How to use viewvalues method in autotest

Best Python code snippet using autotest_python

test2_dict_interface.py

Source:test2_dict_interface.py

...407        self.assertTrue(operator.lt(oc.viewkeys(), ('a', 'f')))408        self.assertTrue(operator.le(oc.viewkeys(), ('a', 'f')))409        self.assertFalse(operator.gt(oc.viewkeys(), ('a', 'f')))410        self.assertFalse(operator.ge(oc.viewkeys(), ('a', 'f')))411        v = oc.viewvalues() | {1, 9 }412        self.assertEqual(v, {1,2,3,4,5,9})413        self.assertIsInstance(v, set)414        self.assertRaises(TypeError, operator.or_, oc.viewvalues(), (1, 9))415        self.assertRaises(TypeError, operator.or_, (1, 9), oc.viewvalues())416        v = oc.viewvalues() & {1, 9 }417        self.assertEqual(v, {1})418        self.assertIsInstance(v, set)419        self.assertRaises(TypeError, operator.and_, oc.viewvalues(), (1, 9))420        self.assertRaises(TypeError, operator.and_, (1, 9), oc.viewvalues())421        v = oc.viewvalues() ^ {1, 9 }422        self.assertEqual(v, {2, 3, 4, 5, 9})423        self.assertIsInstance(v, set)424        self.assertRaises(TypeError, operator.xor, oc.viewvalues(), (1, 9))425        self.assertRaises(TypeError, operator.xor, (1, 9), oc.viewvalues())426        v = oc.viewvalues() - {1, 9 }427        self.assertEqual(v, {2,3,4,5})428        self.assertIsInstance(v, set)429        self.assertRaises(TypeError, operator.sub, oc.viewvalues(), (1, 9))430        self.assertRaises(TypeError, operator.sub, (1, 9), oc.viewvalues())431        self.assertTrue(operator.lt(oc.viewvalues(), (1, 9)))432        self.assertTrue(operator.le(oc.viewvalues(), (1, 9)))433        self.assertFalse(operator.gt(oc.viewvalues(), (1, 9)))434        self.assertFalse(operator.ge(oc.viewvalues(), (1, 9)))435        v = oc.viewitems() | {('a', 1), ('f', 9) }436        self.assertEqual(v, {('a', 1), ('b', 2), ('c', 3), ('d', 4), ('e', 5), ('f', 9)})437        self.assertIsInstance(v, set)438        self.assertRaises(TypeError, operator.or_, oc.viewitems(), (('a', 1), ('f', 9)))439        self.assertRaises(TypeError, operator.or_, (1, 9), oc.viewitems())440        v = oc.viewitems() & {('a',1), ('f',9)}441        self.assertEqual(v, {('a', 1)})442        self.assertIsInstance(v, set)443        self.assertRaises(TypeError, operator.and_, oc.viewitems(), (('a', 1), ('f', 9)))444        self.assertRaises(TypeError, operator.and_, (('a', 1), ('f', 9)), oc.viewitems())445        v = oc.viewitems() ^ {('a',1), ('f',9)}446        self.assertEqual(v, {('b', 2), ('c', 3), ('d', 4), ('e', 5), ('f', 9)})447        self.assertIsInstance(v, set)448        self.assertRaises(TypeError, operator.xor, oc.viewitems(), (('a', 1), ('f', 9)))...

