def get_windows_action_manager(client):
"""Get the OS specific Action Manager."""
LOG.info("Waiting for boot completion in order to select an "
"Action Manager ...")
conf = util.get_config()
username = conf.openstack.image_username
wait_cmd = ('(Get-WmiObject Win32_Account | '
'where -Property Name -contains {0}).Name'.format(username))
client.run_command_until_condition(
wait_cmd,
lambda stdout: stdout.strip() == username,
retry_count=util.RETRY_COUNT,
delay=util.RETRY_DELAY,
command_type=util.POWERSHELL)
# get os type
product_type = _get_product_type(client)
major_version = _get_major_version(client)
windows_type = util.WINDOWS_VERSION.get((major_version, product_type),
util.WINDOWS)
is_nanoserver = _is_nanoserver(client)
if isinstance(windows_type, dict):
windows_type = windows_type[is_nanoserver]
LOG.debug(("We got the OS type %s because we have the major Version : %d,"
"The product Type : %d, and IsNanoserver: %d"), windows_type,
major_version, product_type, is_nanoserver)
action_manager = WindowsActionManagers[windows_type]
conf = util.get_config()
return action_manager(client=client, config=conf)
def get_windows_action_manager(client):
"""Get the OS specific Action Manager."""
LOG.info("Waiting for boot completion in order to select an "
"Action Manager ...")
conf = util.get_config()
username = conf.openstack.image_username
wait_boot_completion(client, username)
# get os type
product_type = _get_product_type(client)
major_version = _get_major_version(client)
windows_type = util.WINDOWS_VERSION.get((major_version, product_type),
util.WINDOWS)
is_nanoserver = _is_nanoserver(client)
if isinstance(windows_type, dict):
windows_type = windows_type[is_nanoserver]
LOG.debug(("We got the OS type %s because we have the major Version : %d,"
"The product Type : %d, and IsNanoserver: %d"), windows_type,
major_version, product_type, is_nanoserver)
action_manager = WindowsActionManagers[windows_type]
conf = util.get_config()
return action_manager(client=client, config=conf)
def __new__(mcs, name, bases, attrs):
cls = super(ScenarioMeta, mcs).__new__(mcs, name, bases, attrs)
test_loader = unittest.TestLoader()
if not cls.is_final():
LOG.warning("Class %s is not a final class", cls)
return cls
cls.conf = util.get_config()
for test_class in cls.test_classes:
test_names = test_loader.getTestCaseNames(test_class)
for test_name in test_names:
# skip tests that have required_service_type != cls.service_type
test_obj = getattr(test_class, test_name)
if hasattr(test_obj, 'required_service_type'):
if test_obj.required_service_type != cls.service_type:
continue
def delegator(self,
class_name=test_class,
test_name=test_name):
getattr(
class_name(cls.conf, self.backend, self.recipe,
self.introspection, test_name), test_name)()
if hasattr(cls, test_name):
test_name = 'test_%s_%s' % (test_class.__name__, test_name)
# Create a new function from the delegator with the
# correct name, since tools such as nose test runner,
# will use func.func_name, which will be delegator otherwise.
new_func = _build_new_function(delegator, test_name)
setattr(cls, test_name, new_func)
return cls
def __new__(mcs, name, bases, attrs):
cls = super(ScenarioMeta, mcs).__new__(mcs, name, bases, attrs)
test_loader = unittest.TestLoader()
if not cls.is_final():
LOG.warning("Class %s is not a final class", cls)
return cls
cls.conf = util.get_config()
for test_class in cls.test_classes:
test_names = test_loader.getTestCaseNames(test_class)
for test_name in test_names:
# skip tests that have required_service_type != cls.service_type
test_obj = getattr(test_class, test_name)
if hasattr(test_obj, 'required_service_type'):
if test_obj.required_service_type != cls.service_type:
continue
def delegator(self, class_name=test_class,
test_name=test_name):
getattr(class_name(cls.conf, self.backend, self.recipe,
self.introspection, test_name),
test_name)()
if hasattr(cls, test_name):
test_name = 'test_%s_%s' % (test_class.__name__,
test_name)
# Create a new function from the delegator with the
# correct name, since tools such as nose test runner,
# will use func.func_name, which will be delegator otherwise.
new_func = _build_new_function(delegator, test_name)
setattr(cls, test_name, new_func)
return cls
# distributed under the License is distributed on an "AS IS" BASIS, WITHOUT
# WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. See the
# License for the specific language governing permissions and limitations
# under the License.
"""Base recipee for preparing instances for cloudbaseinit testing."""
import abc
import six
from argus.recipees import base
from argus import util
__all__ = ('BaseCloudbaseinitRecipee', )
CONF = util.get_config()
LOG = util.get_logger()
@six.add_metaclass(abc.ABCMeta)
class BaseCloudbaseinitRecipee(base.BaseRecipee):
"""Base recipee for testing an instance with Cloudbaseinit.
The method :meth:`~prepare` does all the necessary work for
preparing a new instance. The executed steps are:
* wait for boot completion.
* get an install script for CloudbaseInit
* installs CloudbaseInit
* waits for the finalization of the installation.
"""
from argus.tests.cloud import smoke
from argus.tests.cloud.windows import test_smoke
from argus import util
def _availability_zones():
api_manager = manager.APIManager()
try:
zones = api_manager.availability_zone_client.list_availability_zones()
info = zones['availabilityZoneInfo']
return {zone['zoneName'] for zone in info}
finally:
api_manager.cleanup_credentials()
AVAILABILITY_ZONES = _availability_zones()
CONFIG = util.get_config()
class BaseWindowsScenario(scenarios.CloudScenario):
backend_type = tempest_backend.BaseWindowsTempestBackend
introspection_type = introspection.InstanceIntrospection
recipe_type = recipe.CloudbaseinitRecipe
class ScenarioSmoke(BaseWindowsScenario):
test_classes = (test_smoke.TestSmoke, )
class ScenarioSmokeHeat(BaseWindowsScenario):
from argus.tests.cloud.windows import test_smoke
from argus import util
def _availability_zones():
api_manager = manager.APIManager()
try:
zones = api_manager.availability_zone_client.list_availability_zones()
info = zones['availabilityZoneInfo']
return {zone['zoneName'] for zone in info}
finally:
api_manager.cleanup_credentials()
AVAILABILITY_ZONES = _availability_zones()
CONFIG = util.get_config()
class BaseWindowsScenario(scenarios.CloudScenario):
backend_type = tempest_backend.BaseWindowsTempestBackend
introspection_type = introspection.InstanceIntrospection
recipe_type = recipe.CloudbaseinitRecipe
class ScenarioSmoke(BaseWindowsScenario):
test_classes = (test_smoke.TestSmoke, )
class ScenarioSmokeHeat(BaseWindowsScenario):