def node_reset_support(self, discovery_container):
"""
Test is checking if client is able to perform compute blade reset
:type discovery_container: cts_core.discovery.discovery_container.DiscoveryContainer
:type self.metadata_container: cts_core.metadata.self.metadata_container.MetadataContainer
"""
print "TEST_CASE::Node reset support"
test_timeout = 30
computer_systems = {}
api_caller = ApiCaller(self.configuration)
for resource_link, resource in discovery_container.iteritems():
if self.metadata_container.entities[
MetadataConstants.COMPUTER_SYSTEM_1_0_0].is_compatible(
resource.odata_type):
print "MESSAGE::Found Computer System in %s" % resource_link
computer_systems[resource_link] = resource
tested_computer_system, tested_computer_system_state = None, None
for system in computer_systems.keys():
try:
status = computer_systems[system].body["Status"]
memory_gib = computer_systems[system].body["MemorySummary"][
"TotalSystemMemoryGiB"]
if status["Health"] == "OK" and status[
"State"] == "Enabled" and memory_gib is not None:
tested_computer_system = computer_systems[system]
tested_computer_system_state = computer_systems[
system].body["PowerState"]
break
except:
continue
if not tested_computer_system:
cts_error(
"No Computer System suitable for test found (must be enabled and healthy)"
)
self.set_validation_status(ValidationStatus.BLOCKED)
return
# mapping accepted states with commands to send
computer_system_reset_commands = {"Off": "On", "On": "ForceOff"}
if tested_computer_system_state not in computer_system_reset_commands.keys(
):
cts_error("Computer System's state neither \"Off\" nor \"On\"")
self.set_validation_status(ValidationStatus.FAILED)
return
else:
# by substracting Current System state from {"On", "Off"} set we get the state we expect the Computer System
# to be in after Reset command
expected_computer_system_state = list(
set(computer_system_reset_commands.keys()) -
{tested_computer_system_state})[0]
print "MESSAGE::Will try to Power %s Computer System %s " % (
expected_computer_system_state,
tested_computer_system.odata_id)
status, status_code, response_body, _ = \
api_caller.post_resource("%s/Actions/ComputerSystem.Reset" %
tested_computer_system.url,
discovery_container,
payload={
"ResetType": "%s" %
computer_system_reset_commands[
tested_computer_system_state]},
acceptable_return_codes=[
ReturnCodes.NO_CONTENT],
api_endpoint_override=tested_computer_system.netloc)
if status:
print "MESSAGE::Reset action accepted by server"
else:
cts_error(
"Incorrect status code {status_code}, response body: {response_body:response_body}",
**locals())
self.set_validation_status(ValidationStatus.FAILED)
return
print(
"MESSAGE::Waiting up to %ss for the Computer System to change its state to %s"
% (test_timeout, expected_computer_system_state))
test_duration = 0
while test_duration < test_timeout:
sleep(1)
test_duration += 1
link, status, status_code, response_body, _ = \
api_caller.get_resource(tested_computer_system.url, discovery_container,
api_endpoint_override=tested_computer_system.netloc)
if not status:
cts_error(
"Could not get {tested_computer_system} info from the server; status code: {status_code}; "
+ "response body {response_body:response_body}",
**locals())
self.set_validation_status(ValidationStatus.FAILED)
return
if response_body["PowerState"] == expected_computer_system_state:
print "Message::Computer System has successfully change its state"
self.set_validation_status(ValidationStatus.PASSED)
return
cts_error("Computer System did not change its state in time")
self.set_validation_status(ValidationStatus.FAILED)
return
class CRUDOperations(CtsTestScript):
TIMEOUT = 600
DESCRIPTION = """test script validating CRUD (create, read, update and delete) functionalities"""
def run(self):
if self.metadata_container is None:
return
print "TEST_CASE::API crawling"
api_explorer = ApiExplorer(self.metadata_container, self.configuration)
self.discovery_container, status = api_explorer.discover(
MetadataConstants.SERVICE_ROOT_URI, MetadataConstants.SERVICE_ROOT)
print "STATUS::{status}".format(status=status)
requirements = [
Requirement(MetadataConstants.SERVICE_ROOT, min=1, max=1),
]
preconditions = Preconditions(self.metadata_container, requirements)
status = preconditions.validate(self.discovery_container)
self.api_caller = ApiCaller(self.configuration)
self.crud_vlan()
def _test_case_create_vlan(self, vlan_network_interface_collection):
print "TEST_CASE::Create VLAN"
status, status_code, response_body, headers = \
self.api_caller.post_resource(
vlan_network_interface_collection, self.discovery_container, payload=self.post_vlan_payload)
if not status:
cts_error(
"Wrong status code of POST response: {status_code}; response body: {response_body:response_body}",
**locals())
self.set_status_failed()
return False
try:
self.created_vlan_network_interface = headers["Location"]
self.created_vlan_network_interface_netlock = self.discovery_container.get_netloc(
vlan_network_interface_collection)
print "MESSAGE::Newly created VLAN Network Interface URI: %s" % self.created_vlan_network_interface
except KeyError:
cts_error(
"Incorrect response - header shall contain the location of the created resource"
)
self.set_status_failed()
return False
print "MESSAGE::VLAN Network Interface created"
self.set_status_passed()
return True
def _test_case_get_created_vlan(self):
print "TEST_CASE::Get created VLAN"
link, status, status_code, response_body, _ = \
self.api_caller.get_resource(self.created_vlan_network_interface,
self.discovery_container,
api_endpoint_override=self.created_vlan_network_interface_netlock)
if not status:
cts_error(
"Wrong status code of GET response: {status_code}; response body: {response_body:response_body}",
**locals())
self.set_status_failed()
return False
else:
print "MESSAGE::Comparing newly created VLAN Network Interface to given payload"
# PSME is unable to set "Name" and "VLANEnable" fields properly but only "VLANEnable" is mandatory
if not JsonComparator.compare_json_to_golden(
response_body, self.post_vlan_payload,
ignore=["/VLANEnable"]):
cts_error(
"Newly created VLAN Network Interface's body incorrect")
self.set_status_failed()
return False
print "MESSAGE::Newly created VLAN Network Interface correct"
self.set_status_passed()
return True
def _test_case_delete_created_vlan(self):
print "TEST_CASE::Delete created VLAN"
status, status_code, response_body, _ = self.api_caller.delete_resource(
self.created_vlan_network_interface, self.discovery_container)
if not status:
cts_error(
"Wrong status code of DELETE response: {status_code};"
" response body: {response_body:response_body}", **locals())
self.set_status_failed()
return False
print "MESSAGE::Newly created VLAN Network Interface deleted"
self.set_status_passed()
return True
def _test_case_get_deleted_vlan(self):
print "TEST_CASE::Get deleted VLAN"
link, status, status_code, response_body, _ = \
self.api_caller.get_resource(self.created_vlan_network_interface,
self.discovery_container,
acceptable_return_codes=[ReturnCodes.NOT_FOUND],
api_endpoint_override=self.created_vlan_network_interface_netlock)
if not status:
cts_error(
"Wrong status code of GET response after deletion: {status_code};"
" response body: {response_body:response_body}", **locals())
self.set_status_failed()
return False
print "MESSAGE::Newly created VLAN Network Interface not found (as intended)"
self.set_status_passed()
return True
def crud_vlan(self):
"""
Test is trying to perform CRUD (create, read, update, delete) operations on a VLAN Network Interface resource
"""
requirements = [
Requirement(MetadataConstants.SERVICE_ROOT, min=1, max=1),
Requirement(MetadataConstants.VLAN_NETWORK_INTERFACE_COLLECTION,
min=1),
]
preconditions = Preconditions(self.metadata_container, requirements)
status = preconditions.validate(self.discovery_container)
if status is ValidationStatus.PASSED_WITH_WARNINGS:
cts_warning(
"Without some components it is not possible to perform tests.")
print "STATUS::{status}".format(status=status)
return ValidationStatus.PASSED_WITH_WARNINGS
if status is ValidationStatus.FAILED:
return ValidationStatus.BLOCKED
vlan_network_interface_collections = \
dict(self.discovery_container.get_resources(MetadataConstants.VLAN_NETWORK_INTERFACE_COLLECTION,
any_child_version=True))
chosen_vlan_network_interface_collection = None
new_vlan_id = 0
for vlan_network_interface_collection in vlan_network_interface_collections:
present_vlan_ids = []
vlan_network_interfaces = \
dict(self.discovery_container.
get_resources(MetadataConstants.VLAN_NETWORK_INTERFACE,
constraints=[from_collection(vlan_network_interface_collection)],
any_child_version=True))
if len(vlan_network_interfaces) > MAX_VLAN_ID - MIN_VLAN_ID:
continue
for resource_link, resource in vlan_network_interfaces.iteritems():
try:
present_vlan_ids.append(resource.body["VLANId"])
except:
cts_error("Inorrect resource {resource_link:id} structure",
**locals())
for possible_id in range(MIN_VLAN_ID, MAX_VLAN_ID + 1):
if possible_id not in present_vlan_ids:
chosen_vlan_network_interface_collection = vlan_network_interface_collection
new_vlan_id = possible_id
break
if chosen_vlan_network_interface_collection:
break
if chosen_vlan_network_interface_collection:
print "MESSAGE::CRUD test will be performed on vlan network interface collection %s" % \
chosen_vlan_network_interface_collection
else:
cts_warning('No free VLAN id available')
return ValidationStatus.BLOCKED
self.post_vlan_payload = dict(
VLANId=new_vlan_id,
VLANEnable=True,
Oem=dict(Intel_RackScale=dict(Tagged=True)))
if self._test_case_create_vlan(
chosen_vlan_network_interface_collection):
self._test_case_get_created_vlan()
self._test_case_delete_created_vlan()
self._test_case_get_deleted_vlan()
class ApiCallerCallsUnitTest(unittest.TestCase):
def setUp(self):
configuration = Configuration(**dict(ApiEndpoint=API_ENDPOINT))
self.api_caller = ApiCaller(configuration)
def test_get_on_empty_resource(self):
with mock.patch('requests.get') as requests_get_mock:
response = Mock()
response.status_code = 200
response.headers = {}
response.text = ""
requests_get_mock.return_value = response
link, status, status_code, response_body, headers = \
self.api_caller.get_resource("/resource", DiscoveryContainer())
self.assertFalse(status)
def test_incorrect_status_code(self):
with mock.patch('requests.get') as requests_get_mock:
response = Mock()
response.status_code = 500
response.headers = {}
response.text = "{}"
requests_get_mock.return_value = response
link, status, status_code, response_body, headers = \
self.api_caller.get_resource("/resource", DiscoveryContainer())
self.assertFalse(status)
def test_request_exception(self):
with mock.patch('requests.get') as requests_get_mock:
requests_get_mock.side_effect = requests.RequestException()
with StdoutCapture() as output:
self.api_caller.get_resource("/resource", DiscoveryContainer())
self.assertIn("ERROR::Get url=http://1.2.3.4:567/resource Error <class 'requests.exceptions.RequestException'>:;", output.raw)
def test_connection_error_exception(self):
with mock.patch('requests.get') as requests_get_mock:
requests_get_mock.side_effect = requests.ConnectionError()
with StdoutCapture() as output:
self.api_caller.get_resource("/resource", DiscoveryContainer())
self.assertIn("ERROR::Get url=http://1.2.3.4:567/resource Error <class 'requests.exceptions.ConnectionError'>:;", output.raw)
def test_http_error_exception(self):
with mock.patch('requests.get') as requests_get_mock:
requests_get_mock.side_effect = requests.HTTPError()
with StdoutCapture() as output:
self.api_caller.get_resource("/resource", DiscoveryContainer())
self.assertIn("ERROR::Get url=http://1.2.3.4:567/resource Error <class 'requests.exceptions.HTTPError'>:", output.raw)
def test_url_required_exception(self):
with mock.patch('requests.get') as requests_get_mock:
requests_get_mock.side_effect = requests.URLRequired()
with StdoutCapture() as output:
self.api_caller.get_resource("/resource", DiscoveryContainer())
self.assertIn("ERROR::Get url=http://1.2.3.4:567/resource Error <class "
"'requests.exceptions.URLRequired'>:",
output.raw)
def test_to_many_redirects_exception(self):
with mock.patch('requests.get') as requests_get_mock:
requests_get_mock.side_effect = requests.TooManyRedirects()
with StdoutCapture() as output:
self.api_caller.get_resource("/resource", DiscoveryContainer())
self.assertIn("ERROR::Get url=http://1.2.3.4:567/resource Error <class 'requests.exceptions.TooManyRedirects'>:;", output.raw)
def test_timeout_exception(self):
with mock.patch('requests.get') as requests_get_mock:
requests_get_mock.side_effect = requests.Timeout()
with StdoutCapture() as output:
self.api_caller.get_resource("/resource", DiscoveryContainer())
self.assertIn("ERROR::Get url=http://1.2.3.4:567/resource Error <class 'requests.exceptions.Timeout'>:;", output.raw)
def test_incorrect_body(self):
with mock.patch('requests.get') as requests_get_mock:
response = Mock()
response.status_code = 200
response.headers = {}
response.text = "not a json"
requests_get_mock.return_value = response
with StdoutCapture() as output:
self.api_caller.get_resource("/resource", DiscoveryContainer())
self.assertIn(
"ERROR", output.raw)
def test_no_content(self):
with mock.patch('requests.get') as requests_get_mock:
response = Mock()
response.status_code = 204
response.headers = {}
response.text = None
requests_get_mock.return_value = response
link, status, status_code, response_body, headers = \
self.api_caller.get_resource("/resource", DiscoveryContainer(), acceptable_return_codes = [204])
self.assertTrue(status)
self.assertEqual(status_code, 204)
self.assertEqual(response_body, dict())
response.json.assert_not_called()
def test_async_create_without_location(self):
with mock.patch('requests.post') as requests_post_mock:
response = Mock()
response.status_code = ReturnCodes.ACCEPTED
response.headers = {}
response.text = None
requests_post_mock.return_value = response
with mock.patch('requests.get') as requests_get_mock:
response = Mock()
response.status_code = 204
response.headers = {}
response.text = None
requests_get_mock.return_value = response
with StdoutCapture() as output:
status, status_code, response_body, headers = self.api_caller.post_resource('odata_id', DiscoveryContainer(), payload={})
self.assertIn('Location header not found', '\n'.join(output))
def test_unexpected_async_post_response(self):
with mock.patch('requests.post') as requests_get_mock:
response = Mock()
response.status_code = ReturnCodes.ACCEPTED
response.headers = {}
response.text = "{}"
requests_get_mock.return_value = response
with self.assertRaises(AsyncOperation):
self.api_caller.post_resource('odata_id', DiscoveryContainer(), payload={}, wait_if_async=False)
def test_async_post_response(self):
with mock.patch('requests.post') as requests_post_mock:
not_done = Mock()
not_done.status_code = ReturnCodes.ACCEPTED
not_done.headers = {'Location' : 'location'}
not_done.text = None
requests_post_mock.return_value = not_done
with mock.patch('requests.get') as requests_get_mock:
done = Mock()
done.status_code = ReturnCodes.OK
done.headers = {'Location' : 'location'}
done.text = "{ \"done\": true }"
requests_get_mock.side_effect = [not_done, not_done, done]
with StdoutCapture() as output:
status, status_code, response_body, headers = self.api_caller.post_resource('odata_id',
DiscoveryContainer(),
payload={})
self.assertTrue(response_body['done'])
def test_resource_in_discovery_container_after_get_patch_delete(self):
with mock.patch('requests.get') as requests_get_mock:
resource = {"@odata.id": "odata.id", "something": "irrelevant"}
get_response = Mock()
get_response.status_code = ReturnCodes.OK
get_response.headers = {}
get_response.text = json.dumps(resource)
requests_get_mock.return_value = get_response
discovery_container = DiscoveryContainer()
self.api_caller.get_resource("/resource", discovery_container)
self.assertEqual(discovery_container["http://{API_ENDPOINT}/resource".format(
API_ENDPOINT=API_ENDPOINT)].body,
resource)
patched_resource = {"@odata.id": "odata.id", "something": "relevant"}
get_response.text = json.dumps(patched_resource)
with mock.patch('requests.patch') as requests_patch_mock:
patch_response = Mock()
patch_response.status_code = ReturnCodes.OK
patch_response.headers = {}
patch_response.text = "{}"
requests_patch_mock.return_value = patch_response
_, _, _, _ = self.api_caller.patch_resource("/resource", discovery_container)
self.assertEqual(discovery_container["http://{API_ENDPOINT}/resource".format(
API_ENDPOINT=API_ENDPOINT)].body, patched_resource)
with mock.patch('requests.delete') as requests_delete_mock:
delete_response = Mock()
delete_response.status_code = ReturnCodes.NO_CONTENT
delete_response.headers = {}
delete_response.text = ""
requests_delete_mock.return_value = delete_response
_, _, _, _ = self.api_caller.delete_resource("/resource", discovery_container)
self.assertNotIn("/resource", discovery_container)
def test_get_xml(self):
with mock.patch('requests.get') as get:
response = Mock()
response.status_code = ReturnCodes.OK
response.headers = {}
response.text = "<xml></xml>"
get.return_value = response
link, status, status_code, response_body, headers = self.api_caller.get_xml("uri")
self.assertEqual("<xml></xml>", response_body)
class ValidateUseCase(CtsTestScript):
TIMEOUT = 600
DESCRIPTION = """test case validating api responses against provided use case"""
CONFIGURATION_PARAMETERS = [
TestScript.ConfigurationParameter(
parameter_name="UseCase",
parameter_description="Use Case name",
parameter_type=str,
is_required=False,
parameter_default_value=[])
]
def run(self):
json_loader = JsonLoader()
if self.metadata_container is None:
return
if not self.configuration.UseCase:
json_loader.print_available_actions()
return
actions_to_take = json_loader.get_use_case(self.configuration.UseCase)
specific_action = json_loader.get_use_case_action(
actions_to_take['filepath'])
print('TEST_CASE::API crawling')
api_explorer = ApiExplorer(self.metadata_container, self.configuration)
self.discovery_container, status = api_explorer.discover(
MetadataConstants.SERVICE_ROOT_URI, MetadataConstants.SERVICE_ROOT)
configuration = self.configuration
self.api_caller = ApiCaller(configuration)
print('TEST_CASE::Action Runner')
status = self.action_runner(specific_action)
print('STATUS::{status}'.format(status=status))
def action_runner(self, specific_action):
actions_status = ValidationStatus.RUNNING
for action_step, action in enumerate(specific_action['actions'], 1):
step_counter = "%d/%d" % (action_step,
len(specific_action['actions']))
action_type = action['type']
if action_type == 'timeout':
try:
self.perform_timeout(step_counter, action['value'])
except IndexError:
self.perform_timeout(step_counter)
continue
retry_if_fail, retry_timeout = self.__get_retry_information(action)
action_args = (specific_action['name'], action['name'],
action['action'], step_counter, int(retry_if_fail),
int(retry_timeout))
if action_type == 'external':
actions_status = ValidationStatus.join_statuses(
self.perform_external_command(*action_args))
continue
elif action_type == 'usecase':
actions_status = ValidationStatus.join_statuses(
self.perform_action(*action_args))
return actions_status
@staticmethod
def perform_timeout(step_counter, timeout=1):
cts_message("Step: %s" % step_counter)
cts_message("Timeout: %s" % timeout)
sleep(float(timeout))
@CaseInformation
def perform_external_command(self,
test_name,
case_name,
action,
step_counter,
retry=0,
timeout=0):
"""
Perform command on external host
:param test_name: !! used by decorator
:param case_name: !! used by decorator
:param action:
:param step_counter: !! used by decorator
:param retry:
:param timeout:
:return:
"""
# CONNECTION PHASE
response_from_remote_host = self._connection_phase(action)
# VERIFICATION PHASE
print(response_from_remote_host)
verification_status = self._verification_phase(
action, raw_response=response_from_remote_host)
if not verification_status:
return ValidationStatus.FAILED
return ValidationStatus.PASSED
@staticmethod
def run_commands_on_host(commands, credentials):
responses_from_ssh_target = []
with ExternalCommandOverSSH(**credentials) as host:
for cmd in commands:
_, stdout, stderr = host.exec_command(cmd)
err = stderr.read()
if err is not '':
cts_error(err)
responses_from_ssh_target.append(stdout.read())
return responses_from_ssh_target[-1]
def _connection_phase(self, action):
"""
Do actions on remote and return last response
"""
tgt_credential = action['target_credential']
command = action['command']
first_target = {
"target_hostname": tgt_credential['hostname'],
"target_username": tgt_credential['username'],
"target_password": tgt_credential['password'],
"target_port": tgt_credential['port']
}
try:
second_tgt_credential = action['jump_target_credential']
second_target = {
"second_hostname": second_tgt_credential['hostname'],
"second_username": second_tgt_credential['username'],
"second_password": second_tgt_credential['password'],
"second_port": second_tgt_credential['port']
}
except KeyError:
return self.run_commands_on_host(command, first_target)
return self.run_commands_on_host(
command, self.__merge_dicts(first_target, second_target))
def _verification_phase(self, action, raw_response=None):
external_command = action['response']['command']
expected_response = action['response']['result']
command_type, command_location = self.__verify_command_type(
external_command)
command_args = self.__verify_command_args(external_command)
external_action = ExecuteExternalScript(
script_path=command_location,
raw_response=raw_response,
expected_result=expected_response)
if not external_action(**command_args):
cts_error('Script response IS NOT equal to excepted.')
