def test_si_without_valid_annotations(self):
si_fqn = ['default-domain', 'default-project', 'si-' + self.id()]
si_obj = ServiceInstance(fq_name=si_fqn)
si_obj.fq_name = si_fqn
si_obj.add_service_template(self.st_obj)
kvp_array = []
kvp = KeyValuePair("left-svc-vlan", "100")
kvp_array.append(kvp)
kvp = KeyValuePair("right-svc-vlan", "101")
kvp_array.append(kvp)
kvp = KeyValuePair("left-svc-asns", "66000,66001")
kvp_array.append(kvp)
# The below line is intentionllly commented out..
# kvp = KeyValuePair("right-svc-asns", "66000,66002")
kvp_array.append(kvp)
kvps = KeyValuePairs()
kvps.set_key_value_pair(kvp_array)
si_obj.set_annotations(kvps)
props = ServiceInstanceType()
props.set_service_virtualization_type('physical-device')
props.set_ha_mode("active-standby")
si_obj.set_service_instance_properties(props)
# right-svc-asns missing, raise error
self.assertRaises(BadRequest, self.api.service_instance_create, si_obj)
def _create_kv_pairs(self, pi_fq_name, fabric_name, vpg_name,
tor_port_vlan_id=0):
# Populate binding profile to be used in VMI create
binding_profile = {'local_link_information': [
{'port_id': pi_fq_name[2],
'switch_id': pi_fq_name[2],
'fabric': fabric_name[-1],
'switch_info': pi_fq_name[1]}]}
if tor_port_vlan_id != 0:
kv_pairs = KeyValuePairs(
[KeyValuePair(key='vpg', value=vpg_name[-1]),
KeyValuePair(key='vif_type', value='vrouter'),
KeyValuePair(key='tor_port_vlan_id', value=tor_port_vlan_id),
KeyValuePair(key='vnic_type', value='baremetal'),
KeyValuePair(key='profile',
value=json.dumps(binding_profile))])
else:
kv_pairs = KeyValuePairs(
[KeyValuePair(key='vpg', value=vpg_name[-1]),
KeyValuePair(key='vif_type', value='vrouter'),
KeyValuePair(key='vnic_type', value='baremetal'),
KeyValuePair(key='profile',
value=json.dumps(binding_profile))])
return kv_pairs
def test_hbs_create_with_annotations(self):
project2 = Project('project2-%s' % self.id())
project2.set_quota(QuotaType(host_based_service=1))
self.api.project_create(project2)
vn1 = VirtualNetwork('vn1-%s' % self.id(), parent_obj=project2)
self.api.virtual_network_create(vn1)
hbs1 = HostBasedService('hbs1-%s' % self.id(), parent_obj=project2)
hbs1.add_annotations(KeyValuePair(
key='image', value='hub.juniper.net/security/csrx:19.2R1.8'))
hbs1.add_annotations(KeyValuePair(key='imagePullSecrets', value='psd'))
self.api.host_based_service_create(hbs1)
def test_add_virtual_router(self):
name = "localhost-%s" % self.id()
physnet_mapping = {"physnet1": "eth0", "physnet2": "eth1"}
prov_args = [
"--host_ip 127.0.0.1",
"--host_name %s" % name,
"--ip_fabric_subnet 10.1.1.0/28",
"--api_server_ip %s" % self._server_info['ip'],
"--api_server_port %s" % self._server_info['service_port'],
"--sriov_physnets %s" % ' '.join(
[k + '=' + v for k, v in physnet_mapping.items()]),
]
provision_vrouter.VrouterProvisioner(args_str=' '.join(prov_args))
fq_name = ['default-global-system-config', name]
vrouter_obj = self.api.virtual_router_read(fq_name)
physnets = (vrouter_obj.get_virtual_router_sriov_physical_networks() or
KeyValuePairs())
physnet_kvps = physnets.get_key_value_pair() or []
for physnet, interface in physnet_mapping.items():
kvp = KeyValuePair(key=physnet, value=interface)
assert kvp in physnet_kvps,\
"(%s) kv pair not found in physnet kvps (%s)" % (
kvp, physnet_kvps)
def _create_kv_pairs(self, fabric_name, pi_fq_name):
binding_profile = {'local_link_information': []}
binding_profile['local_link_information'].append({
'port_id':
pi_fq_name[2],
'switch_id':
pi_fq_name[2],
'fabric':
fabric_name[-1],
'switch_info':
pi_fq_name[1]
})
kv_pairs = KeyValuePairs([
KeyValuePair(key='vif_type', value='vrouter'),
KeyValuePair(key='vnic_type', value='baremetal'),
KeyValuePair(key='profile', value=json.dumps(binding_profile))
])
return kv_pairs
def _check_lb_members(self, *members):
lb_pool = self._vnc_lib.loadbalancer_pool_read(
id=self.pool_uid,
fields=('loadbalancer-pool-loadbalancer-member', ))
lb_members = lb_pool.get_loadbalancer_members() or ()
self.assertEqual(len(lb_members), len(members))
lb_members = [
self._vnc_lib.loadbalancer_member_read(id=member['uuid'])
for member in lb_members
]
member_annotations = [member.annotations for member in lb_members]
for vm_uid, vmi_uid in members:
self.assertIn(
KeyValuePairs(
[KeyValuePair('vm', vm_uid),
KeyValuePair('vmi', vmi_uid)]), member_annotations)
def set_job_transaction(device_obj, vnc_api, trans_info):
trans_val = json.dumps(trans_info)
annotations = device_obj.get_annotations()
if not annotations:
annotations = KeyValuePairs()
annotations.add_key_value_pair(
KeyValuePair(key='job_transaction', value=trans_val))
device_obj.set_annotations(annotations)
if vnc_api:
vnc_api.physical_router_update(device_obj)
def create_vmi_bindings(self,
pi_fq_name,
fabric_name,
vpg_name,
tor_port_vlan_id=0):
# Populate binding profile to be used in VMI create
binding_profile = {'local_link_information': []}
if isinstance(pi_fq_name[0], type([])):
