def config_rsvp(rsvp):
"""Add config data to rsvp object."""
# RSVP interface gig0/0/0/0
interface = rsvp.interfaces.Interface()
interface.name = "GigabitEthernet0/0/0/0"
interface.enable = Empty()
interface.bandwidth.rdm.bc0_bandwidth = 100
interface.bandwidth.rdm.bc1_bandwidth = 25
interface.bandwidth.rdm.rdm_keyword = xr_ip_rsvp_cfg.RsvpRdmEnum.RDM
interface.bandwidth.rdm.bc0_keyword = xr_ip_rsvp_cfg.RsvpBc0Enum.NOT_SPECIFIED
interface.bandwidth.rdm.bc1_keyword = xr_ip_rsvp_cfg.RsvpBc1Enum.SUB_POOL
interface.bandwidth.rdm.bandwidth_mode = xr_ip_rsvp_cfg.RsvpBwCfgEnum.PERCENTAGE
rsvp.interfaces.interface.append(interface)
# RSVP interface gig0/0/0/1
interface = rsvp.interfaces.Interface()
interface.name = "GigabitEthernet0/0/0/1"
interface.enable = Empty()
interface.bandwidth.rdm.bc0_bandwidth = 100
interface.bandwidth.rdm.bc1_bandwidth = 25
interface.bandwidth.rdm.rdm_keyword = xr_ip_rsvp_cfg.RsvpRdmEnum.RDM
interface.bandwidth.rdm.bc0_keyword = xr_ip_rsvp_cfg.RsvpBc0Enum.NOT_SPECIFIED
interface.bandwidth.rdm.bc1_keyword = xr_ip_rsvp_cfg.RsvpBc1Enum.SUB_POOL
interface.bandwidth.rdm.bandwidth_mode = xr_ip_rsvp_cfg.RsvpBwCfgEnum.PERCENTAGE
rsvp.interfaces.interface.append(interface)
def multicast(obj, node, l3intlist):
obj.ip.multicast_routing = Cisco_IOS_XE_native.Native.Ip.MulticastRouting(
)
obj.ip.multicast_routing.distributed = Empty()
obj.ip.multicast_routing._is_presence = True
# Sort the l3intlist so they are grouped by interface type
l3intlist.sort(key=str.lower)
# Make the l3intlist all lowercase
lowerl3intlist = map(lambda x: x.lower(), l3intlist)
# Add PIM Sparse to all interfaces of l3intlist
for ints in lowerl3intlist:
interfacetype = ''.join(i for i in ints if not i.isdigit())
intconfiglist = None
intconfiglist = intobjectselector(interfacetype)
intconfiglist.name = nameSelector(ints)
intconfiglist.ip.pim.sparse_mode = Cisco_IOS_XE_native.Native.Interface.Loopback.Ip.Pim.SparseModeEnum.sparse_mode
getattr(obj.interface, interfacetype).append(intconfiglist)
#obj.interface.interfacetype.append(intconfiglist)
#IF DEVICE IS NOT RP - SET AUTORP LISTENER and IP PIM SPARSE-MODE ON L3 INTERFACES AND SETUP LOOP1 FIRST!!!
if node.rp == False:
obj.ip.pim.autorp = Cisco_IOS_XE_native.Native.Ip.Pim.Autorp()
obj.ip.pim.autorp.listener = Empty()
obj.ip.pim.register_source = "Loopback0"
else:
rpannounceintlist = obj.Ip.Pim.SendRpAnnounce.Interface_List()
rpannounceintlist.if_name = "Loopback1"
rpannounceintlist.scope.pkt_ttl = 30
obj.ip.pim.send_rp_announce.interface_list.append(
rpannounceintlist)
obj.ip.msdp.originator_id = "Loopback0"
obj.ip.msdp.peer.addr = node.msdp_peer
obj.ip.msdp.peer.connect_source = "Loopback0"
obj.ip.pim.send_rp_discovery.scope = 30
return obj
def test_copy_config_rpc(self):
rpc = ietf_netconf.CopyConfig()
rpc.input.target.candidate = Empty()
rpc.input.source.running = Empty()
reply = self.es.execute_rpc(self.ncc, rpc)
self.assertIsNone(reply)
def config_grpc(grpc):
"""Add config data to grpc object."""
grpc.enable = Empty()
grpc.address_family = "ipv6"
grpc.max_request_per_user = 8
grpc.max_request_total = 32
grpc.tls.enable = Empty()
def config_telemetry_model_driven(telemetry_model_driven):
"""Add config data to telemetry_model_driven object."""
