How to use in_suite method in Testify

Best Python code snippet using Testify_python

manille.py

Source:manille.py

1################################################################################2#Implements a simple text based version of the card game Manie3#4#This is a 4 person trick based card game 5import operator6import random7import pdb 8    9#Some Constants10kNumPlayers = 411kSuites = ["H","S","C","D"]12#In Manille the card order is not traditional, this dictionary maps the13#rank of a card vs it's display type14ranks = {0:'    8 ',15         1:'    7 ',16         2:'    9 ',17         3:' Jack ',18         4:'Queen ',19         5:' King ',20         6:'  Ace ',21         7:'   10 '}22#similar mapping but using the image name indexes for the GUI23rankIcon ={0:'08',24           1:'07',25           2:'09',26           3:'11',27           4:'12',28           5:'13',29           6:'01',30           7:'10'}31suites = {'H':'Hearts',32          'S':'Spades',33          'C':'Clubs',34          'D':'Diamonds'}35#Define an object to hold:36#  rank37#  suite38#  score value39# of each card40#41#Define:42# comparison43# string display44class Card:45    trump_suite =''46    suite_led   =''47    def __init__ (self, suite, rank):48        self.suite=suite49        self.rank=rank50        self.score=051        if (self.rank>2):52            self.score = self.rank - 253            54    def __str__ (self):55        #use the dictonaries to create a display string for printing56        return ranks[self.rank] + 'of ' + suites[self.suite]57    def __lt__ (self, other):58        # Should return a negative integer if self < other,59        # zero if self == other, a positive integer if self > other.60        #61        # Comparison accoring to the rules fo Manille:62        #  Trump suite is higher than any card in any other suite,63        #  rank within the trump suite determines which is greater64        #65        #  Any card that is not in the suite which was lead can not win66        #67        #  If there is no trump, rank within the suite which was lead68        #  determines which is greater69        if self.suite == Card.suite_led:70            if other.suite == Card.suite_led:71                return self.rank < other.rank72            elif other.suite == Card.trump_suite:73                return True74            else:75                return False76        elif self.suite == Card.trump_suite:77            if other.suite == Card.trump_suite:78                return self.rank < other.rank79            else:80                return False81        else:82            return True83    84#define a colleciton of cards85class Deck:86    def __init__ (self):87        #one card for each rank in each suite88        self.cards = [Card (rank=r,suite=s) for s in kSuites89                      for r in range(len(ranks))]90    def shuffle(self):91        random.shuffle(self.cards)92        93#define a player class with a basic AI        94class Player:95    def __init__(self):96        #keep track of current hand97        self.cards = []98        #keep trak of tricks won99        self.tricks = []100        #keep track of score across hands101        self.score = 0102    #build the current had during the deal103    def add_card(self, card):104        self.cards.append(card);105        106    #clear all the tricks collected for scoring at the end of hand107    def new_hand(self):108        self.tricks = []109    110    #sort the hand by suite and rank for ease of human player111    def sort_hand(self):112        self.cards = sorted(self.cards,key=lambda x: (x.suite, -x.rank))113    #provide a simple AI function which choses the trup suite if the114    #players is the dealer for the hand - uses the trivial heuristic of115    #which suite is the longest116    def chose_trump(self):117        nMax=0118        max_suite=''119        for s in kSuites:120            n=0121            for c in self.cards:122                if c.suite==s:123                    n += 1124            if n>nMax:125                max_suite=s126                nMax=n127        #set the trump suite on the card class128        Card.trump_suite=max_suite129    #Pick a card to open a trick130    #131    # There are no restrictions on card