for pi_name in pi_fq_name:
binding_profile['local_link_information'].append({
'port_id':
pi_name[2],
'switch_id':
pi_name[2],
'fabric':
fabric_name[-1],
'switch_info':
pi_name[1]
})
else:
binding_profile['local_link_information'].append({
'port_id':
pi_fq_name[2],
'switch_id':
pi_fq_name[2],
'fabric':
fabric_name[-1],
'switch_info':
pi_fq_name[1]
})
if tor_port_vlan_id != 0:
kv_pairs = KeyValuePairs([
KeyValuePair(key='vpg', value=vpg_name[-1]),
KeyValuePair(key='vif_type', value='vrouter'),
KeyValuePair(key='tor_port_vlan_id', value=tor_port_vlan_id),
KeyValuePair(key='vnic_type', value='baremetal'),
KeyValuePair(key='profile', value=json.dumps(binding_profile))
])
else:
kv_pairs = KeyValuePairs([
KeyValuePair(key='vpg', value=vpg_name[-1]),
KeyValuePair(key='vif_type', value='vrouter'),
KeyValuePair(key='vnic_type', value='baremetal'),
KeyValuePair(key='profile', value=json.dumps(binding_profile))
])
return kv_pairs
def test_get_hbs_template_no_json(self):
project2 = Project('project2-%s' % self.id())
project2.set_quota(QuotaType(host_based_service=1))
kvp_array = []
kvp = KeyValuePair("namespace", "k8test")
kvp_array.append(kvp)
kvp = KeyValuePair("cluster", "c1")
kvp_array.append(kvp)
kvps = KeyValuePairs()
kvps.set_key_value_pair(kvp_array)
project2.set_annotations(kvps)
self.api.project_create(project2)
hbs = HostBasedService('hbs-%s' % self.id(), parent_obj=project2)
self.api.host_based_service_create(hbs)
(code, msg) = self._http_post('/hbs-get', None)
self.assertEquals(code, 400)
def test_more_than_one_sas_per_st(self):
si_obj = self.api.service_instance_read(id=self.si_uuid)
left_lr_obj = self.api.logical_router_read(id=self.left_lr_uuid)
right_lr_obj = self.api.logical_router_read(id=self.right_lr_uuid)
pt_obj = PortTuple('pt-' + self.id(), parent_obj=si_obj)
pt_obj.add_logical_router(left_lr_obj)
pt_obj.add_logical_router(right_lr_obj)
kvp_array = []
kvp = KeyValuePair("left-lr", self.left_lr_uuid)
kvp_array.append(kvp)
kvp = KeyValuePair("right-lr", self.right_lr_uuid)
kvp_array.append(kvp)
kvps = KeyValuePairs()
kvps.set_key_value_pair(kvp_array)
pt_obj.set_annotations(kvps)
# Add another SAS to the ST
gsc_obj = self.api.global_system_config_read(
GlobalSystemConfig().fq_name)
sas_obj = ServiceApplianceSet('sas1-' + self.id(), gsc_obj)
sas_obj.set_service_appliance_set_virtualization_type(
'physical-device')
self.api.service_appliance_set_create(sas_obj)
st_obj = self.api.service_template_read(id=self.st_uuid)
st_obj.add_service_appliance_set(sas_obj)
self.api.service_template_update(st_obj)
st_obj = self.api.service_template_read(id=self.st_uuid)
# Create PT
self.api.port_tuple_create(pt_obj)
# Make sure no LI or IIP is created in this case
li_list_len = \
len(self.api.logical_interfaces_list().get('logical-interfaces'))
self.assertEqual(li_list_len, 0)
iip_list_len = \
len(self.api.instance_ips_list().get('instance-ips'))
self.assertEqual(iip_list_len, 0)
# cleanup
st_obj.del_service_appliance_set(sas_obj)
self.api.service_template_update(st_obj)
self.api.service_appliance_set_delete(id=sas_obj.uuid)
self.api.port_tuple_delete(id=pt_obj.uuid)
pass
def test_sa_with_invalid_pr_role(self):
sa_obj = ServiceAppliance('sa-' + self.id(), parent_obj=self.sas_obj)
kvp_array = []
kvp = KeyValuePair(
"left-attachment-point",
self.default_gsc_name +
':' +
'spine-' +
self.id() +
':' +
'xe-0/0/1-' +
self.id())
kvp_array.append(kvp)
kvp = KeyValuePair(
"right-attachment-point",
self.default_gsc_name +
':' +
'spine-' +
self.id() +
':' +
'xe-0/0/2-' +
self.id())
kvp_array.append(kvp)
kvps = KeyValuePairs()
kvps.set_key_value_pair(kvp_array)
sa_obj.set_service_appliance_properties(kvps)
sa_obj.set_service_appliance_virtualization_type('physical-device')
# Add PNF PI refs
attr = ServiceApplianceInterfaceType(interface_type='left')
sa_obj.add_physical_interface(self.left_pnf_pi_obj, attr)
attr = ServiceApplianceInterfaceType(interface_type='right')
sa_obj.add_physical_interface(self.right_pnf_pi_obj, attr)
# Overwrite the role as leaf instead of pnf
self.pnf_obj.set_physical_router_role('leaf')
self.api.physical_router_update(self.pnf_obj)
# Create SA should raise exception
self.assertRaises(BadRequest,
self.api.service_appliance_create,
sa_obj)
def post_dbe_create(cls, tenant_name, obj_dict, db_conn):
# Allocate unit number for service IRB interfaces, each for left and
# right VRF on the service chaining device
pnf_svc_inst = cls._check_svc_inst_belongs_to_pnf(obj_dict)
if pnf_svc_inst:
left_svc_fq_name = ':'.join(obj_dict['fq_name']) + 'left_svc'
right_svc_fq_name = ':'.join(obj_dict['fq_name']) + 'right_svc'
left_svc_unit = cls.vnc_zk_client.alloc_vn_id(left_svc_fq_name)
def undo_left_svc_unit():
cls.vnc_zk_client.free_vn_id(left_svc_unit, left_svc_fq_name)
return True, ""
get_context().push_undo(undo_left_svc_unit)
right_svc_unit = cls.vnc_zk_client.alloc_vn_id(right_svc_fq_name)
def undo_right_svc_unit():
