def feature_config(self, **kwargs):
self.pi_map = OrderedDict()
feature_config = Feature(name=self.feature_name())
if self._physical_router.underlay_managed:
self._build_underlay_bgp(feature_config)
self._build_interfaces_config(feature_config)
return feature_config
def feature_config(self, **kwargs):
self.pi_map = OrderedDict()
feature_config = Feature(name=self.feature_name())
if not self._is_evpn(self._physical_router):
return feature_config
self.build_vpg_config()
vn_dict = self._get_connected_vn_li_map()
for vn_uuid, interfaces in list(vn_dict.items()):
vn_obj = VirtualNetworkDM.get(vn_uuid)
ri_obj = self._get_primary_ri(vn_obj)
if ri_obj is None:
continue
ri_name = DMUtils.make_vrf_name(vn_obj.fq_name[-1],
vn_obj.vn_network_id, 'l2')
export_targets, import_targets = self._get_export_import_targets(
vn_obj, ri_obj)
if import_targets:
# from Current VN's all L2 DCI objects, add remote peer fabric
# RTs (type 1 routes) to import targets
import_targets |= vn_obj.get_dci_peer_fabric_rt(
self._physical_router)
ri = self._build_ri_config(vn_obj, ri_name, ri_obj, interfaces,
export_targets, import_targets,
feature_config)
feature_config.add_routing_instances(ri)
for pi, li_map in list(self.pi_map.values()):
pi.set_logical_interfaces(list(li_map.values()))
feature_config.add_physical_interfaces(pi)
return feature_config
def feature_config(self, **kwargs):
self.ri_map = {}
self.firewall_config = None
self.pi_map = OrderedDict()
self.inet4_forwarding_filter = None
self.inet6_forwarding_filter = None
feature_config = Feature(name=self.feature_name())
self._build_ri_config_for_dc()
feature_config.set_routing_instances(
self._get_values_sorted_by_key(self.ri_map))
if self.firewall_config is not None:
feature_config.set_firewall(self.firewall_config)
for pi, li_map in list(self.pi_map.values()):
pi.set_logical_interfaces(list(li_map.values()))
feature_config.add_physical_interfaces(pi)
return feature_config
def feature_config(self, **kwargs):
self._pi_map = OrderedDict()
feature_config = Feature(name=self.feature_name())
self._build_server_config(feature_config)
for pi, li_map in list(self._pi_map.values()):
pi.set_logical_interfaces(list(li_map.values()))
feature_config.add_physical_interfaces(pi)
if self._forwarding_options_config:
feature_config.set_forwarding_options_config(
self._forwarding_options_config)
return feature_config
def feature_config(self, **kwargs):
self.pi_list = set()
self.pp_map = OrderedDict()
feature_config = Feature(name=self.feature_name())
self._build_port_profile_interface_config()
for pi in set(self.pi_list):
feature_config.add_physical_interfaces(pi)
for pp_name in self.pp_map:
feature_config.add_port_profile(self.pp_map[pp_name])
return feature_config
def feature_config(self, **kwargs):
self.pi_list = set()
self.telemetry_map = OrderedDict()
feature_config = Feature(name=self.feature_name())
pr = self._physical_router
tp_uuid = pr.telemetry_profile
tp = TelemetryProfileDM.get(tp_uuid)
sflow_profile_params = None
sflow_profile_name = ''
grpc_profile_params = None
grpc_profile_name = ''
tp_name = ''
if tp:
tp_name = tp.fq_name[-1] + "-" + tp.fq_name[-2]
sflow_uuid = tp.sflow_profile
sflow_profile = SflowProfileDM.get(sflow_uuid)
if sflow_profile:
sflow_profile_params = \
sflow_profile.sflow_params
sflow_profile_name = sflow_profile.fq_name[-1] + \
"-" + sflow_profile.fq_name[-2]
for interface_uuid in pr.physical_interfaces:
interface = PhysicalInterfaceDM.get(interface_uuid)
self._build_telemetry_interface_config(interface, tp_name,
sflow_profile_name,
