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How to use init_test method in autotest
Best Python code snippet using autotest_python
test_spark.py
Source:test_spark.py 
...7class SparkTest(unittest.TestCase):8 neo4j_session = None9 neo4j_container = None10 spark = None11 def init_test(self, query, parameters=None):12 self.neo4_session.run("MATCH (n) DETACH DELETE n;")13 self.neo4_session.run(query, parameters)14 return self.spark.read.format("org.neo4j.spark.DataSource") \15 .option("url", self.neo4j_container.get_connection_url()) \16 .option("authentication.type", "basic") \17 .option("authentication.basic.username", "neo4j") \18 .option("authentication.basic.password", "password") \19 .option("labels", "Person") \20 .load()21 def test_string(self):22 name = "Foobar"23 df = self.init_test(24 "CREATE (p:Person {name: '" + name + "'})")25 assert name == df.select("name").collect()[0].name26 def test_int(self):27 age = 3228 df = self.init_test(29 "CREATE (p:Person {age: " + str(age) + "})")30 assert age == df.select("age").collect()[0].age31 def test_double(self):32 score = 32.333 df = self.init_test(34 "CREATE (p:Person {score: " + str(score) + "})")35 assert score == df.select("score").collect()[0].score36 def test_boolean(self):37 df = self.init_test("CREATE (p:Person {boolean: true})")38 assert True == df.select("boolean").collect()[0].boolean39 def test_time(self):40 time = datetime.time(12, 23, 0, 0, get_localzone())41 df = self.init_test(42 "CREATE (p:Person {myTime: time({hour:12, minute: 23, second: 0})})"43 )44 timeResult = df.select("myTime").collect()[0].myTime45 assert "offset-time" == timeResult.type46 # .replace used in case of UTC timezone because of https://stackoverflow.com/a/42777551/140977247 assert str(time).replace("+00:00", "Z") \48 == timeResult.value.split("+")[0]49 def test_datetime(self):50 dtString = "2015-06-24T12:50:35"51 df = self.init_test(52 "CREATE (p:Person {datetime: datetime('"+dtString+"')})")53 dt = datetime.datetime(2015, 6, 24, 12, 50, 35, 0)54 dtResult = df.select("datetime").collect()[0].datetime55 assert dt == dtResult56 def test_date(self):57 df = self.init_test(58 "CREATE (p:Person {born: date('2009-10-10')})")59 dt = datetime.date(2009, 10, 10)60 dtResult = df.select("born").collect()[0].born61 assert dt == dtResult62 def test_point(self):63 df = self.init_test(64 "CREATE (p:Person {location: point({x: 12.12, y: 13.13})})"65 )66 pointResult = df.select("location").collect()[0].location67 assert "point-2d" == pointResult[0]68 assert 7203 == pointResult[1]69 assert 12.12 == pointResult[2]70 assert 13.13 == pointResult[3]71 def test_point3d(self):72 df = self.init_test(73 "CREATE (p:Person {location: point({x: 12.12, y: 13.13, z: 1})})"74 )75 pointResult = df.select("location").collect()[0].location76 assert "point-3d" == pointResult[0]77 assert 9157 == pointResult[1]78 assert 12.12 == pointResult[2]79 assert 13.13 == pointResult[3]80 assert 1.0 == pointResult[4]81 def test_geopoint(self):82 df = self.init_test(83 "CREATE (p:Person {location: point({longitude: 12.12, latitude: 13.13})})"84 )85 pointResult = df.select("location").collect()[0].location86 assert "point-2d" == pointResult[0]87 assert 4326 == pointResult[1]88 assert 12.12 == pointResult[2]89 assert 13.13 == pointResult[3]90 def test_duration(self):91 df = self.init_test(92 "CREATE (p:Person {range: duration({days: 14, hours:16, minutes: 12})})"93 )94 durationResult = df.select("range").collect()[0].range95 assert "duration" == durationResult[0]96 assert 0 == durationResult[1]97 assert 14 == durationResult[2]98 assert 58320 == durationResult[3]99 assert 0 == durationResult[4]100 def test_string_array(self):101 df = self.init_test(102 "CREATE (p:Person {names: ['John', 'Doe']})")103 result = df.select("names").collect()[0].names104 assert "John" == result[0]105 assert "Doe" == result[1]106 def test_int_array(self):107 df = self.init_test("CREATE (p:Person {ages: [24, 56]})")108 result = df.select("ages").collect()[0].ages109 assert 24 == result[0]110 assert 56 == result[1]111 def test_double_array(self):112 df = self.init_test(113 "CREATE (p:Person {scores: [24.11, 56.11]})")114 result = df.select("scores").collect()[0].scores115 assert 24.11 == result[0]116 assert 56.11 == result[1]117 def test_boolean_array(self):118 df = self.init_test(119 "CREATE (p:Person {field: [true, false]})")120 result = df.select("field").collect()[0].field121 assert True == result[0]122 assert False == result[1]123 def test_time_array(self):124 df = self.init_test(125 "CREATE (p:Person {result: [time({hour:11, minute: 23, second: 0}), time({hour:12, minute: 23, second: 0})]})"126 )127 timeResult = df.select("result").collect()[0].result128 # .replace used in case of UTC timezone because of https://stackoverflow.com/a/42777551/1409772129 assert "offset-time" == timeResult[0].type130 assert str(datetime.time(11, 23, 0, 0, get_localzone())).replace("+00:00", "Z") \131 == timeResult[0].value.split("+")[0]132 # .replace used in case of UTC timezone because of https://stackoverflow.com/a/42777551/1409772133 assert "offset-time" == timeResult[1].type134 assert str(datetime.time(12, 23, 0, 0, get_localzone())).replace("+00:00", "Z") \135 == timeResult[1].value.split("+")[0]136 def test_datetime_array(self):137 df = self.init_test(138 "CREATE (p:Person {result: [datetime('2007-12-03T10:15:30'), datetime('2008-12-03T10:15:30')]})"139 )140 dt1 = datetime.datetime(141 2007, 12, 3, 10, 15, 30, 0)142 dt2 = datetime.datetime(143 2008, 12, 3, 10, 15, 30, 0)144 dtResult = df.select("result").collect()[0].result145 assert dt1 == dtResult[0]146 assert dt2 == dtResult[1]147 def test_date_array(self):148 df = self.init_test(149 "CREATE (p:Person {result: [date('2009-10-10'), date('2008-10-10')]})"150 )151 dt1 = datetime.date(2009, 10, 10)152 dt2 = datetime.date(2008, 10, 10)153 dtResult = df.select("result").collect()[0].result154 assert dt1 == dtResult[0]155 assert dt2 == dtResult[1]156 def test_point_array(self):157 df = self.init_test(158 "CREATE (p:Person {location: [point({x: 12.12, y: 13.13}), point({x: 13.13, y: 14.14})]})"159 )160 pointResult = df.select("location").collect()[0].location161 assert "point-2d" == pointResult[0][0]162 assert 7203 == pointResult[0][1]163 assert 12.12 == pointResult[0][2]164 assert 13.13 == pointResult[0][3]165 assert "point-2d" == pointResult[1][0]166 assert 7203 == pointResult[1][1]167 assert 13.13 == pointResult[1][2]168 assert 14.14 == pointResult[1][3]169 def test_point3d_array(self):170 df = self.init_test(171 "CREATE (p:Person {location: [point({x: 12.12, y: 13.13, z: 1}), point({x: 14.14, y: 15.15, z: 1})]})"172 )173 pointResult = df.select("location").collect()[0].location174 assert "point-3d" == pointResult[0][0]175 assert 9157 == pointResult[0][1]176 assert 12.12 == pointResult[0][2]177 assert 13.13 == pointResult[0][3]178 assert 1.0 == pointResult[0][4]179 assert "point-3d" == pointResult[1][0]180 assert 9157 == pointResult[1][1]181 assert 14.14 == pointResult[1][2]182 assert 15.15 == pointResult[1][3]183 assert 1.0 == pointResult[1][4]184 def test_geopoint_array(self):185 df = self.init_test(186 "CREATE (p:Person {location: [point({longitude: 12.12, latitude: 13.13}), point({longitude: 14.14, latitude: 15.15})]})"187 )188 pointResult = df.select("location").collect()[0].location189 assert "point-2d" == pointResult[0][0]190 assert 4326 == pointResult[0][1]191 assert 12.12 == pointResult[0][2]192 assert 13.13 == pointResult[0][3]193 assert "point-2d" == pointResult[1][0]194 assert 4326 == pointResult[1][1]195 assert 14.14 == pointResult[1][2]196 assert 15.15 == pointResult[1][3]197 def test_duration_array(self):198 df = self.init_test(199 "CREATE (p:Person {range: [duration({days: 14, hours:16, minutes: 12}), duration({days: 15, hours:16, minutes: 12})]})"200 )201 durationResult = df.select("range").collect()[0].range202 assert "duration" == durationResult[0][0]203 assert 0 == durationResult[0][1]204 assert 14 == durationResult[0][2]205 assert 58320 == durationResult[0][3]206 assert 0 == durationResult[0][4]207 assert "duration" == durationResult[1][0]208 assert 0 == durationResult[1][1]209 assert 15 == durationResult[1][2]210 assert 58320 == durationResult[1][3]211 assert 0 == durationResult[1][4]212 def test_unexisting_property(self):...
test_updater.py
Source:test_updater.py
...11 def __create_downloader_instance(self):12 downloader = combivep_updater.Downloader()13 return downloader14 def test_download(self):15 self.init_test('test_download')16 downloader = self.__create_downloader_instance()17 target_url = 'http://dbnsfp.houstonbioinformatics.org/dbNSFPzip/dbNSFP_light_v1.3.readme.txt'18 target_file = os.path.join(self.working_dir,19 os.path.basename(target_url))20 downloader.download(target_url, self.working_dir)21 self.assertGreater(os.stat(target_file).st_size,22 3397,23 msg='Download does not functional properly')24 def tearDown(self):25 self.remove_working_dir()26class TestUpdater(test_template.SafeRefDBTester):27 def __init__(self, test_name):28 test_template.SafeRefDBTester.__init__(self, test_name)29 def setUp(self):30 self.test_class = 'updater'31 def __create_updater_instance(self):32 updater = combivep_updater.Updater()33 updater.working_dir = self.working_dir34 return updater35 def test_ready1(self):36 self.init_test('test_ready1')37 updater = self.__create_updater_instance()38 self.assertEqual(updater.check_new_file('135'),39 None,40 msg='error in checking Updater ready state')41 def test_ready2(self):42 self.init_test('test_ready2')43 updater = self.__create_updater_instance()44 updater.folder_url = 'http://dummy_url'45 updater.version_pattern = 'dummy_version_pattern'46 self.assertFalse(updater.check_new_file('135'),47 msg='error in checking Updater ready state')48 def test_ready3(self):49 self.init_test('test_ready3')50 updater = self.__create_updater_instance()51 updater.files_pattern = r"""href="(?P<file_name>snp\d{3}.sql)">.*>.*(?P<date>\d{2}-[a-zA-Z]{3}-\d{4})"""52 updater.version_pattern = 'dummy_version_pattern'53 self.assertFalse(updater.check_new_file('135'),54 msg='error in checking Updater ready state')55 def tearDown(self):56 self.remove_working_dir()57#@unittest.skip("temporary disable due to high bandwidth usage")58class TestUcscUpdater(test_template.SafeRefDBTester):59 def __init__(self, test_name):60 test_template.SafeRefDBTester.