cls.vnc_zk_client.free_vn_id(right_svc_unit, right_svc_fq_name)
return True, ""
get_context().push_undo(undo_right_svc_unit)
if left_svc_unit and right_svc_unit:
# Store these unit-id's as key value pairs in
# service_instance_bindings
api_server = cls.server
svc_inst_obj = ServiceInstance(obj_dict)
svc_inst_obj.set_service_instance_bindings(
KeyValuePairs([
KeyValuePair('left-svc-unit', str(left_svc_unit)),
KeyValuePair('right-svc-unit', str(right_svc_unit))
]))
svc_inst_dict = json.dumps(svc_inst_obj,
default=_obj_serializer_all)
api_server.internal_request_update('service-instance',
obj_dict['uuid'],
json.loads(svc_inst_dict))
return True, ''
def _update_floating_ip(self,
name,
ns_name,
external_ip,
lb_obj,
specified_fip_pool_fq_name_str=None):
proj_obj = self._get_project(ns_name)
fip = self._allocate_floating_ip(lb_obj, name, ns_name, proj_obj,
external_ip,
specified_fip_pool_fq_name_str)
if fip:
lb_obj.add_annotations(
KeyValuePair(key='externalIP', value=external_ip))
self._vnc_lib.loadbalancer_update(lb_obj)
return fip
def set_fabric_job_transaction(job_ctx, vnc_api, trans_info):
try:
fabric_info = job_ctx.get('job_input')
fabric_fq_name = fabric_info.get('fabric_fq_name')
fabric_obj = vnc_api.fabric_read(fq_name=fabric_fq_name)
trans_val = json.dumps(trans_info)
annotations = fabric_obj.get_annotations()
if not annotations:
annotations = KeyValuePairs()
annotations.add_key_value_pair(
KeyValuePair(key='job_transaction', value=trans_val))
fabric_obj.set_annotations(annotations)
vnc_api.fabric_update(fabric_obj)
except Exception:
pass
def __call__(self, parser, args, values, option_string=None):
if not values:
return
kvps = KeyValuePairs()
kvp_list = []
for value in values:
try:
(physnet, interface) = value.split("=", 2)
except ValueError:
raise argparse.ArgumentError(self,
"could not parse argument: %s",
value)
kvp_list.append(KeyValuePair(key=physnet, value=interface))
kvps.set_key_value_pair(kvp_list)
setattr(args, self.dest, kvps)
def create(self,
ll_obj,
proj_obj,
port,
lb_algorithm=None,
annotations=None):
"""
Create a loadbalancer_pool object.
"""
pool_uuid = str(uuid.uuid4())
props = LoadbalancerPoolType()
if port['protocol'] == "TCP":
props.set_protocol("TCP")
elif port['protocol'] == "HTTP":
props.set_protocol("HTTP")
elif port['protocol'] == "HTTPS":
props.set_protocol("HTTPS")
else:
props.set_protocol("UDP")
if lb_algorithm:
props.set_loadbalancer_method(lb_algorithm)
id_perms = IdPermsType(enable=True)
pool_obj = LoadbalancerPool(ll_obj.name,
proj_obj,
uuid=pool_uuid,
loadbalancer_pool_properties=props,
id_perms=id_perms)
if ll_obj:
pool_exists = ll_obj.get_loadbalancer_pool_back_refs()
if pool_exists is not None:
raise Exception("Pool {} already exists ".format(
pool_exists[0]['uuid']))
pool_obj.set_loadbalancer_listener(ll_obj)
if annotations:
for key in annotations:
pool_obj.add_annotations(
KeyValuePair(key=key, value=annotations[key]))
try:
self._vnc_lib.loadbalancer_pool_create(pool_obj)
except RefsExistError:
self._vnc_lib.loadbalancer_pool_update(pool_obj)
return pool_obj
def create(self, lb_obj, proj_obj, port):
if not port:
self.logger.error("Port is Missing for LB %s" % lb_obj.name)
return None
ll_uuid = str(uuid.uuid4())
name = lb_obj.name + "-" + port['protocol'] + "-" + str(
port['port']) + "-" + ll_uuid
id_perms = IdPermsType(enable=True)
ll_obj = LoadbalancerListener(name,
proj_obj,
id_perms=id_perms,
display_name=name)
ll_obj.uuid = ll_uuid
if lb_obj:
ll_obj.set_loadbalancer(lb_obj)
props = LoadbalancerListenerType()
default_protocol = 'UDP'
supported_protocols = ['TCP', 'HTTP', 'HTTPS', 'TERMINATED_HTTPS']
props.set_protocol(default_protocol)
if 'protocol' in port:
if port['protocol'] in supported_protocols:
props.set_protocol(port['protocol'])
if 'port' in port:
props.set_protocol_port(port['port'])
if 'default_tls_container' in port:
setattr(props, 'default_tls_container',
port['default_tls_container'])
if 'sni_containers' in port:
setattr(props, 'sni_containers', port['sni_containers'])
ll_obj.set_loadbalancer_listener_properties(props)
if 'name' in port:
ll_obj.add_annotations(
KeyValuePair(key='portName', value=str(port['name'])))
try:
self._vnc_lib.loadbalancer_listener_create(ll_obj)
except RefsExistError:
self._vnc_lib.loadbalancer_listener_update(ll_obj)
return ll_obj
def test_hbs_default_vn_ref_add_with_annotations(self):
hbs = HostBasedService('hbs-%s' % self.id(), parent_obj=self.project)
self.api.host_based_service_create(hbs)
vn1 = VirtualNetwork('vn1-%s' % self.id(), parent_obj=self.project)
self.api.virtual_network_create(vn1)
hbs.add_annotations(KeyValuePair(key='imagePullSecrets', value='psd'))
for vn_type in ['left', 'right']:
self.assertRaises(
BadRequest,
self.api.ref_update,
hbs.resource_type,
hbs.uuid,
vn1.resource_type,
vn1.uuid,
None,
'ADD',
ServiceVirtualNetworkType(vn_type),
)
def create(self, pool_obj, address, port, annotations):
"""
Create a loadbalancer_member object.
