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How to use closer method in pytest-asyncio

Best Python code snippet using pytest-asyncio_python

boolean.py

Source:boolean.py

1#!/usr/bin/env python2#3# Copyright (c) 2019 Opticks Team. All Rights Reserved.4#5# This file is part of Opticks6# (see https://bitbucket.org/simoncblyth/opticks).7#8# Licensed under the Apache License, Version 2.0 (the "License"); 9# you may not use this file except in compliance with the License.  10# You may obtain a copy of the License at11#12#   http://www.apache.org/licenses/LICENSE-2.013#14# Unless required by applicable law or agreed to in writing, software 15# distributed under the License is distributed on an "AS IS" BASIS, 16# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.  17# See the License for the specific language governing permissions and 18# limitations under the License.19#20"""21This is going the way of the dodo... due to state table bugs,22moving to the XRT language generated from the C enums23"""24from intersect import DIFFERENCE, UNION, INTERSECTION, desc25# intersect status26Enter = 127Exit  = 228Miss  = 329desc_state = { Enter : "Enter", Exit : "Exit", Miss : "Miss" }30# acts31NONE          = 032RetMiss       = 0x1 << 0 33RetL          = 0x1 << 1 34RetR          = 0x1 << 2 35RetLIfCloser  = 0x1 << 3 36RetRIfCloser  = 0x1 << 437LoopL         = 0x1 << 5 38LoopLIfCloser = 0x1 << 639LoopR         = 0x1 << 7 40LoopRIfCloser = 0x1 << 841FlipR         = 0x1 << 942RetFlippedRIfCloser  = 0x1 << 1043BooleanStart  = 0x1 << 1144BooleanError  = 0x1 << 1245IterativeError  = 0x1 << 1346_act_index = {47         RetMiss:0,48            RetL:1,49            RetR:2,50    RetLIfCloser:3,51    RetRIfCloser:4,52           LoopL:5,53   LoopLIfCloser:6,54           LoopR:7,55   LoopRIfCloser:8,56           FlipR:9,57   RetFlippedRIfCloser:10,58    BooleanStart:11,59    BooleanError:12,60    IterativeError:13,61}62def act_index(act):63    return _act_index[act]64       65def desc_acts(acts):66    s = ""67    if acts & RetMiss:      s+= "RetMiss "68    if acts & RetL:         s+= "RetL "69    if acts & RetR:         s+= "RetR "70    if acts & RetLIfCloser: s+= "RetLIfCloser "71    if acts & RetRIfCloser: s+= "RetRIfCloser "72    if acts & RetFlippedRIfCloser: s+= "RetFlippedRIfCloser "73    if acts & LoopL:        s+= "LoopL "74    if acts & LoopLIfCloser:s+= "LoopLIfCloser "75    if acts & LoopR:        s+= "LoopR "76    if acts & LoopRIfCloser:s+= "LoopRIfCloser "77    if acts & FlipR:        s+= "FlipR "78    if acts & BooleanStart: s+= "BooleanStart"79    if acts & BooleanError: s+= "BooleanError"80    if acts & IterativeError: s+= "IterativeError"81    #if acts & ResumeFromLoopL: s+= "ResumeFromLoopL "82    #if acts & ResumeFromLoopR: s+= "ResumeFromLoopR "83    #if acts & NewTranche: s+= "NewTranche "84    return s 85#86# note that although two loopers do appear together "LoopLIfCloser | LoopRIfCloser" 87# they are always conditionals on which is closer so only one of them will be enacted 88#89# note that FlipR only occurs for DIFFERENCE90#91#       92#93table_ = {94    DIFFERENCE : { 95                  Enter : {96                             Enter : RetLIfCloser | LoopR,97                              Exit : LoopLIfCloser | LoopRIfCloser,98                              Miss : RetL99                          },100                  Exit: {101                             Enter : RetLIfCloser | RetFlippedRIfCloser,102                             Exit  : RetFlippedRIfCloser | LoopL,103                             Miss  : RetL104                       },105                  Miss: {106                             Enter : RetMiss,107                             Exit : RetMiss,108                             Miss : RetMiss109                        }110               }, 111    UNION : {112                 Enter : {113                            Enter : RetLIfCloser | RetRIfCloser, 114                            Exit  : RetRIfCloser | LoopL,115                            Miss  : RetL116                         },117                 Exit  : {118                            Enter : RetLIfCloser | LoopR, 119                            Exit  : LoopLIfCloser | LoopRIfCloser,120                            Miss  : RetL121                         },122                  Miss: {123                             Enter : RetR,124                             Exit  : RetR,125                             Miss  : RetMiss126                        }127               },128 129   INTERSECTION : {130                         Enter : {131                                    Enter : LoopLIfCloser | LoopRIfCloser,132                                    Exit  : RetLIfCloser | LoopR ,133                                    Miss  : RetMiss134                                 },135                         Exit :  {136                                    Enter : RetRIfCloser | LoopL,137                                    Exit  : RetLIfCloser | RetRIfCloser,138                                    Miss  : RetMiss 139                                 },140                         Miss :  {141                                    Enter : RetMiss,  142                                    Exit  : RetMiss,  143                                    Miss  : RetMiss144                                 }145                      }146}147def boolean_table(operation, l, r):148    assert operation in [UNION, INTERSECTION, DIFFERENCE], operation149    assert l in [Enter,Exit,Miss], l150    assert r in [Enter,Exit,Miss], r151    return table_[operation][l][r]152if __name__ == '__main__':153    for op in [UNION,INTERSECTION,DIFFERENCE]:154        print desc[op]155        for l in [Enter, Exit, Miss]:156            for r in [Enter, Exit, Miss]:157                acts = boolean_table(op, l, r )158                print "   %7s %7s   ->   %35s " % ( desc_state[l], desc_state[r], desc_acts(acts) )...