to be selected.132    #133    # AI is trivial and will select highest ranked card. This will134    # tend to clear out the trump suite fast!135    def open_trick(self):136        #select the card to play137        play = max(enumerate(self.cards), key = operator.itemgetter(1))[0]138        #return the selected card and remove it from the hand139        return self.cards.pop(play)140    #Determine the legal moves given the player's hand and the current141    #state of the trick142    #143    #rules which apply:144    #145    #  a player must follow suite if they can146    # 147    #  if the player's partener is not already winning the trick and148    #  the player has the option to win the trick they MUST do so149    # 150    def legal_moves(self, trick):151        #collect the cards that are in the suite which was lead152        in_suite = [i for i,c in enumerate(self.cards) if c.suite == trick[0].suite]153        #check who is winning and if we must win154        trick_win = max(enumerate(trick),key = operator.itemgetter(1))[0]155        must_win=True156        if len(trick)==2 and trick_win==0:157            must_win=False158        elif len(trick)==3 and trick_win==1:159            must_win=False160        #Apply rules161        if len(in_suite)>0:162            #we have cards in the lead suite163            if must_win:164                #we are required to win, so check if we can165                legal = [i for i in in_suite166                         if self.cards[i]>trick[trick_win]]167                if (len(legal)==0):168                    #could not win but must follow suite169                    legal=in_suite170            else:171                #parterner has hand, but we must follow suite172                legal = in_suite173        else:174            #we are void of suite175            if must_win:176                #check our hand for winning trump cards177                legal = [i for i,c in enumerate(self.cards)178                         if c > trick[trick_win]]179                if (len(legal)==0):180                    #can't win...play any181                    legal = list(range(len(self.cards)))182            else:183                #not required to win...play any184                legal = list(range(len(self.cards)))185        return legal186    #play a card which follows the rules with a simple AI to win if we187    #can and play the lowest card if we can't188    def play_card(self,trick):189        in_suite = list(filter(lambda c: c.suite == Card.suite_led,190                               self.cards))191        if (len(in_suite)>0):192            #required to play in suite193            max_card = max(in_suite)194            if any([card > max_card for card in trick]):195                #Best card in suite can't win, throw out the lowest196                min_card = min(in_suite)197                return self.cards.pop(self.cards.index(min_card))198            return self.cards.pop(self.cards.index(max_card))199        else:200            #no cards in suite201            in_trump = list(filter(lambda c: c.suite == Card.trump_suite,self.cards))202            if len(in_trump)>0:203                #todo - choose the trump smarter204                max_trump = max(in_trump)205                return self.cards.pop(self.cards.index(max_trump))206            else:207                #no trump cards no cards in suite208                #throw out lowest card209                smallest =  min(self.cards)210                return self.cards.pop(self.cards.index(smallest))211    #Add a trick the stack of winnings212    def take_trick(self,trick):213        self.tricks.append(trick)214    #count the points in the tricks won215    def score_tricks(self):216        hand_score=0217        for t in self.tricks:218            for c in t:219                hand_score+=c.score220        self.score += hand_score221        return hand_score222#Derive from the Player class and provide a command line UI for card selection    223class HumanPlayer(Player):224    #Allow user to pick any card to play225    def open_trick(self):226        #print a list of all the cards with the selection index to the left227        for i,c in enumerate(self.cards):228            print('{:>2d}'.format(i)+" "+str(c))229        #prompt for input230        n = int(input("Pick a card to lead the trick (trump is " + Card.trump_suite +")"))231        #require the input to be valid232        while not n in range(len(self.cards)):233            n = int(input ("Try again!:"))234        #remove the card from the hand and return it235        return self.cards.pop(n)236    #Allow user to pick a legal card to play237    def play_card(self,trick):238        #display the current state of the trick for the player to follow239        print("")240        print("Trick so far:")241        #find the current winner to highlight with a *242        max_idx = max(enumerate(trick), key=operator.itemgetter(1))[0]243        for i,c in enumerate(trick):244            if(i==max_idx):245                print(str(c) + " *")246            else:247                print(c)248        #determine the possible legal moves given the hand and state of the trick249        legal=self.legal_moves(trick)250        #print a list of all the cards with the selection index to the left legal moves251        #are highlighted with an @ symbol252        print("\nPlayer Hand:")253        for i,c in enumerate(self.cards):254            if i in legal:255                print('{:>2d}'.format(i)+" "+str(c)+ " @")256            else:257                print('{:>2d}'.format(i)+" "+str(c))258        #prompt for input and require it to be valid259        n = int(input("Pick a card to play (trump is " + Card.trump_suite +")"))260        while not n in legal:261            n = int(input ("Try again!:"))262        return self.cards.pop(n)263#manage the state of the game264class Game:265    def __init__(self):266        self.deck = []267        self.lead_player =0268        self.dealer=0269        #create 3 AI players and 1 humman270        self.players = []271        for i in range(3):272            self.players.append(Player())273        self.players.append(HumanPlayer())274    #create a set of cards and distribut them to teh players275    #this is done at the start of each hand276    def deal(self):277        self.deck = Deck()278        self.deck.shuffle()279        ncards = len(self.deck.cards)280        for p in self.players:281            p.new_hand()282            for c in range(ncards//4):283                p.add_card(self.deck.cards.pop())284            p.sort_hand()285    #play out a single trick by getting a card from each player and286    #determining the winning player287    def play_trick(self):288        #have the lead player pick any card and make the selected289        #card define the lead suite290        trick = [self.players[self.lead_player].open_trick()]291        Card.suite_led = trick[0].suite292        #have each of the following players follow suite293        for p in [(x + self.lead_player + 1)%4 for x in range(3)]:294            card = self.players[p].play_card(trick)295            trick.append(card)296        #determine the winner and have them take the trick297        winner = max(enumerate(trick), key=operator.itemgetter(1))[0]298        winner += self.lead_player299        winner %= 4300        self.players[winner].take_trick(trick)301        return (trick,winner)302    #play through a hand of manille, deal and run through all the tricks303    def play_hand(self):304        #have the dealer chose the trump card305        self.players[self.dealer].chose_trump()306        #set the dealer to be the first player307        self.lead_player = self.dealer308        self.dealer += 1309        #play through all the tricks310        while(len(self.players[0].cards)>0):311            trick,winner = self.play_trick()312            for i,c in enumerate(trick):313                print("Player " + str(1+((self.lead_player+i)%4))314                      + " " + str(c))315            print ("Player " + str(1+winner) + " takes trick")316            print ("")317            self.lead_player = winner318        #display the scores319        print("Hand Ends")320        for i,p in enumerate(self.players):321            p.score_tricks()322            print ("Player "+ str(i+1) + " score " + str(p.score))323def RUNIT():324    g=Game()325    g.deal()326    g.play_hand()327            328if __name__ == "__main__":                329    RUNIT()...