return False
cts_message('Script response is equal to excepted.')
return True
@CaseInformation
def perform_action(self,
test_name,
case_name,
action,
step_counter,
retry=0,
timeout=0):
case_action = CaseAction(**action)
cts_message("_____")
cts_message("{name}: {step}\n\t\t {description}".format(
name=test_name, step=step_counter, description=case_name))
cts_message("{request_method}: {request}".format(
request_method=action['request_method'],
request=action['request'].replace("{", "(").replace("}", ")")))
resource_type, resource_id, resource_action = self._get_target_information(
case_action.request)
discovered_systems = self.discovery_container.get_resources(
resource_type, any_child_version=True)
if not discovered_systems:
cts_error('Cannot find %s' % resource_type)
return ValidationStatus.BLOCKED
try:
computer_odata_id = self.discovery_container.get(
discovered_systems[resource_id][0]).odata_id
except IndexError:
cts_error('Cannot find %s' % resource_type)
return ValidationStatus.BLOCKED
action_endpoint = '{odata_id}/{action_name}'.format(
odata_id=computer_odata_id, action_name='/'.join(resource_action))
status, _, _, _ = self.api_caller.post_resource(
action_endpoint,
self.discovery_container,
case_action.payload,
acceptable_return_codes=case_action.response)
if (not status) and (retry > 0):
cts_message("Operation failed, left retry %s" % retry)
cts_message("Timeout: %s" % timeout)
sleep(float(timeout))
self.perform_action(test_name,
case_name,
action,
step_counter,
retry=(retry - 1),
timeout=timeout)
if not status:
cts_error('Cannot execute action %s' % action_endpoint)
return ValidationStatus.FAILED
cts_message('End of: %s' % case_name)
return ValidationStatus.PASSED
def _get_target_information(self, request):
request_cleaned = request.replace('{', '').replace('}', '').split('/')
resource_type = request_cleaned[0]
resource_id = self._choose_resource(request_cleaned[1])
action = request_cleaned[2:]
return resource_type, resource_id, action
@staticmethod
def _choose_resource(number):
return 0 if number == 'any' else int(number)
@staticmethod
def __verify_command_type(external_cmd):
command_type, command_location = (None, ) * 2
try:
command_type = external_cmd[0]
if command_type.lower() != 'python':
cts_message('CTS support only Python external scripts')
return False
command_location = external_cmd[1]
except IndexError:
cts_error('Missing verification command details')
return command_type, command_location
def __verify_command_args(self, external_cmd):
command_args = None
try:
command_args = self.__generate_dict_from_custom(external_cmd[2:])
except IndexError:
pass
return command_args
@staticmethod
def __get_retry_information(action):
"""
:param action:
:return: retry_if_fail, retry_timeout
"""
retry_if_fail, retry_timeout = 0, 1
try:
retry_if_fail, retry_timeout = action['action']['retry_if_fail'], \
action['action']['retry_timeout']
except KeyError:
pass
return retry_if_fail, retry_timeout
# HELPERS
@staticmethod
def __generate_dict_from_custom(list_values):
dict_from_list = {}
for element in list_values:
k, v = element.split(":")
dict_from_list[k] = v
return dict_from_list
@staticmethod
def __merge_dicts(a, b):
c = a.copy()
c.update(b)
return c
class CRUDOperations(CtsTestScript):
TIMEOUT = 600
DESCRIPTION = """test script validating CRUD (create, read, update and delete) functionalities"""
def run(self):
if self.metadata_container is None:
return
print "TEST_CASE::API crawling"
api_explorer = ApiExplorer(self.metadata_container, self.configuration)
self.discovery_container, status = api_explorer.discover(
MetadataConstants.SERVICE_ROOT_URI, MetadataConstants.SERVICE_ROOT)
print "STATUS::{status}".format(status=status)
requirements = [
Requirement(MetadataConstants.SERVICE_ROOT, min=1, max=1),
Requirement(MetadataConstants.ETHERNET_SWITCH, min=1),
Requirement(MetadataConstants.ETHERNET_SWITCH_PORT, min=1)
]
preconditions = Preconditions(self.metadata_container, requirements)
status = preconditions.validate(self.discovery_container)
self.api_caller = ApiCaller(self.configuration)
self.crud_acl_rule()
self.crud_vlan()
self.crud_static_mac()
def _test_case_create_acl(self, acl_collection):
print "TEST_CASE::Create ACL"
self.created_acl_netloc = self.discovery_container.get_netloc(
acl_collection)
status, status_code, response_body, headers = self.api_caller.post_resource(
acl_collection,
self.discovery_container,
payload=self.post_acl_payload,
api_endpoint_override=self.created_acl_netloc)
if not status:
cts_error(
"Wrong status code of POST response: {status_code}; response body: {response_body:response_body}",
**locals())
self.set_status_failed()
return False
try:
self.created_acl = headers["Location"]
print "MESSAGE::Newly created ACL URI: %s" % self.created_acl
except KeyError:
cts_error(
"Incorrect response - header shall contain the location of the created resource"
)
self.set_status_failed()
return False
if self.created_acl.endswith("/"):
self.created_acl += self.created_acl[:-1]
print "MESSAGE::ACL created"
self.set_status_passed()
return True
def _test_case_get_created_acl(self):
print "TEST_CASE::Get created ACL"
link, status, status_code, response_body, _ = \
self.api_caller.get_resource(self.created_acl,
self.discovery_container,
api_endpoint_override=self.created_acl_netloc)
if not status:
cts_error(
"Wrong status code of GET response: {status_code}; response body: {response_body:response_body}",
**locals())
self.set_status_failed()
return False
else:
print "MESSAGE::Comparing newly created ACL to given payload"
if not JsonComparator.compare_json_to_golden(
response_body, self.post_acl_payload):
cts_error("Newly created ACL's body incorrect")
self.set_status_failed()
return False
print "MESSAGE::Newly created ACL correct"
self.set_status_passed()
return True
def _test_case_delete_created_acl(self):
print "TEST_CASE::Delete created ACL"
status, status_code, response_body, _ = self.api_caller.delete_resource(
self.created_acl, self.discovery_container)
if not status:
cts_error(
"Wrong status code of DELETE response: {status_code}; response body: {response_body:response_body}",
**locals())
self.set_status_failed()
return False
print "MESSAGE::Newly created ACL deleted"
self.set_status_passed()
return True
def _test_case_get_deleted_acl(self):
print "TEST_CASE::Get deleted ACL"
link, status, status_code, response_body, _ = \
self.api_caller.get_resource(self.created_acl, self.discovery_container,
acceptable_return_codes=[
ReturnCodes.NOT_FOUND],
api_endpoint_override=self.created_acl_netloc)
if not status:
cts_error(
"Wrong status code of GET response after deletion: {status_code}; response body: {response_body:response_body}",
**locals())
self.set_status_failed()
return False
print "MESSAGE::Newly created ACL not found (as intended)"
self.set_status_passed()
return True
def _test_case_bind_acl_to_port(self, port):
print "TEST_CASE::Bind ACL to a port"
port_id = dict()
port_id["@odata.id"] = port
payload = dict(Port=port_id)
status, status_code, response_body, _ = \
self.api_caller.post_resource(self.created_acl +
"/Actions/EthernetSwitchACL.Bind",
self.discovery_container,
payload=payload,
acceptable_return_codes=
[ReturnCodes.NO_CONTENT],
expect_location=False,
api_endpoint_override=self.created_acl_netloc)
if not status:
cts_error(
"Wrong status code of POST response: {status_code}; response body: {response_body:response_body}",
**locals())
self.set_status_failed()
return False
print "MESSAGE::ACL successfully bound to port"
self.set_status_passed()
return True
def _test_case_unbind_acl_from_port(self, port):
print "TEST_CASE::Unbind ACL from a port"
port_id = dict()
port_id["@odata.id"] = port
payload = dict(Port=port_id)
status, status_code, response_body, _ = \
self.api_caller.post_resource(self.created_acl + "/Actions/EthernetSwitchACL.Unbind",
self.discovery_container,
payload=payload,
acceptable_return_codes=[ReturnCodes.NO_CONTENT],
expect_location=False,
api_endpoint_override=self.created_acl_netloc)
if not status:
cts_error(
"Wrong status code of POST response: {status_code}; response body: {response_body:response_body}",
**locals())
self.set_status_failed()
return False
print "MESSAGE::ACL successfully unbound from port"
self.set_status_passed()
return True
def _test_case_bound_acl_and_port_are_linked(self, port, should_be_linked):
print "TEST_CASE::Check if the ACL and port are linked " + \
("(should be)" if should_be_linked else "(shouldn't be)")
port = urlparse(port).path
acl = urlparse(self.created_acl).path
acl_linked, port_linked = None, None
try:
link, status, status_code, acl_body, _ = \
self.api_caller.get_resource(self.created_acl,
self.discovery_container,
api_endpoint_override=self.created_acl_netloc)
if not status:
cts_error(
"Wrong status code of GET response: {status_code}; response body: {response_body:response_body}",
**locals())
self.set_status_failed()
return False
if not {"@odata.id": port} in acl_body["Links"]["BoundPorts"] \
and not {"@odata.id": port + "/"} in acl_body["Links"]["BoundPorts"]:
acl_linked = False
if should_be_linked:
cts_error("No link to the bound port in the ACL's body")
else:
print "MESSAGE::No link to the bound port in the ACL's body (as expected)"
else:
acl_linked = True
if should_be_linked:
print "MESSAGE::ACL has a link to the bound Port"
else:
cts_error("ACL still has a link to the unbound Port")
except KeyError:
cts_error("No Links/BoundPorts array present in the ACL's body")
try:
link, status, status_code, port_body, _ = \
self.api_caller.get_resource(port,
self.discovery_container,
api_endpoint_override=self.discovery_container.get_netloc(
port))
if not status:
cts_error(
"Wrong status code of GET response: {status_code}; response body: {response_body:response_body}",
**locals())
self.set_status_failed()
return False
if not {"@odata.id": acl} in port_body["Links"]["ActiveACLs"] \
and not {"@odata.id": acl + "/"} in port_body["Links"]["ActiveACLs"]:
port_linked = False
if should_be_linked:
cts_error("No link to the bound ACL in the port's body")
else:
print "MESSAGE::No link to the bound ACL in the port's body (as expected)"
else:
port_linked = True
if should_be_linked:
print "MESSAGE::Port has a link to the bound ACL"
else:
cts_error("Port still has a link to the unbound ACL")
except KeyError:
cts_error("No Links/ActiveACLs array present in the port's body")
if acl_linked is not None and port_linked is not None:
if acl_linked == port_linked == should_be_linked:
self.set_status_passed()
return True
self.set_status_failed()
return False
def _test_case_add_rules_to_acl(self):
print "TEST_CASE::Add rules to the ACL"
self.created_rules = dict()
optional_rules_triggered_an_error = False
rule_collection = self.created_acl + "/Rules"
for rule_type, rule_payload in self.rules_payloads.iteritems():
print "MESSAGE::Adding a {type} rule".format(type=rule_type)
status, status_code, response_body, headers = \
self.api_caller.post_resource(
rule_collection, self.discovery_container, payload=rule_payload,
api_endpoint_override=self.created_acl_netloc)
if not status:
if rule_type not in self.mandatory_rules:
optional_rules_triggered_an_error = True
cts_warning(
"Wrong status code of POST response: {status_code}; response body: {response_body:response_body}",
**locals())
cts_warning(
"Rule {rule_type} was defined as optional, continuing",
**locals())
continue
cts_error(
"Wrong status code of POST response: {status_code}; response body: {response_body:response_body}",
**locals())
self.set_status_failed()
return False
try:
self.created_rules[rule_type] = headers["Location"]
print "MESSAGE::Newly created ACL Rule URI: %s" % self.created_acl
except KeyError:
cts_error(
"Incorrect response - header shall contain the location of the created resource"
)
self.set_status_failed()
return False
print "MESSAGE::Getting the newly created ACL Rule URI: %s" % self.created_acl
link, status, status_code, response_body, _ = \
self.api_caller.get_resource(self.created_rules[rule_type],
self.discovery_container,
api_endpoint_override=self.created_acl_netloc)
if not status:
cts_error(
"Wrong status code of GET response: {status_code}; response body: {response_body:response_body}",
**locals())
self.set_status_failed()
return False
else:
print "MESSAGE::Comparing newly created ACL Rule to given payload"
if not JsonComparator.compare_json_to_golden(
response_body, rule_payload):
cts_error("Newly created Rule's body incorrect")
self.set_status_failed()
return False
else:
print "MESSAGE::Newly created Rule's body correct"
print "MESSAGE::Rule added"
print "MESSAGE::ACL Rules created succesfully"
if optional_rules_triggered_an_error:
self.set_status_passed_with_warnings()
else:
self.set_status_passed()
return True
def _test_case_delete_rules_from_acl(self):
print "TEST_CASE::Delete the created rules from the ACL"
for rule_type, rule_uri in self.created_rules.iteritems():
print "MESSAGE::Deleting {type}".format(type=rule_type)
status, status_code, response_body, _ = self.api_caller.delete_resource(
rule_uri, self.discovery_container)
if not status:
cts_error(
"Wrong status code of DELETE response: {status_code}; response body: {response_body:response_body}",
**locals())
self.set_status_failed()
return False
print "MESSAGE::Checking if the rule was actually deleted"
link, status, status_code, response_body, _ = \
self.api_caller.get_resource(rule_uri,
self.discovery_container,
acceptable_return_codes=[
ReturnCodes.NOT_FOUND],
api_endpoint_override=self.created_acl_netloc)
if not status:
cts_error(
"Wrong status code of GET response after deletion: {status_code}; response body: {response_body:response_body}",
**locals())
self.set_status_failed()
return False
print "MESSAGE::The rule was not found (as intended)"
print "MESSAGE::ACL Rules deleted succesfully"
self.set_status_passed()
return True
def crud_acl_rule(self):
"""
Test is trying to perform CRUD (create, read, update, delete) as well as binding operations on an ACL and ACL
Rule resource
"""
switches = \
dict(self.discovery_container.get_resources(MetadataConstants.ETHERNET_SWITCH, any_child_version=True))
all_ports = []
if not switches:
cts_error(
"Could not find any Ethernet Switch to perform the test on, aborting"
)
return ValidationStatus.BLOCKED
chosen_switch, chosen_acl_collection, chosen_port, mirrored_port = None, None, None, None
for switch in switches.keys():
acl_collections = dict(
self.discovery_container.get_resources(
MetadataConstants.ETHERNET_SWITCH_ACL_COLLECTION,
any_child_version=True,
constraints=[from_collection(switch)]))
if acl_collections:
chosen_switch = switch
chosen_acl_collection = choice(acl_collections.keys())
all_ports = [
port[1].odata_id
for port in self.discovery_container.get_resources(
MetadataConstants.ETHERNET_SWITCH_PORT,
any_child_version=True,
constraints=[from_collection(chosen_switch)])
]
try:
chosen_port = choice(all_ports)
all_ports.remove(chosen_port)
mirrored_port = choice(all_ports)
except IndexError:
if not chosen_port:
print "MESSAGE::Could not find a proper port for ACL binding on the switch"
continue
else:
print "WARNING::Only one proper port found, unable to create a Mirror rule"
break
if not chosen_acl_collection:
cts_error(
"Could not find any ACL collection on any of the present Ethernet Switches, aborting"
)
return ValidationStatus.BLOCKED
if not chosen_port:
cts_error(
"Could not find any proper port for ACL binding on any of the present Ethernet Switches, aborting"
)
return ValidationStatus.BLOCKED
print "MESSAGE:CRUD test will be performed on ACL collection: {collection}, the test will attempt to bind and "\
"unbind the ACL from the port: {port}".format(collection=chosen_acl_collection, port=chosen_port)
self.post_acl_payload = dict()
self.rules_payloads = dict()
self.rules_payloads["Deny"] = dict(
Action="Deny",
Condition=dict(MACSource=dict(MACAddress="AA:BB:CC:DD:EE:FF",
Mask="FF:FF:FF:00:00:00")))
self.rules_payloads["Permit"] = dict(
Action="Permit",
Condition=dict(IPSource=dict(IPv4Address="192.168.0.1",
Mask="255.255.255.0")))
self.rules_payloads["Forward"] = dict(
Action="Forward",
ForwardMirrorInterface={"@odata.id": chosen_port},
Condition=dict(IPDestination=dict(IPv4Address="1.1.1.1")))
if mirrored_port:
self.rules_payloads["Mirror"] = dict(
RuleId=1111,
Action="Mirror",
ForwardMirrorInterface={"@odata.id": chosen_port},
MirrorPortRegion=[{
"@odata.id": mirrored_port
}],
MirrorType="Egress",
Condition=dict(VLANId=dict(Id=1, Mask=None)))
# basic rules (Deny and Permit actions) should be supported by any PSME service; therefore failure in adding
# them triggers FAILED status for the test. If the mandatory rules are added successfully, but there is an
# error while adding the optional (Forward and Mirror actions) rules, the test's result is PASSED WITH WARNINGS
self.mandatory_rules = ["Deny", "Permit"]
if self._test_case_create_acl(chosen_acl_collection):
self._test_case_get_created_acl()
if self._test_case_add_rules_to_acl(
): # Rules need to be added before binding
if self._test_case_bind_acl_to_port(chosen_port):
if self._test_case_bound_acl_and_port_are_linked(
chosen_port, True):
if self._test_case_unbind_acl_from_port(chosen_port):
self._test_case_bound_acl_and_port_are_linked(
chosen_port, False)
self._test_case_delete_rules_from_acl()
self._test_case_delete_created_acl()
self._test_case_get_deleted_acl()
def _test_case_create_vlan(self, vlan_network_interface_collection):
print "TEST_CASE::Create VLAN"
status, status_code, response_body, headers = \
self.api_caller.post_resource(
vlan_network_interface_collection, self.discovery_container, payload=self.post_vlan_payload)
if not status:
cts_error(
"Wrong status code of POST response: {status_code}; response body: {response_body:response_body}",
**locals())
self.set_status_failed()
return False
try:
self.created_vlan_network_interface = headers["Location"]
self.created_vlan_network_interface_netlock = self.discovery_container.get_netloc(
vlan_network_interface_collection)
print "MESSAGE::Newly created VLAN Network Interface URI: %s" % self.created_vlan_network_interface
except KeyError:
cts_error(
"Incorrect response - header shall contain the location of the created resource"
)
self.set_status_failed()
return False
print "MESSAGE::VLAN Network Interface created"
self.set_status_passed()
return True
def _test_case_get_created_vlan(self):
print "TEST_CASE::Get created VLAN"
link, status, status_code, response_body, _ = \
self.api_caller.get_resource(self.created_vlan_network_interface,
self.discovery_container,
api_endpoint_override=self.created_vlan_network_interface_netlock)
if not status:
cts_error(
"Wrong status code of GET response: {status_code}; response body: {response_body:response_body}",
**locals())
self.set_status_failed()
return False
else:
print "MESSAGE::Comparing newly created VLAN Network Interface to given payload"
# PSME is unable to set "Name" and "VLANEnable" fields properly but only "VLANEnable" is mandatory
if not JsonComparator.compare_json_to_golden(
response_body, self.post_vlan_payload,
ignore=["/VLANEnable"]):
cts_error(
"Newly created VLAN Network Interface's body incorrect")
self.set_status_failed()
return False
print "MESSAGE::Newly created VLAN Network Interface correct"
self.set_status_passed()
return True
def _test_case_delete_created_vlan(self):
print "TEST_CASE::Delete created VLAN"