"""
lm_uuid = str(uuid.uuid4())
props = LoadbalancerMemberType(address=address, protocol_port=port)
id_perms = IdPermsType(enable=True)
member_obj = LoadbalancerMember(lm_uuid,
pool_obj,
loadbalancer_member_properties=props,
id_perms=id_perms)
member_obj.uuid = lm_uuid
if annotations:
for key in annotations:
member_obj.add_annotations(
KeyValuePair(key=key, value=annotations[key]))
self._vnc_lib.loadbalancer_member_create(member_obj)
return member_obj
def _store_default_advanced_params(self, fabric_obj, adv_param_cfg):
# For now, use fabric object to store advanced params
fabric_obj.set_annotations(KeyValuePairs([
KeyValuePair(key='hitless_upgrade_input',
value=json.dumps(adv_param_cfg))]))
self.vncapi.fabric_update(fabric_obj)
def test_valid_pt(self):
si_obj = self.api.service_instance_read(id=self.si_uuid)
left_lr_obj = self.api.logical_router_read(id=self.left_lr_uuid)
right_lr_obj = self.api.logical_router_read(id=self.right_lr_uuid)
pt_obj = PortTuple('pt-' + self.id(), parent_obj=si_obj)
pt_obj.add_logical_router(left_lr_obj)
pt_obj.add_logical_router(right_lr_obj)
kvp_array = []
kvp = KeyValuePair("left-lr", self.left_lr_uuid)
kvp_array.append(kvp)
kvp = KeyValuePair("right-lr", self.right_lr_uuid)
kvp_array.append(kvp)
kvps = KeyValuePairs()
kvps.set_key_value_pair(kvp_array)
pt_obj.set_annotations(kvps)
# Create PT
self.api.port_tuple_create(pt_obj)
# Validate if LI's are created for PNF and spine
left_pnf_pi_obj = self.api.physical_interface_read(
id=self.left_pnf_pi_uuid)
right_pnf_pi_obj = self.api.physical_interface_read(
id=self.left_pnf_pi_uuid)
left_spine_pi_obj = self.api.physical_interface_read(
id=self.left_spine_pi_uuid)
right_spine_pi_obj = self.api.physical_interface_read(
id=self.right_spine_pi_uuid)
lo_pnf_pi_obj = self.api.physical_interface_read(
id=self.lo_pnf_pi_uuid)
self.assertEqual(len(lo_pnf_pi_obj.get_logical_interfaces()), 1)
self.assertEqual(len(left_pnf_pi_obj.get_logical_interfaces()), 1)
self.assertEqual(len(right_pnf_pi_obj.get_logical_interfaces()), 1)
self.assertEqual(len(left_spine_pi_obj.get_logical_interfaces()), 1)
self.assertEqual(len(right_spine_pi_obj.get_logical_interfaces()), 1)
# Validate if IIP objects are created for the above LI's
left_pnf_li_uuid = left_pnf_pi_obj.get_logical_interfaces()[
0].get('uuid')
right_pnf_li_uuid = right_pnf_pi_obj.get_logical_interfaces()[
0].get('uuid')
left_spine_li_uuid = left_spine_pi_obj.get_logical_interfaces()[
0].get('uuid')
right_spine_li_uuid = right_spine_pi_obj.get_logical_interfaces()[
0].get('uuid')
lo_pnf_li_uuid = lo_pnf_pi_obj.get_logical_interfaces()[0].get('uuid')
left_pnf_li_obj = self.api.logical_interface_read(id=left_pnf_li_uuid)
right_pnf_li_obj = self.api.logical_interface_read(
id=right_pnf_li_uuid)
left_spine_li_obj = self.api.logical_interface_read(
id=left_spine_li_uuid)
right_spine_li_obj = self.api.logical_interface_read(
id=right_spine_li_uuid)
lo_pnf_li_obj = self.api.logical_interface_read(id=lo_pnf_li_uuid)
self.assertEqual(len(left_pnf_li_obj.get_instance_ip_back_refs()), 1)
self.assertEqual(len(right_pnf_li_obj.get_instance_ip_back_refs()), 1)
self.assertEqual(len(left_spine_li_obj.get_instance_ip_back_refs()), 1)
self.assertEqual(
len(right_spine_li_obj.get_instance_ip_back_refs()), 1)
self.assertEqual(len(lo_pnf_li_obj.get_instance_ip_back_refs()), 1)
# Validate if the IIP's are valid
left_pnf_iip_uuid = left_pnf_li_obj.get_instance_ip_back_refs()[
0].get('uuid')
right_pnf_iip_uuid = right_pnf_li_obj.get_instance_ip_back_refs()[
0].get('uuid')
left_spine_iip_uuid = left_spine_li_obj.get_instance_ip_back_refs()[
0].get('uuid')
right_spine_iip_uuid = right_spine_li_obj.get_instance_ip_back_refs()[
0].get('uuid')
lo_pnf_iip_uuid = lo_pnf_li_obj.get_instance_ip_back_refs()[
0].get('uuid')
self.assertIsNotNone(
self.api.instance_ip_read(
id=left_pnf_iip_uuid).instance_ip_address)
self.assertIsNotNone(self.api.instance_ip_read(
id=right_pnf_iip_uuid).instance_ip_address)
self.assertIsNotNone(self.api.instance_ip_read(
id=left_spine_iip_uuid).instance_ip_address)
self.assertIsNotNone(self.api.instance_ip_read(
id=right_spine_iip_uuid).instance_ip_address)
self.assertIsNotNone(
self.api.instance_ip_read(
id=lo_pnf_iip_uuid).instance_ip_address)
# Delete PT
self.api.port_tuple_delete(id=pt_obj.uuid)
