def parse_ext_substatus(substatus):
# Check extension sub status format
validate_has_key(substatus, "status", "substatus/status")
validate_in_range(substatus["status"], VALID_EXTENSION_STATUS, "substatus/status")
status = ExtensionSubStatus()
status.name = substatus.get("name")
status.status = substatus.get("status")
status.code = substatus.get("code", 0)
formatted_message = substatus.get("formattedMessage")
status.message = parse_formatted_message(formatted_message)
return status
def parse_ext_substatus(substatus):
#Check extension sub status format
validate_has_key(substatus, 'status', 'substatus/status')
validate_in_range(substatus['status'], VALID_EXTENSION_STATUS,
'substatus/status')
status = ExtensionSubStatus()
status.name = substatus.get('name')
status.status = substatus.get('status')
status.code = substatus.get('code', 0)
formatted_message = substatus.get('formattedMessage')
status.message = parse_formatted_message(formatted_message)
return status
def parse_ext_substatus(substatus):
#Check extension sub status format
validate_has_key(substatus, 'status', 'substatus/status')
validate_in_range(substatus['status'], VALID_EXTENSION_STATUS,
'substatus/status')
status = ExtensionSubStatus()
status.name = substatus.get('name')
status.status = substatus.get('status')
status.code = substatus.get('code', 0)
formatted_message = substatus.get('formattedMessage')
status.message = parse_formatted_message(formatted_message)
return status
def test_add_extension_observation(self):
handler_status = ExtHandlerStatus()
handler_status.name = "Name"
handler_status.version = "1.0"
handler_status.code = 0
handler_status.status = "Unresponsive"
healthObserver = ExtensionHealthObserver()
healthObserver.add_extension_observation(handler_status, [])
# validate that 2 observations were made - one for the handler version, and one for the handler being in a failed state
self.assertEqual(2, len(healthObserver.partial_observations))
self.assertEqual(
ExtensionHealthObserver.CONTEXT_OBSERVATION + handler_status.name,
healthObserver.partial_observations[0].name)
self.assertEqual(handler_status.version,
healthObserver.partial_observations[0].value)
self.assertEqual(True,
healthObserver.partial_observations[0].is_healthy)
# unhealthy handler
self.assertEqual(handler_status.name,
healthObserver.partial_observations[1].name)
self.assertEqual(False,
healthObserver.partial_observations[1].is_healthy)
handler_status.status = "Ready"
healthObserver = ExtensionHealthObserver()
healthObserver.add_extension_observation(handler_status, [])
# validate that 2 observations were made - one for the handler version, and one for the handler being in a failed state
self.assertEqual(2, len(healthObserver.partial_observations))
self.assertEqual(
ExtensionHealthObserver.CONTEXT_OBSERVATION + handler_status.name,
healthObserver.partial_observations[0].name)
self.assertEqual(handler_status.version,
healthObserver.partial_observations[0].value)
self.assertEqual(True,
healthObserver.partial_observations[0].is_healthy)
# healthy handler
self.assertEqual(handler_status.name,
healthObserver.partial_observations[1].name)
self.assertEqual(True,
healthObserver.partial_observations[1].is_healthy)
# add in an extension status
ext_status = ExtensionStatus(seq_no=0)
ext_status.status = "Error"
ext_status.code = 0
healthObserver = ExtensionHealthObserver()
healthObserver.add_extension_observation(handler_status, [ext_status])
# validate that 3 observations were made - one for the handler version, and one for the handler being in a success state, and one for
# the extension
self.assertEqual(3, len(healthObserver.partial_observations))
# unhealthy extension
self.assertEqual(
handler_status.name + ExtensionHealthObserver.STATUS_SUFFIX,
healthObserver.partial_observations[2].name)
self.assertEqual(False,
healthObserver.partial_observations[2].is_healthy)
ext_status.status = "Succeeded"
healthObserver = ExtensionHealthObserver()
healthObserver.add_extension_observation(handler_status, [ext_status])
# validate that 3 observations were made - one for the handler version, and one for the handler being in a success state, and one for
# the extension
self.assertEqual(3, len(healthObserver.partial_observations))
# healthy extension
self.assertEqual(
handler_status.name + ExtensionHealthObserver.STATUS_SUFFIX,
healthObserver.partial_observations[2].name)
self.assertEqual(True,
healthObserver.partial_observations[2].is_healthy)
substatus = ExtensionSubStatus()
substatus.code = 0
substatus.status = "Error"
ext_status.substatusList.append(substatus)
healthObserver = ExtensionHealthObserver()
healthObserver.add_extension_observation(handler_status, [ext_status])
# validate that 4 observations were made - one for the handler version, and one for the handler being in a success state, and one for
# the extension
self.assertEqual(4, len(healthObserver.partial_observations))
# unhealthy extension substatus
self.assertEqual(
handler_status.name + ExtensionHealthObserver.SUBSTATUS_SUFFIX,
healthObserver.partial_observations[3].name)
self.assertEqual(False,
healthObserver.partial_observations[3].is_healthy)
substatus.status = "Succeeded"
ext_status.substatusList.append(substatus)
healthObserver = ExtensionHealthObserver()
healthObserver.add_extension_observation(handler_status, [ext_status])
# validate that 4 observations were made - one for the handler version, and one for the handler being in a success state, and one for
# the extension
self.assertEqual(4, len(healthObserver.partial_observations))
# unhealthy extension substatus
self.assertEqual(
handler_status.name + ExtensionHealthObserver.SUBSTATUS_SUFFIX,
healthObserver.partial_observations[3].name)
self.assertEqual(True,
healthObserver.partial_observations[3].is_healthy)