status, status_code, response_body, _ = self.api_caller.delete_resource(
self.created_vlan_network_interface, self.discovery_container)
if not status:
cts_error(
"Wrong status code of DELETE response: {status_code}; response body: {response_body:response_body}",
**locals())
self.set_status_failed()
return False
print "MESSAGE::Newly created VLAN Network Interface deleted"
self.set_status_passed()
return True
def _test_case_get_deleted_vlan(self):
print "TEST_CASE::Get deleted VLAN"
link, status, status_code, response_body, _ = \
self.api_caller.get_resource(self.created_vlan_network_interface,
self.discovery_container,
acceptable_return_codes=[ReturnCodes.NOT_FOUND],
api_endpoint_override=self.created_vlan_network_interface_netlock)
if not status:
cts_error(
"Wrong status code of GET response after deletion: {status_code}; response body: {response_body:response_body}",
**locals())
self.set_status_failed()
return False
print "MESSAGE::Newly created VLAN Network Interface not found (as intended)"
self.set_status_passed()
return True
def crud_vlan(self):
"""
Test is trying to perform CRUD (create, read, update, delete) operations on a VLAN Network Interface resource
"""
requirements = [
Requirement(MetadataConstants.SERVICE_ROOT, min=1, max=1),
Requirement(MetadataConstants.ETHERNET_SWITCH, min=1),
Requirement(MetadataConstants.ETHERNET_SWITCH_PORT, min=1),
Requirement(MetadataConstants.VLAN_NETWORK_INTERFACE_COLLECTION,
min=1),
]
preconditions = Preconditions(self.metadata_container, requirements)
if preconditions.validate(
self.discovery_container) == ValidationStatus.FAILED:
return ValidationStatus.BLOCKED
vlan_network_interface_collections = \
dict(self.discovery_container.get_resources(MetadataConstants.VLAN_NETWORK_INTERFACE_COLLECTION,
any_child_version=True))
chosen_vlan_network_interface_collection = None
new_vlan_id = 0
for vlan_network_interface_collection in vlan_network_interface_collections:
present_vlan_ids = []
vlan_network_interfaces = dict(
self.discovery_container.get_resources(
MetadataConstants.VLAN_NETWORK_INTERFACE,
constraints=[
from_collection(vlan_network_interface_collection)
],
any_child_version=True))
if len(vlan_network_interfaces) > MAX_VLAN_ID - MIN_VLAN_ID:
continue
for resource_link, resource in vlan_network_interfaces.iteritems():
try:
present_vlan_ids.append(resource.body["VLANId"])
except:
cts_error("Inorrect resource {resource_link:id} structure",
**locals())
for possible_id in range(MIN_VLAN_ID, MAX_VLAN_ID + 1):
if possible_id not in present_vlan_ids:
chosen_vlan_network_interface_collection = vlan_network_interface_collection
new_vlan_id = possible_id
break
if chosen_vlan_network_interface_collection:
break
if chosen_vlan_network_interface_collection:
print "MESSAGE::CRUD test will be performed on vlan network interface collection %s" % \
chosen_vlan_network_interface_collection
else:
cts_warning('No free VLAN id available')
return ValidationStatus.BLOCKED
self.post_vlan_payload = dict(
VLANId=new_vlan_id,
VLANEnable=True,
Oem=dict(Intel_RackScale=dict(Tagged=True)))
if self._test_case_create_vlan(
chosen_vlan_network_interface_collection):
self._test_case_get_created_vlan()
self._test_case_delete_created_vlan()
self._test_case_get_deleted_vlan()
def _test_case_create_static_mac(self, static_mac_collection):
print "TEST_CASE::Create Static MAC"
status, status_code, response_body, headers = self.api_caller.post_resource(
static_mac_collection,
self.discovery_container,
payload=self.post_static_mac_payload)
if not status:
cts_error(
"Wrong status code of POST response: {status_code}; response body: {response_body:response_body}",
**locals())
self.set_status_failed()
return False
try:
self.created_static_mac = headers["Location"]
self.created_static_mac_netloc = self.discovery_container.get_netloc(
static_mac_collection)
print "MESSAGE::Newly created Static MAC URI: %s" % self.created_static_mac
except KeyError:
cts_error(
"Incorrect response - header shall contain the location of the created resource"
)
self.set_status_failed()
return False
print "MESSAGE::Static MAC created"
self.set_status_passed()
return True
def _test_case_get_created_static_mac(self):
print "TEST_CASE::Get created Static MAC"
link, status, status_code, response_body, _ = \
self.api_caller.get_resource(self.created_static_mac,
self.discovery_container,
api_endpoint_override=self.created_static_mac_netloc)
if not status:
cts_error(
"Wrong status code of GET response: {status_code}; response body: {response_body:response_body}",
**locals())
self.set_status_failed()
return False
else:
print "MESSAGE::Comparing newly created Static MAC to given payload"
if not JsonComparator.compare_json_to_golden(
response_body, self.post_static_mac_payload):
cts_error("Newly created Static MAC's body incorrect")
self.set_status_failed()
return False
print "MESSAGE::Newly created Static MAC correct"
self.set_status_passed()
return True
def _test_case_delete_created_static_mac(self):
print "TEST_CASE::Delete created Static MAC"
status, status_code, response_body, _ = self.api_caller.delete_resource(
self.created_static_mac, self.discovery_container)
if not status:
cts_error(
"Wrong status code of DELETE response: {status_code}; response body: {response_body:response_body}",
**locals())
self.set_status_failed()
return False
print "MESSAGE::Newly created Static MAC deleted"
self.set_status_passed()
return True
def _test_case_get_deleted_static_mac(self):
print "TEST_CASE::Get deleted Static MAC"
link, status, status_code, response_body, _ = \
self.api_caller.get_resource(self.created_static_mac,
self.discovery_container,
acceptable_return_codes=[ReturnCodes.NOT_FOUND],
api_endpoint_override=self.created_static_mac_netloc)
if not status:
cts_error(
"Wrong status code of GET response after deletion: {status_code}; response body: {response_body:response_body}",
**locals())
self.set_status_failed()
return False
print "MESSAGE::Newly created Static MAC not found (as intended)"
self.set_status_passed()
return True
def crud_static_mac(self):
"""
Test is trying to perform CRUD (create, read, update, delete) operations on a Static MAC resource
"""
def _find_unique_mac_address_vlan_id_pair(present_pairs):
MAX_ADDRESS = 281474976710656 - 1 # 16^12 - 1
def address_to_string(address):
parts = []
for _ in range(6):
parts.append(address % 256)
address = address / 256
return ":".join("{0:02x}".format(part)
for part in parts).upper()
address = 0
vlan_id = MIN_VLAN_ID
while (address_to_string(address), vlan_id) in present_pairs:
address = address + 1
if address > MAX_ADDRESS:
address = 0
vlan_id = vlan_id + 1
if vlan_id > MAX_VLAN_ID:
return None
return (address_to_string(address), vlan_id)
requirements = [
Requirement(MetadataConstants.SERVICE_ROOT, min=1, max=1),
Requirement(MetadataConstants.ETHERNET_SWITCH, min=1),
Requirement(MetadataConstants.ETHERNET_SWITCH_PORT, min=1),
Requirement(MetadataConstants.STATIC_MAC_COLLECTION, min=1),
]
preconditions = Preconditions(self.metadata_container, requirements)
if preconditions.validate(
self.discovery_container) == ValidationStatus.FAILED:
return ValidationStatus.BLOCKED
static_mac_collections = \
dict(self.discovery_container.get_resources(MetadataConstants.STATIC_MAC_COLLECTION,
any_child_version=True))
chosen_static_mac_collection = static_mac_collections.keys()[0]
print "MESSAGE::\nMESSAGE::Static MAC CRUD test will be performed on collection: {}"\
.format(chosen_static_mac_collection)
present_vlan_id_mac_address_pairs = []
for resource_link, resource in self.discovery_container.get_resources(
MetadataConstants.STATIC_MAC,
any_child_version=True,
constraints=[from_collection(chosen_static_mac_collection)]):
try:
present_vlan_id_mac_address_pairs.append(
(resource.body["MACAddress"], resource.body["VLANId"]))
except Exception as err:
cts_warning(
"{link:id} Incorrect resource structure; err={err:exception}",
link=resource_link,
err=err)
initial_values = _find_unique_mac_address_vlan_id_pair(
present_vlan_id_mac_address_pairs)
if not initial_values:
cts_error("Cannot create a Static MAC on the chosen collection - "
"all MAC addresses and VLAN ids already occupied")
return ValidationStatus.BLOCKED
self.post_static_mac_payload = dict(MACAddress=initial_values[0],
VLANId=initial_values[1])
# PSME does not support patching Static MAC
if self._test_case_create_static_mac(chosen_static_mac_collection):
self._test_case_get_created_static_mac()
self._test_case_delete_created_static_mac()
self._test_case_get_deleted_static_mac()
class CRUDOperations(CtsTestScript):
TIMEOUT = 600
DESCRIPTION = """test script validating CRUD (create, read, update and delete) functionalities"""
CONFIGURATION_PARAMETERS = [
TestScript.ConfigurationParameter(
parameter_name="UniqueInitiatorName",
parameter_description="NVMe Qualified Name (NQN) for Initiator",
parameter_type=str,
is_required=True,
parameter_default_value=""),
TestScript.ConfigurationParameter(
parameter_name="UniqueTargetName",
parameter_description="NVMe Qualified Name (NQN) for Target",
parameter_type=str,
is_required=True,
parameter_default_value="")
]
def run(self):
if self.metadata_container is None:
return
self.chosen_endpoint, self.chosen_zone, self.chosen_volume, self.chosen_volume_collection = (
None, ) * 4
self.initiator_endpoint, self.target_endpoint, self.zone_endpoint, self.created_volume = (
None, ) * 4
self.initiator_unique_name, self.target_unique_name = \
self.configuration.UniqueInitiatorName, self.configuration.UniqueTargetName
test_name = "Storage Services CRUD test with NVM Express (NVMe) Support"
print "MESSAGE::%s starting" % test_name
print "TEST_CASE::API crawling"
api_explorer = ApiExplorer(self.metadata_container, self.configuration)
self.discovery_container, status = api_explorer.discover(
MetadataConstants.SERVICE_ROOT_URI, MetadataConstants.SERVICE_ROOT)
print "STATUS::{status}".format(status=status)
requirements = [
Requirement(MetadataConstants.SERVICE_ROOT, min=1, max=1),
Requirement(MetadataConstants.STORAGE_SERVICE, min=1),
Requirement(MetadataConstants.VOLUME, min=1),
Requirement(MetadataConstants.VOLUME_COLLECTION, min=1)
]
preconditions = Preconditions(self.metadata_container, requirements)
status = preconditions.validate(self.discovery_container)
if status == ValidationStatus.FAILED:
self.set_status_failed()
return
self.api_caller = ApiCaller(self.configuration)
status = ValidationStatus.join_statuses(status, self.crud_nvme())
print "MESSAGE::%s overall status: %s" % (
test_name, ColorPrinter.format_status(status))
def crud_nvme(self):
status = ValidationStatus.PASSED
cts_message("CRUD NVME")
# test pre check
self.__find_volumes_without_any_links(optional_pre_check=True)
try:
status = ValidationStatus.join_statuses(status,
self._test_create_volume())
except:
self._test_delete_all_created_endpoints_and_zones()
status = ValidationStatus.FAILED
self.__find_and_choose_endpoint_collection()
self.__find_and_choose_volume()
if not (self.chosen_volume and self.chosen_endpoint
and self.chosen_zone):
self.set_status_blocked()
return ValidationStatus.BLOCKED
cts_message("Chosen Volume for test: {volume_url}".format(
volume_url=self.chosen_volume))
try:
status = ValidationStatus.join_statuses(
status, self._test_create_initiator_endpoint())
status = ValidationStatus.join_statuses(
status, self._test_create_target_endpoint())
status = ValidationStatus.join_statuses(
status, self._test_create_zone_with_only_one_endpoint())
status = ValidationStatus.join_statuses(
status, self._test_patch_zone_with_target_endpoint())
except:
status = ValidationStatus.FAILED
finally:
status = ValidationStatus.join_statuses(
status, self._test_delete_all_created_endpoints_and_zones())
return status
# Test case 1:
def _test_create_volume(self):
print "TEST_CASE::Create volume"
post_volume_payload = dict(CapacityBytes=10000000)
status, status_code, response_body, headers = self.api_caller.post_resource(
self.chosen_volume_collection,
self.discovery_container,
payload=post_volume_payload,
acceptable_return_codes=[
ReturnCodes.OK, ReturnCodes.ACCEPTED, ReturnCodes.CREATED
])
if not status:
cts_error("CTS cannot create volume")
self.set_status_failed()
return ValidationStatus.FAILED
self.created_volume = headers['location']
cts_message("Volume created at {location}".format(
location=self.created_volume))
if not self._verify_size_of_created_volume(self.created_volume,
post_volume_payload):
cts_error("Service create volume with wrong capacity")
self.set_status_failed()
return ValidationStatus.FAILED
self.set_status_passed()
return ValidationStatus.PASSED
# Test case 2:
def _test_create_initiator_endpoint(self):
print "TEST_CASE::Create initiator endpoint"
post_initiator_endpoint_payload = dict(
Identifiers=[
dict(DurableName=self.initiator_unique_name,
DurableNameFormat="NQN")
],
IPTransportDetails=[],
ConnectedEntities=[dict(
EntityRole="Initiator",
Identifiers=[],
)],
Links=dict(Oem=dict(Intel_RackScale=dict())))
status, status_code, response_body, headers = self.api_caller.post_resource(
self.chosen_endpoint,
self.discovery_container,
payload=post_initiator_endpoint_payload,
acceptable_return_codes=[
ReturnCodes.OK, ReturnCodes.ACCEPTED, ReturnCodes.CREATED
])
if not status:
cts_error("CTS cannot create Initiator Endpoint")
self.set_status_failed()
return ValidationStatus.FAILED
self.initiator_endpoint = headers['location']
cts_message("Initiator Endpoint created at {location}".format(
location=self.initiator_endpoint))
try:
verify = self.__verify_created_initiator_endpoint(
self.initiator_endpoint, post_initiator_endpoint_payload)
except:
verify = False
if not verify:
cts_error("Service create initiator endpoint with wrong value")
self.set_status_failed()
return ValidationStatus.FAILED
self.set_status_passed()
return ValidationStatus.PASSED
# Test case 3:
def _test_create_target_endpoint(self):
print "TEST_CASE::Create target endpoint"
selected_volume = self.discovery_container.get(self.chosen_volume)
post_target_endpoint_payload = dict(
Identifiers=[
dict(DurableName=self.target_unique_name,
DurableNameFormat="NQN")
],
IPTransportDetails=[],
ConnectedEntities=[
dict(
EntityRole="Target",
Identifiers=[],
EntityLink={"@odata.id": selected_volume.odata_id},
)
],
Links=dict(Oem=dict(Intel_RackScale=dict())))
status, status_code, response, headers = self.api_caller.post_resource(
self.chosen_endpoint,
self.discovery_container,
payload=post_target_endpoint_payload,
acceptable_return_codes=[
ReturnCodes.OK, ReturnCodes.ACCEPTED, ReturnCodes.CREATED
])
if not status:
cts_error("CTS can not create Target Endpoint")
self.set_status_failed()
return ValidationStatus.FAILED
self.target_endpoint = headers['location']
cts_message("Target Endpoint created at {location}".format(
location=self.target_endpoint))
try:
verify = self.__verify_created_target_endpoint(
self.target_endpoint, post_target_endpoint_payload)
except:
verify = False
if not verify:
cts_error("Service create target endpoint with wrong value")
self.set_status_failed()
return ValidationStatus.FAILED
self.set_status_passed()
return ValidationStatus.PASSED
# Test case 4:
def _test_create_zone_with_only_one_endpoint(self):
print "TEST_CASE::Create zone with only one endpoint"
try:
initiator_endpoint_link = self.__get_odata_id_links(
self.initiator_endpoint)
except:
cts_error("No valid initiator endpoint for zone creation")
self.set_status_blocked()
return ValidationStatus.BLOCKED
post_create_zone_payload = dict(Links=dict(
Endpoints=[{
"@odata.id": initiator_endpoint_link
}]))
status, status_code, _, headers = self.api_caller.post_resource(
self.chosen_zone,
self.discovery_container,
payload=post_create_zone_payload,
acceptable_return_codes=[
ReturnCodes.ACCEPTED, ReturnCodes.CREATED, ReturnCodes.OK
])
if not status:
cts_error("CTS can not create Zone")
self.set_status_failed()
return ValidationStatus.FAILED
self.zone_endpoint = headers['location']
cts_message(
"Zone created at {location}".format(location=self.zone_endpoint))
if not self.__verify_created_zone(self.zone_endpoint,
post_create_zone_payload):
cts_error("Service zone created with wrong value")
self.set_status_failed()
return ValidationStatus.FAILED
self.set_status_passed()
return ValidationStatus.PASSED
# Test case 5:
def _test_patch_zone_with_target_endpoint(self):
print "TEST_CASE::Patch zone with target endpoint"
initiator_or_target_missing = False
try:
initiator_endpoint_link = self.__get_odata_id_links(
self.initiator_endpoint)
except:
cts_error("No valid initiator endpoint for zone patching")
initiator_or_target_missing = True
try:
target_endpoint_link = self.__get_odata_id_links(
self.target_endpoint)
except:
cts_error("No valid target endpoint for zone patching")
initiator_or_target_missing = True
if initiator_or_target_missing:
cts_error("Missing resources for zone patching")
self.set_status_blocked()
return ValidationStatus.BLOCKED
patch_create_zone_payload = dict(Links=dict(
Endpoints=[{
"@odata.id": initiator_endpoint_link
}, {
"@odata.id": target_endpoint_link
}]))
status, status_code, _, headers = self.api_caller.patch_resource(
self.zone_endpoint,
self.discovery_container,
payload=patch_create_zone_payload,
acceptable_return_codes=[ReturnCodes.ACCEPTED, ReturnCodes.OK])
if not status:
cts_error("CTS can not PATCH Zone")
self.set_status_failed()
return ValidationStatus.FAILED
cts_message(
"Zone PATCHED at {location}".format(location=self.zone_endpoint))
if not self.__verify_patched_zone(self.zone_endpoint,
patch_create_zone_payload):
cts_error("Service zone patched with wrong value")
self.set_status_failed()
return ValidationStatus.FAILED
self.set_status_passed()
return ValidationStatus.PASSED
# Test case 6:
def _test_delete_all_created_endpoints_and_zones(self):
status = ValidationStatus.PASSED
for resource, link in OrderedDict([
("volume", self.created_volume), ("zone", self.zone_endpoint),
("initiator endpoint", self.initiator_endpoint),
("target endpoint", self.target_endpoint)
]).iteritems():
print "TEST_CASE::Delete {resource}".format(resource=resource)
if link:
if not self.__delete_location(link):
self.set_status_failed()
status = ValidationStatus.join_statuses(
status, ValidationStatus.FAILED)
else:
self.set_status_passed()
status = ValidationStatus.join_statuses(
status, ValidationStatus.PASSED)
else:
self.set_status_blocked()
status = ValidationStatus.join_statuses(
status, ValidationStatus.BLOCKED)
return status
def __check_resources_have_same_parent_url(self, res1, res2):
return (self.discovery_container.get(res1)).parent_url == (
self.discovery_container.get(res2)).parent_url
def __choose_endpoint_and_zone_from_fabric_collection(
self, endpoint_collection, zone_collection):
for ec in endpoint_collection:
for zc in zone_collection:
if self.__check_resources_have_same_parent_url(ec, zc):
return ec, zc
return None, None
def __find_and_choose_volume(self):
for volume in self.__find_volumes_without_any_links():
self.chosen_volume = volume
break
def __delete_location(self, location_url):
status, _, _, _ = self.api_caller.delete_resource(
location_url,
self.discovery_container,
acceptable_return_codes=[ReturnCodes.NO_CONTENT])
if not status:
cts_error("Resource at %s was not properly deleted" % location_url)
return False
return self.__verify_resource_non_exist(location_url)
def __verify_resource_non_exist(self, location_url_verification):