def test_valid_sa(self):
sa_obj = ServiceAppliance('sa-' + self.id(), parent_obj=self.sas_obj)
kvp_array = []
kvp = KeyValuePair(
"left-attachment-point",
self.default_gsc_name +
':' +
'spine-' +
self.id() +
':' +
'xe-0/0/1-' +
self.id())
kvp_array.append(kvp)
kvp = KeyValuePair(
"right-attachment-point",
self.default_gsc_name +
':' +
'spine-' +
self.id() +
':' +
'xe-0/0/2-' +
self.id())
kvp_array.append(kvp)
kvps = KeyValuePairs()
kvps.set_key_value_pair(kvp_array)
sa_obj.set_service_appliance_properties(kvps)
sa_obj.set_service_appliance_virtualization_type('physical-device')
# Add PNF PI refs
attr = ServiceApplianceInterfaceType(interface_type='left')
sa_obj.add_physical_interface(self.left_pnf_pi_obj, attr)
attr = ServiceApplianceInterfaceType(interface_type='right')
sa_obj.add_physical_interface(self.right_pnf_pi_obj, attr)
# Create SA
self.api.service_appliance_create(sa_obj)
self.left_pnf_pi_obj = self.api.physical_interface_read(
id=self.left_pnf_pi_obj.uuid)
self.right_pnf_pi_obj = self.api.physical_interface_read(
id=self.right_pnf_pi_obj.uuid)
# Check if spine PI <-> PNF PI link has been created
self.assertEqual(
self.left_pnf_pi_obj.physical_interface_refs[0].get('uuid'),
self.left_spine_pi_obj.uuid)
self.assertEqual(
self.right_pnf_pi_obj.physical_interface_refs[0].get('uuid'),
self.right_spine_pi_obj.uuid)
# Delete service appliance
self.api.service_appliance_delete(id=sa_obj.uuid)
# Check if spine PI <-> PNF PI link got removed
self.left_pnf_pi_obj = self.api.physical_interface_read(
id=self.left_pnf_pi_obj.uuid)
self.right_pnf_pi_obj = self.api.physical_interface_read(
id=self.right_pnf_pi_obj.uuid)
self.assertFalse(
hasattr(
self.left_pnf_pi_obj,
"physical_interface_refs"))
self.assertFalse(
hasattr(
self.right_pnf_pi_obj,
"physical_interface_refs"))
def setUp(self):
def _carve_out_subnets(subnets, cidr):
carved_subnets = []
for subnet in subnets:
slash_x_subnets = IPNetwork(subnet.get('cidr')).subnet(cidr)
for slash_x_sn in slash_x_subnets:
carved_subnets.append({'cidr': str(slash_x_sn)})
return carved_subnets
# end _carve_out_subnets
def _get_network_ipam(ipam_name, subnets, subnetting):
def _new_subnet(cidr):
split_cidr = cidr.split('/')
return SubnetType(
ip_prefix=split_cidr[0],
ip_prefix_len=split_cidr[1])
# end _new_subnet
ipam = NetworkIpam(
name=ipam_name,
ipam_subnets=IpamSubnets([
IpamSubnetType(
subnet=_new_subnet(sn.get('cidr')),
default_gateway=sn.get('gateway'),
subnet_uuid=str(uuid.uuid1())
) for sn in subnets if int(
sn.get('cidr').split('/')[-1]) < 31
]),
ipam_subnet_method='flat-subnet',
ipam_subnetting=subnetting
)
return ipam
# end _add_network_ipam
super(TestPnfPortTuple, self).setUp()
logger.debug("setUp called")
# Create Global objects
default_gsc_name = 'default-global-system-config'
gsc_obj = self.api.global_system_config_read(
GlobalSystemConfig().fq_name)
proj_obj = self.api.project_read(Project().fq_name)
# Create PNF and spine Physical Router
pnf_obj = PhysicalRouter('pnf-' + self.id(), gsc_obj)
pnf_obj.set_physical_router_role('pnf')
self.pnf_uuid = self.api.physical_router_create(pnf_obj)
# Create spine Physical Router
spine_obj = PhysicalRouter('spine-' + self.id(), gsc_obj)
self.spine_uuid = self.api.physical_router_create(spine_obj)
# Create left/right LR
left_lr_name = 'left_lr-' + self.id()
left_lr_obj = LogicalRouter(name=left_lr_name, parent_obj=proj_obj)
left_lr_obj.add_physical_router(spine_obj)
self.left_lr_uuid = self.api.logical_router_create(left_lr_obj)
right_lr_name = 'right_lr-' + self.id()
right_lr_obj = LogicalRouter(name=right_lr_name, parent_obj=proj_obj)
right_lr_obj.add_physical_router(spine_obj)
self.right_lr_uuid = self.api.logical_router_create(right_lr_obj)
# create left, right PNF PI
left_pnf_pi_obj = PhysicalInterface(
'ge-0/0/1-' + self.id(), parent_obj=pnf_obj)
right_pnf_pi_obj = PhysicalInterface(
'ge-0/0/2-' + self.id(), parent_obj=pnf_obj)
lo_pnf_pi_obj = PhysicalInterface('lo0', parent_obj=pnf_obj)
self.left_pnf_pi_uuid = self.api.physical_interface_create(
left_pnf_pi_obj)
self.right_pnf_pi_uuid = self.api.physical_interface_create(
right_pnf_pi_obj)
self.lo_pnf_pi_uuid = self.api.physical_interface_create(lo_pnf_pi_obj)
# create left, right spine PI
left_spine_pi_obj = PhysicalInterface(