sflow_profile_params)
grpc_uuid = tp.grpc_profile
grpc_profile = GrpcProfileDM.get(grpc_uuid)
if grpc_profile:
grpc_profile_params = grpc_profile.grpc_params
grpc_profile_name = grpc_profile.fq_name[-1] + \
"-" + grpc_profile.fq_name[-2]
self._build_telemetry_grpc_config(tp_name,
grpc_profile_name,
grpc_profile_params)
for pi in self.pi_list:
feature_config.add_physical_interfaces(pi)
for telemetry_name in self.telemetry_map:
feature_config.add_telemetry(self.telemetry_map[telemetry_name])
return feature_config
def feature_config(self, **kwargs):
self.pi_map = OrderedDict()
self.sg_pis = OrderedDict()
self.firewall_config = None
self.firewall_acl_list = []
feature_config = Feature(name=self.feature_name())
vn_dict = self._get_connected_vn_li_map()
for vn_uuid, interfaces in list(vn_dict.items()):
vn_obj = VirtualNetworkDM.get(vn_uuid)
self._build_l2_evpn_interface_config(interfaces, vn_obj)
feature_config.set_firewall(self.firewall_config)
for pi, li_map in list(self.sg_pis.values()):
pi.set_logical_interfaces(list(li_map.values()))
feature_config.add_physical_interfaces(pi)
return feature_config
def feature_config(self, **kwargs):
self.pi_map = OrderedDict()
feature_config = Feature(name=self.feature_name())
vns = self._get_connected_vn_ids()
# use_gateway_ip = all(
# [c.additional_params.use_gateway_ip == 'True'
# for c in self._configs])
erb_pr_role = self._physical_router.is_erb_only()
# To make this code in line with monolithic code.
use_gateway_ip = erb_pr_role
if erb_pr_role:
vn_li_map = self._get_vn_li_map('l2')
vpg_vn_uuids = list(vn_li_map.keys())
vns = list(set(vns) & set(vpg_vn_uuids))
irb_ip_map = self._physical_router.allocate_irb_ips_for(
vns, use_gateway_ip)
for vn_uuid in vns:
vn_obj = VirtualNetworkDM.get(vn_uuid)
ri_obj = self._get_primary_ri(vn_obj)
if ri_obj is None:
continue
ri_name = DMUtils.make_vrf_name(vn_obj.fq_name[-1],
vn_obj.vn_network_id, 'l3')
export_targets, import_targets = self._get_export_import_targets(
vn_obj, ri_obj)
ri = self._build_ri_config(vn_obj, ri_name, ri_obj, export_targets,
import_targets, feature_config,
irb_ip_map.get(vn_uuid,
[]), erb_pr_role)
feature_config.add_routing_instances(ri)
for pi, li_map in list(self.pi_map.values()):
pi.set_logical_interfaces(list(li_map.values()))
feature_config.add_physical_interfaces(pi)
return feature_config
def feature_config(self, **kwargs):
self.pi_map = OrderedDict()
feature_config = Feature(name=self.feature_name())
vn_map, dhcp_servers = self._get_interconnect_vn_map()
internal_vn_ris = []
routing_policies = {}
vn_li_map = self._get_vn_li_map('l2')
vpg_vn_uuids = list(vn_li_map.keys())
for internal_vn, vn_list in list(vn_map.items()):
if self._physical_router.is_erb_only():
if internal_vn not in dhcp_servers:
vn_list = list(set(vn_list) & set(vpg_vn_uuids))
if len(vn_list) == 0:
continue
else:
# We need to have only the DHCP VN's in the VN list so
# that we will create only the VNI and IRB for the DHCP VNs
dhcp_server_ips = dhcp_servers[internal_vn]
dhcp_ip_2_vn_map = self.get_dhcp_server_in_same_network(
dhcp_server_ips, vn_list)
vn_list = list(set(vn_list) & set(vpg_vn_uuids))
for ip, vn in list(dhcp_ip_2_vn_map.items()):
vn_list.append(vn)
vn_list = list(set(vn_list))
vn_obj = VirtualNetworkDM.get(internal_vn)
ri_obj = self._get_primary_ri(vn_obj)
if ri_obj is None:
continue
lr_obj = LogicalRouterDM.get(vn_obj.logical_router)
if lr_obj:
is_master_int_vn = lr_obj.is_master
ri = self._build_ri_config(vn_obj, ri_obj, lr_obj, vn_list,
is_master_int_vn)
fip_map = vn_obj.instance_ip_map