status, _, _, _, _ = self.api_caller.get_resource(
location_url_verification,
self.discovery_container,
acceptable_return_codes=[
ReturnCodes.BAD_REQUEST, ReturnCodes.NOT_FOUND
])
if not status:
cts_error("Resource at %s was not properly deleted" %
location_url_verification)
return False
cts_message("Resource at %s was properly deleted" %
location_url_verification)
return True
def __find_and_choose_endpoint_collection(self):
endpoint_collection = dict(
self.discovery_container.get_resources(
MetadataConstants.ENDPOINT_COLLECTION))
zones_collection = dict(
self.discovery_container.get_resources(
MetadataConstants.ZONE_COLLECTION))
if not endpoint_collection:
cts_error("No Endpoint Collection")
self.set_status_blocked()
if not zones_collection:
cts_error("No Zone Collection")
self.set_status_blocked()
self.chosen_endpoint, self.chosen_zone = \
self.__choose_endpoint_and_zone_from_fabric_collection(
endpoint_collection,
zones_collection)
def __find_volumes_without_any_links(self, optional_pre_check=False):
reusable_volumes = []
logical_drive_collections = dict(
self.discovery_container.get_resources(
MetadataConstants.VOLUME_COLLECTION, any_child_version=True))
# Allocated Volumes are connected with this same type as Volume
volumes_collection_wo_allocated_volumes = [
x for x in logical_drive_collections if not "AllocatedVolumes" in x
]
for collection in volumes_collection_wo_allocated_volumes:
if not self.chosen_volume_collection:
self.chosen_volume_collection = collection
logical_drive_groups = dict(
self.discovery_container.get_resources(
MetadataConstants.VOLUME, any_child_version=True))
volumes_collection = []
for c in logical_drive_groups.keys():
try:
# this Volume we can use to our tests
if len(
self.discovery_container.get(c).body["Links"]
["Oem"]["Intel_RackScale"]["Endpoints"]) == 0:
volumes_collection.append(c)
except KeyError:
pass
# if there are any free Volume, suspend test
if len(volumes_collection) == 0:
if optional_pre_check:
return False
cts_error(
"No reusable Volume. Create a Volume without linked Endpoints"
)
self.set_status_blocked()
else:
reusable_volumes.extend(volumes_collection)
return reusable_volumes
def __get_odata_id_links(self, link):
return (self.discovery_container.get(link)).odata_id
# verification code
def __verify_patched_zone(self, resource_location, resource_payload):
print "MESSAGE::Comparing newly patched zone to given payload"
return self.__verify_zone(resource_location, resource_payload)
def __verify_created_zone(self, resource_location, resource_payload):
print "MESSAGE::Comparing newly created zone to given payload"
return self.__verify_zone(resource_location, resource_payload)
def __verify_zone(self, resource_location, resource_payload):
location_payload_to_compare = JsonComparator.odict_to_dict(
self.discovery_container.get(resource_location).body["Links"]
["Endpoints"])
payload_to_compare = resource_payload["Links"]["Endpoints"]
return JsonComparator.compare_lists(location_payload_to_compare,
payload_to_compare)
def __verify_created_target_endpoint(self, resource_location,
resource_payload):
print "MESSAGE::Comparing newly created target endpoint to given payload"
location_payload_to_compare = JsonComparator.odict_to_dict(
self.discovery_container.get(resource_location).body)
payload_to_compare = resource_payload
verification_dict = {
'ConnectedEntities': ['EntityLink', 'EntityRole'],
'Identifiers': ['DurableNameFormat', 'DurableName']
}
return self.__verify_body(location_payload_to_compare,
payload_to_compare, verification_dict)
def __verify_created_initiator_endpoint(self, resource_location,
resource_payload):
print "MESSAGE::Comparing newly created initiator endpoint to given payload"
location_payload_to_compare = JsonComparator.odict_to_dict(
self.discovery_container.get(resource_location).body)
payload_to_compare = resource_payload
verification_dict = {
'ConnectedEntities': ['EntityRole'],
'Identifiers': ['DurableNameFormat', 'DurableName']
}
return self.__verify_body(location_payload_to_compare,
payload_to_compare, verification_dict)
def _verify_size_of_created_volume(self, resource_location,
resource_payload):
print "MESSAGE::Comparing newly created volume to given payload"
discovery_service_capacity = self.discovery_container.get(
resource_location).body["CapacityBytes"]
resource_payload_capacity = resource_payload["CapacityBytes"]
return self.__verify_bytes(resource_payload_capacity,
discovery_service_capacity)
@staticmethod
def __verify_body(resource_1, resource_2, verification_dict):
try:
for verification_key in verification_dict.keys():
for verification_elem in verification_dict[verification_key]:
if resource_1[verification_key][0][verification_elem] != \
resource_2[verification_key][0][verification_elem]:
return False
except KeyError:
return False
return True
@staticmethod
def __verify_bytes(resource_on_payload,
resource_discovered,
min_bytes=None,
max_bytes=None):
if not min_bytes:
# default 4 mb
min_bytes = 4000000
if not max_bytes:
# default 4 mb
max_bytes = 4000000
if (resource_on_payload - min_bytes) <= resource_discovered <= (
resource_on_payload + max_bytes):
return True
return False
@staticmethod
def __verify_strings(resource_on_payload, resource_discovered):
resource_on_payload = str(resource_on_payload).lower()
resource_discovered = str(resource_discovered).lower()
return resource_on_payload == resource_discovered
class CRUDOperations(CtsTestScript):
TIMEOUT = 600
DESCRIPTION = """test script validating CRUD (create, read, update and delete) functionalities"""
def run(self):
if self.metadata_container is None:
return
self.chosen_endpoint, self.chosen_zone, self.chosen_volume, self.chosen_volume_collection = (None,)*4
self.initiator_endpoint, self.target_endpoint, self.zone_endpoint, self.created_volume = (None,)*4
test_name = "Storage Services CRUD test"
print "MESSAGE::%s starting" % test_name
print "TEST_CASE::API crawling"
api_explorer = ApiExplorer(self.metadata_container, self.configuration)
self.discovery_container, status = api_explorer.discover(MetadataConstants.SERVICE_ROOT_URI,
MetadataConstants.SERVICE_ROOT)
print "STATUS::{status}".format(status=status)
requirements = [
Requirement(MetadataConstants.SERVICE_ROOT, min=1, max=1),
Requirement(MetadataConstants.STORAGE_SERVICE, min=1),
Requirement(MetadataConstants.VOLUME, min=1),
Requirement(MetadataConstants.VOLUME_COLLECTION, min=1)
]
preconditions = Preconditions(self.metadata_container, requirements)
status = preconditions.validate(self.discovery_container)
if status == ValidationStatus.FAILED:
self.set_status_failed()
return
self.api_caller = ApiCaller(self.configuration)
status = ValidationStatus.join_statuses(status, self.crud_fabrics_target())
print "MESSAGE::%s overall status: %s" % (test_name, ColorPrinter.format_status(status))
def crud_fabrics_target(self):
status = ValidationStatus.PASSED
cts_message("CRUD FABRICS TARGET")
# test pre check
self.__find_volumes_without_any_links(optional_pre_check=True)
try:
status = ValidationStatus.join_statuses(status, self._test_create_volume())
except:
self._test_delete_all_created_endpoints_and_zones()
status = ValidationStatus.FAILED
self.__find_and_choose_endpoint_collection()
self.__find_and_choose_volume()
if not (self.chosen_volume and self.chosen_endpoint and self.chosen_zone):
self.set_status_blocked()
return ValidationStatus.BLOCKED
cts_message("Chosen Volume for test: {volume_url}".format(volume_url=self.chosen_volume))
try:
status = ValidationStatus.join_statuses(status, self._test_create_initiator_endpoint())
status = ValidationStatus.join_statuses(status, self._test_create_target_endpoint())
status = ValidationStatus.join_statuses(status, self._test_create_zone_with_only_one_endpoint())
status = ValidationStatus.join_statuses(status, self._test_patch_zone_with_target_endpoint())
except:
status = ValidationStatus.FAILED
finally:
status = ValidationStatus.join_statuses(status, self._test_delete_all_created_endpoints_and_zones())
return status
# Test case 1:
def _test_create_volume(self):
print "TEST_CASE::Create volume"
post_volume_payload = dict(
CapacityBytes=10000000,
CapacitySources=[],
AccessCapabilities=[]
)
status, status_code, response_body, headers = self.api_caller.post_resource(
self.chosen_volume_collection,
self.discovery_container,
payload=post_volume_payload,
acceptable_return_codes=[ReturnCodes.OK, ReturnCodes.ACCEPTED, ReturnCodes.CREATED]
)
if not status:
cts_error("CTS cannot create volume")
self.set_status_failed()
return ValidationStatus.FAILED
self.created_volume = headers['location']
cts_message("Volume created at {location}".format(location=self.created_volume))
if not self._verify_size_of_created_volume(self.created_volume, post_volume_payload):
cts_error("Service create volume with wrong capacity")
self.set_status_failed()
return ValidationStatus.FAILED
self.set_status_passed()
return ValidationStatus.PASSED
# Test case 2:
def _test_create_initiator_endpoint(self):
print "TEST_CASE::Create initiator endpoint"
random_suffix = random.randrange(1, RANDOM_RANGE, 1)
post_initiator_endpoint_payload = dict(
Identifiers=[dict(
DurableName="iqn.initiator" + str(random_suffix),
DurableNameFormat="iQN"
)],
ConnectedEntities=[dict(
EntityRole="Initiator",
)],
IPTransportDetails=[],
Oem=dict(
Intel_RackScale=dict(
Authentication=dict(
Username="******" + str(random_suffix),
Password="******"
))))
status, status_code, response_body, headers = self.api_caller.post_resource(
self.chosen_endpoint,
self.discovery_container,
payload=post_initiator_endpoint_payload,
acceptable_return_codes=[ReturnCodes.OK, ReturnCodes.ACCEPTED, ReturnCodes.CREATED]
)
if not status:
cts_error("CTS cannot create Initiator Endpoint")
self.set_status_failed()
return ValidationStatus.FAILED
self.initiator_endpoint = headers['location']
cts_message("Initiator Endpoint created at {location}".format(location=self.initiator_endpoint))
try:
verify = self.__verify_created_initiator_endpoint(self.initiator_endpoint, post_initiator_endpoint_payload)
except:
verify = False
if not verify:
cts_error("Service create initiator endpoint with wrong value")
self.set_status_failed()
return ValidationStatus.FAILED
self.set_status_passed()
return ValidationStatus.PASSED
# Test case 3:
def _test_create_target_endpoint(self):
print "TEST_CASE::Create target endpoint"
selected_volume = self.discovery_container.get(self.chosen_volume)
random_suffix = random.randrange(1, RANDOM_RANGE, 1)
post_target_endpoint_payload = dict(
Identifiers=[dict(
DurableName="iqn.initiator" + str(random_suffix),
DurableNameFormat="iQN"
)],
ConnectedEntities=[dict(
EntityRole="Target",
EntityLink={"@odata.id": selected_volume.odata_id},
)],
IPTransportDetails=[],
Oem=dict(
Intel_RackScale=dict(
Authentication=dict(
Username="******" + str(random_suffix),
Password="******"
))))
status, status_code, response, headers = self.api_caller.post_resource(
self.chosen_endpoint,
self.discovery_container,
payload=post_target_endpoint_payload,
acceptable_return_codes=[ReturnCodes.OK,
ReturnCodes.ACCEPTED,
ReturnCodes.CREATED])
if not status:
cts_error("CTS can not create Target Endpoint")
self.set_status_failed()
return ValidationStatus.FAILED
self.target_endpoint = headers['location']
cts_message("Target Endpoint created at {location}".format(location=self.target_endpoint))
try:
verify = self.__verify_created_target_endpoint(self.target_endpoint, post_target_endpoint_payload)
except:
verify = False
if not verify:
cts_error("Service create target endpoint with wrong value")
self.set_status_failed()
return ValidationStatus.FAILED
self.set_status_passed()
return ValidationStatus.PASSED
# Test case 4:
def _test_create_zone_with_only_one_endpoint(self):
print "TEST_CASE::Create zone with only one endpoint"
try:
initiator_endpoint_link = self.__get_odata_id_links(self.initiator_endpoint)
except:
cts_error("No valid initiator endpoint for zone creation")
self.set_status_blocked()
return ValidationStatus.BLOCKED
post_create_zone_payload = dict(
Links=dict(
Endpoints=[{"@odata.id": initiator_endpoint_link}]
)
)
status, status_code, _, headers = self.api_caller.post_resource(self.chosen_zone,
self.discovery_container,
payload=post_create_zone_payload,
acceptable_return_codes=[ReturnCodes.ACCEPTED,
ReturnCodes.CREATED,
ReturnCodes.OK])
if not status:
cts_error("CTS can not create Zone")
self.set_status_failed()
return ValidationStatus.FAILED
self.zone_endpoint = headers['location']
cts_message("Zone created at {location}".format(location=self.zone_endpoint))
if not self.__verify_created_zone(self.zone_endpoint, post_create_zone_payload):
cts_error("Service zone created with wrong value")
self.set_status_failed()
return ValidationStatus.FAILED
self.set_status_passed()
return ValidationStatus.PASSED
# Test case 5:
def _test_patch_zone_with_target_endpoint(self):
print "TEST_CASE::Patch zone with target endpoint"
initiator_or_target_missing = False
try:
initiator_endpoint_link = self.__get_odata_id_links(self.initiator_endpoint)
except:
cts_error("No valid initiator endpoint for zone patching")
initiator_or_target_missing = True
try:
target_endpoint_link = self.__get_odata_id_links(self.target_endpoint)
except:
cts_error("No valid target endpoint for zone patching")
initiator_or_target_missing = True
if initiator_or_target_missing:
cts_error("Missing resources for zone patching")
self.set_status_blocked()
return ValidationStatus.BLOCKED
patch_create_zone_payload = dict(
Links=dict(
Endpoints=[
{"@odata.id": initiator_endpoint_link},
{"@odata.id": target_endpoint_link}]
))
status, status_code, _, headers = self.api_caller.patch_resource(self.zone_endpoint,
self.discovery_container,
payload=patch_create_zone_payload,
acceptable_return_codes=[ReturnCodes.ACCEPTED,
ReturnCodes.OK])
if not status:
cts_error("CTS can not PATCH Zone")
self.set_status_failed()
return ValidationStatus.FAILED
cts_message("Zone PATCHED at {location}".format(location=self.zone_endpoint))
if not self.__verify_patched_zone(self.zone_endpoint, patch_create_zone_payload):
cts_error("Service zone patched with wrong value")
self.set_status_failed()
return ValidationStatus.FAILED
self.set_status_passed()
return ValidationStatus.PASSED
# Test case 6:
def _test_delete_all_created_endpoints_and_zones(self):
status = ValidationStatus.PASSED
for resource, link in OrderedDict([("volume", self.created_volume),
("zone", self.zone_endpoint),
("initiator endpoint", self.initiator_endpoint),
("target endpoint", self.target_endpoint)]).iteritems():
print "TEST_CASE::Delete {resource}".format(resource=resource)
if link:
if not self.__delete_location(link):
self.set_status_failed()
status = ValidationStatus.join_statuses(status, ValidationStatus.FAILED)
else:
self.set_status_passed()
status = ValidationStatus.join_statuses(status, ValidationStatus.PASSED)
else:
self.set_status_blocked()
status = ValidationStatus.join_statuses(status, ValidationStatus.BLOCKED)
return status
def __check_resources_have_same_parent_url(self, res1, res2):
return (self.discovery_container.get(res1)).parent_url == (self.discovery_container.get(res2)).parent_url
def __choose_endpoint_and_zone_from_fabric_collection(self, endpoint_collection, zone_collection):
for ec in endpoint_collection:
for zc in zone_collection:
if self.__check_resources_have_same_parent_url(ec, zc):
return ec, zc
return None, None
def __find_and_choose_volume(self):
for volume in self.__find_volumes_without_any_links():
self.chosen_volume = volume
break
def __delete_location(self, location_url):
status, _, _, _ = self.api_caller.delete_resource(location_url,
self.discovery_container,
acceptable_return_codes=[ReturnCodes.NO_CONTENT])
if not status:
cts_error("Resource at %s was not properly deleted" % location_url)
return False
return self.__verify_resource_non_exist(location_url)
def __verify_resource_non_exist(self, location_url_verification):
status, _, _, _, _ = self.api_caller.get_resource(location_url_verification,
self.discovery_container,
acceptable_return_codes=[ReturnCodes.BAD_REQUEST,
ReturnCodes.NOT_FOUND])
if not status:
cts_error("Resource at %s was not properly deleted" % location_url_verification)
return False
cts_message("Resource at %s was properly deleted" % location_url_verification)
return True
def __find_and_choose_endpoint_collection(self):
endpoint_collection = dict(self.discovery_container.get_resources(
MetadataConstants.ENDPOINT_COLLECTION))
zones_collection = dict(self.discovery_container.get_resources(
MetadataConstants.ZONE_COLLECTION))
if not endpoint_collection:
cts_error("No Endpoint Collection")
self.set_status_blocked()
if not zones_collection:
cts_error("No Zone Collection")
self.set_status_blocked()
self.chosen_endpoint, self.chosen_zone = \
self.__choose_endpoint_and_zone_from_fabric_collection(
endpoint_collection,
zones_collection)
def __find_volumes_without_any_links(self, optional_pre_check=False):
reusable_volumes = []
logical_drive_collections = dict(self.discovery_container.get_resources(
MetadataConstants.VOLUME_COLLECTION,
any_child_version=True))
# Allocated Volumes are connected with this same type as Volume
volumes_collection_wo_allocated_volumes = [x for x in logical_drive_collections if not "AllocatedVolumes" in x]
for collection in volumes_collection_wo_allocated_volumes:
if not self.chosen_volume_collection:
self.chosen_volume_collection = collection
logical_drive_groups = dict(self.discovery_container.get_resources(MetadataConstants.VOLUME,
any_child_version=True))
volumes_collection = []
for c in logical_drive_groups.keys():
try:
# this Volume we can use to our tests
if len(self.discovery_container.get(c).body["Links"]["Oem"]["Intel_RackScale"]["Endpoints"]) == 0:
volumes_collection.append(c)
except KeyError:
pass
# if there are any free Volume, suspend test
if len(volumes_collection) == 0:
if optional_pre_check:
return False
cts_error("No reusable Volume. Create a Volume without linked Endpoints")
self.set_status_blocked()
else:
reusable_volumes.extend(volumes_collection)
return reusable_volumes
def __get_odata_id_links(self, link):
return (self.discovery_container.get(link)).odata_id
# verification code
def __verify_patched_zone(self, resource_location, resource_payload):
print "MESSAGE::Comparing newly patched zone to given payload"
return self.__verify_zone(resource_location, resource_payload)
def __verify_created_zone(self, resource_location, resource_payload):
print "MESSAGE::Comparing newly created zone to given payload"
return self.__verify_zone(resource_location, resource_payload)
def __verify_zone(self, resource_location, resource_payload):
location_payload_to_compare = JsonComparator.odict_to_dict(
self.discovery_container.get(resource_location).body["Links"]["Endpoints"])
payload_to_compare = resource_payload["Links"]["Endpoints"]
return JsonComparator.compare_lists(location_payload_to_compare, payload_to_compare)
def __verify_created_target_endpoint(self, resource_location, resource_payload):
print "MESSAGE::Comparing newly created target endpoint to given payload"
location_payload_to_compare = JsonComparator.odict_to_dict(
self.discovery_container.get(resource_location).body)
payload_to_compare = resource_payload
verification_dict = {'ConnectedEntities': ['EntityLink',
'EntityRole'],
'Identifiers': ['DurableNameFormat',
'DurableName']}