'xe-0/0/1-' + self.id(), parent_obj=spine_obj)
right_spine_pi_obj = PhysicalInterface(
'xe-0/0/2-' + self.id(), parent_obj=spine_obj)
self.left_spine_pi_uuid = self.api.physical_interface_create(
left_spine_pi_obj)
self.right_spine_pi_uuid = self.api.physical_interface_create(
right_spine_pi_obj)
# Create Service Appliance Set
sas_obj = ServiceApplianceSet('sas-' + self.id(), gsc_obj)
sas_obj.set_service_appliance_set_virtualization_type(
'physical-device')
self.sas_uuid = self.api.service_appliance_set_create(sas_obj)
# Create Service template
st_obj = ServiceTemplate(name='st-' + self.id())
st_obj.set_service_appliance_set(sas_obj)
svc_properties = ServiceTemplateType()
svc_properties.set_service_virtualization_type('physical-device')
if_type = ServiceTemplateInterfaceType()
if_type.set_service_interface_type('left')
svc_properties.add_interface_type(if_type)
if_type = ServiceTemplateInterfaceType()
if_type.set_service_interface_type('right')
svc_properties.add_interface_type(if_type)
st_obj.set_service_template_properties(svc_properties)
self.st_uuid = self.api.service_template_create(st_obj)
# Create Service Instance object
si_fqn = ['default-domain', 'default-project', 'si-' + self.id()]
si_obj = ServiceInstance(fq_name=si_fqn)
si_obj.fq_name = si_fqn
si_obj.add_service_template(st_obj)
kvp_array = []
kvp = KeyValuePair("left-svc-vlan", "100")
kvp_array.append(kvp)
kvp = KeyValuePair("right-svc-vlan", "101")
kvp_array.append(kvp)
kvp = KeyValuePair("left-svc-asns", "66000,66001")
kvp_array.append(kvp)
kvp = KeyValuePair("right-svc-asns", "66000,66002")
kvp_array.append(kvp)
kvps = KeyValuePairs()
kvps.set_key_value_pair(kvp_array)
si_obj.set_annotations(kvps)
props = ServiceInstanceType()
props.set_service_virtualization_type('physical-device')
props.set_ha_mode("active-standby")
si_obj.set_service_instance_properties(props)
self.si_uuid = self.api.service_instance_create(si_obj)
# Create service appliance
sa_obj = ServiceAppliance('sa-' + self.id(), parent_obj=sas_obj)
kvp_array = []
kvp = KeyValuePair(
"left-attachment-point",
default_gsc_name +
':' +
'spine-' +
self.id() +
':' +
'xe-0/0/1-' +
self.id())
kvp_array.append(kvp)
kvp = KeyValuePair(
"right-attachment-point",
default_gsc_name +
':' +
'spine-' +
self.id() +
':' +
'xe-0/0/2-' +
self.id())
kvp_array.append(kvp)
kvps = KeyValuePairs()
kvps.set_key_value_pair(kvp_array)
sa_obj.set_service_appliance_properties(kvps)
sa_obj.set_service_appliance_virtualization_type('physical-device')
attr = ServiceApplianceInterfaceType(interface_type='left')
sa_obj.add_physical_interface(left_pnf_pi_obj, attr)
attr = ServiceApplianceInterfaceType(interface_type='right')
sa_obj.add_physical_interface(right_pnf_pi_obj, attr)
self.sa_uuid = self.api.service_appliance_create(sa_obj)
# Create fabric and add it to spine and PNF
fab_obj = Fabric('fab-' + self.id())
self.fab_uuid = self.api.fabric_create(fab_obj)
pnf_obj.add_fabric(fab_obj)
self.api.physical_router_update(pnf_obj)
spine_obj.add_fabric(fab_obj)
self.api.physical_router_update(spine_obj)
fab_obj = self.api.fabric_read(id=self.fab_uuid)
# Create PNF service chain IPAM/network
pnf_cidr = [{'cidr': "10.1.1.0/28"}]
peer_subnets = _carve_out_subnets(pnf_cidr, 29)
pnf_vn_obj = VirtualNetwork(
name='fab-' + self.id() + '-pnf-servicechain-network',
virtual_network_properties=VirtualNetworkType(
forwarding_mode='l3'),
address_allocation_mode='flat-subnet-only')
self.pnf_vn_uuid = self.api.virtual_network_create(pnf_vn_obj)
pnf_ipam_obj = _get_network_ipam(
'fab-' +
self.id() +
'-pnf-servicechain-network-ipam',
peer_subnets,
True)
self.pnf_ipam_uuid = self.api.network_ipam_create(pnf_ipam_obj)
pnf_vn_obj.add_network_ipam(pnf_ipam_obj, VnSubnetsType([]))
self.api.virtual_network_update(pnf_vn_obj)
fab_obj = self.api.fabric_read(id=self.fab_uuid)
fab_obj.add_virtual_network(
pnf_vn_obj, FabricNetworkTag(
network_type='pnf-servicechain'))
self.api.fabric_update(fab_obj)
# Create loopback IPAM/network
lo_cidr = [{'cidr': "100.100.100.0/28"}]
peer_subnets = _carve_out_subnets(lo_cidr, 28)
lo_vn_obj = VirtualNetwork(
name='fab-' + self.id() + '-loopback-network',
virtual_network_properties=VirtualNetworkType(
forwarding_mode='l3'),
address_allocation_mode='flat-subnet-only')
