def check_delayed_activation(self, activationTime, activationType):
active = Active()
active.unrouteAll()
preActivationState = active.buildJSONObject()
outputList = getOutputList()
testRouteAction = outputList[0].findAcceptableTestRoute()
activation = Activation()
activation.addAction(testRouteAction)
activation.type = activationType
activation.activationTimestamp = activationTime
try:
activation.fireActivation()
except NMOSTestException as e:
time.sleep(2)
raise e
pendingState = active.buildJSONObject()
if not compare_json(preActivationState, pendingState):
msg = globalConfig.test.FAIL("Scheduled Activation completed immediately")
raise NMOSTestException(msg)
time.sleep(2)
active.assertActionCompleted(testRouteAction, retries=5)
time.sleep(1)
def test_06_locking_response(self, test):
"""Attempting to change a locked route results in a 423 response"""
globalConfig.test = test
outputList = getOutputList()
testRouteAction = outputList[0].findAcceptableTestRoute()
activation = Activation()
activation.addAction(testRouteAction)
activation.type = SCHEDULED_RELATIVE_ACTIVATION
activation.activationTimestamp = "5:0"
activation.fireActivation()
activation.checkLock()
return test.PASS()
def test_01_version_increment(self, test):
""" Activations result in a Device version number increment"""
globalConfig.test = test
devicesWithAdvertisements = self.find_device_advertisement()
versionNumbersBeforeActivation = []
for device in devicesWithAdvertisements:
versionNumbersBeforeActivation.append(device['version'])
output = getOutputList()[0]
action = output.findAcceptableTestRoute()
activation = Activation()
activation.addAction(action)
activation.fireActivation()
versionIncremented = False
counter = 0
devicesWithAdvertisements = self.find_device_advertisement()
for device in devicesWithAdvertisements:
if device['version'] != versionNumbersBeforeActivation[counter]:
versionIncremented = True
if versionIncremented:
return test.PASS()
else:
return test.FAIL(
"No devices in the Node API incremented version number on activation."
)
def test_15_block_constraint(self, test):
"""It is not possible to make an out-of-block route when block_size
is anything other than 1"""
globalConfig.test = test
inputList = getInputList()
constraintSet = False
constrainedInputs = []
for inputInstance in inputList:
if inputInstance.getBlockSize() > 1:
constraintSet = True
constrainedInputs.append(inputInstance)
if not constraintSet:
return test.NA("No inputs constrain by block.")
chosenInput = constrainedInputs[0]
output = chosenInput.getRoutableOutputs()
action = Action(
chosenInput.id,
output.id
)
activation = Activation()
activation.addAction(action)
try:
activation.fireActivation()
except NMOSTestException:
return test.PASS()
return test.FAIL("Was able to break block size routing constraint")
def test_05_delete_activations(self, test):
"""Activations can be deleted once created"""
globalConfig.test = test
Active().unrouteAll()
outputList = getOutputList()
testRouteAction = outputList[0].findAcceptableTestRoute()
activation = Activation()
activation.addAction(testRouteAction)
activation.type = SCHEDULED_RELATIVE_ACTIVATION
activation.activationTimestamp = "2:0"
try:
activation.fireActivation()
except NMOSTestException as e:
time.sleep(2)
raise e
time.sleep(1)
activation.delete()
return test.PASS()
def unrouteAll(self):
outputList = getOutputList()
activation = Activation()
for outputInstance in outputList:
for channelID in range(0, len(outputInstance.getChannelList())):
action = Action(None, outputInstance.id, None, channelID)
activation.addAction(action)
activation.fireActivation()
def test_02_immediate_activation(self, test):
"""Immediate activation can be called on the API"""
globalConfig.test = test
outputList = getOutputList()
testRouteAction = outputList[0].findAcceptableTestRoute()
activation = Activation()
activation.addAction(testRouteAction)
activation.fireActivation()
activeResource = Active()
activeResource.assertActionCompleted(testRouteAction)
return test.PASS()
def test_13_violate_routing_constraints_rejected(self, test):
"""Attempting to violate routing constraints results in an HTTP 400 response"""
globalConfig.test = test
outputList = getOutputList()
constrainedOutputList = []
for outputInstance in outputList:
constraints = outputInstance.getCaps()
try:
routableInputs = constraints['routable_inputs']
except KeyError:
pass
else:
constrainedOutputList.append({
"output": outputInstance,
"routableInputs": routableInputs
})
if len(constrainedOutputList) == 0:
return test.NA(
"Could not test - no outputs have routing constraints set.")
inputList = getInputList()
inputIDList = []
for inputInstance in inputList:
inputIDList.append(inputInstance.id)
for constrainedOutput in constrainedOutputList:
forbiddenRoutes = copy.deepcopy(inputIDList)
for routableInputID in constrainedOutput['routableInputs']:
forbiddenRoutes.remove(routableInputID)
if len(forbiddenRoutes) > 0:
action = Action(forbiddenRoutes[0],
constrainedOutput['output'].id)
activation = Activation()
activation.addAction(action)
try:
activation.checkReject()
return test.PASS()
except NMOSTestException:
msg = (
"Was able to create a forbidden route between input {}"
" and output {} despite routing constraint."
"".format(forbiddenRoutes[0], outputInstance.id))
return test.FAIL(msg)
return test.NA("Could not test - no route is forbidden.")
def test_14_reordering_constraint(self, test):
"""It is not possible to re-order channels when re-ordering is
set to `false`"""
globalConfig.test = test
inputList = getInputList()
constrainedInputs = []
constraintSet = False
for inputInstance in inputList:
if not inputInstance.getReordering():
constrainedInputs.append(inputInstance)
constraintSet = True
if not constraintSet:
return test.NA("No inputs prevent re-ordering.")
# Filter out inputs where the constraint can't be tested because the
# block size prevents re-ordering anyway
filteredInputs = []
for inputInstance in constrainedInputs:
blockSize = inputInstance.getBlockSize()
if len(inputInstance.getChannelList) >= blockSize * 2:
# Constraint makes no sense, can't re-order to to block size
filteredInputs.append(inputInstance)
# Filter out inputs where there is no output that channels could be
# re-ordered into
targetOutputList = {}
testableInputs = []
for inputInstance in filteredInputs:
routableOutputList = inputInstance.getRoutableOutputs()
for outputInstance in routableOutputList:
if len(outputInstance.getChannelList) >= inputInstance.getBlockSize() * 2:
targetOutputList[inputInstance.id] = outputInstance
if inputInstance.id in targetOutputList.keys:
testableInputs.append(inputInstance)
# Cross over blocks one and two on an input and output
# e.g for a block size of 2:
# IN OUT
# 0 ____ ____ 0
# 1 ___ \ / ___ 1
# \ X /
# X X
# 2 ___/ X \___ 2
# 3 ____/ \____ 3
activation = Activation()
for inputInstance in testableInputs:
for inputChannelIndex in range(0, inputInstance.getBlockSize()):
outputChannelIndex = inputChannelIndex + blockSize
blockOneAction = Action(
inputInstance.id,
targetOutputList[inputInstance.id],
inputChannelIndex,
outputChannelIndex
)
blockTwoAction = Action(
inputInstance.id,
targetOutputList[inputInstance.id],
outputChannelIndex,
inputChannelIndex
)
activation.addAction(blockOneAction)
activation.addAction(blockTwoAction)
try:
activation.fireActivation()
except NMOSTestException:
return test.PASS()
return test.FAIL("Channels could be re-ordered despite re-ordering constraint.")