def add_labeled_network(api):
"""
Creates a labeled network
"""
# create network
labeled_net = Network(
name=LABELED_NET_NAME,
data_center=DataCenter(name=DC_NAME, ),
description='Labeled network on VLAN {}'.format(LABELED_NET_VLAN_ID),
usages=[],
# because only one non-VLAN network, here 'ovirtmgmt', can be assigned
# to each nic, this additional network has to be a VLAN network
# NOTE: we have added three more NICs since creating this test
vlan=Vlan(id=LABELED_NET_VLAN_ID, ),
)
networks_service = api.system_service().networks_service()
net = networks_service.add(labeled_net)
nt.assert_true(net)
network_service = networks_service.network_service(id=net.id)
labels_service = network_service.network_labels_service()
# assign label to the network
nt.assert_true(labels_service.add(NetworkLabel(id=NETWORK_LABEL)))
nt.assert_equal(
len(
list(label for label in labels_service.list()
if label.id == NETWORK_LABEL)), 1)
def test_add_labeled_network(networks_service, ost_dc_name):
"""
Creates a labeled network
"""
# create network
labeled_net = Network(
name=LABELED_NET_NAME,
data_center=DataCenter(name=ost_dc_name),
description='Labeled network on VLAN {}'.format(LABELED_NET_VLAN_ID),
usages=[],
# because only one non-VLAN network, here 'ovirtmgmt', can be assigned
# to each nic, this additional network has to be a VLAN network
# NOTE: we have added three more NICs since creating this test
vlan=Vlan(id=LABELED_NET_VLAN_ID),
)
net = networks_service.add(labeled_net)
assert net
network_service = networks_service.network_service(id=net.id)
labels_service = network_service.network_labels_service()
# assign label to the network
assert labels_service.add(NetworkLabel(id=NETWORK_LABEL))
assert len([label for label in labels_service.list()
if label.id == NETWORK_LABEL]) == 1
def create_network_params(network_name, dc_name, **net_params):
return Network(
name=network_name,
data_center=DataCenter(
name=dc_name,
),
**net_params
)
def add_networks(engine, dc_name, cluster_name, network_names):
networks_service = engine.networks_service()
networks = list()
for net_name in network_names:
network = networks_service.add(
network=Network(name=net_name,
data_center=DataCenter(name=dc_name),
cluster=Cluster(name=cluster_name)))
networks.append(network)
return networks
def attach_network_to_host(host, nic_name, network_name, ip_configuration,
bonds=[]):
attachment = NetworkAttachment(
network=Network(name=network_name),
host_nic=HostNic(name=nic_name),
ip_address_assignments=ip_configuration)
return host.setup_networks(
modified_bonds=bonds,
modified_network_attachments=[attachment],
check_connectivity=True)
def attach_network_to_host(host, nic_name, network_name, ip_configuration,
bonds=[]):
attachment = NetworkAttachment(
network=Network(name=network_name),
host_nic=HostNic(name=nic_name),
ip_address_assignments=ip_configuration)
testlib.assert_equals_within_short(
lambda:
_setup_host_networks_without_conflict(
host=host,
modified_bonds=bonds,
modified_network_attachments=[attachment],
check_connectivity=True), True, [])
def assign_networks_to_cluster(engine, cluster_name, networks, required):
service = _get_cluster_network_service(engine, cluster_name)
for network in networks:
service.add(network=Network(id=network.id, required=required))
def _create_mapping_target_id(self, from_name, to_id):
return RegistrationVnicProfileMapping(
from_=VnicProfile(name=from_name, network=Network(name=from_name)),
to=VnicProfile(id=to_id),
)
def _create_mapping_no_target(self, from_name):
return RegistrationVnicProfileMapping(
from_=VnicProfile(name=from_name, network=Network(name=from_name)),
to=None,
)
def _create_mapping_no_source(self, to_name):
return RegistrationVnicProfileMapping(
from_=None,
to=VnicProfile(name=to_name, network=Network(name=to_name)),
)
def _create_mapping(self, from_name, to_name):
return RegistrationVnicProfileMapping(
from_=VnicProfile(name=from_name, network=Network(name=from_name)),
to=VnicProfile(name=to_name, network=Network(name=to_name)))
