def random_generate_fip_obj(db_fields, **floatingip):
if db_fields.get('id', None) and floatingip.get(
'id',
None) and db_fields.get('id') == floatingip.get('id'):
return db_fields
db_fields['id'] = floatingip.get('id', None)
db_fields['floating_ip_address'] = tools.get_random_ip_address(
version=4)
return self.fip_db_fields
def random_generate_fip_obj(db_fields, **floatingip):
if db_fields.get(
'id', None) and floatingip.get(
'id', None) and db_fields.get('id') == floatingip.get('id'):
return db_fields
db_fields['id'] = floatingip.get('id', None)
db_fields['floating_ip_address'] = tools.get_random_ip_address(
version=4)
return self.fip_db_fields
def setUp(self):
super(PortForwardingObjectTestCase, self).setUp()
# 'portforwardings' table will store the 'internal_ip_address' and
# 'internal_port' as a single 'socket' column.
# Port forwarding object accepts 'internal_ip_address' and
# 'internal_port', but can not filter the records in db, so the
# valid filters can not contain them.
not_supported_filter_fields = ['internal_ip_address', 'internal_port']
invalid_fields = set(self._test_class.synthetic_fields).union(
set(not_supported_filter_fields))
self.valid_field = [
f for f in self._test_class.fields if f not in invalid_fields
][0]
self.mock_load_fip = mock.patch.object(
self._test_class,
'_load_attr_from_fip',
autospec=True,
side_effect=self._mock_load_attr_from_fip).start()
for obj_fields in self.obj_fields:
obj_fields['floating_ip_address'] = tools.get_random_ip_address(4)
obj_fields['router_id'] = uuidutils.generate_uuid()
def random_generate_fip_db(fip_id):
fip_fields = self.get_random_db_fields(router.FloatingIP)
fip_fields['id'] = fip_id
fip_fields['floating_ip_address'] = tools.get_random_ip_address(4)
return router.FloatingIP.db_model(**fip_fields)