# sensor group
sensor_group = telemetry_model_driven.sensor_groups.SensorGroup()
sensor_group.sensor_group_identifier = "SGROUP1"
sensor_group.enable = Empty()
sensor_path = sensor_group.sensor_paths.SensorPath()
sensor_path.telemetry_sensor_path = "Cisco-IOS-XR-infra-statsd-oper:infra-statistics/interfaces/interface/latest/generic-counters"
sensor_group.sensor_paths.sensor_path.append(sensor_path)
telemetry_model_driven.sensor_groups.sensor_group.append(sensor_group)
sensor_group = telemetry_model_driven.sensor_groups.SensorGroup()
sensor_group.sensor_group_identifier = "SGROUP2"
sensor_group.enable = Empty()
sensor_path = sensor_group.sensor_paths.SensorPath()
sensor_path.telemetry_sensor_path = "Cisco-IOS-XR-nto-misc-oper:memory-summary/nodes/node/summary"
sensor_group.sensor_paths.sensor_path.append(sensor_path)
telemetry_model_driven.sensor_groups.sensor_group.append(sensor_group)
# subscription
subscription = telemetry_model_driven.subscriptions.Subscription()
subscription.subscription_identifier = "SUB1"
sensor_profile = subscription.sensor_profiles.SensorProfile()
sensor_profile.sensorgroupid = "SGROUP1"
sensor_profile.sample_interval = 30000
subscription.sensor_profiles.sensor_profile.append(sensor_profile)
sensor_profile = subscription.sensor_profiles.SensorProfile()
sensor_profile.sensorgroupid = "SGROUP2"
sensor_profile.sample_interval = 8000
subscription.sensor_profiles.sensor_profile.append(sensor_profile)
telemetry_model_driven.subscriptions.subscription.append(subscription)
def config_ospf(ospf):
"""Add config data to ospf object."""
# OSPF process
process = ospf.processes.Process()
process.process_name = "DEFAULT"
process.default_vrf.router_id = "172.16.255.1"
# Area 0
area_area_id = process.default_vrf.area_addresses.AreaAreaId()
area_area_id.area_id = 0
area_area_id.running = Empty()
# loopback interface passive
name_scope = area_area_id.name_scopes.NameScope()
name_scope.interface_name = "Loopback0"
name_scope.running = Empty()
name_scope.passive = True
area_area_id.name_scopes.name_scope.append(name_scope)
# gi0/0/0/0 interface
name_scope = area_area_id.name_scopes.NameScope()
name_scope.interface_name = "GigabitEthernet0/0/0/0"
name_scope.running = Empty()
name_scope.network_type = xr_ipv4_ospf_cfg.OspfNetworkEnum.point_to_point
area_area_id.name_scopes.name_scope.append(name_scope)
# append area/process config
process.default_vrf.area_addresses.area_area_id.append(area_area_id)
ospf.processes.process.append(process)
def configure_bgp_vrf(bgp, local_as, vrf_name, route_distinguisher):
"""Add config data to bgp object."""