simulation.py

Source:simulation.py

...133			# initialize random streams134			internal_state.seed = self._seedFromName(state_name)135			internal_state.randomState = np.random.RandomState(seed=internal_state.seed)136			internal_state.initialize(self, sim_data)137		for external_state in six.viewvalues(self.external_states):138			external_state.initialize(self, sim_data, self._timeline)139		for process_name, process in six.viewitems(self.processes):140			# initialize random streams141			process.seed = self._seedFromName(process_name)142			process.randomState = np.random.RandomState(seed=process.seed)143			process.initialize(self, sim_data)144		for listener in six.viewvalues(self.listeners):145			listener.initialize(self, sim_data)146		for hook in six.viewvalues(self.hooks):147			hook.initialize(self, sim_data)148		for internal_state in six.viewvalues(self.internal_states):149			internal_state.allocate()150		for listener in six.viewvalues(self.listeners):151			listener.allocate()152		self._initialConditionsFunction(sim_data)153		self._timeTotal = self.initialTime()154		for hook in six.viewvalues(self.hooks):155			hook.postCalcInitialConditions(self)156		# Make permanent reference to evaluation time listener157		self._eval_time = self.listeners["EvaluationTime"]158		# Perform initial mass calculations159		for state in six.viewvalues(self.internal_states):160			state.calculateMass()161		# Update environment state according to the current time in time series162		for external_state in six.viewvalues(self.external_states):163			external_state.update()164		# Perform initial listener update165		for listener in six.viewvalues(self.listeners):166			listener.initialUpdate()167		# Start logging168		for logger in six.viewvalues(self.loggers):169			logger.initialize(self)170	def _initLoggers(self):171		self.loggers = collections.OrderedDict()172		if self._logToShell:173			self.loggers["Shell"] = wholecell.loggers.shell.Shell(174				self._shellColumnHeaders175				)176		if self._logToDisk:177			self.loggers["Disk"] = wholecell.loggers.disk.Disk(178				self._outputDir,179				self._overwriteExistingFiles,180				self._logToDiskEvery181				)182	# Run simulation183	def run(self):184		"""185		Run the simulation for the time period specified in `self._lengthSec`186		and then clean up.187		"""188		try:189			self.run_incremental(self._lengthSec + self.initialTime())190			if not self._raise_on_time_limit:191				self.cellCycleComplete()192		finally:193			self.finalize()194		if self._raise_on_time_limit and not self._cellCycleComplete:195			raise SimulationException('Simulation time limit reached without cell division')196	def run_incremental(self, run_until):197		"""198		Run the simulation for a given amount of time.199		Args:200		    run_until (float): absolute time to run the simulation until.201		"""202		# Simulate203		while self.time() < run_until and not self._isDead:204			if self.time() > self.initialTime() + self._lengthSec:205				self.cellCycleComplete()206			if self._cellCycleComplete:207				self.finalize()208				break209			self._simulationStep += 1210			self._timeTotal += self._timeStepSec211			self._pre_evolve_state()212			for processes in self._processClasses:213				self._evolveState(processes)214			self._post_evolve_state()215	def run_for(self, run_for):216		self.run_incremental(self.time() + run_for)217	def finalize(self):218		"""219		Clean up any details once the simulation has finished.220		Specifically, this calls `finalize` in all hooks,221		invokes the simulation's `_divideCellFunction` if the222		cell cycle has completed and then shuts down all loggers.223		"""224		if not self._finalized:225			# Run post-simulation hooks226			for hook in six.viewvalues(self.hooks):227				hook.finalize(self)228			# Divide mother into daughter cells229			if self._cellCycleComplete:230				self.daughter_paths = self._divideCellFunction()231			# Finish logging232			for logger in six.viewvalues(self.loggers):233				logger.finalize(self)234			self._finalized = True235	def _pre_evolve_state(self):236		self._adjustTimeStep()237		# Run pre-evolveState hooks238		for hook in six.viewvalues(self.hooks):239			hook.preEvolveState(self)240		# Reset process mass difference arrays241		for state in six.viewvalues(self.internal_states):242			state.reset_process_mass_diffs()243		# Reset values in evaluationTime listener244		self._eval_time.reset_evaluation_times()245	# Calculate temporal evolution246	def _evolveState(self, processes):247		# Update queries248		# TODO: context manager/function calls for this logic?249		for i, state in enumerate(six.viewvalues(self.internal_states)):250			t = monotonic_seconds()251			state.updateQueries()252			self._eval_time.update_queries_times[i] += monotonic_seconds() - t253		# Calculate requests254		for i, process in enumerate(six.viewvalues(self.processes)):255			if process.