def test_unknownEventLogsCriticalEvent(self):
loggingDouble = getLoggingDouble()
self.context.currentState = self.stateInitial
self.assertRaises(UnknownEventError, self.context.dispatch, 'bad-event', {})
# The "bad-event" message is logged twice: once when first looking it up (which raises exception),
# then again when handling the exception (which uses the event to find the transition to find the retry policy)
self.assertEquals(loggingDouble.count['critical'], 2)
def test_unknownEventLogsCriticalEvent(self):
loggingDouble = getLoggingDouble()
self.context.currentState = self.stateInitial
self.assertRaises(UnknownEventError, self.context.dispatch,
'bad-event', {})
# The "bad-event" message is logged twice: once when first looking it up (which raises exception),
# then again when handling the exception (which uses the event to find the transition to find the retry policy)
self.assertEquals(loggingDouble.count['critical'], 2)
def test_nonFinalStateEmittingNoEventLogsCriticalEvent(self):
def executeReturnsNoEvent(context, obj):
return None
mock(name='CountExecuteCalls.execute', returns_func=executeReturnsNoEvent, tracker=None)
loggingDouble = getLoggingDouble()
self.context.currentState = self.stateInitial
self.context.dispatch('next-event', {})
self.assertEquals(loggingDouble.count['critical'], 1)
def setUp(self):
super(DatastoreFSMContinuationBaseTests, self).setUp()
setUpByFilename(self, self.FILENAME, instanceName='instanceName', machineName=self.MACHINE_NAME)
self.mockQueue = TaskQueueDouble()
mock(name='Queue.add', returns_func=self.mockQueue.add, tracker=None)
self.loggingDouble = getLoggingDouble()
self.modelKeys = []
for i in range(10):
modelKey = TestModel().put()
self.modelKeys.append(modelKey)
def test_nonFinalStateEmittingNoEventLogsCriticalEvent(self):
def executeReturnsNoEvent(context, obj):
return None
mock(name='CountExecuteCalls.execute',
returns_func=executeReturnsNoEvent,
tracker=None)
loggingDouble = getLoggingDouble()
self.context.currentState = self.stateInitial
self.context.dispatch('next-event', {})
self.assertEquals(loggingDouble.count['critical'], 1)
def setUp(self):
super(ReadWriteLockTest, self).setUp()
self.loggingDouble = getLoggingDouble()
self.state = State('name', None, None, None)
self.context = FSMContext(self.state, queueName='default')
self.context.currentState = self.state
ReadWriteLock._BUSY_WAIT_ITER_SECS = ReadWriteLock.BUSY_WAIT_ITERS
ReadWriteLock.BUSY_WAIT_ITER_SECS = 0
ReadWriteLock._BUSY_WAIT_ITERS = ReadWriteLock.BUSY_WAIT_ITERS
ReadWriteLock.BUSY_WAIT_ITERS = 2
random.seed(0) # last step
def setUp(self):
super(ReadWriteLockTest, self).setUp()
self.loggingDouble = getLoggingDouble()
self.state = State('name', None, None, None)
self.context = FSMContext(self.state, queueName='default')
self.context.currentState = self.state
ReadWriteLock._BUSY_WAIT_ITER_SECS = ReadWriteLock.BUSY_WAIT_ITERS
ReadWriteLock.BUSY_WAIT_ITER_SECS = 0
ReadWriteLock._BUSY_WAIT_ITERS = ReadWriteLock.BUSY_WAIT_ITERS
ReadWriteLock.BUSY_WAIT_ITERS = 2
random.seed(0) # last step
def setUp(self):
super(DatastoreFSMContinuationBaseTests, self).setUp()
setUpByFilename(self,
self.FILENAME,
instanceName='instanceName',
machineName=self.MACHINE_NAME)
self.mockQueue = TaskQueueDouble()
mock(name='Queue.add', returns_func=self.mockQueue.add, tracker=None)
self.loggingDouble = getLoggingDouble()
self.modelKeys = []
for i in range(10):
modelKey = TestModel().put()
self.modelKeys.append(modelKey)
def setUp(self):