base_test.py

Source:base_test.py

1import time2from xyTest.base.base_object import OBase3from xyTest.base.config_base import CONFIG_BASE4from xyTest.util.file_operation import OPERATION_FILE5from xyTest.util.format_operation import OPERATION_FORMAT6class TestBase(OBase):7    8    """9    """10                            11    def __init__(self, 12                 name=None, 13                 typ=None,14                 suite=None,15                 *args, **kwargs):16        OBase.__init__(self,17                       name=name,18                       *args, **kwargs)19        if typ:20            self.type = typ21        else:22            self.type ='qa'23        self.running_device = None24        self.waiting_time = None  # After current case, waiting before next case25        self.suite = suite26        self.clenaup_variable()27        self.clenaup_test()28        self.set_default_variable()29        30    # ------------------------------------------------31    # get and set ---32    # ------------------------------------------------33    def before_test_run(self): pass34    def after_test_run(self): pass35    def create_case(self, name, dic): pass36    def set_selected_case(self, value): pass37        38    def get_case_all(self): return self.case_all39    def set_case_all(self, value): 40        self.clenaup_variable()41        42        if (not isinstance(value, dict)) or (not OPERATION_FILE.is_true(value)):43            self.message_command(self, "Error", "Wrong value in set_case_all - value= " + str(value))44            return45        case_dic = {}46        for k, v in value.items():47            case = self.create_case(k, v)48            case_dic[k] = case49            self.list_all_case.append(case)50        self.case_all = case_dic51        CONFIG_BASE.dic_object_case[self.suite]=case_dic52        self.list_all_case.sort(key=lambda x: x.name.lower(), reverse=False)53        self.list_selected_case = self.list_all_case54#         print ("self.case_all = ", self.case_all)55#         print ("self.list_all_case = ", self.list_all_case)56        57    def set_test_running(self):58        self.name_running  = OPERATION_FORMAT.test_running_name(self.name)59        self.name_log_folder = "%s_%s" % (self.suite, self.name_running)60        self.path_category_log = OPERATION_FILE.set_test_log_folder(self.name_log_folder)61#         print ("self.name_log_folder = ", self.name_log_folder)  #  =  suite_and_2018-09-26-15-00-23_onawhim62        63    def clenaup_variable(self):64        # re start test65        self.case_all = {}66        self.list_all_case = []67        self.list_selected_case = []68        69    def clenaup_test(self):70        # this test71        self.name_running = None72        self.time_this_run = None73        self.is_run = False # this test does not run so far74        self.is_submitted = False   # the test result does not submit so far75        76        # add report info77        self.report_list_locked_case = []78        self.report_list_good_case = []79        self.report_list_bad_case = []80        self.lst_att_zip = []81        82    def set_default_variable(self):83#         print ("CONFIG_BASE.dic_lib_category = ", CONFIG_BASE.dic_lib_category)84#         print ("self.name = ", self.name)85        self.category_config = CONFIG_BASE.dic_lib_category[self.name]['config']86#         print ("tesrt Section = ", self.category_config.sections())  #  ['api', 'qa', 'dev']87        self.dic_config = {}88        89#         print ("self.category_config  =", self.category_config)90        if self.category_config:91            for se in self.category_config.options(self.type):92                self.dic_config[se] = OPERATION_FILE.try_one_option(self.category_config, self.type, se)93        #94        this_version = OPERATION_FILE.get_key_value(self.dic_config, 'version')95        if this_version:96            self.version = this_version97        else:98            self.version = 'unknown_version'99        self.default_pre_name = self.type + "_" + self.version 100        101        102    # ------------------------------------------------103    # run test ---104    # ------------------------------------------------105    def before_next_case(self):106        if self.waiting_time:107            wt = self.waiting_time108            self.waiting_time = None109            print ("waiting for %s seconds, - " % (str(wt))) # then call - before_test_run110            time.sleep(wt)111            self.before_test_run()112        113    def run_test(self):114        self.debug(["Start Test - ", self.name])115        self.set_test_running()116        try:117            self.before_test_run()118            print ("\n--------------------------------------------------------------------")119            msg= "--- Begin %s - test %s. --- in test.run_test() ---" % (self.suite, self.name_running)120            