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How to use test_run_success method in autotest
Best Python code snippet using autotest_python
test_state.py
Source:test_state.py 
...43 self._state = ForState()44 self._intent = Intent()45 @ddt.data(("for", UserState))46 @ddt.unpack47 def test_run_success(self, token: str, successor_state: type) -> None:48 self.assertIsInstance(self._state.run(token, self._intent), successor_state)49 @ddt.data(("invalid", IllegalTransitionError))50 @ddt.unpack51 def test_run_error(self, token: str, exception: Type[Exception]) -> None:52 self.assertRaises(exception, self._state.run, token, self._intent)53@ddt.ddt54class TestUserState(unittest.TestCase):55 def setUp(self) -> None:56 self._state = UserState()57 self._intent = Intent()58 @ddt.data("client")59 def test_run(self, user: str) -> None:60 self.assertIsInstance(self._state.run(user, self._intent), InSelectState)61 @ddt.data("client")62 def test_validate(self, user: str) -> None:63 self._state._validate(user, self._intent)64 self.assertIn(user, self._intent.users)65@ddt.ddt66class TestInSelectState(unittest.TestCase):67 def setUp(self) -> None:68 self._state = InSelectState(UserState())69 self._intent = Intent()70 @ddt.data(71 *((token, UserState) for token in {"and", ","}),72 ("in", TheState), ("select", TheBlockchainState),73 )74 @ddt.unpack75 def test_run_success(self, token: str, successor_state: type) -> None:76 self.assertIsInstance(self._state.run(token, self._intent), successor_state)77 @ddt.data(("invalid", IllegalTransitionError))78 @ddt.unpack79 def test_run_error(self, token: str, exception: Type[Exception]) -> None:80 self.assertRaises(exception, self._state.run, token, self._intent)81@ddt.ddt82class TestTheState(unittest.TestCase):83 def setUp(self) -> None:84 self._state = TheState()85 self._intent = Intent()86 @ddt.data(("the", TimeframeState))87 @ddt.unpack88 def test_run_success(self, token: str, successor_state: type) -> None:89 self.assertIsInstance(self._state.run(token, self._intent), successor_state)90 @ddt.data(("invalid", IllegalTransitionError))91 @ddt.unpack92 def test_run_error(self, token: str, exception: Type[Exception]) -> None:93 self.assertRaises(exception, self._state.run, token, self._intent)94@ddt.ddt95class TestTimeframeState(unittest.TestCase):96 def setUp(self) -> None:97 self._state = TimeframeState()98 self._intent = Intent()99 @ddt.data(*((timeframe.value, SelectState) for timeframe in Timeframe))100 @ddt.unpack101 def test_run_success(self, token: str, successor_state: type) -> None:102 self.assertIsInstance(self._state.run(token, self._intent), successor_state)103 @ddt.data(("invalid", IllegalTransitionError))104 @ddt.unpack105 def test_run_error(self, token: str, exception: Type[Exception]) -> None:106 self.assertRaises(exception, self._state.run, token, self._intent)107 @ddt.data(*Timeframe)108 def test_validate(self, timeframe: Timeframe) -> None:109 self._state._validate(timeframe.value, self._intent)110 self.assertEqual(self._intent.timeframe, timeframe)111@ddt.ddt112class TestSelectState(unittest.TestCase):113 def setUp(self) -> None:114 self._state = SelectState()115 self._intent = Intent()116 @ddt.data(("select", TheBlockchainState))117 @ddt.unpack118 def test_run_success(self, token: str, successor_state: type) -> None:119 self.assertIsInstance(self._state.run(token, self._intent), successor_state)120 @ddt.data(("invalid", IllegalTransitionError))121 @ddt.unpack122 def test_run_error(self, token: str, exception: Type[Exception]) -> None:123 