self.lo_vn_uuid = self.api.virtual_network_create(lo_vn_obj)
lo_ipam_obj = _get_network_ipam(
'fab-' +
self.id() +
'-loopback-network-ipam',
peer_subnets,
False)
self.lo_ipam_uuid = self.api.network_ipam_create(lo_ipam_obj)
lo_vn_obj.add_network_ipam(lo_ipam_obj, VnSubnetsType([]))
self.api.virtual_network_update(lo_vn_obj)
fab_obj = self.api.fabric_read(id=self.fab_uuid)
fab_obj.add_virtual_network(
lo_vn_obj, FabricNetworkTag(
network_type='loopback'))
self.api.fabric_update(fab_obj)
def test_vmi_update(self):
proj_obj, fabric_obj, pr_objs = self._create_prerequisites(
enterprise_style_flag=False, create_second_pr=True)
pr_obj_1 = pr_objs[0]
pr_obj_2 = pr_objs[1]
# Create first PI
esi_id = '00:11:22:33:44:55:66:77:88:99'
pi_name = self.id() + '_physical_interface1'
pi_1 = PhysicalInterface(name=pi_name,
parent_obj=pr_obj_1,
ethernet_segment_identifier=esi_id)
pi_uuid_1 = self._vnc_lib.physical_interface_create(pi_1)
pi_obj_1 = self._vnc_lib.physical_interface_read(id=pi_uuid_1)
fabric_name = fabric_obj.get_fq_name()
pi_fq_name_1 = pi_obj_1.get_fq_name()
# Create second PI
pi_name = self.id() + '_physical_interface2'
pi_2 = PhysicalInterface(name=pi_name,
parent_obj=pr_obj_2,
ethernet_segment_identifier=esi_id)
pi_uuid_2 = self._vnc_lib.physical_interface_create(pi_2)
pi_obj_2 = self._vnc_lib.physical_interface_read(id=pi_uuid_2)
fabric_name = fabric_obj.get_fq_name()
pi_fq_name_2 = pi_obj_2.get_fq_name()
# Create VPG
vpg_name = "vpg-1"
vpg = VirtualPortGroup(vpg_name, parent_obj=fabric_obj)
vpg_uuid = self.api.virtual_port_group_create(vpg)
vpg_obj = self._vnc_lib.virtual_port_group_read(id=vpg_uuid)
vpg_name = vpg_obj.get_fq_name()
# Create single VN
vn1 = VirtualNetwork('vn1-%s' % (self.id()), parent_obj=proj_obj)
self.api.virtual_network_create(vn1)
# Create a VMI that's attached to vpg-1 and having reference
# to vn1
vmi_obj = VirtualMachineInterface(self.id() + "1",
parent_obj=proj_obj)
vmi_obj.set_virtual_network(vn1)
# Populate binding profile to be used in VMI create
binding_profile = {'local_link_information': [
{'port_id': pi_fq_name_1[2],
'switch_id': pi_fq_name_1[2],
'fabric': fabric_name[-1],
'switch_info': pi_fq_name_1[1]},
{'port_id': pi_fq_name_2[2],
'switch_id': pi_fq_name_2[2],
'fabric': fabric_name[-1],
'switch_info': pi_fq_name_2[1]}]}
kv_pairs = KeyValuePairs(
[KeyValuePair(key='vpg', value=vpg_name[-1]),
KeyValuePair(key='vif_type', value='vrouter'),
KeyValuePair(key='vnic_type', value='baremetal'),
KeyValuePair(key='profile',
value=json.dumps(binding_profile))])
vmi_obj.set_virtual_machine_interface_bindings(kv_pairs)
vmi_obj.set_virtual_machine_interface_properties(
VirtualMachineInterfacePropertiesType(sub_interface_vlan_tag=42))
vmi_uuid_1 = self.api.virtual_machine_interface_create(vmi_obj)
# Read physical interface type, it should be set to access
pi_obj_1 = self._vnc_lib.physical_interface_read(id=pi_uuid_1)
pi_obj_2 = self._vnc_lib.physical_interface_read(id=pi_uuid_2)
intf_type_pi_1 = pi_obj_1.get_physical_interface_type()
self.assertEqual(intf_type_pi_1, 'access')
intf_type_pi_2 = pi_obj_2.get_physical_interface_type()
self.assertEqual(intf_type_pi_2, 'access')
vpg_obj.add_virtual_machine_interface(vmi_obj)
self.api.virtual_port_group_update(vpg_obj)
# Now, remove one of the local_link_information
binding_profile = {'local_link_information': [
{'port_id': pi_fq_name_1[2],
'switch_id': pi_fq_name_1[2],
'fabric': fabric_name[-1],
'switch_info': pi_fq_name_1[1]}]}
vmi_obj.set_virtual_machine_interface_bindings(kv_pairs)
self.api.virtual_machine_interface_update(vmi_obj)
self.api.virtual_machine_interface_delete(id=vmi_uuid_1)
self.api.virtual_port_group_delete(id=vpg_obj.uuid)
# Read physical interface type again, it should be set to None
pi_obj_1 = self._vnc_lib.physical_interface_read(id=pi_uuid_1)
pi_obj_2 = self._vnc_lib.physical_interface_read(id=pi_uuid_2)
intf_type_pi_1 = pi_obj_1.get_physical_interface_type()
self.assertEqual(intf_type_pi_1, None)
intf_type_pi_2 = pi_obj_2.get_physical_interface_type()
self.assertEqual(intf_type_pi_2, None)
self.api.physical_interface_delete(id=pi_uuid_1)
self.api.physical_interface_delete(id=pi_uuid_2)
self.api.physical_router_delete(id=pr_obj_1.uuid)
self.api.physical_router_delete(id=pr_obj_2.uuid)