self.add_log_message('test', msg)121            print ("--------------------------------------------------------------------\n")122            self.time_start = time.time()123            124            for case in self.list_selected_case:125                self.before_next_case()126                if case.locked:127                    self.report_list_locked_case.append(case)128                else:129                    case.start_test()130                    self.check_run_case(case)131                    132            OPERATION_FILE.set_suite_log_file(CONFIG_BASE)133            self.time_end = time.time()134            self.time_this_run = self.get_time_run() #<class 'float'>135            print ("\n--------------------------------------------------------------------")136            msg= "--- End %s - test %s in %s Seconds. ---" % (self.suite, self.name_running, str((self.time_this_run)))137            self.is_run = True138            self.add_log_message('test', msg)139            print ("--------------------------------------------------------------------\n")140            self.after_test_run()141            142        except Exception as e:143            self.message_command(self, "Exception", "Running test "+self.name, e)144            pass145        146        147        148    def check_run_case(self, case):149        case.analysis_record()150        if case.locked:151            self.report_list_locked_case.append(case)152        elif case.status:153            self.report_list_good_case.append(case)154        else:155            self.report_list_bad_case.append(case)156            157#         print ("self.report_list_bad_case = ", self.report_list_bad_case)158    # ------------------------------------------------159    # before test, setup variables ---160    # ------------------------------------------------161    def get_jmeter_server_option(self, sec='jmeter'):162        in_suite = CONFIG_BASE.session_config163        try:164            opts = []165            if in_suite.has_section(sec):166                for key in in_suite[sec]:  167                    if 'jmeter_H' in key:168                        tt = '-H ' + in_suite[sec][key]169                    elif 'jmeter_P' in key:170                        tt = '-P ' + in_suite[sec][key]171                    else:172                        tt = '-J%s=%s' % (key, in_suite[sec][key])173                    opts.append(tt)174            if opts:175                return ' '.join(opts)176            else:177                return False178        except:179            return False180    def get_rest_server_option(self):181        in_suite = CONFIG_BASE.session_config182        try:183            lst_sec = ['rest', 'db']184            for sec in lst_sec:185                if in_suite.has_section(sec):186                    for key in in_suite[sec]:  187                        OPERATION_FILE.pass_one_config_option(in_suite, sec, key, self, sec+key)188                else:189                    self.message_command(self, "Error", "No REST -%s- Info in suite config file" % sec)190                    return False191        except Exception as e:192            self.message_command(self, "Exception", "in REST Test - def get_rest_server_option-", e)193            return False194        195    def check_appium_config(self, opt, sec='constant'):196        in_suite = CONFIG_BASE.session_config197        in_config = CONFIG_BASE.config_appium198        result = False199        try:200            if opt:201                result = OPERATION_FILE.try_one_option(in_suite, sec, opt)202                if not result:203                    result = OPERATION_FILE.try_one_option(in_config, sec, opt)204                return  result205            else:206                config = False207                if in_suite.has_section(sec):208                    config = in_suite209                else:210                    if in_config.has_section(sec):211                        config = in_config212                if config:213                    dic_option = dict(config.items(sec))214                    return dic_option215                216                return False217        except:218            return False219    def check_appium_driver(self, driver):220        type_driver = str(type(driver)).lower()221        if 'appium.webdriver.' in type_driver:222            return True223        return False224    225    # ------------------------------------------------226    # info and report ---227    # ------------------------------------------------228    229    def add_log_message(self, level, ms='No-Message'):230        self.message_command(self, level, ms)231#         if self.has_log:232#             from xyTest.log.constant import post_log_message, TEST_LOG233#             post_log_message(TEST_LOG, level, ms)...

