail():164        stdout.write( '\t{}'.format(0) )165        166    @staticmethod167    def write(line, index, word, args):168        # Variables that we may use as part of other features.169        lemmata = line.get_lemmata(word)170        signs = word.split('-')171        (leftcx, leftlem) = \172            Context.get_left_context(line, index, word, args)173        (leftcx2, leftlem2) = \174            Context.get_left_context(line, index, word, args, offset = 2)175        (rightcx, rightlem) = \176            Context.get_right_context(line, index, word, args)177        # Print raw lemma tag.  May include gloss, even when178        # --nogloss switch is provided.  This is for the benefit179        # of human readers with some familiarity with Sumerian.180 181        stdout.write( '\t"{}/{}"'.format( word,182                                          Context.format_context(lemmata) ))183        # Index of word in line.  0-based.184        stdout.write( '\t{}'.format(index) )185        # Left context.186        stdout.write( '\t{}'.format(leftcx) )187        # Right context.188        stdout.write( '\t{}'.format(rightcx) )189        # Print line context.190        stdout.write( '\t"{}"'.format(line.line) )191        # Is word alone on line ?192        Context.test_all([ (leftcx, rightcx) == (None, None) ])193        194        # Left context is dumu.195        Context.test_all([ (leftcx == 'dumu') ])196        # Right context is dumu.197        Context.test_all([ (rightcx == 'dumu') ])198        # ^ ki <word> $199        Context.test_all([ (leftcx2, leftcx, rightcx) == \200                           (None, 'ki', None) ])201            202        # ^ igi <word> $203        Context.test_all([ (leftcx2, leftcx, rightcx) == \204                           (None, 'igi', None) ])205        # ^ igi <word>-sze $206        Context.test_all([ (leftcx2, leftcx, rightcx) == (None, 'igi', None),207                           word.endswith('-sze3') ])208        # Personnenkeil: ^ 1(disz) <word> $209        Context.test_all([ (leftcx2, leftcx, rightcx) == \210                           (None, '1(disz)', None) ])211        # ^ kiszib3 <word> $212        Context.test_all([ (leftcx2, leftcx, rightcx) == \213                           (None, 'kiszib3', None) ])214        # ^ giri3 <word> $215        Context.test_all([ (leftcx2, leftcx, rightcx) == \216                           (None, 'giri3', None) ])217        # First syllable repeated218        if len(signs) > 1:219            Context.test_all([ signs[0] == signs[1] ])220        else:221            Context.test_fail()222        # Last syllable repeated223        signs = word.split('-')224        if len(signs) > 1:225            Context.test_all([ signs[-2] == signs[-1] ])226        else:227            Context.test_fail()228        # Any syllable repeated229        if len(signs) > 1:230            Context.test_any([ a == b for (a, b)231                               in zip(signs, signs[1:]) ])232        else:233            Context.test_fail()234        # Is profession235        Context.test_any([ pf == lem236                           for pf in Context.professions237                           for lem in lemmata ])238        # Contains profession239        Context.test_any([ pf in lem 240                           for pf in Context.professions241                           for lem in lemmata ])242        # Left context is profession243        if leftlem:244            Context.test_any([ pf == lem245                               for pf in Context.professions246                               for lem in line.get_lemmata(leftcx) ])247        else:248            Context.test_fail()249        # Left context contains profession250        if leftlem:251            Context.test_any([ pf in lem252                               for pf in Context.professions253                               for lem in line.get_lemmata(leftcx) ])254        else:255            Context.test_fail()256        # Right context is profession257        if rightlem:258            Context.test_any([ pf == lem259                               for pf in Context.professions260                               for lem in line.get_lemmata(rightcx) ])261        else:262            Context.test_fail()263        # Right context contains profession264        if rightlem:265            Context.test_any([ pf in lem266                               for pf in Context.professions267                               for lem in line.get_lemmata(rightcx) ])268        else:269            Context.test_fail()270        # Starts with ur-271        Context.test_all([ word.startswith('ur-') ])272        273        # Starts with lu2-274        Context.test_all([ word.startswith('lu2-') ])275        276        # Ends with -mu277        Context.test_all([ word.endswith('-mu') ])278        279        # Contains {d}280        Context.test_all([ '{d}' in word ])281        # Contains {ki}282        Context.test_all([ '{ki}' in word ])283        # Contains any determinative284        Context.test_all([ '{' in word ])285        # Contains q sound286        Context.test_all([ 'q' in word ])287        # Contains lugal288        Context.test_all([ 'lugal' in word ])289        # Contains numeric elements290        Context.test_any([ '(asz)' in word,291                           '(disz)' in word,292                           '(u)' in word ])293        # Followed by sag294        Context.test_all([ rightcx == 'sag' ])295        # Followed by zarin296        Context.test_all([ rightcx == 'zarin' ])297        # Preceded by numeric classifier298        Context.test_all([ leftcx in ( 'ba-an', 'ba-ri2-ga', 'bur3', 'da-na',299                                       'gin2-tur', 'gin2', 'gur-lugal', 300                                       'gur-sag-gal2', 'gur', 'iku', 'GAN2',301                                       'ku-li-mu', 'ku-li-kam', 'kusz3',302                                       'sar', 'sila3' ) ])303        # iti at head of sentence304        Context.test_all([ 'iti' == line.words[0][0] ])...

testingpython.py

Source:testingpython.py

1import collections2def test_any(x):3    if any(x):4        print("hello any")5    if x:6        print("Hello collection")7b = [None, None, None, 1]8c = [None, None, None]9test_any(b)10test_any(c)11my_int = 512print(id(my_int))13d = my_int14print(id(d))15d = 916print(id(d))17cnt = collections.Counter()18my_list = ['red', 'blue', 'green', 'red', 'blue', 'red']19for word in my_list:20    cnt[word] += 121print(cnt)22print(my_list[-1])23print(my_list[-2])24my_dict = {'index': 1, 'timestamp': '2021-04-07 10:10:00', 'proof': 234, 'previous_hash': 'abcdef1234567890'}...

any.py

Source:any.py

1def test_any(iterable):2    for element in iterable:3        if element:4            return True5    return False6print(test_any(['']))...

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