self.assertRaises(exception, self._state.run, token, self._intent)124@ddt.ddt125class TestTheBlockchainState(unittest.TestCase):126 def setUp(self) -> None:127 self._state = TheBlockchainState()128 self._intent = Intent()129 @ddt.data(130 *((blockchain.value, WithUntilAsState) for blockchain in Blockchain),131 ("the", ProfileState),132 )133 @ddt.unpack134 def test_run_success(self, token: str, successor_state: type) -> None:135 self.assertIsInstance(self._state.run(token, self._intent), successor_state)136 @ddt.data(("invalid", IllegalTransitionError))137 @ddt.unpack138 def test_run_error(self, token: str, exception: Type[Exception]) -> None:139 self.assertRaises(exception, self._state.run, token, self._intent)140 @ddt.data(*Blockchain)141 def test_validate_success(self, blockchain: Blockchain) -> None:142 self._state._validate(blockchain.value, self._intent)143 self.assertEqual(self._intent.blockchain, blockchain)144 def test_validate_error(self) -> None:145 self._state._validate("invalid", self._intent)146 self.assertIsNone(self._intent.blockchain)147@ddt.ddt148class TestWithUntilUseState(unittest.TestCase):149 def setUp(self) -> None:150 self._state = WithUntilAsState()151 self._intent = Intent()152 @ddt.data(("with", ModifierState), ("until", The2State), ("as", DefaultState))153 @ddt.unpack154 def test_run_success(self, token: str, successor_state: type) -> None:155 self.assertIsInstance(self._state.run(token, self._intent), successor_state)156 @ddt.data(("invalid", IllegalTransitionError))157 @ddt.unpack158 def test_run_error(self, token: str, exception: Type[Exception]) -> None:159 self.assertRaises(exception, self._state.run, token, self._intent)160@ddt.ddt161class TestProfileState(unittest.TestCase):162 def setUp(self) -> None:163 self._state = ProfileState()164 self._intent = Intent()165 @ddt.data(*((profile.value, FilterBlockchainState) for profile in Profile))166 @ddt.unpack167 def test_run_success(self, token: str, successor_state: type) -> None:168 self.assertIsInstance(self._state.run(token, self._intent), successor_state)169 @ddt.data(("invalid", IllegalTransitionError))170 @ddt.unpack171 def test_run_error(self, token: str, exception: Type[Exception]) -> None:172 self.assertRaises(exception, self._state.run, token, self._intent)173 @ddt.data(*Profile)174 def test_validate(self, profile: Profile) -> None:175 self._state._validate(profile.value, self._intent)176 self.assertEqual(self._intent.profile, profile)177@ddt.ddt178class TestFilterStateValidator(unittest.TestCase):179 def setUp(self) -> None:180 self._validator = FilterStateValidator()181 self._intent = Intent()182 @ddt.data(*Filter)183 def test_validate_success(self, filter_: Filter) -> None:184 self._validator.validate(filter_.value, self._intent)185 self.assertIn(filter_, self._intent.filters)186 def test_validate_error(self) -> None:187 self._validator.validate("invalid", self._intent)188 self.assertSetEqual(self._intent.filters, set())189 def test_validate_private_public(self) -> None:190 self._intent.filters.add(Filter.PRIVATE)191 self.assertRaises(192 ValidationError,193 self._validator.validate,194 Filter.PUBLIC.value,195 self._intent,196 )197 @ddt.data((Profile.CHEAPEST, Filter.CHEAP), (Profile.FASTEST, Filter.FAST))198 @ddt.unpack199 def test_validate_profile_filter(self, profile: Profile, filter_: Filter) -> None:200 self._intent.profile = profile201 self._validator.validate(filter_.value, self._intent)202 self.assertNotIn(filter_, self._intent.filters)203@ddt.ddt204class TestFilterBlockchainState(unittest.TestCase):205 def setUp(self) -> None:206 self._state = FilterBlockchainState()207 self._intent = Intent()208 @ddt.data(209 *((filter_.value, BlockchainState) for filter_ in Filter),210 ("blockchain", FromExceptWithUntilAsState),211 )212 @ddt.unpack213 def test_run_success(self, token: str, successor_state: type) -> None:214 self.assertIsInstance(self._state.run(token, self._intent), successor_state)215 @ddt.data(("invalid", IllegalTransitionError))216 @ddt.unpack217 def test_run_error(self, token: str, exception: Type[Exception]) -> None:218 self.assertRaises(exception, self._state.run, token, self._intent)219@ddt.ddt220class TestFilterState(unittest.TestCase):221 def setUp(self) -> None:222 self._state = FilterState()223 self._intent = Intent()224 @ddt.data(*((filter_.value, BlockchainState) for filter_ in Filter))225 @ddt.unpack226 def test_run_success(self, token: str, successor_state: type) -> None:227 self.assertIsInstance(self._state.run(token, self._intent), successor_state)228 @ddt.data(("invalid", IllegalTransitionError))229 @ddt.unpack230 def test_run_error(self, token: str, exception: Type[Exception]) -> None:231 self.assertRaises(exception, self._state.run, token, self._intent)232@ddt.ddt233class TestBlockchainState(unittest.TestCase):234 def setUp(self) -> None:235 self._state = BlockchainState(FilterState())236 self._intent = Intent()237 @ddt.data(238 *((token, FilterState) for token in {"and", ","}),239 ("blockchain", FromExceptWithUntilAsState),240 )241 @ddt.unpack242 def test_run_success(self, token: str, successor_state: type) -> None:243 self.assertIsInstance(self._state.run(token, self._intent), successor_state)244 @ddt.data(("invalid", IllegalTransitionError))245 @ddt.unpack246 def test_run_error(self, token: str, exception: Type[Exception]) -> None:247 self.assertRaises(exception, self._state.run, token, self._intent)248@ddt.ddt249class TestFromExceptWithUntilUseState(unittest.TestCase):250 def setUp(self) -> None:251 self._state = FromExceptWithUntilAsState()252 self._intent = Intent()253 @ddt.data(254 ("from", WhitelistState),255 ("except", BlacklistState),256 ("with", ModifierState),257 ("until", The2State),258 ("as", DefaultState),259 )260 @ddt.unpack261 def test_run_success(self, token: str, successor_state: type) -> None:262 self.assertIsInstance(self._state.run(token, self._intent), successor_state)263 @ddt.data(("invalid", IllegalTransitionError))264 @ddt.unpack265 def test_run_error(self, token: str, exception: Type[Exception]) -> None:266 self.assertRaises(exception, self._state.run, token, self._intent)267@ddt.ddt268class TestWhitelistState(unittest.TestCase):269 def setUp(self) -> None:270 self._state = WhitelistState()271 self._intent = Intent()272 @ddt.data(*((blockchain.value, WhitelistWithUntilAsState) for blockchain in Blockchain))273 @ddt.unpack274 def test_run_success(self, token: str, successor_state: type) -> None:275 self.assertIsInstance(self._state.run(token, self._intent), successor_state)276 @ddt.data(("invalid", IllegalTransitionError))277 @ddt.unpack278 def test_run_error(self, token: str, exception: Type[Exception]) -> None:279 self.assertRaises(exception, self._state.run, token, self._intent)280 @ddt.data(*Blockchain)281 def test_validate(self, blockchain: Blockchain) -> None:282 self._state._validate(blockchain.value, self._intent)283 self.assertIn(blockchain, self._intent.whitelist)284@ddt.ddt285class TestWhitelistWithUntilUseState(unittest.TestCase):286 def setUp(self) -> None:287 self._state = WhitelistWithUntilAsState(WhitelistState())288 self._intent = Intent()289 @ddt.data(290 *((token, WhitelistState) for token in {"and", ","}),291 ("with", ModifierState),292 ("until", The2State),293 ("as", DefaultState),294 )295 @ddt.unpack296 def test_run_success(self, token: str, successor_state: type) -> None:297 self.assertIsInstance(self._state.run(token, self._intent), successor_state)298 @ddt.data(("invalid", IllegalTransitionError))299 @ddt.unpack300 def test_run_error(self, token: str, exception: Type[Exception]) -> None:301 self.assertRaises(exception, self._state.run, token, self._intent)302@ddt.ddt303class TestBlacklistState(unittest.TestCase):304 def setUp(self) -> None:305 self._state = BlacklistState()306 self._intent = Intent()307 @ddt.data(*((blockchain.value, BlacklistWithUntilAsState) for blockchain in Blockchain))308 @ddt.unpack309 def test_run_success(self, token: str, successor_state: type) -> None:310 self.assertIsInstance(self._state.run(token, self._intent), successor_state)311 @ddt.data(("invalid", IllegalTransitionError))312 @ddt.unpack313 def test_run_error(self, token: str, exception: Type[Exception]) -> None:314 self.assertRaises(exception, self._state.run, token, self._intent)315 @ddt.data(*Blockchain)316 def test_validate(self, blockchain: Blockchain) -> None:317 self._state._validate(blockchain.value, self._intent)318 self.assertIn(blockchain, self._intent.blacklist)319@ddt.ddt320class TestBlacklistWithUntilAsState(unittest.TestCase):321 def setUp(self) -> None:322 self._state = BlacklistWithUntilAsState(BlacklistState())323 self._intent = Intent()324 @ddt.data(325 *((token, BlacklistState) for token in {"and", ","}),326 ("with", ModifierState),327 ("until", The2State),328 ("as", DefaultState),329 )330 @ddt.unpack331 def test_run_success(self, token: str, successor_state: type) -> None:332 self.assertIsInstance(self._state.run(token, self._intent), successor_state)333 @ddt.data(("invalid", IllegalTransitionError))334 @ddt.unpack335 def test_run_error(self, token: str, exception: Type[Exception]) -> None:336 self.assertRaises(exception, self._state.run, token, self._intent)337@ddt.ddt338class TestModifierState(unittest.TestCase):339 def setUp(self) -> None:340 self._state = ModifierState()341 self._intent = Intent()342 @ddt.data(*((modifier.value, UntilAsState) for modifier in Modifier))343 @ddt.unpack344 def test_run_success(self, token: str, successor_state: type) -> None:345 self.assertIsInstance(self._state.run(token, self._intent), successor_state)346 @ddt.data(("invalid", IllegalTransitionError))347 @ddt.unpack348 def test_run_error(self, token: str, exception: Type[Exception]) -> None:349 self.assertRaises(exception, self._state.run, token, self._intent)350 @ddt.data(*Modifier)351 def test_validate(self, modifier: Modifier) -> None:352 self._state._validate(modifier.value, self._intent)353 self.assertIn(modifier, self._intent.modifiers)354@ddt.ddt355class TestUntilAsState(unittest.TestCase):356 def setUp(self) -> None:357 self._state = UntilAsState(ModifierState())358 self._intent = Intent()359 @ddt.data(360 *((token, ModifierState) for token in {"and", ","}),361 ("until", The2State),362 ("as", DefaultState),363 )364 @ddt.unpack365 def test_run_success(self, token: str, successor_state: type) -> None:366 self.assertIsInstance(self._state.run(token, self._intent), successor_state)367 @ddt.data(("invalid", IllegalTransitionError))368 @ddt.unpack369 def test_run_error(self, token: str, exception: Type[Exception]) -> None:370 self.assertRaises(exception, self._state.run, token, self._intent)371@ddt.ddt372class TestThe2State(unittest.TestCase):373 def setUp(self) -> None:374 self._state = The2State()375 self._intent = Intent()376 @ddt.data(("the", IntervalState))377 @ddt.unpack378 def test_run_success(self, token: str, successor_state: type) -> None:379 self.assertIsInstance(self._state.run(token, self._intent), successor_state)380 @ddt.data(("invalid", IllegalTransitionError))381 @ddt.unpack382 def test_run_error(self, token: str, exception: Type[Exception]) -> None:383 self.assertRaises(exception, self._state.run, token, self._intent)384@ddt.ddt385class TestIntervalState(unittest.TestCase):386 def setUp(self) -> None:387 self._state = IntervalState()388 self._intent = Intent()389 @ddt.data(*((interval.value, CostsState) for interval in Interval))390 @ddt.unpack391 def test_run_success(self, token: str, successor_state: type) -> None:392 self.assertIsInstance(self._state.run(token, self._intent), successor_state)393 @ddt.data(("invalid", IllegalTransitionError))394 @ddt.unpack395 def test_run_error(self, token: str, exception: Type[Exception]) -> None:396 self.assertRaises(exception, self._state.run, token, self._intent)397 @ddt.data(*Interval)398 def test_validate(self, interval: Interval) -> None:399 self._state._validate(interval.value, self._intent)400 self.assertEqual(self._intent.interval, interval)401@ddt.ddt402class TestCostsState(unittest.TestCase):403 def setUp(self) -> None:404 self._state = CostsState()405 self._intent = Intent()406 @ddt.data(("costs", ReachState))407 @ddt.unpack408 def test_run_success(self, token: str, successor_state: type) -> None:409 self.assertIsInstance(self._state.run(token, self._intent), successor_state)410 @ddt.data(("invalid", IllegalTransitionError))411 @ddt.unpack412 def test_run_error(self, token: str, exception: Type[Exception]) -> None:413 self.assertRaises(exception, self._state.run, token, self._intent)414@ddt.ddt415class TestReachState(unittest.TestCase):416 def setUp(self) -> None:417 self._state = ReachState()418 self._intent = Intent()419 @ddt.data(("reach", CurrencyThresholdState))420 @ddt.unpack421 def test_run_success(self, token: str, successor_state: type) -> None:422 self.assertIsInstance(self._state.run(token, self._intent), successor_state)423 @ddt.data(("invalid", IllegalTransitionError))424 @ddt.unpack425 def test_run_error(self, token: str, exception: Type[Exception]) -> None:426 self.assertRaises(exception, self._state.run, token, self._intent)427@ddt.ddt428class TestCurrencyThresholdState(unittest.TestCase):429 def setUp(self) -> None:430 self._state = CurrencyThresholdState()431 self._intent = Intent()432 @ddt.data(433 *((currency.value, ThresholdState) for currency in Currency),434 ("47.2", PolicyState),435 )436 @ddt.unpack437 def test_run_success(self, token: str, successor_state: type) -> None:438 self.assertIsInstance(self._state.run(token, self._intent), successor_state)439 @ddt.data(("invalid", ValidationError))440 @ddt.unpack441 def test_run_error(self, token: str, exception: Type[Exception]) -> None:442 self.assertRaises(exception, self._state.run, token, self._intent)443 @ddt.data(*Currency)444 def test_validate(self, currency: Currency) -> None:445 self._state._validate(currency.value, self._intent)446 self.assertEqual(self._intent.currency, currency)447@ddt.ddt448class TestThresholdState(unittest.TestCase):449 def setUp(self) -> None:450 self._state = ThresholdState()451 self._intent = Intent()452 @ddt.data(("35.7", PolicyState))453 @ddt.unpack454 def test_run(self, token: str, successor_state: type) -> None:455 self.assertIsInstance(self._state.run(token, self._intent), successor_state)456 @ddt.data(("invalid", ValidationError))457 @ddt.unpack458 def