__class__ in processes:256				t = monotonic_seconds()257				process.calculateRequest()258				self._eval_time.calculate_request_times[i] += monotonic_seconds() - t259		# Partition states among processes260		for i, state in enumerate(six.viewvalues(self.internal_states)):261			t = monotonic_seconds()262			state.partition(processes)263			self._eval_time.partition_times[i] += monotonic_seconds() - t264		# Simulate submodels265		for i, process in enumerate(six.viewvalues(self.processes)):266			if process.__class__ in processes:267				t = monotonic_seconds()268				process.evolveState()269				self._eval_time.evolve_state_times[i] += monotonic_seconds() - t270		# Check that timestep length was short enough271		for process_name, process in six.viewitems(self.processes):272			if process_name in processes and not process.wasTimeStepShortEnough():273				raise Exception("The timestep (%.3f) was too long at step %i, failed on process %s" % (self._timeStepSec, self.simulationStep(), str(process.name())))274		# Merge state275		for i, state in enumerate(six.viewvalues(self.internal_states)):276			t = monotonic_seconds()277			state.merge(processes)278			self._eval_time.merge_times[i] += monotonic_seconds() - t279		# update environment state280		for state in six.viewvalues(self.external_states):281			state.update()282	def _post_evolve_state(self):283		# Calculate mass of all molecules after evolution284		for i, state in enumerate(six.viewvalues(self.internal_states)):285			t = monotonic_seconds()286			state.calculateMass()287			self._eval_time.calculate_mass_times[i] = monotonic_seconds() - t288		# Update listeners289		for i, listener in enumerate(six.viewvalues(self.listeners)):290			t = monotonic_seconds()291			listener.update()292			self._eval_time.update_times[i] = monotonic_seconds() - t293		# Run post-evolveState hooks294		for hook in six.viewvalues(self.hooks):295			hook.postEvolveState(self)296		# Append loggers297		for i, logger in enumerate(six.viewvalues(self.loggers)):298			t = monotonic_seconds()299			logger.append(self)300			# Note: these values are written at the next timestep301			self._eval_time.append_times[i] = monotonic_seconds() - t302	def _seedFromName(self, name):303		return binascii.crc32(name.encode('utf-8'), self._seed) & 0xffffffff304	def initialTime(self):305		return self._initialTime306	# Save to disk307	def tableCreate(self, tableWriter):308		tableWriter.writeAttributes(309			states = list(self.internal_states.keys()),310			processes = list(self.processes.keys())311			)312	def tableAppend(self, tableWriter):313		tableWriter.append(314			time = self.time(),315			timeStepSec = self.timeStepSec()316			)317	def time(self):318		return self._timeTotal319	def simulationStep(self):320		return self._simulationStep321	def timeStepSec(self):322		return self._timeStepSec323	def lengthSec(self):324		return self._lengthSec325	def cellCycleComplete(self):326		self._cellCycleComplete = True327	def get_sim_data(self):328		return self._simData329	def _adjustTimeStep(self):330		# Adjust timestep if needed or at a frequency of updateTimeStepFreq regardless331		validTimeSteps = self._maxTimeStep * np.ones(len(self.processes))332		resetTimeStep = False333		for i, process in enumerate(six.viewvalues(self.processes)):334			if not process.isTimeStepShortEnough(self._timeStepSec, self._timeStepSafetyFraction) or self.simulationStep() % self._updateTimeStepFreq == 0:335				validTimeSteps[i] = self._findTimeStep(0., self._maxTimeStep, process.isTimeStepShortEnough)336				resetTimeStep = True337		if resetTimeStep:338			self._timeStepSec = validTimeSteps.min()339	def _findTimeStep(self, minTimeStep, maxTimeStep, checkerFunction):340		N = 10000341		candidateTimeStep = maxTimeStep342		for i in range(N):343			if checkerFunction(candidateTimeStep, self._timeStepSafetyFraction):344				minTimeStep = candidateTimeStep345				if (maxTimeStep - minTimeStep) / minTimeStep <= 1e-2:346					break347			else:...

Automation Testing Tutorials

Learn to execute automation testing from scratch with LambdaTest Learning Hub. Right from setting up the prerequisites to run your first automation test, to following best practices and diving deeper into advanced test scenarios. LambdaTest Learning Hubs compile a list of step-by-step guides to help you be proficient with different test automation frameworks i.e. Selenium, Cypress, TestNG etc.