return self.__verify_body(location_payload_to_compare, payload_to_compare, verification_dict)
def __verify_created_initiator_endpoint(self, resource_location, resource_payload):
print "MESSAGE::Comparing newly created initiator endpoint to given payload"
location_payload_to_compare = JsonComparator.odict_to_dict(
self.discovery_container.get(resource_location).body)
payload_to_compare = resource_payload
verification_dict = {'ConnectedEntities': ['EntityRole'],
'Identifiers': ['DurableNameFormat',
'DurableName']}
return self.__verify_body(location_payload_to_compare, payload_to_compare, verification_dict)
def _verify_size_of_created_volume(self, resource_location, resource_payload):
print "MESSAGE::Comparing newly created volume to given payload"
discovery_service_capacity = self.discovery_container.get(resource_location).body["CapacityBytes"]
resource_payload_capacity = resource_payload["CapacityBytes"]
return self.__verify_bytes(resource_payload_capacity, discovery_service_capacity)
@staticmethod
def __verify_body(resource_1, resource_2, verification_dict):
try:
for verification_key in verification_dict.keys():
for verification_elem in verification_dict[verification_key]:
if resource_1[verification_key][0][verification_elem] != \
resource_2[verification_key][0][verification_elem]:
return False
except KeyError:
return False
return True
@staticmethod
def __verify_bytes(resource_on_payload, resource_discovered, min_bytes=None, max_bytes=None):
if not min_bytes:
# default 4 mb
min_bytes = 4000000
if not max_bytes:
# default 4 mb
max_bytes = 4000000
if (resource_on_payload - min_bytes) <= resource_discovered <= (resource_on_payload + max_bytes):
return True
return False
@staticmethod
def __verify_strings(resource_on_payload, resource_discovered):
resource_on_payload = str(resource_on_payload).lower()
resource_discovered = str(resource_discovered).lower()
return resource_on_payload == resource_discovered
class ValidateUseCase(CtsTestScript):
TIMEOUT = 600
DESCRIPTION = """test case validating api responses against provided use case"""
CONFIGURATION_PARAMETERS = [
TestScript.ConfigurationParameter(parameter_name="UseCase",
parameter_description="Use Case name",
parameter_type=str,
is_required=False,
parameter_default_value=[])
]
def run(self):
json_loader = JsonLoader()
if self.metadata_container is None:
return
if not self.configuration.UseCase:
json_loader.print_available_actions()
return
actions_to_take = json_loader.get_use_case(self.configuration.UseCase)
specific_action = json_loader.get_use_case_action(actions_to_take['filepath'])
print('TEST_CASE::API crawling')
api_explorer = ApiExplorer(self.metadata_container, self.configuration)
self.discovery_container, status = api_explorer.discover(MetadataConstants.SERVICE_ROOT_URI,
MetadataConstants.SERVICE_ROOT)
configuration = self.configuration
self.api_caller = ApiCaller(configuration)
print('TEST_CASE::Action Runner')
status = self.action_runner(specific_action)
print('STATUS::{status}'.format(status=status))
def action_runner(self, specific_action):
actions_status = ValidationStatus.RUNNING
for action_step, action in enumerate(specific_action['actions'], 1):
step_counter = "%d/%d" % (action_step, len(specific_action['actions']))
action_type = action['type']
if action_type == 'timeout':
try:
self.perform_timeout(step_counter, action['value'])
except IndexError:
self.perform_timeout(step_counter)
continue
retry_if_fail, retry_timeout = self.__get_retry_information(action)
action_args = (specific_action['name'],
action['name'],
action['action'],
step_counter,
int(retry_if_fail),
int(retry_timeout))
if action_type == 'external':
actions_status = ValidationStatus.join_statuses(self.perform_external_command(*action_args))
continue
elif action_type == 'usecase':
actions_status = ValidationStatus.join_statuses(self.perform_action(*action_args))
return actions_status
@staticmethod
def perform_timeout(step_counter, timeout=1):
cts_message("Step: %s" % step_counter)
cts_message("Timeout: %s" % timeout)
sleep(float(timeout))
@CaseInformation
def perform_external_command(self, test_name, case_name, action, step_counter, retry=0, timeout=0):
"""
Perform command on external host
:param test_name: !! used by decorator
:param case_name: !! used by decorator
:param action:
:param step_counter: !! used by decorator
:param retry:
:param timeout:
:return:
"""
# CONNECTION PHASE
response_from_remote_host = self._connection_phase(action)
# VERIFICATION PHASE
print(response_from_remote_host)
verification_status = self._verification_phase(action, raw_response=response_from_remote_host)
if not verification_status:
return ValidationStatus.FAILED
return ValidationStatus.PASSED
@staticmethod
def run_commands_on_host(commands, credentials):
responses_from_ssh_target = []
with ExternalCommandOverSSH(**credentials) as host:
for cmd in commands:
_, stdout, stderr = host.exec_command(cmd)
err = stderr.read()
if err is not '':
cts_error(err)
responses_from_ssh_target.append(stdout.read())
return responses_from_ssh_target[-1]
def _connection_phase(self, action):
"""
Do actions on remote and return last response
"""
tgt_credential = action['target_credential']
command = action['command']
first_target = {
"target_hostname": tgt_credential['hostname'],
"target_username": tgt_credential['username'],
"target_password": tgt_credential['password'],
"target_port": tgt_credential['port']
}
try:
second_tgt_credential = action['jump_target_credential']
second_target = {
"second_hostname": second_tgt_credential['hostname'],
"second_username": second_tgt_credential['username'],
"second_password": second_tgt_credential['password'],
"second_port": second_tgt_credential['port']
}
except KeyError:
return self.run_commands_on_host(command, first_target)
return self.run_commands_on_host(command, self.__merge_dicts(first_target,
second_target))
def _verification_phase(self, action, raw_response=None):
external_command = action['response']['command']
expected_response = action['response']['result']
command_type, command_location = self.__verify_command_type(external_command)
command_args = self.__verify_command_args(external_command)
external_action = ExecuteExternalScript(script_path=command_location,
raw_response=raw_response,
expected_result=expected_response)
if not external_action(**command_args):
cts_error('Script response IS NOT equal to excepted.')
return False
cts_message('Script response is equal to excepted.')
return True
@CaseInformation
def perform_action(self, test_name, case_name, action, step_counter, retry=0, timeout=0):
case_action = CaseAction(**action)
cts_message("_____")
cts_message("{name}: {step}\n\t\t {description}".format(name=test_name,
step=step_counter,
description=case_name))
cts_message("{request_method}: {request}".format(request_method=action['request_method'],
request=action['request'].replace("{", "(").replace("}", ")")))
resource_type, resource_id, resource_action = self._get_target_information(case_action.request)
discovered_systems = self.discovery_container.get_resources(resource_type,
any_child_version=True)
if not discovered_systems:
cts_error('Cannot find %s' % resource_type)
return ValidationStatus.BLOCKED
try:
computer_odata_id = self.discovery_container.get(discovered_systems[resource_id][0]).odata_id
except IndexError:
cts_error('Cannot find %s' % resource_type)
return ValidationStatus.BLOCKED
action_endpoint = '{odata_id}/{action_name}'.format(odata_id=computer_odata_id,
action_name='/'.join(resource_action))
status, _, _, _ = self.api_caller.post_resource(action_endpoint,
self.discovery_container,
case_action.payload,
acceptable_return_codes=case_action.response)
if (not status) and (retry > 0):
cts_message("Operation failed, left retry %s" % retry)
cts_message("Timeout: %s" % timeout)
sleep(float(timeout))
self.perform_action(test_name, case_name, action, step_counter, retry=(retry - 1), timeout=timeout)
if not status:
cts_error('Cannot execute action %s' % action_endpoint)
return ValidationStatus.FAILED
cts_message('End of: %s' % case_name)
return ValidationStatus.PASSED
def _get_target_information(self, request):
request_cleaned = request.replace('{', '').replace('}', '').split('/')
resource_type = request_cleaned[0]
resource_id = self._choose_resource(request_cleaned[1])
action = request_cleaned[2:]
return resource_type, resource_id, action
@staticmethod
def _choose_resource(number):
return 0 if number == 'any' else int(number)
@staticmethod
def __verify_command_type(external_cmd):
command_type, command_location = (None,) * 2
try:
command_type = external_cmd[0]
if command_type.lower() != 'python':
cts_message('CTS support only Python external scripts')
return False
command_location = external_cmd[1]
except IndexError:
cts_error('Missing verification command details')
return command_type, command_location
def __verify_command_args(self, external_cmd):
command_args = None
try:
command_args = self.__generate_dict_from_custom(external_cmd[2:])
except IndexError:
pass
return command_args
@staticmethod
def __get_retry_information(action):
"""
:param action:
:return: retry_if_fail, retry_timeout
"""
retry_if_fail, retry_timeout = 0, 1
try:
retry_if_fail, retry_timeout = action['action']['retry_if_fail'], \
action['action']['retry_timeout']
except KeyError:
pass
return retry_if_fail, retry_timeout
# HELPERS
@staticmethod
def __generate_dict_from_custom(list_values):
dict_from_list = {}
for element in list_values:
k, v = element.split(":")
dict_from_list[k] = v
return dict_from_list
@staticmethod
def __merge_dicts(a, b):
c = a.copy()
c.update(b)
return c
class CRUDOperations(CtsTestScript):
TIMEOUT = 600
DESCRIPTION = """test script validating CRUD (create, read, update and delete) functionalities"""
def run(self):
if self.metadata_container is None:
return
test_name = "Storage Services CRUD test"
print "MESSAGE::%s starting" % test_name
print "TEST_CASE::API crawling"
api_explorer = ApiExplorer(self.metadata_container, self.configuration)
self.discovery_container, status = api_explorer.discover(MetadataConstants.SERVICE_ROOT_URI,
MetadataConstants.SERVICE_ROOT)
print "STATUS::{status}".format(status=status)
requirements = [
Requirement(MetadataConstants.SERVICE_ROOT, min=1, max=1),
Requirement(MetadataConstants.STORAGE_SERVICE, min=1),
Requirement(MetadataConstants.LOGICAL_DRIVE_COLLECTION, min=1),
Requirement(MetadataConstants.REMOTE_TARGET_COLLECTION, min=1),
Requirement(MetadataConstants.LOGICAL_DRIVE, min=2)
]
preconditions = Preconditions(self.metadata_container, requirements)
status = preconditions.validate(self.discovery_container)
if status == ValidationStatus.FAILED:
self.set_status_blocked()
return
self.api_caller = ApiCaller(self.configuration)
status = ValidationStatus.join_statuses(status, self.crud_logical_drive())
status = ValidationStatus.join_statuses(status, self.crud_remote_target())
print "MESSAGE::%s overall status: %s" % (test_name, ColorPrinter.format_status(status))
def _test_case_create_logical_drive(self, logical_drive_collection, payload=None):
print "TEST_CASE::Create a logical drive"
if not payload:
payload = self.post_logical_drive_payload
status, status_code, response_body, headers = self.api_caller.post_resource(
logical_drive_collection, self.discovery_container, payload=payload)
if not status:
cts_error("Wrong status code of POST response: {status_code}; response body: {response_body:response_body}",
**locals())
self.set_status_failed()
return ValidationStatus.FAILED
try:
self.created_logical_drive = headers["Location"]
self.created_logical_drive_netloc = \
self.discovery_container.get_netloc(logical_drive_collection)
print "MESSAGE::Newly created logical drive url %s" % self.created_logical_drive
except KeyError:
cts_error("In header shall be provided location to created resource")
self.set_status_failed()
return ValidationStatus.FAILED
print "MESSAGE::Logical drive created"
self.set_status_passed()
return ValidationStatus.PASSED
def _test_case_get_created_logical_drive(self, logical_drive):
print "TEST_CASE::Get the created logical drive"
link, status, status_code, response_body, _ = \
self.api_caller.get_resource(self.created_logical_drive,
self.discovery_container,
api_endpoint_override=self.created_logical_drive_netloc)
if not status:
cts_error("Wrong status code of GET response: {status_code}; response body: {response_body:response_body}",
**locals())
self.set_status_failed()
return ValidationStatus.FAILED
else:
print "MESSAGE::Comparing newly created logical drive to given payload"
if not JsonComparator.compare_json_to_golden(response_body, self.expected_created_logical_drive_body,
ignore = ["/Name"]): # Name setting not supported by PSME REST API
cts_error("Newly created logical drive's body incorrect")
self.set_status_failed()
print "MESSAGE::Proceeding with deleting the resource"
return ValidationStatus.FAILED
print "MESSAGE::Newly created logical drive's correct"
self.set_status_passed()
return ValidationStatus.PASSED
def _test_case_update_created_logical_drive(self):
print "TEST_CASE::Update the created logical drive"
patch_logical_drive_payload = dict(
Bootable = not self.post_logical_drive_payload["Bootable"]
)
status, status_code, response_body, _ = self.api_caller.patch_resource(self.created_logical_drive,
self.discovery_container,
payload=patch_logical_drive_payload)
if not status:
cts_error("Error while executing PATCH; status code: {status_code}; response body: "
"{response_body:response_body}",
**locals())
self.set_status_failed()
return ValidationStatus.FAILED
link, status, status_code, response_body, _ = \
self.api_caller.get_resource(self.created_logical_drive,
self.discovery_container,
api_endpoint_override=self.created_logical_drive_netloc)
if not status:
cts_error("Wrong status code of GET response: {status_code}; response body: {response_body:response_body}",
**locals())
self.set_status_failed()
return ValidationStatus.FAILED
else:
print "MESSAGE::Verifying whether the logical drive's update has taken place"
if not JsonComparator.compare_json_to_golden(response_body["Bootable"],
patch_logical_drive_payload["Bootable"]):
cts_error("Newly created logical drive could not be updated")
self.set_status_failed()
print "MESSAGE::Proceeding with deleting the resource"
return ValidationStatus.FAILED
print "MESSAGE::Newly created logical drive updated correctly"
self.set_status_passed()
return ValidationStatus.PASSED
def _test_case_delete_created_logical_drive(self, logical_drive):
print "TEST_CASE::Delete the created logical drive"
status, status_code, response_body, _ = self.api_caller.delete_resource(self.created_logical_drive,
self.discovery_container)
if not status:
cts_error("Wrong status code of DELETE response: {status_code}; response body: "
"{response_body:response_body}", **locals())
self.set_status_failed()
return ValidationStatus.FAILED
print "MESSAGE::Newly created logical drive deleted"
self.set_status_passed()
return ValidationStatus.PASSED
def _test_case_get_deleted_logical_drive(self, logical_drive):
print "TEST_CASE::Get the deleted logical drive"
link, status, status_code, response_body, _ = \
self.api_caller.get_resource(self.created_logical_drive,
self.discovery_container,
acceptable_return_codes=[ReturnCodes.NOT_FOUND],
api_endpoint_override=self.created_logical_drive_netloc)
if not status:
cts_error("Wrong status code of GET response after deletion: {status_code}; response body: "
"{response_body:response_body}", **locals())
self.set_status_failed()
return ValidationStatus.FAILED
print "MESSAGE::Newly created logical drive not found (as intended)"
self.set_status_passed()
return ValidationStatus.PASSED
def crud_logical_drive(self, create_logical_drive_for_target_crud=None):
"""
Test is trying to perform CRUD (create, read, update, delete) operations on a logical drive
:type create_logical_drive_for_target_crud: Boolean
"""
status = ValidationStatus.BLOCKED
lvm_found = False
chosen_logical_drive_type, chosen_logical_drive_mode = None, None
chosen_logical_drive_collection, chosen_logical_drive, chosen_logical_drive_group = None, None, None
inherited_bootable = None
# to speed things up, always look for the lowest capacity logical drive
LVM_LV_SPECIFIC_CONSTRAINTS = [equal("Mode", "LV"), greater("CapacityGiB", 0), not_equal("Snapshot", True),
order_by("CapacityGiB")]
CEPH_RBD_SPECIFIC_CONSTRAINTS = [equal("Mode", "RBD"), greater("CapacityGiB", 0), order_by("CapacityGiB")]
logical_drive_collections = dict(self.discovery_container.get_resources(
MetadataConstants.LOGICAL_DRIVE_COLLECTION,
any_child_version=True))
for collection in logical_drive_collections.keys():
chosen_logical_drive_collection = collection
logical_drive_groups = dict(self.discovery_container.get_resources(MetadataConstants.LOGICAL_DRIVE,
any_child_version=True,
constraints=[equal("Mode", "LVG"),
from_collection(collection)]))
if logical_drive_groups:
lvm_found = True
else:
logical_drive_groups = dict(self.discovery_container.get_resources(MetadataConstants.LOGICAL_DRIVE,
any_child_version=True,
constraints=[equal("Mode", "Pool"),
from_collection(
collection)]))
if logical_drive_groups:
specific_constraints = LVM_LV_SPECIFIC_CONSTRAINTS if lvm_found else CEPH_RBD_SPECIFIC_CONSTRAINTS
for lvg_link, lvg in logical_drive_groups.iteritems():
chosen_logical_drive_group = lvg.odata_id
try:
child_lvs = [lv["@odata.id"] for lv in lvg.body["Links"]["LogicalDrives"]]
chosen_logical_drive, _ = self.discovery_container.get_resources(
MetadataConstants.LOGICAL_DRIVE,
any_child_version=True,
constraints=specific_constraints
+ [odata_ids(child_lvs)])[0]
lv = self.discovery_container[chosen_logical_drive]
inherited_bootable = lv.body["Bootable"]
chosen_logical_drive_type = lv.body["Type"]
chosen_logical_drive_mode = lv.body["Mode"]
except (KeyError,IndexError) as error:
cts_error("Exception while parsing {id:id}: {error:exception}", id=chosen_logical_drive,
error=error)
chosen_logical_drive = None
pass
else:
break
if not chosen_logical_drive_group:
resource = "logical drive group" if lvm_found else "Pool"
cts_warning("Could not find a {resource} resource in collection {collection}", **locals())
if lvm_found and not chosen_logical_drive:
cts_warning("Could not find a logical volume in collection {collection}", **locals())
if lvm_found and not chosen_logical_drive:
cts_error("Could not find any logical volume")
return status
if not chosen_logical_drive_group:
cts_error("Could not find any logical drive group, aborting")
return status
self.post_logical_drive_payload = dict(
Name="LVM Logical Drive created by CTS",
Type=chosen_logical_drive_type,
Mode=chosen_logical_drive_mode,
Protected=False,
CapacityGiB=self.discovery_container[chosen_logical_drive].body["CapacityGiB"],
Image="CTS test image",
Bootable=inherited_bootable if inherited_bootable else False,
Snapshot=True,
Links=dict(
LogicalDrives=[{"@odata.id": chosen_logical_drive_group}],
MasterDrive={"@odata.id": urlparse(chosen_logical_drive).path}
)
)
# Creating the first RBD if no other was found
if not chosen_logical_drive:
if lvm_found:
print "ERROR::Could not find a logical drive suitable for snapshot"
return status
cts_warning("Could not find any logical drive suitable for snapshot. Since CEPH was detected, CTS will "\
"try to create the first RBD")
self.post_logical_drive_payload = dict(
Name="CEPH Logical Drive created by CTS",