super(TaskQueueFSMRetryTests, self).setUp()
filename = 'test-TaskQueueFSMRetryTests.yaml'
machineName = getMachineNameByFilename(filename)
self.factory = getFSMFactoryByFilename(filename)
self.context = self.factory.createFSMInstance(machineName)
self.mockQueue = TaskQueueDouble()
mock(name='Queue.add', returns_func=self.mockQueue.add, tracker=None)
self.loggingDouble = getLoggingDouble()
# drive the machine to ready
self.initEvent = self.context.initialize()
self.mockQueue.purge() # clear the initialization task
def setUp(self):
super(TaskQueueFSMRetryTests, self).setUp()
filename = 'test-TaskQueueFSMRetryTests.yaml'
machineName = getMachineNameByFilename(filename)
self.factory = getFSMFactoryByFilename(filename)
self.context = self.factory.createFSMInstance(machineName)
self.mockQueue = TaskQueueDouble()
mock(name='Queue.add', returns_func=self.mockQueue.add, tracker=None)
self.loggingDouble = getLoggingDouble()
# drive the machine to ready
self.initEvent = self.context.initialize()
self.mockQueue.purge() # clear the initialization task
def setUp(self):
super(RunOnceSemaphoreTest, self).setUp()
self.loggingDouble = getLoggingDouble()
random.seed(0) # last step
def setUp(self):
super(LoggerTestPersistent, self).setUp()
filename = 'test-FSMContextTests.yaml'
setUpByFilename(self, filename)
self.context.logger.persistentLogging = self.PERSISTENT_LOGGING
self.loggingDouble = getLoggingDouble()
def setUp(self):
super(LoggerTestPersistent, self).setUp()
filename = 'test-FSMContextTests.yaml'
setUpByFilename(self, filename)
self.context.logger.persistentLogging = self.PERSISTENT_LOGGING
self.loggingDouble = getLoggingDouble()
def test_maxRetriesEmitsDeprecationWarning(self):
loggingDouble = getLoggingDouble()
self.transDict[constants.MAX_RETRIES_ATTRIBUTE] = "3"
self.fsm.addTransition(self.transDict, "GoodState")
self.assertEquals(loggingDouble.count["warning"], 1)
def test_continuationNotSpecifiedButHasContinuationMethodLogsWarning(self):
loggingDouble = getLoggingDouble()
self.stateDict[constants.STATE_CONTINUATION_ATTRIBUTE] = False
self.stateDict[constants.STATE_ACTION_ATTRIBUTE] = "MockActionWithContinuation"
self.fsm.addState(self.stateDict)
self.assertEquals(loggingDouble.count["warning"], 1)
def test_maxRetriesIssuesDeprecationWarning(self):
loggingDouble = getLoggingDouble()
self.machineDict[constants.MAX_RETRIES_ATTRIBUTE] = "3"
fsm = config._MachineConfig(self.machineDict)
self.assertTrue(fsm)
self.assertEquals(loggingDouble.count["warning"], 1)
def test_maxRetriesEmitsDeprecationWarning(self):
loggingDouble = getLoggingDouble()
self.transDict[constants.MAX_RETRIES_ATTRIBUTE] = '3'
self.fsm.addTransition(self.transDict, 'GoodState')
self.assertEquals(loggingDouble.count['warning'], 1)
def test_continuationNotSpecifiedButHasContinuationMethodLogsWarning(self):
loggingDouble = getLoggingDouble()
self.stateDict[constants.STATE_CONTINUATION_ATTRIBUTE] = False
self.stateDict[constants.STATE_ACTION_ATTRIBUTE] = 'MockActionWithContinuation'
self.fsm.addState(self.stateDict)
self.assertEquals(loggingDouble.count['warning'], 1)
def test_maxRetriesIssuesDeprecationWarning(self):
loggingDouble = getLoggingDouble()
self.machineDict[constants.MAX_RETRIES_ATTRIBUTE] = '3'
fsm = config._MachineConfig(self.machineDict)
self.assertTrue(fsm)
self.assertEquals(loggingDouble.count['warning'], 1)
def setUp(self):
super(RunOnceSemaphoreTest, self).setUp()
self.loggingDouble = getLoggingDouble()
random.seed(0) # last step
