spec = ether_service_pb2.req_lan_service_update_spec()
spec.service_id = service_id
spec.operation = operation
for il in initial_lanzones:
spec.initial_lanzones.append(il)
for bh in ban_hosts:
spec.ban_hosts.append(bh)
for bl in ban_lanzones:
spec.ban_lanzones.append(bl)
for bi in ban_interfaces:
spec.ban_interfaces.append(bi)
spec.is_synced = is_synced
stub.rpc_taslflow_update_ether_lan_service(spec)
publish_stub_inventory(rpc_service, ether_service_pb2_grpc.ether_serviceStub)
if __name__ == '__main__':
from e3net.common.e3config import add_config_file
from e3net.common.e3config import load_configs
import sys
add_config_file('/etc/e3net/e3vswitch.ini')
load_configs()
stub = get_stub('127.0.0.1', 9418, rpc_service)
if False:
rpc_client_taskflow_create_ether_service(
stub,
service_name='ether_line_0',
tenant_id='c2204787-df90-473b-8ed6-52838eab1c32',
initial_lanzones=[
'1bcd32a0-444d-41cb-a3fd-786f6f3ef83c',
#
#Copyright (c) 2018 Jie Zheng
#
import sys
from e3net.rpc import protos_base
sys.path += protos_base.__path__
from e3net.rpc.grpc_client import publish_stub_inventory
from e3net.rpc.protos_base import vswitch_host_pb2
from e3net.rpc.protos_base import vswitch_host_pb2_grpc
from e3net.rpc.grpc_client import get_stub
rpc_service = 'vswitch_host'
publish_stub_inventory(rpc_service, vswitch_host_pb2_grpc.vswitch_hostStub)
def rpc_client_get_vswitch_host(stub, uuid_or_hostname, is_uuid=True):
key = vswitch_host_pb2.req_host_key()
key.per_uuid = is_uuid
if is_uuid:
key.uuid = uuid_or_hostname
else:
key.host_name = uuid_or_hostname
return stub.rpc_get_vswitch_host(key)
def rpc_client_list_vswitch_hosts(stub, uuid_list=[], hostname_list=[]):
def __key_generator0(_uuid_list, _hostname_list):
keys = list()
for _uuid in _uuid_list:
key = vswitch_host_pb2.req_host_key()
#
#Copyright (c) 2018 Jie Zheng
#
import sys
from e3net.rpc import protos_base
sys.path += protos_base.__path__
from e3net.rpc.grpc_client import publish_stub_inventory
from e3net.rpc.protos_base import vswitch_interface_pb2
from e3net.rpc.protos_base import vswitch_interface_pb2_grpc
from e3net.rpc.grpc_client import get_stub
rpc_service = 'vswitch_interface'
publish_stub_inventory(rpc_service,
vswitch_interface_pb2_grpc.vswitch_interfaceStub)
def rpc_client_get_vswitch_interface(stub, uuid):
key = vswitch_interface_pb2.req_interface_key()
key.uuid = uuid
return stub.rpc_get_vswitch_interface(key)
def rpc_client_list_vswitch_interfaces(stub, uuid_list):
def _key_generator0(uuid_list):
for uuid in uuid_list:
key = vswitch_interface_pb2.req_interface_key()
key.uuid_type = 0
key.uuid = uuid
yield key
#
#Copyright (c) 2018 Jie Zheng
#
import sys
from e3net.rpc import protos_base
sys.path += protos_base.__path__
from e3net.rpc.grpc_client import publish_stub_inventory
from e3net.rpc.protos_base import label_distribution_pb2
from e3net.rpc.protos_base import label_distribution_pb2_grpc
from e3net.rpc.grpc_client import get_stub
rpc_service = 'label_distribution'
def rpc_client_deposit_labels(stub):
pass
def rpc_client_withdraw_labels(stub):
pass
def rpc_client_pull_labels(stub):
pass
publish_stub_inventory(rpc_service, label_distribution_pb2_grpc.label_distributionStub)
#
#Copyright (c) 2018 Jie Zheng
#
import sys
from e3net.rpc import protos_base
sys.path += protos_base.__path__
from e3net.rpc.grpc_client import publish_stub_inventory
from e3net.rpc.protos_base import vswitch_lanzone_pb2
from e3net.rpc.protos_base import vswitch_lanzone_pb2_grpc
from e3net.rpc.grpc_client import get_stub
rpc_service = 'vswitch_lanzone'
publish_stub_inventory(rpc_service,
vswitch_lanzone_pb2_grpc.vswitch_lanzoneStub)
def rpc_client_get_vswitch_lanzone(stub, uuid_or_name, is_uuid=True):
key = vswitch_lanzone_pb2.req_lanzone_key()
if is_uuid:
key.per_uuid = True
key.uuid = uuid_or_name
else:
key.per_uuid = False
key.lanzone_name = uuid_or_name
return stub.rpc_get_vswitch_lanzone(key)
def rpc_client_list_vswitch_lanzones(stub, uuid_list=[], name_list=[]):
def __key_generator0(_uuid_list, _name_list):
keys = list()
for _uuid in _uuid_list:
return stub.rpc_list_topology_edges(__key_generator0(uuid_list))
def rpc_client_list_topology_edges_for_services(stub, service_list):
def __key_generator1(_service_list):
for _service in _service_list:
key = topology_edge_pb2.req_edge_key()
key.per_uuid = False
key.uuid_or_service_id = _service
yield key
return stub.rpc_list_topology_edges(__key_generator1(service_list))
publish_stub_inventory(rpc_service, topology_edge_pb2_grpc.topology_edgeStub)
if __name__ == '__main__':
from e3net.common.e3config import add_config_file
from e3net.common.e3config import load_configs
add_config_file('/etc/e3net/e3vswitch.ini')
load_configs()
stub = get_stub('127.0.0.1', 9418, rpc_service)
print(
rpc_client_get_topology_edge(stub,
'4ba573ea-84eb-4ed6-8be9-f3831f9e72ee'))
edges = rpc_client_list_topology_edges(stub, [
'53183c64-fb52-4593-8ea2-ed1bdf668548',
'82d688e1-44d1-4ae4-9ddb-3eda02a6c794'
])
edges = rpc_client_list_topology_edges_for_services(