__init__.py

Source:__init__.py

1# Copyright 2011 Google Inc.2#3# Licensed under the Apache License, Version 2.0 (the "License");4# you may not use this file except in compliance with the License.5# You may obtain a copy of the License at6#7#      http://www.apache.org/licenses/LICENSE-2.08#9# Unless required by applicable law or agreed to in writing, software10# distributed under the License is distributed on an "AS IS" BASIS,11# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.12# See the License for the specific language governing permissions and13# limitations under the License.14from __future__ import absolute_import15import exceptions16import os17import re18import traceback19import unittest20from util import *21_debug_mode = False22class DebuggerTestCase(unittest.TestCase):23  def __init__(self,progname):24    self._progname = progname25  def setUp(self):26    self._debugger = Debugger()27    self._proc = self._debugger.launch_suspended(self._progname)28  @property29  def debugger(self):30    return self._debugger31  @property32  def process(self):33    return self._progname34def test_is_selected(in_testnames, testname):35#  toks = test_name.split(".")36  for tn in in_testnames:37    if re.search(tn, testname):38      return True39  return False40###########################################################################41class NdbVerboseTestResult(unittest.TestResult):42  def addError(self,test,err):43    traceback.print_tb(err[2])44    unittest.TestResult.addError(self,test,err)45    print err[1]46    if _debug_mode:47      print "*** Halting test due to error. ***"48      os._exit(0) # do this so we truly exit... even if we have a lingering thread [eew]49  def addFailure(self,test,err):50    traceback.print_tb(err[2])51    unittest.TestResult.addFailure(self,test,err)52    print err[1]53    if _debug_mode:54      print "*** Halting test due to error. ***"55      os._exit(0) # do this so we truly exit... even if we have a lingering thread [eew]56def set_debug_mode(halt):57  if not isinstance(halt, bool):58    raise TypeError("Expected bool")59  global _debug_mode60  _debug_mode = halt61###########################################################################62def do_run(testnames = None):63  """64  Run a test given a list of test regexps to run, or all tests.65  """66  immediate = _debug_mode67  MessageLoop.set_in_test_mode(True)68  dirs = ["tests", "tests/util", "tests/debugger", "tests/progdb"]69  try:70    import ui71    dirs.append("tests/ui")72  except:73    pass74  v = 275  r = unittest.TextTestRunner(verbosity=v)76  l = unittest.TestLoader()77  for dir in dirs:78    dirname = os.path.join(".", dir)79    files = os.listdir(dirname)80    pyfiles = [d for d in files if os.path.splitext(d)[1] == ".py"]81    if "__init__.py" in pyfiles:82      pyfiles.remove("__init__.py")83    suite = unittest.TestSuite()84    for pyfile in pyfiles:85      if pyfile.startswith("."):86        continue # dotfiles87      modbase = dir.replace("/",".")88      modname = os.path.splitext(pyfile)[0]89      pymodule = "%s.%s" % (modbase, modname)90      try:91        module = __import__(pymodule,fromlist=[True])92      except:93        print "While importing [%s]\n" % pymodule94        traceback.print_exc()95        continue96      try:97        if hasattr(module,"load_tests"):98          s = module.load_tests()99        else:100          s = unittest.TestLoader().loadTestsFromModule(module)101      except Exception, ex:102        raise Exception("Error loading test cases from %s: %s"% (pymodule, str(ex)))103      for t in s:104        if isinstance(t, unittest.TestSuite):105          for i in t:106            if testnames != None:107              if test_is_selected(testnames,i.id()):108                suite.addTest(i)109            else:110              suite.addTest(i)111        elif isinstance(t, unittest.TestCase):112          if testnames != None:113            if test_is_selected(testnames,t.id()):114              suite.addTest(t)115          else:116            suite.addTest(t)117        else:118          raise Exception("Wtf, expected TestSuite or TestCase, got %s" % t)119    if suite.countTestCases():120      if immediate == False:121        log0_raw("Test for %s", dir)122        log0_raw("----------------------------------------------------------------------")123        r.run(suite)124        log0_raw("\n")125        log0_raw("\n")126      else:127        for case in suite:128          tr = NdbVerboseTestResult()129          log0_raw("----------------------------------------------------------------------")130          log0_raw("%s", case.id())131          case.run(result=tr)132          if tr.wasSuccessful():133            log0("OK\n")134          elif len(tr.errors):135            log0("Error\n")136          else:137            log0("Fail\n")138    log2("TestSystem: done with module %s", dir)139  log2("TestSystem: done with all ymodules")140def run(testnames = None):141  try:142    do_run(testnames)143  finally:144    MessageLoop.quit(True)145    MessageLoop.set_in_test_mode(False)146# Stray code to load tests from a list of classes:147def _load_tests_from_class(cls):148  in_suite = unittest.TestLoader().loadTestsFromTestCase(case)149  assert(isinstance(suite,unittest.TestSuite))150  for test in in_suite:151    tests.addTest(test)152def _append_suite_to_suite(dst_suite,src_suite):153  for test in src_suite:...

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