__init__(self, test_name)61 def setUp(self):62 self.test_class = 'ucsc_updater'63 def __create_ucsc_updater_instance(self):64 ucsc_updater = combivep_updater.UcscUpdater()65 ucsc_updater.working_dir = self.working_dir66 ucsc_updater.files_pattern = r"""href="(?P<file_name>snp\d{3}.sql)">.*>.*(?P<date>\d{2}-[a-zA-Z]{3}-\d{4})"""67 ucsc_updater.tmp_file = cbv_const.UCSC_LIST_FILE_NAME68 ucsc_updater.local_ref_db_dir = self.working_dir69 return ucsc_updater70 @unittest.skip("temporary disable due to high bandwidth usage")71 def test_update1(self):72# self.individual_debug = True73 self.init_test('test_update1')74 ucsc_updater = self.__create_ucsc_updater_instance()75 new_file, new_version = ucsc_updater.check_new_file('135')76 self.assertTrue(new_file.endswith('.sql'),77 msg='incorrectly identify updating result')78 @unittest.skip("temporary disable due to high bandwidth usage")79 def test_update2(self):80 self.init_test('test_update2')81 ucsc_updater = self.__create_ucsc_updater_instance()82 new_file, new_version = ucsc_updater.check_new_file('136')83 self.assertTrue(new_file.endswith('.sql'),84 msg='incorrectly identify updating result')85 @unittest.skip("temporary disable due to high bandwidth usage")86 def test_not_update1(self):87 self.init_test('test_not_update1')88 ucsc_updater = self.__create_ucsc_updater_instance()89 new_file, new_version = ucsc_updater.check_new_file('137')90 self.assertEqual(new_version,91 None,92 msg='incorrectly identify updating result')93 @unittest.skip("temporary disable due to high bandwidth usage")94 def test_not_update2(self):95 self.init_test('test_not_update2')96 ucsc_updater = self.__create_ucsc_updater_instance()97 new_file, new_version = ucsc_updater.check_new_file('138')98 self.assertequal(new_version,99 none,100 msg='incorrectly identify updating result')101 @unittest.skip("temporary disable due to high bandwidth usage")102 def test_full_update1(self):103 #init104 self.init_test('test_full_update1')105 ucsc_updater = self.__create_ucsc_updater_instance()106 #run test107 new_file, new_version = ucsc_updater.check_new_file('135')108 self.asserttrue(new_file.endswith('.sql'),109 msg='UCSC updater got an invalid new file')110 self.assertEqual(new_version,111 '137',112 msg='UCSC updater got an invalid new version number')113 downloaded_file = ucsc_updater.download_new_file()114 self.assertTrue(os.path.exists(downloaded_file),115 msg="UCSC's downloaded file (%s) doesn't exist" % (downloaded_file))116 def test_parse(self):117 self.init_test('test_parse')118 ucsc_updater = self.__create_ucsc_updater_instance()119 test_file = os.path.join(self.data_dir, 'dummy_ucsc_list_file')120 out = ucsc_updater.parse(test_file)121 self.assertEqual(out['135'],122 'snp135.sql',123 msg='UCSC parser cannot find UCSC files')124 def tearDown(self):125 self.remove_working_dir()126class TestLJBUpdater(test_template.SafeRefDBTester):127 def __init__(self, test_name):128 test_template.SafeRefDBTester.__init__(self, test_name)129 def setUp(self):130 self.test_class = 'ljb_updater'131 def __create_ljb_updater_instance(self):132 ljb_updater = combivep_updater.LjbUpdater()133 ljb_updater.working_dir = self.working_dir134 ljb_updater.files_pattern = r"""href="(?P<file_name>dbNSFPv[\d.]*.readme.txt)">"""135 ljb_updater.tmp_file = cbv_const.LJB_LIST_FILE_NAME136 ljb_updater.local_ref_db_dir = self.working_dir137 return ljb_updater138 def test_update1(self):139 self.init_test('test_update1')140 ljb_updater = self.