test_run_error(self, token: str, exception: Type[Exception]) -> None:459 self.assertRaises(exception, self._state.run, token, self._intent)460 @ddt.data(15.7)461 def test_validate(self, threshold: float) -> None:462 self._state._validate(str(threshold), self._intent)463 self.assertEqual(self._intent.threshold, threshold)464 def test_validate_error(self) -> None:465 self.assertRaises(ValidationError, self._state._validate, "invalid", self._intent)466@ddt.ddt467class TestPolicyState(unittest.TestCase):468 def setUp(self) -> None:469 self._state = PolicyState()470 self._intent = Intent()471 @ddt.data("random")472 def test_run(self, token: str) -> None:473 self.assertRaises(IllegalTransitionError, self._state.run, token, self._intent)474@ddt.ddt475class TestDefaultState(unittest.TestCase):476 def setUp(self) -> None:477 self._state = DefaultState()478 self._intent = Intent()479 @ddt.data(("default", DefaultPolicyState))480 @ddt.unpack481 def test_run_success(self, token: str, successor_state: type) -> None:482 self.assertIsInstance(self._state.run(token, self._intent), successor_state)483 @ddt.data(("invalid", IllegalTransitionError))484 @ddt.unpack485 def test_run_error(self, token: str, exception: Type[Exception]) -> None:486 self.assertRaises(exception, self._state.run, token, self._intent)487 @ddt.data(*Timeframe)488 def test_validate(self, timeframe: Timeframe) -> None:489 self._intent.timeframe = timeframe490 self._state._validate("default", self._intent)491 self.assertIsNone(self._intent.timeframe)492 self.assertIsNone(self._intent.interval)493@ddt.ddt494class TestDefaultPolicyState(unittest.TestCase):495 def setUp(self) -> None:...
test_core.py
Source:test_core.py
...25 ])26 result.stdout.no_re_match_line(r'.*\(filelock:\d+\)')27 result.stdout.no_re_match_line('.*coverage: platform.*')28 assert result.parseoutcomes() == {'failed': 6, 'passed': 1}29def test_run_success(makepyfile: Callable[[str], Path], pytester: pytest.Pytester) -> None:30 makepyfile("""31 def test_success() -> None:32 \"\"\"A test that will succeed.\"\"\"33 """)34 result = pytester.runpytest(*PYTEST_ARGS)35 result.stdout.re_match_lines_random(['.*coverage: platform.*'])36 assert result.parseoutcomes() == {'passed': 7}37 # Running the tests again skips file-based checks38 result = pytester.runpytest('-v', *PYTEST_ARGS)39 result.stdout.re_match_lines_random([40 r'.*SKIPPED test_run_success.py::bandit',41 r'.*SKIPPED test_run_success.py::isort',42 r'.*SKIPPED test_run_success.py::pylint',43 r'.*SKIPPED test_run_success.py::style',...
test_sorter.py
Source:test_sorter.py
...34 sorter.run()35 sorted_frame_seq = sorter.get_sorted_frame_seq()36 L.warning("[UNITTEST][TestSorter][test_run_success] Sorted sequence: {}".format(sorted_frame_seq))37 self.assertIsNotNone(sorted_frame_seq)38 def test_run_success(self):39 sorter = Sorter(self.config)40 sorter.initialize(self.unsorted_frame_seq, cn_input_model=self.cn_input_model)41 sorter.run()42 sorted_frame_seq = sorter.get_sorted_frame_seq()43 L.warning("[UNITTEST][TestSorter][test_run_success] Sorted sequence: {}".format(sorted_frame_seq))44 self.assertIsNotNone(sorted_frame_seq)45 def test_run_failed(self):46 sorter = Sorter(self.config)47 sorter.initialize(self.unsorted_frame_seq, cn_input_model=self.invalid_cn_input_model)48 sorter.run()49 sorted_frame_seq = sorter.get_sorted_frame_seq()50 L.warning("[UNITTEST][TestSorter][test_run_failed] Sorted sequence: {}".format(sorted_frame_seq))51 self.assertIsNone(sorted_frame_seq)52if __name__ == '__main__':...
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