# global configuration
instance = bgp.Instance()
instance.instance_name = "default"
instance_as = instance.InstanceAs()
instance_as.as_ = 0
four_byte_as = instance_as.FourByteAs()
four_byte_as.as_ = local_as
four_byte_as.bgp_running = Empty()
# vrf configuration
vrf = four_byte_as.vrfs.Vrf()
vrf.vrf_name = vrf_name
vrf.vrf_global.exists = Empty()
vrf.vrf_global.route_distinguisher.type = xr_ipv4_bgp_cfg.BgpRouteDistinguisher.as_
as_, as_index = route_distinguisher.split(':')
vrf.vrf_global.route_distinguisher.as_ = int(as_)
vrf.vrf_global.route_distinguisher.as_xx = 0
vrf.vrf_global.route_distinguisher.as_index = int(as_index)
vrf_global_af = vrf.vrf_global.vrf_global_afs.VrfGlobalAf()
vrf_global_af.af_name = xr_ipv4_bgp_datatypes.BgpAddressFamily.ipv4_unicast
vrf_global_af.enable = Empty()
vrf_global_af.connected_routes = vrf_global_af.ConnectedRoutes()
vrf_global_af.connected_routes.default_metric = 10
vrf.vrf_global.vrf_global_afs.vrf_global_af.append(vrf_global_af)
four_byte_as.vrfs.vrf.append(vrf)
# append configuration objects
instance_as.four_byte_as.append(four_byte_as)
instance.instance_as.append(instance_as)
bgp.instance.append(instance)
def configure_bgp_neighbor(bgp, local_as, neighbor_address, remote_as):
"""Add config data to bgp object."""
# global configuration
instance = bgp.Instance()
instance.instance_name = "default"
instance_as = instance.InstanceAs()
instance_as.as_ = 0
four_byte_as = instance_as.FourByteAs()
four_byte_as.as_ = local_as
four_byte_as.bgp_running = Empty()
global_af = four_byte_as.default_vrf.global_.global_afs.GlobalAf()
global_af.af_name = xr_ipv4_bgp_datatypes.BgpAddressFamily.vpnv4_unicast
global_af.enable = Empty()
four_byte_as.default_vrf.global_.global_afs.global_af.append(global_af)
# configure BGP neighbor
neighbor = four_byte_as.default_vrf.bgp_entity.neighbors.Neighbor()
neighbor.neighbor_address = neighbor_address
neighbor.remote_as.as_xx = 0
neighbor.remote_as.as_yy = remote_as
neighbor.update_source_interface = "Loopback0"
neighbor_af = neighbor.neighbor_afs.NeighborAf()
neighbor_af.af_name = xr_ipv4_bgp_datatypes.BgpAddressFamily.vpnv4_unicast
neighbor_af.activate = Empty()
neighbor.neighbor_afs.neighbor_af.append(neighbor_af)
four_byte_as.default_vrf.bgp_entity.neighbors.neighbor.append(neighbor)
# append configuration objects
instance_as.four_byte_as.append(four_byte_as)
instance.instance_as.append(instance_as)
bgp.instance.append(instance)
def config_ospfv3(ospfv3):
"""Add config data to ospfv3 object."""
# OSPFv3 process
process = ospfv3.processes.Process()
process.process_name = "DEFAULT"
process.default_vrf.router_id = "172.16.255.1"
process.enable = Empty()
# Area 0
area_area_id = process.default_vrf.area_addresses.AreaAreaId()
area_area_id.area_id = 0
area_area_id.enable = Empty()
# loopback interface passive
interface = area_area_id.interfaces.Interface()
interface.interface_name = "Loopback0"
interface.enable = Empty()
interface.passive = True
area_area_id.interfaces.interface.append(interface)
# gi0/0/0/0 interface
interface = area_area_id.interfaces.Interface()
interface.interface_name = "GigabitEthernet0/0/0/0"
interface.enable = Empty()
interface.network = xr_ipv6_ospfv3_cfg.Ospfv3Network.point_to_point
area_area_id.interfaces.interface.append(interface)
# append area/process config
process.default_vrf.area_addresses.area_area_id.append(area_area_id)
ospfv3.processes.process.append(process)
def config_ospf(ospf):
"""Add config data to ospf object."""