__create_ljb_updater_instance()141 new_file, new_version = ljb_updater.check_new_file('1.2')142 self.assertNotEqual(new_version,143 None,144 msg='incorrectly identify updating result')145 def test_not_update1(self):146 self.init_test('test_not_update1')147 ljb_updater = self.__create_ljb_updater_instance()148 new_file, new_version = ljb_updater.check_new_file('1.3')149 self.assertEqual(new_version,150 None,151 msg='incorrectly identify updating result')152 def test_not_update2(self):153 self.init_test('test_not_update2')154 ljb_updater = self.__create_ljb_updater_instance()155 new_file, new_version = ljb_updater.check_new_file('1.4')156 self.assertEqual(new_version,157 None,158 msg='incorrectly identify updating result')159 def test_full_update1(self):160 #init161 self.init_test('test_full_update1')162 ljb_updater = self.__create_ljb_updater_instance()163 #run test164 new_file, new_version = ljb_updater.check_new_file('1.2')165 self.assertTrue(new_file.endswith('.readme.txt'),166 msg='LJB updater got an invalid new file')167 self.assertEqual(new_version,168 '1.3',169 msg='LJB updater got an invalid new version number')170 downloaded_file = ljb_updater.download_new_file()171 self.assertTrue(os.path.exists(downloaded_file),172 msg="LJB's downloaded file (%s) doesn't exist" % (downloaded_file))173 def test_parse(self):174 self.init_test('test_parse')175 ljb_updater = self.__create_ljb_updater_instance()176 test_file = os.path.join(self.data_dir, 'dummy_ljb_list_file')177 out = ljb_updater.parse(test_file)178 self.assertEqual(out['1.3'],179 'dbNSFPv1.3.readme.txt',180 msg='LJB parser cannot find LJB files')181 def tearDown(self):182 self.remove_working_dir()183class TestMisc(test_template.SafeRefDBTester):184 """ test (a few) miscellaneous function(s) """185 def __init__(self, test_name):186 test_template.SafeRefDBTester.__init__(self, test_name)187 def setUp(self):188 self.test_class = 'misc'189 def test_unzip(self):190 self.init_test('test_unzip')191 test_file = os.path.join(self.data_dir, 'dummy_ljb.zip')192 out = combivep_updater.unzip(test_file, self.working_dir)193 self.assertEqual(out[0],194 os.path.join(self.working_dir,195 'try.in'),196 msg='some files are missing')197 self.assertEqual(out[1],198 os.path.join(self.working_dir,199 'search_dbNSFP_light_v1.3.readme.pdf'),200 msg='some files are missing')201 self.assertEqual(out[2],202 os.path.join(self.working_dir,203 'search_dbNSFP_light_v1.3.readme.doc'),204 msg='some files are missing')205 self.assertEqual(out[3],206 os.path.join(self.working_dir,207 'search_dbNSFP_light13.class'),208 msg='some files are missing')209 self.assertEqual(out[4],210 os.path.join(self.working_dir,211 'dbNSFP_light_v1.3.readme.txt'),212 msg='some files are missing')213 self.assertEqual(out[5],214 os.path.join(self.working_dir,215 'abc/tryhg19.in'),216 msg='some files are missing')217 for out_file in out:218 self.assertTrue(os.path.exists(out_file),219 msg='"%s" file is missing' % (out_file))220 def test_gz(self):221 self.init_test('test_gz')222 test_file = os.path.join(self.data_dir, 'test_gz.txt.gz')223 working_file = os.path.join(self.working_dir, 'test_gz.txt.gz')224 self.copy_file(test_file, working_file)225 out = combivep_updater.ungz(working_file)226 self.assertTrue(out,227 'no output file from "ungz" function')228 self.assertTrue(os.path.exists(out),229 'ungz function does not work properly')230 def tearDown(self):...