self.api.fabric_delete(id=fabric_obj.uuid)
def _cache_job_input(self):
fabric_obj = self.vncapi.fabric_read(id=self.fabric_uuid)
fabric_obj.set_annotations(KeyValuePairs([
KeyValuePair(key='hitless_upgrade_input',
value=json.dumps(self.job_input))]))
self.vncapi.fabric_update(fabric_obj)
def _manage_lag_interface(cls,
vmi_id,
api_server,
db_conn,
phy_links,
lag_name=None):
fabric_name = None
phy_interface_uuids = []
for link in phy_links:
if fabric_name is not None and fabric_name != link['fabric']:
msg = 'Physical interfaces in the same lag should belong to '\
'the same fabric'
return (False, (400, msg))
else:
fabric_name = link['fabric']
phy_interface_name = link['port_id']
prouter_name = link['switch_info']
pi_fq_name = [
'default-global-system-config', prouter_name,
phy_interface_name
]
phy_interface_uuids.append(
db_conn.fq_name_to_uuid('physical_interface', pi_fq_name))
# check if new physical interfaces belongs to some other lag
for uuid in set(phy_interface_uuids):
ok, phy_interface_dict = db_conn.dbe_read(
obj_type='physical-interface', obj_id=uuid)
if not ok:
return (ok, 400, phy_interface_dict)
mac = phy_interface_dict['physical_interface_mac_addresses'][
'mac_address']
esi = "00:00:00:00:" + mac[0]
lag_refs = phy_interface_dict.get('virtual_port_group_back_refs')
if lag_refs and lag_refs[0]['to'][-1] != lag_name:
msg = 'Physical interface %s already belong to the lag %s' %\
(phy_interface_dict.get('name'), lag_refs[0]['to'][-1])
return (False, (400, msg))
if lag_name: # read the lag object
lag_fq_name = [
'default-global-system-config', fabric_name, lag_name
]
try:
lag_uuid = db_conn.fq_name_to_uuid('virtual_port_group',
lag_fq_name)
except NoIdError:
msg = 'Lag object %s is not found' % lag_name
return (False, (404, msg))
ok, lag_dict = db_conn.dbe_read(obj_type='virtual-port-group',
obj_id=lag_uuid)
if not ok:
return (ok, 400, lag_dict)
kvps = lag_dict['annotations']['key_value_pair']
kvp_dict = cls._kvp_to_dict(kvps)
lag_update_dict = {}
if kvp_dict.get('esi') != esi:
lag_dict['annotations']['key_value_pair'][1] = KeyValuePair(
'esi', esi)
lag_update_dict['annotations'] = lag_dict['annotations']
lag_update_dict = json.dumps(lag_update_dict,
default=_obj_serializer_all)
ok, resp = api_server.internal_request_update(
'virtual-port-group', lag_dict['uuid'],
json.loads(lag_update_dict))
else: # create lag object
fabric_fq_name = [
'default-global-system-config',
fabric_name,
phy_interface_uuids[0],
]
ae_id = cls.vnc_zk_client.alloc_ae_id(':'.join(fabric_fq_name))
def undo_ae_id():
cls.vnc_zk_client.free_ae_id(':'.join(fabric_fq_name))
return True, ""
get_context().push_undo(undo_ae_id)
lag_name = "lag" + str(ae_id)
lag_obj = VirtualPortGroup(parent_type='fabric',
fq_name=[
'default-global-system-config',
fabric_name, lag_name
],
virtual_port_group_lacp_enabled=True)
lag_obj.set_annotations(
KeyValuePairs([
KeyValuePair('ae_if_name', str(ae_id)),
KeyValuePair('esi', esi)
]))
lag_int_dict = json.dumps(lag_obj, default=_obj_serializer_all)
ok, resp = api_server.internal_request_create(
'virtual-port-group', json.loads(lag_int_dict))
if not ok:
return (ok, 400, resp)
lag_dict = resp['virtual-port-group']
lag_uuid = resp['virtual-port-group']['uuid']
def undo_lag_create():
cls.server.internal_request_delete('virtual-port-group',
lag_uuid)
return True, ''
get_context().push_undo(undo_lag_create)
old_phy_interface_uuids = []
old_phy_interface_refs = lag_dict.get('physical_interface_refs')
for ref in old_phy_interface_refs or []:
old_phy_interface_uuids.append(ref['uuid'])
# add new physical interfaces to the lag
for uuid in set(phy_interface_uuids) - set(old_phy_interface_uuids):
api_server.internal_request_ref_update('virtual-port-group',
lag_uuid,
'ADD',
'physical-interface',
uuid,
relax_ref_for_delete=True)
# delete old physical interfaces to the lag
for uuid in set(old_phy_interface_uuids) - set(phy_interface_uuids):
api_server.internal_request_ref_update('virtual-port-group',
lag_uuid, 'DELETE',
'physical-interface', uuid)
return lag_uuid
def cache_job_input(self, fabric_uuid, job_template_name, job_input):
fabric_obj = self.vncapi.fabric_read(id=fabric_uuid)
fabric_obj.add_annotations(
KeyValuePair(key=job_template_name, value=json.dumps(job_input)))
self.vncapi.fabric_update(fabric_obj)