Type="CEPH",
Mode="RBD",
Protected=False,
CapacityGiB=self.discovery_container[chosen_logical_drive_group].body["CapacityGiB"]/2,
Bootable=False,
Snapshot=False,
Links=dict(
LogicalDrives=[{"@odata.id": urlparse(chosen_logical_drive_group).path}],
MasterDrive=None
)
)
print "MESSAGE::Logical drive CRUD test will be performed on logical drive collection %s, creating logical " \
"drive based on %s on group %s" % (chosen_logical_drive_collection, chosen_logical_drive,
chosen_logical_drive_group)
self.expected_created_logical_drive_body = deepcopy(self.post_logical_drive_payload)
# The logical drive in LogicalDrives link is really the volume group and is going to be seen under
# UsedBy on REST
self.expected_created_logical_drive_body["Links"]["UsedBy"] = \
self.expected_created_logical_drive_body["Links"]["LogicalDrives"]
self.expected_created_logical_drive_body["Links"]["LogicalDrives"] = []
status = self._test_case_create_logical_drive(chosen_logical_drive_collection)
if status == ValidationStatus.PASSED: # only perform other tests if creation was successful
ld = self.created_logical_drive
status = ValidationStatus.join_statuses(status, self._test_case_get_created_logical_drive(ld))
if create_logical_drive_for_target_crud:
return status
if status == ValidationStatus.PASSED:
status = ValidationStatus.join_statuses(status, self._test_case_update_created_logical_drive())
status = ValidationStatus.join_statuses(status, self._test_case_delete_created_logical_drive(ld))
status = ValidationStatus.join_statuses(status, self._test_case_get_deleted_logical_drive(ld))
return status
def _test_case_create_remote_target(self, remote_target_collection):
print "TEST_CASE::Create a remote target"
status, status_code, response_body, headers = self.api_caller.post_resource(
remote_target_collection, self.discovery_container, payload=self.post_remote_target_payload)
if not status:
cts_error("Wrong status code of POST response: {status_code}; response body: {response_body:response_body}",
**locals())
self.set_status_failed()
return ValidationStatus.FAILED
try:
self.created_remote_target = headers["Location"]
self.created_remote_target_netloc = \
self.discovery_container.get_netloc(remote_target_collection)
print "MESSAGE::Newly created remote target url %s" % self.created_remote_target
except KeyError:
cts_error("In header shall be provided location to created resource")
self.set_status_failed()
return ValidationStatus.FAILED
print "MESSAGE::Remote target created"
self.set_status_passed()
return ValidationStatus.PASSED
def _test_case_get_created_remote_target(self):
print "TEST_CASE::Get the created remote target"
link, status, status_code, response_body, _ = \
self.api_caller.get_resource(self.created_remote_target,
self.discovery_container,
api_endpoint_override=self.created_remote_target_netloc)
if not status:
cts_error("Wrong status code of GET response: {status_code}; response body: {response_body:response_body}",
**locals())
self.set_status_failed()
return ValidationStatus.FAILED
else:
print "MESSAGE::Comparing newly created remote target to given payload"
if not JsonComparator.compare_json_to_golden(response_body, self.post_remote_target_payload):
cts_error("Newly created remote target's body incorrect")
self.set_status_failed()
print "MESSAGE::Proceeding with deleting the resource"
return ValidationStatus.FAILED
print "MESSAGE::Newly created remote target's body correct"
self.set_status_passed()
return ValidationStatus.PASSED
def _test_case_logical_drive_has_link_to_created_target(self, logical_drive):
print "TEST_CASE::Check for a link to the created target in logical drive's body"
link, status, status_code, response_body, _ = \
self.api_caller.get_resource(logical_drive,
self.discovery_container)
if not status:
cts_error("Wrong status code of GET response: {status_code}; response body: {response_body:response_body}",
**locals())
self.set_status_failed()
return ValidationStatus.FAILED
else:
try:
target = urlparse(self.created_remote_target).path
if not {"@odata.id": target} in response_body["Links"]["Targets"]\
and not {"@odata.id": target + "/"} in response_body["Links"]["Targets"]:
cts_error("No link to the created target in the logical drive's body")
self.set_status_failed()
return ValidationStatus.FAILED
except KeyError:
cts_error("No Links/Targets array present in the logical drive's body")
self.set_status_failed()
return ValidationStatus.FAILED
print "MESSAGE::A link from the logical drive to the target is present"
self.set_status_passed()
return ValidationStatus.PASSED
def _test_case_update_created_remote_target(self):
print "TEST_CASE::Update the created remote target"
patch_remote_target_payload = dict(
Initiator=[dict(
iSCSI=dict(
InitiatorIQN="cts.initiator:patched_cts_initiator"
)
)]
)
status, status_code, response_body, _ = self.api_caller.patch_resource(self.created_remote_target,
self.discovery_container,
payload=patch_remote_target_payload)
if not status:
cts_error("Error while executing PATCH; status code: {status_code}; response body: "
"{response_body:response_body}",
**locals())
self.set_status_failed()
return ValidationStatus.FAILED
link, status, status_code, response_body, _ = \
self.api_caller.get_resource(self.created_remote_target,
self.discovery_container,
api_endpoint_override=self.created_remote_target_netloc)
if not status:
cts_error("Wrong status code of GET response: {status_code}; response body: {response_body:response_body}",
**locals())
self.set_status_failed()
return ValidationStatus.FAILED
else:
print "MESSAGE::Verifying whether the remote target's update has taken place"
if not JsonComparator.compare_json_to_golden(response_body["Initiator"],
patch_remote_target_payload["Initiator"]):
cts_error("Newly created remote target could not be updated")
self.set_status_failed()
print "MESSAGE::Proceeding with deleting the resource"
return ValidationStatus.FAILED
print "MESSAGE::Newly created remote target updated correctly"
self.set_status_passed()
return ValidationStatus.PASSED
def _test_case_delete_created_remote_target(self):
print "TEST_CASE::Delete the created remote target"
status, status_code, response_body, _ = self.api_caller.delete_resource(self.created_remote_target,
self.discovery_container)
if not status:
cts_error("Wrong status code of DELETE response: {status_code}; response body: "
"{response_body:response_body}",
**locals())
self.set_status_failed()
return ValidationStatus.FAILED
print "MESSAGE::Newly created remote target deleted"
self.set_status_passed()
return ValidationStatus.PASSED
def _test_case_get_deleted_remote_target(self):
print "TEST_CASE::Get the deleted remote target"
link, status, status_code, response_body, _ = \
self.api_caller.get_resource(self.created_remote_target,
self.discovery_container,
acceptable_return_codes=[ReturnCodes.NOT_FOUND],
api_endpoint_override=self.created_remote_target_netloc)
if not status:
cts_error("Wrong status code of GET response: {status_code}; response body: {response_body:response_body}",
**locals())
self.set_status_failed()
return ValidationStatus.FAILED
print "MESSAGE::Newly created remote target not found (as intended)"
self.set_status_passed()
return ValidationStatus.PASSED
def crud_remote_target(self):
"""
Test is checking for rsa compute blade presence
"""
ld_created_for_crud = False
target_iqn = "cts.target:cts_test_target"
target_iqns = set()
chosen_logical_drive, chosen_remote_target_collection = None, None
if not self.discovery_container.count_resources(MetadataConstants.LOGICAL_DRIVE, any_child_version=True):
cts_error("Insufficient resources for API test. No logical drives found.")
return ValidationStatus.BLOCKED
logical_drives = dict(self.discovery_container.get_resources(MetadataConstants.LOGICAL_DRIVE,
any_child_version=True,
constraints=[equal("Mode", "LV"),
equal("Protected", False)]))
if not logical_drives:
logical_drives = dict(self.discovery_container.get_resources(MetadataConstants.LOGICAL_DRIVE,
any_child_version=True,
constraints=[equal("Mode", "RBD"),
equal("Protected", False)]))
try:
chosen_remote_target_collection = self.discovery_container.get_resources(
MetadataConstants.REMOTE_TARGET_COLLECTION,
any_child_version=True)[0][0]
chosen_logical_drive = [link for link, resource in logical_drives.iteritems() if not
len(resource.body["Links"]["Targets"])][0]
except (KeyError, IndexError):
pass
if not chosen_remote_target_collection:
cts_error("Insufficient resources available on API for test. Could not find any remote target collection")
return ValidationStatus.BLOCKED
if not chosen_logical_drive:
cts_warning("Insufficient resources available on API for test. Could not find an unprotected logical drive "
"with no targets attached")
print "MESSAGE::Trying to create a new logical volume for the target, then proceeding with remote target "\
"CRUD test"
if self.crud_logical_drive(create_logical_drive_for_target_crud=True) == ValidationStatus.PASSED:
chosen_logical_drive = self.created_logical_drive
ld_created_for_crud = True
else:
cts_error("Creating a new logical volume for the target failed, skipping remote target tests")
return ValidationStatus.BLOCKED
targets = [link for link, resource in
self.discovery_container.get_resources(MetadataConstants.REMOTE_TARGET,
any_child_version=True,
constraints=[
from_collection(chosen_remote_target_collection)
])]
for target in targets:
addresses = self.discovery_container[target].body["Addresses"]
for address in addresses:
try:
target_iqns.add(address["iSCSI"]["TargetIQN"])
except KeyError:
pass
if target_iqn in target_iqns:
iqn_number = 0
while target_iqn + str(iqn_number) in target_iqns:
iqn_number += 1
target_iqn = target_iqn + str(iqn_number)
print "MESSAGE::Remote Target CRUD test will be performed on remote target collection %s, creating remote "\
"target based on %s with first lowest consecutive \'cts.target:cts_test_target<number>\' target IQN "\
"available: %s" % (chosen_remote_target_collection, chosen_logical_drive, target_iqn)
self.post_remote_target_payload = dict(
Addresses=[dict(
iSCSI=dict(
TargetIQN=target_iqn,
TargetLUN=[dict(
LUN=1,
LogicalDrive={"@odata.id": urlparse(chosen_logical_drive).path}
)],
)
)],
Initiator=[dict(
iSCSI=dict(
InitiatorIQN="cts.initiator:initiator_cts_test"
)
)]
)
status = self._test_case_create_remote_target(chosen_remote_target_collection)
if status == ValidationStatus.PASSED: # only perform other tests if creation was successful
status = ValidationStatus.join_statuses(status, self._test_case_get_created_remote_target())
status = ValidationStatus.join_statuses(status, self._test_case_logical_drive_has_link_to_created_target(
chosen_logical_drive))
status = ValidationStatus.join_statuses(status, self._test_case_update_created_remote_target())
status = ValidationStatus.join_statuses(status, self._test_case_delete_created_remote_target())
status = ValidationStatus.join_statuses(status, self._test_case_get_deleted_remote_target())
if ld_created_for_crud:
ld = self.created_logical_drive
del_status = self._test_case_delete_created_logical_drive(ld)
del_status = ValidationStatus.join_statuses(del_status, self._test_case_get_deleted_logical_drive(ld))
if status == ValidationStatus.PASSED and del_status != status:
cts_error("Remote target CRUD test passed, but the logical drive it created failed to delete properly")
status = ValidationStatus.PASSED_WITH_WARNINGS
return status
class CRUDOperations(CtsTestScript):
TIMEOUT = 600
DESCRIPTION = """test script validating CRUD (create, read, update and delete) functionalities"""
def run(self):
test_name = "Storage Services CRUD test"
print "MESSAGE::%s starting" % test_name
print "TEST_CASE::API crawling"
api_explorer = ApiExplorer(self.metadata_container, self.configuration)
self.discovery_container, status = api_explorer.discover(MetadataConstants.SERVICE_ROOT_URI,
MetadataConstants.SERVICE_ROOT)
print "STATUS::{status}".format(status=status)
requirements = [
Requirement(MetadataConstants.SERVICE_ROOT, min=1, max=1),
Requirement(MetadataConstants.STORAGE_SERVICE, min=1),
Requirement(MetadataConstants.LOGICAL_DRIVE, min=2)
]
preconditions = Preconditions(self.metadata_container, requirements)
status = preconditions.validate(self.discovery_container)
self.api_caller = ApiCaller(self.configuration)
status = ValidationStatus.join_statuses(status, self.crud_logical_drive())
status = ValidationStatus.join_statuses(status, self.crud_remote_target())
print "MESSAGE::%s overall status: %s" % (test_name, ColorPrinter.format_status(status))
def _test_case_create_logical_drive(self, logical_drive_collection, payload=None):
print "TEST_CASE::Create a logical drive"
if not payload:
payload = self.post_logical_drive_payload
status, status_code, response_body, headers = self.api_caller.post_resource(
logical_drive_collection, payload=payload)
if not status:
print "ERROR::Wrong status code of POST response: %d" % status_code
self.set_status_failed()
return ValidationStatus.FAILED
try:
self.created_logical_drive = headers["Location"]
print "MESSAGE::Newly created logical drive url %s" % self.created_logical_drive
except KeyError:
print "ERROR::In header shall be provided location to created resource"
self.set_status_failed()
return ValidationStatus.FAILED
print "MESSAGE::Logical drive created"
self.set_status_passed()
return ValidationStatus.PASSED
def _test_case_get_created_logical_drive(self, logical_drive=None):
print "TEST_CASE::Get the created logical drive"
if not logical_drive:
logical_drive = self.created_logical_drive
status, status_code, response_body, _ = self.api_caller.get_resource(logical_drive)
if not status:
print "ERROR::Wrong status code of GET response: %s" % status_code
print "ERROR::Response body:\n%s" % response_body
self.set_status_failed()
return ValidationStatus.FAILED
else:
api_resource = ApiResource(response_body, response_body["@odata.type"])
self.discovery_container.add_resource(logical_drive, api_resource)
print "MESSAGE::Comparing newly created logical drive to given payload"
ignored_fields = ["/Name", "/Image"] # Name setting not supported by PSME REST API, Image is optional
print "MESSAGE::Comparing newly created logical drive to given payload"
if not JsonComparator.compare_json_to_golden(response_body, self.expected_created_logical_drive_body,
ignore = ignored_fields):
print "ERROR::Newly created logical drive's body incorrect"
self.set_status_failed()
print "MESSAGE::Proceeding with deleting the resource"
return ValidationStatus.FAILED
print "MESSAGE::Newly created logical drive's body correct"
self.set_status_passed()
return ValidationStatus.PASSED
def _test_case_update_created_logical_drive(self):
print "TEST_CASE::Update the created logical drive"
patch_logical_drive_payload = dict(
Bootable = not self.post_logical_drive_payload["Bootable"]
)
status, status_code, response_body, _ = self.api_caller.patch_resource(self.created_logical_drive,
payload=patch_logical_drive_payload)
if not status:
print "ERROR::Wrong status code of PATCH reponse %s" % status_code
print "ERROR::Response body:\n%s" % response_body
self.set_status_failed()
return ValidationStatus.FAILED
status, status_code, response_body, _ = self.api_caller.get_resource(self.created_logical_drive)
if not status:
print "ERROR::Wrong status code of GET reponse %s" % status_code
print "ERROR::Response body:\n%s" % response_body
self.set_status_failed()
return ValidationStatus.FAILED
else:
print "MESSAGE::Verifying whether the logical drive's update has taken place"
if not JsonComparator.compare_json_to_golden(response_body, patch_logical_drive_payload):
print "ERROR::Newly created logical drive could not be updated"
self.set_status_failed()
print "MESSAGE::Proceeding with deleting the resource"
return ValidationStatus.FAILED
print "MESSAGE::Newly created logical drive updated correctly"
self.set_status_passed()
return ValidationStatus.PASSED
def _test_case_delete_created_logical_drive(self, logical_drive=None):
print "TEST_CASE::Delete the created logical drive"
if not logical_drive:
logical_drive = self.created_logical_drive
status, status_code, response_body, _ = self._delete_resource(logical_drive)
if not status:
self.set_status_failed()
return ValidationStatus.FAILED
self.discovery_container.remove_resource(logical_drive)
print "MESSAGE::Newly created logical drive deleted"
self.set_status_passed()
return ValidationStatus.PASSED
def _test_case_get_deleted_logical_drive(self, logical_drive=None):
print "TEST_CASE::Get the deleted logical drive"
if not logical_drive:
logical_drive = self.created_logical_drive
status, status_code, response_body, _ = self.api_caller.get_resource(logical_drive,
acceptable_return_codes = [ReturnCodes.NOT_FOUND])
if not status:
print "ERROR::Wrong status code of GET response after deletion: %s" % status_code
print "ERROR::Response body:\n%s" % response_body
self.set_status_failed()
return ValidationStatus.FAILED
print "MESSAGE::Newly created logical drive not found (as intended)"
self.set_status_passed()
return ValidationStatus.PASSED
def crud_logical_drive(self, called_from_crud_remote_target=None):
"""
Test is trying to perform CRUD (create, read, update, delete) operations on a logical volume
:type discovery_container: cts_core.discovery.discovery_container.DiscoveryContainer
:type self.metadata_container: cts_core.metadata.self.metadata_container.MetadataContainer
"""
status = ValidationStatus.BLOCKED
lvm_found = False
logical_volumes = dict()
logical_volume_groups = dict()
logical_drive_collections = dict()
for resource_link, resource in self.discovery_container.iteritems():
ok = True
if self.metadata_container.entities[MetadataConstants.LOGICAL_DRIVE].compare_entities(resource.odata_type):
print "DEBUG::found entity of type %s in %s" % (MetadataConstants.LOGICAL_DRIVE, resource_link)
try:
if resource.body["Type"] == "LVM":
lvm_found = True
if resource.body["Mode"] == "LVG":
logical_volume_groups[resource_link] = resource
elif resource.body["Mode"] == "LV":
if "CapacityGiB" not in resource.body.keys():
print "DEBUG::%s drive does not have specified capacity" % resource_link
ok = False
if "Snapshot" in resource.body.keys() and resource.body["Snapshot"] == True:
print "DEBUG::%s cannot be used - drive is a snapshot volume" % resource_link
ok = False
if ok:
logical_volumes[resource_link] = resource
elif resource.body["Type"] == "CEPH":
if resource.body["Mode"] == "Pool":
logical_volume_groups[resource_link] = resource
elif resource.body["Mode"] == "RBD":
if "CapacityGiB" not in resource.body.keys():
print "DEBUG::%s drive does not have specified capacity" % resource_link
ok = False
if ok:
logical_volumes[resource_link] = resource
except:
print "WARNING::Incorrect resource %s structure" % resource_link
elif self.metadata_container.entities[MetadataConstants.LOGICAL_DRIVE_COLLECTION]\
.compare_entities(resource.odata_type):
logical_drive_collections[resource_link] = resource
if lvm_found and (not logical_volume_groups or not logical_volumes):
print "ERROR::Insufficient resources available on API for test. Found %s logical volumes and %s logical " \
" volume groups" % (len(logical_volumes), len(logical_volume_groups))
return ValidationStatus.BLOCKED
# to speed things up, always look for the lowest capacity logical volume
lowest_capacity = float('inf')