test_Microprocess.py
Source:test_Microprocess.py
...32 """A full set of tests for the Microprocess class."""33 classtotest = microprocess34 def test_SmokeTest_NoArguments(self):35 "__init__ - Called with no arguments. Creates multiple microprocess objects with no arguments and checks they do not have matching ids. "36 self.init_test(microprocess)37 class DummySched:38 run = None39 def __init__(self):40 self.threads = {}41 if (self.__class__.run is None):42 self.__class__.run = self43 def _addThread(self, mprocess):44 self.threads[mprocess] = 145 def wakeThread(self, mprocess, canActivate=False):46 if mprocess in self.threads:47 self.threads[mprocess] = 148 def pauseThread(self, mprocess):49 if mprocess in self.threads:50 self.threads[mprocess] = 051 def isThreadPaused(self, mprocess):52 return 0==self.threads[mprocess]53##name54# def test_InitWithArgs(self,name = "fred"):55# "__init__ - With test argument to check that the name gets set"56# m = self.init_test(microprocess, (name,))57# self.failIf(name != m.name, "Name not set at __init__")58#init flag59#id60 def init_test(self,mpsubclass=microprocess, args=()):61 "This is an internal method that can be used to create a microprocess object with the arguments that you want. It also runs the duplicate ID check by creating a couple of objects. Although there is only one optional argument to init a tuple is used here in case of future extension."62# m=apply(mpsubclass,args)63 m = mpsubclass(*args)64 self.failUnless(m.init," Microprocess initialization failed with no arguments")65 # This is weak test for duplicate IDs but might catch some silly errors66# n=apply(mpsubclass,(args))67 n=mpsubclass(*args)68# o=apply(mpsubclass,(args))69 o=mpsubclass(*args)70 self.failUnless(m.id and n.id and o.id,"All microprocesses should have id values.")71 self.failIf(m.id == n.id or n.id == o.id , "Non-unique IDs")72 return m73#activate test74 def test_activate_basicActivatation(self):75 "Tests the activation method operates as expected with a chosen scheduler"76 testscheduler = self.DummySched()77 mp = self.init_test()78 temp = len(testscheduler.threads)79 mp.activate(testscheduler)80 self.failIf(len(testscheduler.threads) != temp+1, "activate doesn't call _addthread on the requested scheduler")81 self.failIf(mp not in testscheduler.threads, "Microprocess not added to scheduler properly.")82#setSchedulerClass Test83 def test_activate_afterCallingSetSchedulerClass(self):84 "Tests the setting of the scheduler class to be used for a subclass of microprocess is actually reflected at activation"85 # This creates a DummySched.run instance.86 testscheduler = self.DummySched()87 temp = len(testscheduler.threads)88 basicmp = self.init_test()89 class SpecialSchedulerMicroprocess(microprocess):90 pass91 SpecialSchedulerMicroprocess.setSchedulerClass(self.DummySched)92 specialmp = self.init_test(SpecialSchedulerMicroprocess)93 basicmp.activate()94 specialmp.activate()95 self.failIf(len(testscheduler.threads) == temp+1, "activate doesn't call _addthread on the requested scheduler")96 self.failIf(specialmp in testscheduler.threads, "Microprocess not added to scheduler properly.")97 def test_setSchedulerClass(self):98 "Tests setting scheduler class and that the default scheduler is Scheduler.scheduler"99 class DummySched:100 pass101 premp = self.init_test()102 before = premp.__class__.schedulerClass103 microprocess.setSchedulerClass(DummySched)104 postmp = self.init_test()105 after = postmp.__class__.schedulerClass106 self.failUnless(before == Scheduler.scheduler, "Default scheduler not as expected!")107 self.failUnless(after == DummySched, "Set scheduler failed to set the scheduler properly")108 self.failUnless(before != after, "Setting scheduler did not change class!")109 microprocess.setSchedulerClass(before)110 resetmp=self.init_test()111 self.failUnless(resetmp.