# OSPF process
process = ospf.processes.Process()
process.process_name = "udx"
process.start = Empty()
# Area 0
area_area_id = process.default_vrf.area_addresses.AreaAreaId()
area_area_id.area_id = 0
area_area_id.running = Empty()
# gi0/0/0/0 interface
name_scope = area_area_id.name_scopes.NameScope()
name_scope.interface_name = "GigabitEthernet0/0/0/0"
name_scope.running = Empty()
area_area_id.name_scopes.name_scope.append(name_scope)
# gi0/0/0/1 interface
name_scope = area_area_id.name_scopes.NameScope()
name_scope.interface_name = "GigabitEthernet0/0/0/1"
name_scope.running = Empty()
area_area_id.name_scopes.name_scope.append(name_scope)
# gi0/0/0/2 interface
name_scope = area_area_id.name_scopes.NameScope()
name_scope.interface_name = "GigabitEthernet0/0/0/2"
name_scope.running = Empty()
area_area_id.name_scopes.name_scope.append(name_scope)
# append area/process config
process.default_vrf.area_addresses.area_area_id.append(area_area_id)
ospf.processes.process.append(process)
def test_edit_config_rpc(self):
runner = ysanity.Runner()
runner.ydktest_sanity_one.number = 1
runner.ydktest_sanity_one.name = 'runner:one:name'
runner_xml = self.cs.encode(self.csp, runner)
filter_xml = self.cs.encode(self.csp, ysanity.Runner())
# Edit Config
edit_rpc = ietf_netconf.EditConfig()
edit_rpc.input.target.candidate = Empty()
edit_rpc.input.config = runner_xml
reply = self.es.execute_rpc(self.ncc, edit_rpc)
self.assertIsNone(reply)
# Get Config
get_config_rpc = ietf_netconf.GetConfig()
get_config_rpc.input.source.candidate = Empty()
get_config_rpc.input.filter = filter_xml
reply = self.es.execute_rpc(self.ncc, get_config_rpc, runner)
self.assertIsNotNone(reply)
self.assertEqual(reply, runner)
# Commit
commit_rpc = ietf_netconf.Commit()
reply = self.es.execute_rpc(self.ncc, commit_rpc)
self.assertIsNone(reply)
# Get
get_rpc = ietf_netconf.Get()
get_rpc.input.filter = filter_xml
reply = self.es.execute_rpc(self.ncc, get_rpc, runner)
self.assertIsNotNone(reply)
self.assertEqual(reply, runner)
def config_rsvp(rsvp):
"""Add config data to rsvp object."""
# RSVP interface gig0/0/0/0
interface = rsvp.interfaces.Interface()
interface.name = "GigabitEthernet0/0/0/0"
interface.enable = Empty()
interface.bandwidth.rdm.bc0_bandwidth = 100
interface.bandwidth.rdm.bc1_bandwidth = 25
interface.bandwidth.rdm.rdm_keyword = xr_ip_rsvp_cfg.RsvpRdm.rdm
interface.bandwidth.rdm.bc0_keyword = xr_ip_rsvp_cfg.RsvpBc0.not_specified
interface.bandwidth.rdm.bc1_keyword = xr_ip_rsvp_cfg.RsvpBc1.sub_pool
interface.bandwidth.rdm.bandwidth_mode = xr_ip_rsvp_cfg.RsvpBwCfg.percentage
rsvp.interfaces.interface.append(interface)
# RSVP interface gig0/0/0/1
interface = rsvp.interfaces.Interface()
interface.name = "GigabitEthernet0/0/0/1"
interface.enable = Empty()
interface.bandwidth.rdm.bc0_bandwidth = 100
interface.bandwidth.rdm.bc1_bandwidth = 25
interface.bandwidth.rdm.rdm_keyword = xr_ip_rsvp_cfg.RsvpRdm.rdm
interface.bandwidth.rdm.bc0_keyword = xr_ip_rsvp_cfg.RsvpBc0.not_specified
interface.bandwidth.rdm.bc1_keyword = xr_ip_rsvp_cfg.RsvpBc1.sub_pool
interface.bandwidth.rdm.bandwidth_mode = xr_ip_rsvp_cfg.RsvpBwCfg.percentage
rsvp.interfaces.interface.append(interface)
def config_routing_policy(routing_policy):
"""Add config data to routing_policy object."""