chosen_logical_drive_collection, chosen_logical_volume, chosen_logical_volume_group = None, None, None
inherited_bootable = None
if not logical_volume_groups:
if lvm_found:
print "ERROR::No LVM volume group found, aborting"
else:
print "ERROR::No CEPH Pool device found, aborting"
return ValidationStatus.BLOCKED
for lvg_link, lvg in logical_volume_groups.iteritems():
# finding a collection matching this volume group
possible_collections = [collection for collection in logical_drive_collections.keys() if collection in lvg_link]
if not possible_collections:
continue
try:
for lv in lvg.body["Links"]["LogicalDrives"]: # iterating LVs that have this LVG as a parent
try:
lv_link = lv["@odata.id"]
lv_type = logical_volumes[lv_link].body["Type"]
lv_mode = logical_volumes[lv_link].body["Mode"]
lv_capacity = logical_volumes[lv_link].body["CapacityGiB"]
lv_bootable = logical_volumes[lv_link].body["Bootable"]
if lv_capacity < lowest_capacity:
lowest_capacity = lv_capacity
inherited_bootable = lv_bootable
chosen_logical_volume = lv_link
chosen_logical_volume_type = lv_type
chosen_logical_volume_mode = lv_mode
chosen_logical_volume_group = lvg_link
chosen_logical_drive_collection = possible_collections[0]
except KeyError:
pass
except KeyError:
pass
self.post_logical_drive_payload = dict(
Name="LVM Logical Drive created by CTS",
Type=chosen_logical_volume_type,
Mode=chosen_logical_volume_mode,
Protected=False,
CapacityGiB=self.discovery_container[chosen_logical_volume].body["CapacityGiB"],
Bootable=inherited_bootable if inherited_bootable else False,
Snapshot=True,
Links=dict(
LogicalDrives=[{"@odata.id": chosen_logical_volume_group}],
MasterDrive={"@odata.id": chosen_logical_volume}
)
)
# Creating the first RBD if no other was found
if not chosen_logical_volume:
if lvm_found:
print "ERROR::Could not find a (logical volume, logical volume group) pair suitable for the test"
return status
else:
self.post_logical_drive_payload = dict(
Name="CEPH Logical Drive created by CTS",
Type="CEPH",
Mode="RBD",
Protected=False,
CapacityGiB=self.discovery_container[chosen_logical_volume_group].body["CapacityGiB"]/2,
Bootable=False,
Snapshot=False,
Links=dict(
LogicalDrives=[{"@odata.id": chosen_logical_volume_group}],
MasterDrive=None
)
)
print "MESSAGE::Logical drive CRUD test will be performed on logical drive collection %s, creating logical volume " \
"based on %s on group %s" % (chosen_logical_drive_collection, chosen_logical_volume, chosen_logical_volume_group)
self.expected_created_logical_drive_body = deepcopy(self.post_logical_drive_payload)
# The logical drive in LogicalDrives link is really the volume group and is going to be seen under
# UsedBy on REST
self.expected_created_logical_drive_body["Links"]["UsedBy"] = \
self.expected_created_logical_drive_body["Links"]["LogicalDrives"]
self.expected_created_logical_drive_body["Links"]["LogicalDrives"] = []
status = self._test_case_create_logical_drive(chosen_logical_drive_collection)
if status == ValidationStatus.PASSED: # only perform other tests if creation was successful
status = ValidationStatus.join_statuses(status, self._test_case_get_created_logical_drive())
if called_from_crud_remote_target:
status = ValidationStatus.join_statuses(status,
self.crud_remote_target(called_from_crud_logical_drive=True))
else:
status = ValidationStatus.join_statuses(status, self._test_case_update_created_logical_drive())
status = ValidationStatus.join_statuses(status, self._test_case_delete_created_logical_drive())
status = ValidationStatus.join_statuses(status, self._test_case_get_deleted_logical_drive())
return status
def _test_case_create_remote_target(self, remote_target_collection):
print "TEST_CASE::Create a remote target"
status, status_code, response_body, headers = self.api_caller.post_resource(
remote_target_collection, payload=self.post_remote_target_payload)
if not status:
print "ERROR::Wrong status code of POST response: %d" % status_code
self.set_status_failed()
return ValidationStatus.FAILED
try:
self.created_remote_target = headers["Location"]
print "MESSAGE::Newly created remote target url %s" % self.created_remote_target
except KeyError:
print "ERROR::In header shall be provided location to created resource"
self.set_status_failed()
return ValidationStatus.FAILED
print "MESSAGE::Remote target created"
self.set_status_passed()
return ValidationStatus.PASSED
def _test_case_get_created_remote_target(self):
print "TEST_CASE::Get the created remote target"
status, status_code, response_body, _ = self.api_caller.get_resource(self.created_remote_target)
if not status:
print "ERROR::Wrong status code of GET response: %s" % status_code
print "ERROR::Response body:\n%s" % response_body
self.set_status_failed()
return ValidationStatus.FAILED
else:
print "MESSAGE::Comparing newly created remote target to given payload"
if not JsonComparator.compare_json_to_golden(response_body, self.post_remote_target_payload):
print "ERROR::Newly created remote target's body incorrect"
self.set_status_failed()
print "MESSAGE::Proceeding with deleting the resource"
return ValidationStatus.FAILED
print "MESSAGE::Newly created remote target's correct"
self.set_status_passed()
return ValidationStatus.PASSED
def _test_case_logical_volume_has_link_to_created_target(self, logical_volume):
print "TEST_CASE::Check for a link to the created target in logical volume's body"
status, status_code, response_body, _ = self.api_caller.get_resource(logical_volume)
if not status:
print "ERROR::Wrong status code of GET response: %s" % status_code
print "ERROR::Response body:\n%s" % response_body
self.set_status_failed()
return ValidationStatus.FAILED
else:
try:
target = urlparse(self.created_remote_target).path
if not {"@odata.id": target} in response_body["Links"]["Targets"]\
and not {"@odata.id": target + "/"} in response_body["Links"]["Targets"]:
print "ERROR::No link to the created target in the logical volume's body"
self.set_status_failed()
return ValidationStatus.FAILED
except KeyError:
print "ERROR::No Links/Targets array present in the logical volume's body"
self.set_status_failed()
return ValidationStatus.FAILED
print "MESSAGE::A link from the logical volume to the target is present"
self.set_status_passed()
return ValidationStatus.PASSED
def _test_case_update_created_remote_target(self):
print "TEST_CASE::Update the created remote target"
patch_remote_target_payload = dict(
Initiator=[dict(
iSCSI=dict(
InitiatorIQN="cts.initiator:patched_cts_initiator"
)
)]
)
status, status_code, response_body, _ = self.api_caller.patch_resource(self.created_remote_target,
payload=patch_remote_target_payload)
if not status:
print "ERROR::Wrong status code of PATCH reponse %s" % status_code
print "ERROR::Response body:\n%s" % response_body
self.set_status_failed()
return ValidationStatus.FAILED
status, status_code, response_body, _ = self.api_caller.get_resource(self.created_remote_target)
if not status:
print "ERROR::Wrong status code of GET reponse %s" % status_code
print "ERROR::Response body:\n%s" % response_body
self.set_status_failed()
return ValidationStatus.FAILED
else:
print "MESSAGE::Verifying whether the remote target's update has taken place"
if not JsonComparator.compare_json_to_golden(response_body, patch_remote_target_payload):
print "ERROR::Newly created remote target could not be updated"
self.set_status_failed()
print "MESSAGE::Proceeding with deleting the resource"
return ValidationStatus.FAILED
print "MESSAGE::Newly created remote target updated correctly"
self.set_status_passed()
return ValidationStatus.PASSED
def _test_case_delete_created_remote_target(self):
print "TEST_CASE::Delete the created remote target"
status, status_code, response_body, _ = self._delete_resource(self.created_remote_target)
if not status:
self.set_status_failed()
return ValidationStatus.FAILED
print "MESSAGE::Newly created remote target deleted"
self.set_status_passed()
return ValidationStatus.PASSED
def _test_case_get_deleted_remote_target(self):
print "TEST_CASE::Get the deleted remote target"
status, status_code, response_body, _ = self.api_caller.get_resource(self.created_remote_target,
acceptable_return_codes = [ReturnCodes.NOT_FOUND])
if not status:
print "ERROR::Wrong status code of GET response after deletion: %s" % status_code
self.set_status_failed()
return ValidationStatus.FAILED
print "MESSAGE::Newly created remote target not found (as intended)"
self.set_status_passed()
return ValidationStatus.PASSED
def _delete_resource(self, resource_link):
status, status_code, response_body, headers = self.api_caller.delete_resource(resource_link)
if not status:
print "ERROR::Wrong status code of DELETE reponse: %s" % status_code
print "ERROR::Response body:\n%s" % response_body
return status, status_code, response_body, headers
def crud_remote_target(self, called_from_crud_logical_drive=None):
"""
Test is checking for rsa compute blade presence
:type discovery_container: cts_core.discovery.discovery_container.DiscoveryContainer
:type self.metadata_container: cts_core.metadata.self.metadata_container.MetadataContainer
"""
target_iqn = "cts.target:cts_test_target"
target_iqns = set()
logical_volumes = dict()
remote_target_collections = dict()
for resource_link, resource in self.discovery_container.iteritems():
if self.metadata_container.entities[MetadataConstants.LOGICAL_DRIVE].compare_entities(resource.odata_type):
print "DEBUG::found entity of type %s in %s" % (MetadataConstants.LOGICAL_DRIVE, resource_link)
try:
# looking for unprotected LVs with no targets associated with it
if ((resource.body["Mode"] == "LV" or resource.body["Mode"] == "RBD")
and not len(resource.body["Links"]["Targets"]) and not resource.body["Protected"]):
logical_volumes[resource_link] = resource
except:
print "WARNING::Incorrect resource %s structure" % resource_link
elif self.metadata_container.entities[MetadataConstants.REMOTE_TARGET_COLLECTION].compare_entities(resource.odata_type):
remote_target_collections[resource_link] = resource
elif self.metadata_container.entities[MetadataConstants.REMOTE_TARGET].compare_entities(
resource.odata_type):
try:
for address in resource.body["Addresses"]:
target_iqns.add(address["iSCSI"]["TargetIQN"])
except KeyError:
pass
if target_iqn in target_iqns:
iqn_number = 0
while target_iqn + str(iqn_number) in target_iqns:
iqn_number += 1
target_iqn = target_iqn + str(iqn_number)
if not logical_volumes:
print "WARNING::Insufficient resources available on API for test. Could not find an unprotected logical volume with"\
" no targets attached"
if called_from_crud_logical_drive:
print "ERROR::Creating a new logical volume for the target failed, skipping remote target tests"
return ValidationStatus.BLOCKED
else:
print "MESSAGE::Trying to create a new logical volume for the target, then proceeding with remote target CRUD test"
return self.crud_logical_drive(called_from_crud_remote_target=True)
chosen_logical_volume = logical_volumes.keys()[0]
chosen_remote_target_collection = remote_target_collections.keys()[0]
print "MESSAGE::Remote Target CRUD test will be performed on remote target collection %s, creating remote target " \
"based on %s" % (chosen_remote_target_collection, chosen_logical_volume)
self.post_remote_target_payload = dict(
Addresses=[dict(
iSCSI=dict(
TargetIQN=target_iqn,
TargetLUN=[dict(
LUN=1,
LogicalDrive={"@odata.id": chosen_logical_volume}
)],
)
)],
Initiator=[dict(
iSCSI=dict(
InitiatorIQN="cts.initiator:initiator_cts_test"
)
)]
)
status = self._test_case_create_remote_target(chosen_remote_target_collection)
if status == ValidationStatus.PASSED: # only perform other tests if creation was successful
status = ValidationStatus.join_statuses(status, self._test_case_get_created_remote_target())
status = ValidationStatus.join_statuses(status, self._test_case_logical_volume_has_link_to_created_target(
chosen_logical_volume))
status = ValidationStatus.join_statuses(status, self._test_case_update_created_remote_target())
status = ValidationStatus.join_statuses(status, self._test_case_delete_created_remote_target())
status = ValidationStatus.join_statuses(status, self._test_case_get_deleted_remote_target())
return status
class ApiCallerCallsUnitTest(unittest.TestCase):
def setUp(self):
configuration = Configuration(**dict(ApiEndpoint=API_ENDPOINT))
self.api_caller = ApiCaller(configuration)
@unittest.skip("Temporary change related to bug in Discovery mechanism")
def test_get_on_empty_resource(self):
with mock.patch('requests.get') as requests_get_mock:
response = Mock()
response.status_code = 200
response.headers = {}
response.text = ""
requests_get_mock.return_value = response
with StdoutCapture() as output:
self.api_caller.get_resource("/resource", DiscoveryContainer())
self.assertIn(
"ERROR::url=/resource Get failed. Status code: None;",
output.raw)
def test_empty_service_root(self):
with mock.patch('requests.get') as requests_get_mock:
requests_get_mock.side_effect = requests.ConnectionError()
with StdoutCapture() as output:
self.api_caller.get_resource("/redfish/v1",
DiscoveryContainer())
self.assertIn(
"ERROR::Get url=http://1.2.3.4:567/redfish/v1 Error <class 'requests.exceptions.ConnectionError'>:;",
output.raw)
@unittest.skip("Temporary change related to bug in Discovery mechanism")
def test_incorrect_status_code(self):
with mock.patch('requests.get') as requests_get_mock:
response = Mock()
response.status_code = 500
response.headers = {}
response.text = "{}"
requests_get_mock.return_value = response
with StdoutCapture() as output:
self.api_caller.get_resource("/resource", DiscoveryContainer())
self.assertIn("ERROR::url=/resource Get failed. Status code: 500;",
output.raw)
def test_request_exception(self):
with mock.patch('requests.get') as requests_get_mock:
requests_get_mock.side_effect = requests.RequestException()
with StdoutCapture() as output:
self.api_caller.get_resource("/resource", DiscoveryContainer())
self.assertIn(
"ERROR::Get url=http://1.2.3.4:567/resource Error <class 'requests.exceptions.RequestException'>:;",
output.raw)
def test_connection_error_exception(self):
with mock.patch('requests.get') as requests_get_mock:
requests_get_mock.side_effect = requests.ConnectionError()
with StdoutCapture() as output:
self.api_caller.get_resource("/resource", DiscoveryContainer())
self.assertIn(
"ERROR::Get url=http://1.2.3.4:567/resource Error <class 'requests.exceptions.ConnectionError'>:;",
output.raw)
def test_http_error_exception(self):
with mock.patch('requests.get') as requests_get_mock:
requests_get_mock.side_effect = requests.HTTPError()
with StdoutCapture() as output:
self.api_caller.get_resource("/resource", DiscoveryContainer())
self.assertIn(
"ERROR::Get url=http://1.2.3.4:567/resource Error <class 'requests.exceptions.HTTPError'>:",
output.raw)
def test_url_required_exception(self):
with mock.patch('requests.get') as requests_get_mock:
requests_get_mock.side_effect = requests.URLRequired()
with StdoutCapture() as output:
self.api_caller.get_resource("/resource", DiscoveryContainer())
self.assertIn(
"ERROR::Get url=http://1.2.3.4:567/resource Error <class "
"'requests.exceptions.URLRequired'>:", output.raw)
def test_to_many_redirects_exception(self):
with mock.patch('requests.get') as requests_get_mock:
requests_get_mock.side_effect = requests.TooManyRedirects()
with StdoutCapture() as output:
self.api_caller.get_resource("/resource", DiscoveryContainer())
self.assertIn(
"ERROR::Get url=http://1.2.3.4:567/resource Error <class 'requests.exceptions.TooManyRedirects'>:;",
output.raw)
def test_timeout_exception(self):
with mock.patch('requests.get') as requests_get_mock:
requests_get_mock.side_effect = requests.Timeout()
with StdoutCapture() as output:
self.api_caller.get_resource("/resource", DiscoveryContainer())
self.assertIn(
"ERROR::Get url=http://1.2.3.4:567/resource Error <class 'requests.exceptions.Timeout'>:;",
output.raw)
def test_incorrect_body(self):
with mock.patch('requests.get') as requests_get_mock:
response = Mock()
response.status_code = 200
response.headers = {}
response.text = "not a json"
requests_get_mock.return_value = response
with StdoutCapture() as output:
self.api_caller.get_resource("/resource", DiscoveryContainer())
self.assertIn("ERROR", output.raw)
def test_parse_big_ordered_tree_response(self):
from collections import OrderedDict
response_payload = OrderedDict(
[(u'@odata.context', u'/redfish/v1/$metadata#ServiceRoot.ServiceRoot'), (u'@odata.etag', u'W/"1557488360"'),
(u'@odata.id', \
u'/redfish/v1/'), (u'@odata.type', u'#ServiceRoot.v1_3_1.ServiceRoot'),
(u'AccountService', OrderedDict([(u'@odata.id', u'/redfish/v1/AccountService')])),
(u'Chassis', OrderedDict([(u'@odata.id', u'/redfish/v1/Chassis')])), (u'Description', u'The service root \
for all Redfish requests on this host \
' ), (u'EventService', OrderedDict([(u' @ odata.id', u' / redfish / v1 / EventService')])),
(u'Id', u'RootService'), (
u'Links', OrderedDict(
[(u'Oem', OrderedDict([(u'Ami', OrderedDict([(u'@odata.id', u'/redfish/v1/configurations')]))])),
(u'Sessions', OrderedDict([(u'@odata.id', u'/redfish/v1/SessionService/Sessions')]))])), (
u'Managers', OrderedDict([(u'@odata.id',
u'/redfish/v1/Managers')])), (u'Name', u'PSME Service Root'), (
u'Oem', OrderedDict([(u'Ami', OrderedDict([(u'Chassislocation',
OrderedDict(
[(u'@odata.id', u'/redfish/v1/Chassislocation')])),
(u'Configurations', OrderedDict([(u'@odata.id',
u'/redfish/v1/configurations')])),
(u'PsmeVersion', u'2.4.181218.tb1')])),
(u'Intel_RackScale', OrderedDict([(u'@odata.type',
u'#Intel.Oem.ServiceRoot'),
(u'ApiVersion', u'2.4.0'),
(
u'TelemetryService', OrderedDict([(u'@odata.id',
u'/redfish/v1/TelemetryService')]))]))])),
(u'Product', u'AMI Redfish Server'), (u'ProtocolFeaturesSupported',
OrderedDict([(u'ExpandQuery', OrderedDict(
[(u'ExpandAll', True), (u'Levels', True), (u'Links', True),
(u'MaxLevels', 5), (u'NoLinks',
True)])), (u'FilterQuery', True),
(u'SelectQuery', True)])), (
u'RedfishVersion', u'1.5.0'), (u'Registries', OrderedDict([(u'@odata.id',
u'/redfish/v1/Registries')])), (
u'SessionService', OrderedDict([(u'@odata.id', u'/redfish/v1/SessionService')])), (u'Systems',
OrderedDict([(
u'@odata.id',
u'/redfish/v1/Systems')])),
(u'Tasks', OrderedDict([(u'@odata.id', u'/redfish/v1/TaskService')])), (u'UUID',
u'ffffffff-ffff-ffff-ffff-ffffffffffff'),
(u'UpdateService', OrderedDict([(u'@odata.id', u'/redfish/v1/UpdateService')]))])
with mock.patch('requests.get') as requests_get_mock:
response = Mock()
response.status_code = 200
response.headers = {}
response.text = response_payload
requests_get_mock.return_value = response
with StdoutCapture() as output:
self.api_caller.get_resource("/resource", DiscoveryContainer())
self.assertIsNot("ERROR", output.raw)
def test_no_content(self):
with mock.patch('requests.get') as requests_get_mock:
response = Mock()
response.status_code = 204
response.headers = {}
response.text = None
requests_get_mock.return_value = response
link, status, status_code, response_body, headers = \
self.api_caller.get_resource("/resource", DiscoveryContainer(), acceptable_return_codes = [204])
self.assertTrue(status)
self.assertEqual(status_code, 204)
self.assertEqual(response_body, dict())
response.json.assert_not_called()
def test_async_create_without_location(self):
with mock.patch('requests.post') as requests_post_mock:
response = Mock()
response.status_code = ReturnCodes.ACCEPTED