test_CloserVariablesFinder.py

Source:test_CloserVariablesFinder.py

1import unittest2from Generator import CloserVariablesFinder3class TestCloserVariablesFinder(unittest.TestCase):4    """5    Tests the CloserVariablesFinder.py script in the Generator.CloserVariablesFinder6    """7    def test_01(self):8        """9        Test the  closer lines. Therefore check line 1 and add 1 as area.10        """11        print("+++ Test 1 +++")12        code_lines_without_annotations = ['mid(x, y, z)', 'm = z', 'y < z', 'x < y', 'm = y', 'x < z', 'm = y # m = x',13                                          'else', 'x > y', 'm = y', 'x > z', 'm = x', 'return m']14        closer_variables = CloserVariablesFinder.get_closer_variables(1, code_lines_without_annotations, 1)15        closer_variables_str = str(closer_variables)16        print(closer_variables_str)17        closer_variables_str_solution = "['m', 'x', 'y', 'z']"18        self.assertEqual(closer_variables_str_solution, closer_variables_str)19    def test_02(self):20        """21        Test the  closer lines. Therefore check line 1 and add 2 as area (def).22        """23        print("+++ Test 2 +++")24        code_lines_without_annotations = ['mid(x, y, z)', 'm = z', 'y < z', 'x < y', 'm = y', 'x < z', 'm = y # m = x',25                                          'else', 'x > y', 'm = y', 'x > z', 'm = x', 'return m']26        closer_variables = CloserVariablesFinder.get_closer_variables(1, code_lines_without_annotations, 2)27        closer_variables_str = str(closer_variables)28        print(closer_variables_str)29        closer_variables_str_solution = "['m', 'x', 'y', 'z']"30        self.assertEqual(closer_variables_str_solution, closer_variables_str)31    def test_03(self):32        """33        Test the  closer lines. Therefore check a line where an expression transformation is located.34        """35        print("+++ Test 3 +++")36        code_lines_without_annotations = ['mid(x, y, z)',37                                          "m = EXPTransformation.call(2, 7, False, [['m', m], ['z', z])",38                                          'y < z', 'x < y', 'm = y', 'x < z', 'm = y # m = x',39                                          'else', 'x > y', 'm = y', 'x > z', 'm = x', 'return m']40        closer_variables = CloserVariablesFinder.get_closer_variables(2, code_lines_without_annotations, 0)41        closer_variables_str = str(closer_variables)42        print(closer_variables_str)43        closer_variables_str_solution = "[]"44        self.assertEqual(closer_variables_str_solution, closer_variables_str)45    def test_04(self):46        """47        Test the  closer lines. Therefore check line 5 and add 0 as area.48        """49        print("+++ Test 4 +++")50        code_lines_without_annotations = ['mid(x, y, z)', 'm = z', 'y < z', 'x < y', 'm = y', 'x < z', 'm = y # m = x',51                                          'else', 'x > y', 'm = y', 'x > z', 'm = x', 'return m']52        closer_variables = CloserVariablesFinder.get_closer_variables(5, code_lines_without_annotations, 0)53        closer_variables_str = str(closer_variables)54        print(closer_variables_str)55        closer_variables_str_solution = "['m', 'y']"56        self.assertEqual(closer_variables_str_solution, closer_variables_str)57    def test_05(self):58        """59        Test the  closer lines. Therefore check line 13 and add 0 as area (return).60        """61        print("+++ Test 5 +++")62        code_lines_without_annotations = ['mid(x, y, z)', 'm = z', 'y < z', 'x < y', 'm = y', 'x < z', 'm = y # m = x',63                                          'else', 'x > y', 'm = y', 'x > z', 'm = x', 'return m']64        closer_variables = CloserVariablesFinder.get_closer_variables(13, code_lines_without_annotations, 0)65        closer_variables_str = str(closer_variables)66        print(closer_variables_str)67        closer_variables_str_solution = "['m']"68        self.assertEqual(closer_variables_str_solution, closer_variables_str)69if __name__ == '__main__':...