# configure as-path set
bgp_defined_sets = routing_policy.defined_sets.bgp_defined_sets
as_path_set = bgp_defined_sets.as_path_sets.AsPathSet()
as_path_set.as_path_set_name = "AS-PATH-SET1"
as_path_set.config.as_path_set_name = "AS-PATH-SET1"
as_path_set.config.as_path_set_member.append("^65172")
bgp_defined_sets.as_path_sets.as_path_set.append(as_path_set)
# configure community set
bgp_defined_sets = routing_policy.defined_sets.bgp_defined_sets
community_set = bgp_defined_sets.community_sets.CommunitySet()
community_set.community_set_name = "COMMUNITY-SET1"
community_set.config.community_set_name = "COMMUNITY-SET1"
community_set.config.community_member.append("ios-regex '^65172:17...$'")
community_set.config.community_member.append("65172:16001")
bgp_defined_sets.community_sets.community_set.append(community_set)
# configure policy definition
policy_definition = routing_policy.policy_definitions.PolicyDefinition()
policy_definition.name = "POLICY2"
policy_definition.config.name = "POLICY2"
# community-set statement
statement = policy_definition.statements.Statement()
statement.name = "community-set1"
statement.config.name = "community-set1"
bgp_conditions = statement.conditions.bgp_conditions
match_community_set = bgp_conditions.MatchCommunitySet()
match_community_set.config.community_set = "COMMUNITY-SET1"
match_set_options = oc_policy_types.MatchSetOptionsType.ALL
match_community_set.config.match_set_options = match_set_options
bgp_conditions.match_community_set = match_community_set
statement.actions.config.accept_route = Empty()
policy_definition.statements.statement.append(statement)
# as-path-set statement
statement = policy_definition.statements.Statement()
statement.name = "as-path-set1"
statement.config.name = "as-path-set1"
bgp_conditions = statement.conditions.bgp_conditions
match_as_path_set = bgp_conditions.MatchAsPathSet()
match_as_path_set.config.as_path_set = "AS-PATH-SET1"
match_set_options = oc_policy_types.MatchSetOptionsType.ANY
match_as_path_set.config.match_set_options = match_set_options
bgp_conditions.match_as_path_set = match_as_path_set
statement.actions.bgp_actions.config.set_local_pref = 50
statement.actions.config.accept_route = Empty()
policy_definition.statements.statement.append(statement)
# reject statement
statement = policy_definition.statements.Statement()
statement.name = "reject route"
statement.config.name = "reject route"
statement.actions.config.reject_route = Empty()
policy_definition.statements.statement.append(statement)
routing_policy.policy_definitions.policy_definition.append(
policy_definition)
def config_routing_policy(routing_policy):
"""Add config data to routing_policy object."""
# configure prefix set
prefix_set = routing_policy.defined_sets.prefix_sets.PrefixSet()
prefix_set.prefix_set_name = "PREFIX-SET1"
prefix_set.config.prefix_set_name = "PREFIX-SET1"
prefix = prefix_set.prefixes.Prefix()
prefix.ip_prefix = "10.0.0.0/16"
prefix.masklength_range = "24..32"
prefix.config.ip_prefix = "10.0.0.0/16"
prefix.config.masklength_range = "24..32"
prefix_set.prefixes.prefix.append(prefix)
prefix = prefix_set.prefixes.Prefix()
prefix.ip_prefix = "172.0.0.0/8"
prefix.masklength_range = "16..32"
prefix.config.ip_prefix = "172.0.0.0/8"
prefix.config.masklength_range = "16..32"
prefix_set.prefixes.prefix.append(prefix)
routing_policy.defined_sets.prefix_sets.prefix_set.append(prefix_set)