response.headers = {}
response.text = None
requests_post_mock.return_value = response
with mock.patch('requests.get') as requests_get_mock:
response = Mock()
response.status_code = 204
response.headers = {}
response.text = None
requests_get_mock.return_value = response
with StdoutCapture() as output:
status, status_code, response_body, headers = self.api_caller.post_resource(
'odata_id', DiscoveryContainer(), payload={})
self.assertIn('Location header not found', '\n'.join(output))
def test_unexpected_async_post_response(self):
with mock.patch('requests.post') as requests_get_mock:
response = Mock()
response.status_code = ReturnCodes.ACCEPTED
response.headers = {}
response.text = "{}"
requests_get_mock.return_value = response
with self.assertRaises(AsyncOperation):
self.api_caller.post_resource('odata_id',
DiscoveryContainer(),
payload={},
wait_if_async=False)
def test_async_post_response(self):
with mock.patch('requests.post') as requests_post_mock:
not_done = Mock()
not_done.status_code = ReturnCodes.ACCEPTED
not_done.headers = {'Location': 'location'}
not_done.text = None
requests_post_mock.return_value = not_done
with mock.patch('requests.get') as requests_get_mock:
done = Mock()
done.status_code = ReturnCodes.OK
done.headers = {'Location': 'location'}
done.text = "{ \"done\": true }"
requests_get_mock.side_effect = [not_done, not_done, done]
with StdoutCapture() as output:
status, status_code, response_body, headers = self.api_caller.post_resource(
'odata_id', DiscoveryContainer(), payload={})
self.assertTrue(response_body['done'])
@unittest.skip("Temporary change related to bug in Discovery mechanism")
def test_resource_in_discovery_container_after_get_patch_delete(self):
with mock.patch('requests.get') as requests_get_mock:
resource = {"@odata.id": "odata.id", "something": "irrelevant"}
get_response = Mock()
get_response.status_code = ReturnCodes.OK
get_response.headers = {}
get_response.text = json.dumps(resource)
requests_get_mock.return_value = get_response
discovery_container = DiscoveryContainer()
self.api_caller.get_resource("/resource", discovery_container)
self.assertEqual(
discovery_container["http://{API_ENDPOINT}/resource".format(
API_ENDPOINT=API_ENDPOINT)].body, resource)
patched_resource = {
"@odata.id": "odata.id",
"something": "relevant"
}
get_response.text = json.dumps(patched_resource)
with mock.patch('requests.patch') as requests_patch_mock:
patch_response = Mock()
patch_response.status_code = ReturnCodes.OK
patch_response.headers = {}
patch_response.text = "{}"
requests_patch_mock.return_value = patch_response
_, _, _, _ = self.api_caller.patch_resource(
"/resource", discovery_container)
self.assertEqual(
discovery_container[
"http://{API_ENDPOINT}/resource".format(
API_ENDPOINT=API_ENDPOINT)].body, patched_resource)
with mock.patch('requests.delete') as requests_delete_mock:
delete_response = Mock()
delete_response.status_code = ReturnCodes.NO_CONTENT
delete_response.headers = {}
delete_response.text = ""
requests_delete_mock.return_value = delete_response
_, _, _, _ = self.api_caller.delete_resource(
"/resource", discovery_container)
self.assertNotIn("/resource", discovery_container)
def test_get_xml(self):
with mock.patch('requests.get') as get:
response = Mock()
response.status_code = ReturnCodes.OK
response.headers = {}
response.text = "<xml></xml>"
get.return_value = response
link, status, status_code, response_body, headers = self.api_caller.get_xml(
"uri")
self.assertEqual("<xml></xml>", response_body)
class CRUDOperations(CtsTestScript):
TIMEOUT = 600
DESCRIPTION = """test script validating CRUD (create, read, update and delete) functionalities"""
def run(self):
if self.metadata_container is None:
return
print "TEST_CASE::API crawling"
api_explorer = ApiExplorer(self.metadata_container, self.configuration)
self.discovery_container, status = api_explorer.discover(MetadataConstants.SERVICE_ROOT_URI,
MetadataConstants.SERVICE_ROOT)
print "STATUS::{status}".format(status=status)
requirements = [
Requirement(MetadataConstants.SERVICE_ROOT, min=1, max=1),
]
preconditions = Preconditions(self.metadata_container, requirements)
status = preconditions.validate(self.discovery_container)
self.api_caller = ApiCaller(self.configuration)
self.crud_vlan()
def _test_case_create_vlan(self, vlan_network_interface_collection):
print "TEST_CASE::Create VLAN"
status, status_code, response_body, headers = \
self.api_caller.post_resource(
vlan_network_interface_collection, self.discovery_container, payload=self.post_vlan_payload)
if not status:
cts_error("Wrong status code of POST response: {status_code}; response body: {response_body:response_body}",
**locals())
self.set_status_failed()
return False
try:
self.created_vlan_network_interface = headers["Location"]
self.created_vlan_network_interface_netlock = self.discovery_container.get_netloc(
vlan_network_interface_collection)
print "MESSAGE::Newly created VLAN Network Interface URI: %s" % self.created_vlan_network_interface
except KeyError:
cts_error("Incorrect response - header shall contain the location of the created resource")
self.set_status_failed()
return False
print "MESSAGE::VLAN Network Interface created"
self.set_status_passed()
return True
def _test_case_get_created_vlan(self):
print "TEST_CASE::Get created VLAN"
link, status, status_code, response_body, _ = \
self.api_caller.get_resource(self.created_vlan_network_interface,
self.discovery_container,
api_endpoint_override=self.created_vlan_network_interface_netlock)
if not status:
cts_error("Wrong status code of GET response: {status_code}; response body: {response_body:response_body}",
**locals())
self.set_status_failed()
return False
else:
print "MESSAGE::Comparing newly created VLAN Network Interface to given payload"
# PSME is unable to set "Name" and "VLANEnable" fields properly but only "VLANEnable" is mandatory
if not JsonComparator.compare_json_to_golden(response_body, self.post_vlan_payload,
ignore=["/VLANEnable"]):
cts_error("Newly created VLAN Network Interface's body incorrect")
self.set_status_failed()
return False
print "MESSAGE::Newly created VLAN Network Interface correct"
self.set_status_passed()
return True
def _test_case_delete_created_vlan(self):
print "TEST_CASE::Delete created VLAN"
status, status_code, response_body, _ = self.api_caller.delete_resource(self.created_vlan_network_interface,
self.discovery_container)
if not status:
cts_error("Wrong status code of DELETE response: {status_code};"
" response body: {response_body:response_body}",
**locals())
self.set_status_failed()
return False
print "MESSAGE::Newly created VLAN Network Interface deleted"
self.set_status_passed()
return True
def _test_case_get_deleted_vlan(self):
print "TEST_CASE::Get deleted VLAN"
link, status, status_code, response_body, _ = \
self.api_caller.get_resource(self.created_vlan_network_interface,
self.discovery_container,
acceptable_return_codes=[ReturnCodes.NOT_FOUND],
api_endpoint_override=self.created_vlan_network_interface_netlock)
if not status:
cts_error("Wrong status code of GET response after deletion: {status_code};"
" response body: {response_body:response_body}",
**locals())
self.set_status_failed()
return False
print "MESSAGE::Newly created VLAN Network Interface not found (as intended)"
self.set_status_passed()
return True
def crud_vlan(self):
"""
Test is trying to perform CRUD (create, read, update, delete) operations on a VLAN Network Interface resource
"""
requirements = [
Requirement(MetadataConstants.SERVICE_ROOT, min=1, max=1),
Requirement(MetadataConstants.VLAN_NETWORK_INTERFACE_COLLECTION, min=1),
]
preconditions = Preconditions(self.metadata_container, requirements)
status = preconditions.validate(self.discovery_container)
if status is ValidationStatus.PASSED_WITH_WARNINGS:
cts_warning("Without some components it is not possible to perform tests.")
print "STATUS::{status}".format(status=status)
return ValidationStatus.PASSED_WITH_WARNINGS
if status is ValidationStatus.FAILED:
return ValidationStatus.BLOCKED
vlan_network_interface_collections = \
dict(self.discovery_container.get_resources(MetadataConstants.VLAN_NETWORK_INTERFACE_COLLECTION,
any_child_version=True))
chosen_vlan_network_interface_collection = None
new_vlan_id = 0
for vlan_network_interface_collection in vlan_network_interface_collections:
try:
parent_port = get_parent_odata_id(vlan_network_interface_collection)
parent_port_id = self.discovery_container[parent_port].body["PortId"]
except:
continue
# For arista setup, only ever try adding VLANs on the main /1 port
if parent_port_id.endswith("/2") or parent_port_id.endswith("/3") or parent_port_id.endswith("/4"):
continue
present_vlan_ids = []
vlan_network_interfaces = \
dict(self.discovery_container.
get_resources(MetadataConstants.VLAN_NETWORK_INTERFACE,
constraints=[from_collection(vlan_network_interface_collection)],
any_child_version=True))
if len(vlan_network_interfaces) > MAX_VLAN_ID - MIN_VLAN_ID:
print "MESSAGE::No free VLAN id available on collection {}".format(vlan_network_interface_collection)
continue
for resource_link, resource in vlan_network_interfaces.iteritems():
try:
present_vlan_ids.append(resource.body["VLANId"])
except:
cts_error("Inorrect resource {resource_link:id} structure", **locals())
for possible_id in range(MIN_VLAN_ID, MAX_VLAN_ID + 1):
if possible_id not in present_vlan_ids:
chosen_vlan_network_interface_collection = vlan_network_interface_collection
new_vlan_id = possible_id
break
if chosen_vlan_network_interface_collection:
break
if chosen_vlan_network_interface_collection:
print "MESSAGE::CRUD test will be performed on vlan network interface collection %s" % \
chosen_vlan_network_interface_collection
else:
cts_warning('No free VLAN id available on any of the suitable ports (perhaps there are no suitable ports)')
return ValidationStatus.BLOCKED
self.post_vlan_payload = dict(VLANId=new_vlan_id,
VLANEnable=True,
Oem=dict(
Intel_RackScale=dict(
Tagged=True
)))
if self._test_case_create_vlan(chosen_vlan_network_interface_collection):
self._test_case_get_created_vlan()
self._test_case_delete_created_vlan()
self._test_case_get_deleted_vlan()
class CRUDOperations(CtsTestScript):
TIMEOUT = 600
DESCRIPTION = """test script validating CRUD (create, read, update and delete) functionalities"""
def run(self):
print "TEST_CASE::API crawling"
api_explorer = ApiExplorer(self.metadata_container, self.configuration)
discovery_container, status = api_explorer.discover(
MetadataConstants.SERVICE_ROOT_URI, MetadataConstants.SERVICE_ROOT)
print "STATUS::{status}".format(status=status)
requirements = [
Requirement(MetadataConstants.SERVICE_ROOT, min=1, max=1),
Requirement(MetadataConstants.ETHERNET_SWITCH, min=1),
Requirement(MetadataConstants.ETHERNET_SWITCH_PORT, min=1)
]
preconditions = Preconditions(self.metadata_container, requirements)
status = preconditions.validate(discovery_container)
self.api_caller = ApiCaller(self.configuration)
self.crud_vlan(discovery_container)
def _test_case_create_vlan(self, vlan_network_interface_collection):
print "TEST_CASE::Create VLAN"
status, status_code, response_body, headers = self.api_caller.post_resource(
vlan_network_interface_collection, payload=self.post_vlan_payload)
if not status:
print "ERROR::Wrong status code of POST response: %s" % status_code
print "ERROR::Response body:\n%s" % response_body
self.set_status_failed()
return False
try:
self.created_vlan_network_interface = headers["Location"]
print "MESSAGE::newly created vlan network interface url %s" % self.created_vlan_network_interface
except KeyError:
print "ERROR::in header shall be provided location to created resource"
self.set_status_failed()
return False
print "MESSAGE::vlan network interface created"
self.set_status_passed()
return True
def _test_case_get_created_vlan(self):
print "TEST_CASE::Get created VLAN"
status, status_code, response_body, _ = self.api_caller.get_resource(
self.created_vlan_network_interface)
if not status:
print "ERROR::Wrong status code of GET response: %s" % status_code
print "ERROR::Response body:\n%s" % response_body
self.set_status_failed()
return False
else:
print "MESSAGE::Comparing newly created vlan network interface to given payload"
# PSME is unable to set "Name" and "VLANEnable" fields properly
if not JsonComparator.compare_json_to_golden(
response_body,
self.post_vlan_payload,
ignore=["/Name", "/VLANEnable"]):
print "ERROR::newly created vlan network interface's body incorrect"
self.set_status_failed()
print "MESSAGE::proceeding with deleting the resource"
return False
print "MESSAGE::newly created vlan network interface correct"
self.set_status_passed()
return True
def _test_case_delete_created_vlan(self):
print "TEST_CASE::Delete created VLAN"
status, status_code, response_body, _ = self.api_caller.delete_resource(
self.created_vlan_network_interface)
if not status:
print "ERROR::Wrong status code of DELETE reponse %s" % status_code
print "ERROR::Response body:\n%s" % response_body
self.set_status_failed()
return False
print "MESSAGE::newly created vlan network interface deleted"
self.set_status_passed()
return True
def _test_case_get_deleted_vlan(self):
print "TEST_CASE::Get deleted VLAN"
status, status_code, response_body, _ = self.api_caller.get_resource(
self.created_vlan_network_interface,
acceptable_return_codes=[ReturnCodes.NOT_FOUND])
if not status:
print "ERROR::Wrong status code of GET response after deletion: %s" % status_code
print "ERROR::Response body:\n%s" % response_body
self.set_status_failed()
return False
print "MESSAGE::newly created vlan network interface not found (as intended)"
self.set_status_passed()
return True
def crud_vlan(self, discovery_container):
"""
Test is trying to perform CRUD (create, read, update, delete) operations on a VLAN Network Interface resource
:type discovery_container: cts_core.discovery.discovery_container.DiscoveryContainer
"""
vlan_network_interface_collections = dict()
for resource_link, resource in discovery_container.iteritems():
if self.metadata_container.entities[
MetadataConstants.
VLAN_NETWORK_INTERFACE_COLLECTION].compare_entities(
resource.odata_type):
print "DEBUG::found entity of type %s in %s" % (
MetadataConstants.VLAN_NETWORK_INTERFACE_COLLECTION,
resource_link)
vlan_network_interface_collections[resource_link] = resource
if not vlan_network_interface_collections:
print "ERROR::Insufficient resources available on API for test. Found %s network interface collections" % \
len(vlan_network_interface_collections)
return ValidationStatus.BLOCKED
chosen_vlan_network_interface_collection = vlan_network_interface_collections.keys(
)[0]
print "MESSAGE::test will be performed on vlan network interface collection %s" % chosen_vlan_network_interface_collection
present_vlan_ids = []
for resource_link, resource in discovery_container.iteritems():
if self.metadata_container.entities[MetadataConstants.VLAN_NETWORK_INTERFACE].compare_entities(resource.odata_type) \
and chosen_vlan_network_interface_collection in resource_link:
print "DEBUG::found entity of type %s in %s" % (
MetadataConstants.VLAN_NETWORK_INTERFACE, resource_link)
try:
present_vlan_ids.append(resource.body["VLANId"])
except:
print "WARNING::Incorrect resource %s structure" % resource_link
new_vlan_id = 0
for possible_id in range(1, 4096): # VLANId is a value of 1 - 4095
if possible_id not in present_vlan_ids:
new_vlan_id = possible_id
break
self.post_vlan_payload = dict(
Name=unicode("CTS_CRUD_TEST_VLAN"),
VLANId=new_vlan_id,
VLANEnable=True,
Oem=dict(Intel_RackScale=dict(Tagged=True)))
if self._test_case_create_vlan(
chosen_vlan_network_interface_collection):
self._test_case_get_created_vlan()
self._test_case_delete_created_vlan()
self._test_case_get_deleted_vlan()
def node_reset_support(self, discovery_container):
"""
Test is checking if client is able to perform compute blade reset
:type discovery_container: cts_core.discovery.discovery_container.DiscoveryContainer
:type self.metadata_container: cts_core.metadata.self.metadata_container.MetadataContainer
"""
print "TEST_CASE::Node reset support"
test_timeout = 90
computer_systems = {}
api_caller = ApiCaller(self.configuration)
for resource_link, resource in discovery_container.iteritems():
if self.metadata_container.entities[MetadataConstants.COMPUTER_SYSTEM_1_0_0].is_compatible(resource.odata_type):
print "MESSAGE::Found Computer System in %s" % resource_link
computer_systems[resource_link] = resource
tested_computer_system, tested_computer_system_state = None, None
for system in computer_systems.keys():
try:
status = computer_systems[system].body["Status"]
memory_gib = computer_systems[system].body["MemorySummary"]["TotalSystemMemoryGiB"]
if status["Health"] == "OK" and status["State"] == "Enabled" and memory_gib is not None:
tested_computer_system = computer_systems[system]
tested_computer_system_state = computer_systems[system].body["PowerState"]
break
except:
continue
if not tested_computer_system:
cts_error("No Computer System suitable for test found (must be enabled and healthy)")
self.set_validation_status(ValidationStatus.BLOCKED)
return
# mapping accepted states with commands to send
computer_system_reset_commands = {"Off": "On", "On": "ForceOff"}
if tested_computer_system_state not in computer_system_reset_commands.keys():
cts_error("Computer System's state neither \"Off\" nor \"On\"")
self.set_validation_status(ValidationStatus.FAILED)
return
else:
# by substracting Current System state from {"On", "Off"} set we get the state we expect the Computer System
# to be in after Reset command
expected_computer_system_state = list(set(computer_system_reset_commands.keys()) -
{tested_computer_system_state})[0]
print "MESSAGE::Will try to Power %s Computer System %s " % (expected_computer_system_state,
tested_computer_system.odata_id)
status, status_code, response_body, _ = \
api_caller.post_resource("%s/Actions/ComputerSystem.Reset" %
tested_computer_system.url,
discovery_container,
payload={
"ResetType": "%s" %
computer_system_reset_commands[
tested_computer_system_state]},
acceptable_return_codes=[
ReturnCodes.NO_CONTENT],
api_endpoint_override=tested_computer_system.netloc)
if status:
print "MESSAGE::Reset action accepted by server"
else:
cts_error("Incorrect status code {status_code}, response body: {response_body:response_body}", **locals())
self.set_validation_status(ValidationStatus.FAILED)
return
print ("MESSAGE::Waiting up to %ss for the Computer System to change its state to %s" %
(test_timeout, expected_computer_system_state))
test_duration = 0
while test_duration < test_timeout:
sleep(1)
test_duration += 1
link, status, status_code, response_body, _ = \
api_caller.get_resource(tested_computer_system.url, discovery_container,
api_endpoint_override=tested_computer_system.netloc)
if not status:
cts_error("Could not get {tested_computer_system} info from the server; status code: {status_code}; " +
"response body {response_body:response_body}",
**locals())
self.set_validation_status(ValidationStatus.FAILED)
return
if response_body["PowerState"] == expected_computer_system_state:
print "Message::Computer System has successfully change its state"
self.set_validation_status(ValidationStatus.PASSED)
return
cts_error("Computer System did not change its state in time")
self.set_validation_status(ValidationStatus.FAILED)
return