if lr_obj.logical_router_gateway_external:
prefixes = vn_obj.get_prefixes(self._physical_router.uuid)
if not fip_map:
if prefixes:
# for DC-gateway, skip routed vn prefix for public LR
routed_vn_prefix = set()
if vn_obj:
routed_vn_prefix = vn_obj.get_prefixes(
pr_uuid=self._physical_router.uuid,
only_routedvn_prefix=True)
for prefix in prefixes:
ri.add_static_routes(
self._get_route_for_cidr(prefix))
if prefix in routed_vn_prefix:
# skip DC-gateway prefix for routed vn
continue
ri.add_prefixes(self._get_subnet_for_cidr(prefix))
if dhcp_servers.get(internal_vn):
in_network = self._is_dhcp_server_in_same_network(
dhcp_servers[internal_vn], vn_list)
fwd_options = self._build_dhcp_relay_config(
vn_obj.logical_router, dhcp_servers[internal_vn],
in_network)
ri.set_forwarding_options(fwd_options)
rib_group_name = 'external_vrf_' + internal_vn
ri.set_rib_group(rib_group_name)
self._set_routed_vn_proto_info(ri,
feature_config,
vn_list,
routing_policies=routing_policies)
if len(lr_obj.loopback_pr_ip_map) > 0:
if (lr_obj.loopback_pr_ip_map.get(self._physical_router.uuid,
None)) is not None:
self._set_routed_vn_proto_info(
ri,
feature_config, [lr_obj.loopback_vn_uuid],
True,
vn_obj.logical_router,
routing_policies=routing_policies)
feature_config.add_routing_instances(ri)
if ri.get_virtual_network_is_internal() is True:
internal_vn_ris.append(ri)
rib_map, rp_list = \
DataCenterInterconnectDM.set_intrafabric_dci_config(
self._physical_router.uuid, internal_vn_ris)
for k, v in rp_list.items():
routing_policies[k] = v
for k, v in routing_policies.items():
feature_config.add_routing_policies(v)
for k, v in rib_map.items():
feature_config.add_rib_groups(v)
for pi, li_map in list(self.pi_map.values()):
pi.set_logical_interfaces(list(li_map.values()))
feature_config.add_physical_interfaces(pi)
return feature_config
def feature_config(self, **kwargs):
feature_config = Feature(name=self.feature_name())
self._build_bgp_config(feature_config)
self._build_dynamic_tunnels_config(feature_config)
return feature_config
def feature_config(self, **kwargs):
feature_config = Feature(name=self.feature_name())
self._build_ar_config(feature_config)
return feature_config
def feature_config(self, **kwargs):
pr = self._physical_router
if not pr:
return
self.pi_map = OrderedDict()
self.pi_map_leafspine = OrderedDict()
self.ri_map = OrderedDict()
self.ri_map_leafspine = OrderedDict()
self.sc_zone_map = OrderedDict()
self.sc_policy_map = OrderedDict()
self.vlan_map = OrderedDict()
self.svc_intf_vlans = OrderedDict({"vlan_names": []})
self.ri_protocols_leafspine_map = defaultdict(dict)
feature_config = Feature(name=self.feature_name())
if pr.physical_router_role == "pnf":
self.build_pnf_svc_config()
for pi, li_map in list(self.pi_map.values()):
pi.set_logical_interfaces(list(li_map.values()))
feature_config.add_physical_interfaces(pi)
feature_config.set_routing_instances(
self._get_values_sorted_by_key(self.ri_map))
feature_config.set_security_zones(
self._get_values_sorted_by_key(self.sc_zone_map))
feature_config.set_security_policies(
self._get_values_sorted_by_key(self.sc_policy_map))
return feature_config
elif pr.physical_router_role in ["leaf", "spine"]:
self.build_svc_chaining_config()
for pi, li_map in list(self.pi_map_leafspine.values()):
pi.set_logical_interfaces(list(li_map.values()))
feature_config.add_physical_interfaces(pi)
feature_config.set_vlans(
self._get_values_sorted_by_key(self.vlan_map))
feature_config.set_routing_instances(
self._get_values_sorted_by_key(self.ri_map_leafspine))
return feature_config
else:
return