# configure community set
bgp_defined_sets = routing_policy.defined_sets.bgp_defined_sets
community_set = bgp_defined_sets.community_sets.CommunitySet()
community_set.community_set_name = "COMMUNITY-SET2"
community_set.config.community_set_name = "COMMUNITY-SET2"
community_set.config.community_member.append("65172:17001")
bgp_defined_sets.community_sets.community_set.append(community_set)
# configure policy definition
policy_definition = routing_policy.policy_definitions.PolicyDefinition()
policy_definition.name = "POLICY3"
policy_definition.config.name = "POLICY3"
# prefix-set statement
statement = policy_definition.statements.Statement()
statement.name = "prefix-set1"
statement.config.name = "prefix-set1"
match_prefix_set = statement.conditions.MatchPrefixSet()
match_prefix_set.config.prefix_set = "PREFIX-SET1"
match_set_options = oc_policy_types.MatchSetOptionsRestrictedType.ANY
match_prefix_set.config.match_set_options = match_set_options
statement.conditions.match_prefix_set = match_prefix_set
statement.actions.bgp_actions.config.set_local_pref = 1000
set_community = statement.actions.bgp_actions.SetCommunity()
set_community.reference.config.community_set_ref = "COMMUNITY-SET2"
set_community.config.options = oc_bgp_policy.BgpSetCommunityOptionType.REPLACE
statement.actions.bgp_actions.set_community = set_community
statement.actions.config.accept_route = Empty()
policy_definition.statements.statement.append(statement)
# reject statement
statement = policy_definition.statements.Statement()
statement.name = "reject"
statement.config.name = "reject"
statement.actions.config.reject_route = Empty()
policy_definition.statements.statement.append(statement)
routing_policy.policy_definitions.policy_definition.append(
policy_definition)
def test_parent_empty(self):
runner = ysanity.Runner()
runner.ytypes.enabled = Empty()
runner.ytypes.built_in_t.emptee = Empty()
self.crud.create(self.ncc, runner)
runner_read = self.crud.read(self.ncc, ysanity.Runner())
self.assertEqual(is_equal(runner_read, runner), True)
def test_execute_lock_unlock_rpc(self):
lock_rpc = ietf_netconf.LockRpc()
lock_rpc.input.target.candidate = Empty()
op = self.executor.execute_rpc(self.ncc, lock_rpc)
self.assertIn('ok', op)
unlock_rpc = ietf_netconf.UnlockRpc()
unlock_rpc.input.target.candidate = Empty()
op = self.executor.execute_rpc(self.ncc, unlock_rpc)
self.assertIn('ok', op)
def test_parent_empty(self):
runner = Runner()
runner.ytypes.enabled = Empty()
runner.ytypes.built_in_t.emptee = Empty()
self.crud.create(self.ncc, runner)
runner_read = self.crud.read(self.ncc, Runner())
self.assertEqual(runner, runner_read)
def test_lock_rpc(self):
lock_rpc = ietf_netconf.Lock()
lock_rpc.input.target.candidate = Empty()
reply = self.es.execute_rpc(self.ncc, lock_rpc)
self.assertIsNone(reply)
unlock_rpc = ietf_netconf.Unlock()
unlock_rpc.input.target.candidate = Empty()
reply = self.es.execute_rpc(self.ncc, unlock_rpc)
self.assertIsNone(reply)
def test_execute_lock_unlock_rpc(self):
lock_rpc = LockRpc()
lock_rpc.input.target.candidate = Empty()
op = self.executor.execute_rpc(self.ncc, lock_rpc)
self.assertEqual(None, op)
unlock_rpc = UnlockRpc()
unlock_rpc.input.target.candidate = Empty()
op = self.executor.execute_rpc(self.ncc, unlock_rpc)
self.assertEqual(None, op)
def config_telemetry_model_driven(telemetry_model_driven):
"""Add config data to telemetry_model_driven object."""
