def wait_for_load_balancers_status(self, load_balancer_id,
provisioning_status='ACTIVE',
operating_status='ONLINE',
is_delete_op=False):
"""Must have utility method for load-balancer CRUD operation.
This is the method you must call to make sure load_balancer_id is
in provisioning_status=ACTIVE and opration_status=ONLINE status
before manipulating any lbaas resource under load_balancer_id.
"""
interval_time = self.build_interval
timeout = self.build_timeout
end_time = time.time() + timeout
lb = None
while time.time() < end_time:
try:
lb = self.show_load_balancer(load_balancer_id)
if not lb:
if is_delete_op:
break
else:
raise Exception(
LB_NOTFOUND.format(lb_id=load_balancer_id))
lb = lb.get(self.resource, lb)
if (lb.get('provisioning_status') == provisioning_status and
lb.get('operating_status') == operating_status):
break
time.sleep(interval_time)
except exceptions.NotFound as e:
if is_delete_op:
break
else:
raise e
else:
if is_delete_op:
raise exceptions.TimeoutException(
_("Waited for load balancer {lb_id} to be deleted for "
"{timeout} seconds but can still observe that it "
"exists.").format(
lb_id=load_balancer_id,
timeout=timeout))
else:
raise exceptions.TimeoutException(
_("Wait for load balancer ran for {timeout} seconds and "
"did not observe {lb_id} reach {provisioning_status} "
"provisioning status and {operating_status} "
"operating status.").format(
timeout=timeout,
lb_id=load_balancer_id,
provisioning_status=provisioning_status,
operating_status=operating_status))
return lb
def wait_for_load_balancer_status(self,
load_balancer_id,
provisioning_status='ACTIVE',
operating_status='ONLINE',
is_delete_op=False):
"""Must have utility method for load-balancer CRUD operation.
This is the method you must call to make sure load_balancer_id is
in provisioning_status=ACTIVE and opration_status=ONLINE status
before manipulating any lbaas resource under load_balancer_id.
"""
interval_time = self.build_interval
timeout = self.build_timeout
end_time = time.time() + timeout
lb = None
while time.time() < end_time:
try:
lb = self.show_load_balancer(load_balancer_id)
if not lb:
if is_delete_op:
break
else:
raise Exception(
LB_NOTFOUND.format(lb_id=load_balancer_id))
lb = lb.get(self.resource, lb)
if (lb.get('provisioning_status') == provisioning_status
and lb.get('operating_status') == operating_status):
break
time.sleep(interval_time)
except exceptions.NotFound as e:
if is_delete_op:
break
else:
raise e
else:
if is_delete_op:
raise exceptions.TimeoutException(
_("Waited for load balancer {lb_id} to be deleted for "
"{timeout} seconds but can still observe that it "
"exists.").format(lb_id=load_balancer_id,
timeout=timeout))
else:
raise exceptions.TimeoutException(
_("Wait for load balancer ran for {timeout} seconds and "
"did not observe {lb_id} reach {provisioning_status} "
"provisioning status and {operating_status} "
"operating status.").format(
timeout=timeout,
lb_id=load_balancer_id,
provisioning_status=provisioning_status,
operating_status=operating_status))
return lb
def _wait_for_load_balancer_status(cls,
load_balancer_id,
provisioning_status='ACTIVE',
operating_status='ONLINE',
delete=False):
interval_time = 1
timeout = 600
end_time = time.time() + timeout
lb = {}
while time.time() < end_time:
try:
lb = cls.load_balancers_client.show_load_balancer(
load_balancer_id)
if not lb:
# loadbalancer not found
if delete:
break
else:
raise Exception(
_("loadbalancer {lb_id} not"
" found").format(lb_id=load_balancer_id))
lb = lb.get('loadbalancer', lb)
if (lb.get('provisioning_status') == provisioning_status
and lb.get('operating_status') == operating_status):
break
time.sleep(interval_time)
except exceptions.NotFound as e:
# if wait is for delete operation do break
if delete:
break
else:
# raise original exception
raise e
else:
if delete:
raise exceptions.TimeoutException(
_("Waited for load balancer {lb_id} to be deleted for "
"{timeout} seconds but can still observe that it "
"exists.").format(lb_id=load_balancer_id,
timeout=timeout))
else:
raise exceptions.TimeoutException(
_("Wait for load balancer ran for {timeout} seconds and "
"did not observe {lb_id} reach {provisioning_status} "
"provisioning status and {operating_status} "
"operating status.").format(
timeout=timeout,
lb_id=load_balancer_id,
provisioning_status=provisioning_status,
operating_status=operating_status))
return lb
def nsx_bridge_cluster_info(self):
"""
Collect the device and interface name of the nsx brdige cluster.
:return: nsx bridge id and display name.
"""
response = self.nsxv3_client_obj.get_bridge_cluster_info()
if len(response) == 0:
raise RuntimeError(_("NSX bridge cluster information is null"))
return [(x.get("id"), x.get("display_name")) for x in response]
def is_resource_deleted(self, resource_type, id, client=None):
if client is None:
client = self
method = 'show_' + resource_type
try:
getattr(client, method)(id)
except AttributeError:
raise Exception(_("Unknown resource type %s ") % resource_type)
except lib_exc.NotFound:
return True
return False
def resource_setup(cls):
"""setup default values for filtering tests."""
super(NetworkTagFilterTest, cls).resource_setup()
cls.a_b_c = ['a', 'ab', 'abc']
cls.not_tagged_tags = ['talking-head', 'spinning-tail']
cls._tags = (['east', 'gold', 'production'],
['west', 'silver', 'development'],
['north', 'brown', 'development', 'abc'],
['south', 'brown', 'testing', 'a'],
['west', 'gold', 'production', 'ab'],
['east', 'silver', 'testing'],
['north', 'gold', 'production'],
['south', 'silver', 'testing'])
cls.QQ = {'router:external': False}
cls.GG = {}
for ix in range(0, len(cls._tags)):
net = cls.create_network()
tags = cls._tags[ix]
net = cls.tag_replace(net['id'], tags=tags)
if not (set(net['tags']) == set(cls._tags[ix])):
raise Exception(
_("tags[%s] are not tag-replace successfully.") % tags)
net_id = net['id']
cls.GG[net_id] = set(net['tags'])
def check_matched_search_list(self, matched_nets, m_net_list, title):
LOG.info(_("Expected_nets[{0}]: {1}").format(title, m_net_list))
LOG.info(_("Number of matched_nets: {0}").format(len(matched_nets)))
self.assertEqual(len(matched_nets), len(m_net_list))
for net in matched_nets:
self.assertIn(net['id'], m_net_list)