balance_pairs.py

Source:balance_pairs.py

1# For each opening emphasis-like marker find a matching closing one2#3from .state_inline import StateInline4def processDelimiters(state: StateInline, delimiters, *args):5    openersBottom = {}6    maximum = len(delimiters)7    closerIdx = 08    while closerIdx < maximum:9        closer = delimiters[closerIdx]10        # Length is only used for emphasis-specific "rule of 3",11        # if it's not defined (in strikethrough or 3rd party plugins),12        # we can default it to 0 to disable those checks.13        #14        closer.length = closer.length or 015        if not closer.close:16            closerIdx += 117            continue18        # Previously calculated lower bounds (previous fails)19        # for each marker and each delimiter length modulo 3.20        if closer.marker not in openersBottom:21            openersBottom[closer.marker] = [-1, -1, -1]22        minOpenerIdx = openersBottom[closer.marker][closer.length % 3]23        openerIdx = closerIdx - closer.jump - 124        # avoid crash if `closer.jump` is pointing outside of the array,25        # e.g. for strikethrough26        if openerIdx < -1:27            openerIdx = -128        newMinOpenerIdx = openerIdx29        while openerIdx > minOpenerIdx:30            opener = delimiters[openerIdx]31            if opener.marker != closer.marker:32                openerIdx -= opener.jump + 133                continue34            if opener.open and opener.end < 0:35                isOddMatch = False36                # from spec:37                #38                # If one of the delimiters can both open and close emphasis, then the39                # sum of the lengths of the delimiter runs containing the opening and40                # closing delimiters must not be a multiple of 3 unless both lengths41                # are multiples of 3.42                #43                if opener.close or closer.open:44                    if (opener.length + closer.length) % 3 == 0:45                        if opener.length % 3 != 0 or closer.length % 3 != 0:46                            isOddMatch = True47                if not isOddMatch:48                    # If previous delimiter cannot be an opener, we can safely skip49                    # the entire sequence in future checks. This is required to make50                    # sure algorithm has linear complexity (see *_*_*_*_*_... case).51                    #52                    if openerIdx > 0 and not delimiters[openerIdx - 1].open:53                        lastJump = delimiters[openerIdx - 1].jump + 154                    else:55                        lastJump = 056                    closer.jump = closerIdx - openerIdx + lastJump57                    closer.open = False58                    opener.end = closerIdx59                    opener.jump = lastJump60                    opener.close = False61                    newMinOpenerIdx = -162                    break63            openerIdx -= opener.jump + 164        if newMinOpenerIdx != -1:65            # If match for this delimiter run failed, we want to set lower bound for66            # future lookups. This is required to make sure algorithm has linear67            # complexity.68            #69            # See details here:70            # https:#github.com/commonmark/cmark/issues/178#issuecomment-27041744271            #72            openersBottom[closer.marker][(closer.length or 0) % 3] = newMinOpenerIdx73        closerIdx += 174def link_pairs(state: StateInline) -> None:75    tokens_meta = state.tokens_meta76    maximum = len(state.tokens_meta)77    processDelimiters(state, state.delimiters)78    curr = 079    while curr < maximum:80        curr_meta = tokens_meta[curr]81        if curr_meta and "delimiters" in curr_meta:82            processDelimiters(state, curr_meta["delimiters"])...

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