__class__.schedulerClass == Scheduler.scheduler)112 def test_overriddenMainWorksWithNext(self):113 "Tests that an overridden main is run correctly by repeatedly calling next() and that termination occurs at the proper time with the proper StopIteration exception."114 class testthread(microprocess):115 def __init__(self):116 self.i = 0117 self.__super.__init__()118 def main(self):119 while self.i < 100:120 self.i = self.i + 1121 yield 1122 123 thr = self.init_test(testthread)124 thr.activate(self.DummySched())125 for i in vrange(1,101):126 self.failUnless(thr.next(), "Unexpected false return value")127 self.failUnless(thr.i == i, "Iteration of main not performed!")128 #self.failIf(thr.next(), "Should return false as has returned at this point.")129 self.failUnlessRaises(StopIteration, thr.next)130 self.failUnless(thr.i == 100, "Unexpected final result of iteration")131 def test_Stop(self):132 "After being stopped a microprocess returns true to _isStopped and false to _isRunnable."133 thr = self.init_test()134 testsched = self.DummySched()135 thr.activate(testsched)136 self.failIf(thr._isStopped(), "Thread reports itself stopped before stop is called!")137 self.failUnless(thr._isRunnable(), "Thread doesn't report itself runnable before stop is called.")138 thr.stop()139 self.failUnless(thr._isStopped, "Thread doesn't report itself stopped after stop is called.")140 self.assert_(thr._isRunnable(),"Scheduler reports thread reports as runnable, but actually thread is stopped at this point.")141 thr.unpause()142 self.failUnless(thr._isStopped, "Thread doesn't report itself stopped after unpause attempt.")143 self.assert_(thr._isRunnable(),"Scheduler reports thread reports as runnable, but actually thread is stopped at this point")144 def test_pause(self):145 "After being paused a microprocess returns false to _isRunnable. Also tests _isRunnable and _unpause."146 thr = self.init_test()147 thr.activate(self.DummySched())148 self.failUnless(thr._isRunnable(), "Thread doesn't report itself runnable before pause is called.")149 thr.pause()150 self.failIf(thr._isRunnable(),"Thread reports as runnable. Should be paused at this point.")151 thr.unpause()152 self.failUnless(thr._isRunnable(), "Thread doesn't report itself runnable after _unpause is called.")153 def test_Next(self):154 "Additional checks over the main overridden main checks to test pausing and stopping behaviour."155 class testthread(microprocess):156 def __init__(self):157 self.i = 0158 self.__super.__init__()159 def main(self):160 while 1:161 self.i = self.i + 1162 yield 1163 thr = self.init_test(testthread)164 sched = self.DummySched()165 thr.activate(sched)166 for x in vrange(1,5):167 self.failUnless(thr.next())168 self.failUnless(thr.i == x)169 thr.pause()170 for x in vrange(5,10):171 self.failUnless(thr.next())172 self.assert_(thr.i == x, "Thread does not pause itself, that is down to the scheduler")173 thr.unpause()174 for x in vrange(10,15):175 self.failUnless(thr.next())176 self.failUnless(thr.i == x)177 thr.stop()178 self.failIf(thr.next())179 self.failUnlessRaises(StopIteration, thr.next)180 def test__closeDownMicroprocess(self):181 "Stub _closeDownMicroprocess should always return 0"182 mp = self.init_test()183 self.failUnless(0 == mp._closeDownMicroprocess())184if __name__=='__main__':...
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- Selenium 4 Tutorial
- Jenkins Tutorial
- NUnit Tutorial
- Jest Tutorial
- Playwright Tutorial
- Cypress Tutorial
- PyTest Tutorial
YouTube
You could also refer to video tutorials over LambdaTest YouTube channel to get step by step demonstration from industry experts.
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