# destination group
destination_group = telemetry_model_driven.destination_groups.DestinationGroup(
)
destination_group.destination_id = "DGROUP1"
ipv4_destination = destination_group.ipv4_destinations.Ipv4Destination()
ipv4_destination.destination_port = 5432
ipv4_destination.ipv4_address = "172.30.8.4"
ipv4_destination.encoding = xr_telemetry_model_driven_cfg.EncodeType.self_describing_gpb
protocol = ipv4_destination.Protocol()
protocol.protocol = xr_telemetry_model_driven_cfg.ProtoType.grpc
protocol.no_tls = 1
ipv4_destination.protocol = protocol
destination_group.ipv4_destinations.ipv4_destination.append(
ipv4_destination)
telemetry_model_driven.destination_groups.destination_group.append(
destination_group)
ipv4_destination = destination_group.ipv4_destinations.Ipv4Destination()
ipv4_destination.destination_port = 9876
ipv4_destination.ipv4_address = "172.30.8.11"
ipv4_destination.encoding = xr_telemetry_model_driven_cfg.EncodeType.self_describing_gpb
protocol = ipv4_destination.Protocol()
protocol.protocol = xr_telemetry_model_driven_cfg.ProtoType.grpc
protocol.no_tls = 1
ipv4_destination.protocol = protocol
destination_group.ipv4_destinations.ipv4_destination.append(
ipv4_destination)
telemetry_model_driven.destination_groups.destination_group.append(
destination_group)
# sensor group
sensor_group = telemetry_model_driven.sensor_groups.SensorGroup()
sensor_group.sensor_group_identifier = "SGROUP1"
sensor_group.enable = Empty()
sensor_path = sensor_group.sensor_paths.SensorPath()
sensor_path.telemetry_sensor_path = "Cisco-IOS-XR-infra-statsd-oper:infra-statistics/interfaces/interface/latest/generic-counters"
sensor_group.sensor_paths.sensor_path.append(sensor_path)
telemetry_model_driven.sensor_groups.sensor_group.append(sensor_group)
sensor_group = telemetry_model_driven.sensor_groups.SensorGroup()
# subscription
subscription = telemetry_model_driven.subscriptions.Subscription()
subscription.subscription_identifier = "SUB1"
sensor_profile = subscription.sensor_profiles.SensorProfile()
sensor_profile.sensorgroupid = "SGROUP1"
sensor_profile.sample_interval = 30000
subscription.sensor_profiles.sensor_profile.append(sensor_profile)
destination_profile = subscription.destination_profiles.DestinationProfile(
)
destination_profile.destination_id = "DGROUP1"
destination_profile.enable = Empty()
subscription.destination_profiles.destination_profile.append(
destination_profile)
telemetry_model_driven.subscriptions.subscription.append(subscription)
def test_execute_lock_unlock_rpc_fail(self):
lock_rpc = ietf_netconf.LockRpc()
lock_rpc.input.target.candidate = Empty()
op = self.executor.execute_rpc(self.ncc, lock_rpc)
self.assertIn('ok', op)
unlock_rpc = ietf_netconf.UnlockRpc()
unlock_rpc.input.target.running = Empty()
try:
op = self.executor.execute_rpc(self.ncc, unlock_rpc)
except Exception as e:
self.assertIsInstance(e, YPYError)
def test_unlock_rpc_fail(self):
lock_rpc = ietf_netconf.Lock()
lock_rpc.input.target.candidate = Empty()
reply = self.es.execute_rpc(self.ncc, lock_rpc)
self.assertIsNone(reply)
unlock_rpc = ietf_netconf.Unlock()
unlock_rpc.input.target.running = Empty()
try:
reply = self.es.execute_rpc(self.ncc, unlock_rpc)
except Exception as e:
self.assertIsInstance(e, YError)
def build_config(self,
apply=True,
attributes=None,
unconfig=False,
**kwargs):
attributes = AttributesHelper(self, attributes)
configurations = CliConfigBuilder(unconfig=unconfig)
ydk_obj = ned.Native.Interface.Gigabitethernet()
keep = string.digits + '//'
ydk_obj.name = ''.join(i for i in attributes.value('name')
if i in keep)
shutdown = attributes.value('shutdown')
if shutdown is not None:
if unconfig:
# Special case: unconfiguring always applies shutdown
ydk_obj.shutdown = Empty()
elif shutdown:
ydk_obj.shutdown = Empty()
else:
ydk_obj.shutdown = DELETE()
ipv4 = attributes.value('ipv4')
if ipv4:
if unconfig:
ydk_obj.ip.address.primary.address = DELETE()
ydk_obj.ip.address.primary.mask = DELETE()
else:
ydk_obj.ip.address.primary.address = str(ipv4.ip)
ydk_obj.ip.address.primary.mask = str(ipv4.netmask)
vrf = attributes.value('vrf')
if vrf:
if unconfig:
ydk_obj.vrf.forwarding = DELETE()
else:
ydk_obj.vrf.forwarding = vrf.name
# instantiate crud service
crud_service = CRUDService()
if apply:
# create netconf connection
ncp = NetconfServiceProvider(self.device)
crud_service.create(ncp, ydk_obj)
else:
return YangConfig(device=self.device,
ydk_obj=ydk_obj,
ncp=NetconfServiceProvider,
crud_service=crud_service.create)
def config_ldp(mpls_ldp, ldp_interfaces):
mpls_ldp.enable = Empty() #as per the xml the </enable> variable doesnot have anything
interface_list = mpls_ldp.default_vrf.interfaces.interface
#as per pyang/xml, above one is a list containing interface objects (which has name and enable inside)
#in the below code for every interface to be configured,
#we are creating an instance of the ldp interface object
#assigning the end variables i.e. interface_name to the actual interface string and enable varible to Empty.
for intf in ldp_interfaces:
interface_obj = mpls_ldp.default_vrf.interfaces.Interface()
interface_obj.interface_name = intf
interface_obj.enable = Empty()
interface_list.append(interface_obj)
def config_mpls_ldp(mpls_ldp):
"""Add config data to mpls_ldp object."""
# enable LDP
mpls_ldp.enable = Empty()
# enable LDP on GigabitEthernet0/0/0/0
interface = mpls_ldp.default_vrf.interfaces.Interface()
interface.interface_name = "GigabitEthernet0/0/0/0"
interface.enable = Empty()
mpls_ldp.default_vrf.interfaces.interface.append(interface)
# enable LDP on GigabitEthernet0/0/0/1
interface = mpls_ldp.default_vrf.interfaces.Interface()
interface.interface_name = "GigabitEthernet0/0/0/1"
interface.enable = Empty()
mpls_ldp.default_vrf.interfaces.interface.append(interface)
def build_config(self,
apply=True,
attributes=None,
unconfig=False,
**kwargs):
attributes = AttributesHelper(self, attributes)
configurations = CliConfigBuilder(unconfig=unconfig)
interface_configurations = xr_ifmgr_cfg.InterfaceConfigurations()
interface_configuration = interface_configurations.InterfaceConfiguration(
)
interface_configuration.active = "act"
interface_configuration.interface_name = attributes.value('name')
if unconfig and attributes.iswildcard:
interface_configuration = DELETE()
else:
shutdown = attributes.value('shutdown')
if shutdown is not None:
if unconfig:
# Special case: unconfiguring always applies shutdown
interface_configuration.shutdown = Empty()
elif shutdown:
interface_configuration.shutdown = Empty()
else:
interface_configuration.shutdown = DELETE()
ipv4 = attributes.value('ipv4')
primary = interface_configuration.ipv4_network.addresses.Primary()
if ipv4:
primary.address = str(ipv4.ip)
primary.netmask = str(ipv4.netmask)
vrf = attributes.value('vrf')
if vrf:
interface_configuration.vrf = vrf.name
# instantiate crud service
crud_service = CRUDService()
if apply:
# create netconf connection
ncp = NetconfServiceProvider(self.device)
return crud_service.create(ncp, interface_configuration)
else:
return YangConfig(device=self.device,
unconfig=unconfig,
ncp=NetconfServiceProvider,
interface_configuration=interface_configuration,
crud_service=crud_service.create)
def commit(self,
provider,
confirmed=False,
confirm_timeout=None,
persist=False,
persist_id=None):
"""Execute a commit operation to commit the candidate configuration as the
device's new current configuration.
Args:
provider (ydk.providers.ServiceProvider): A provider instance.
confirmed (bool): Perform a confirmed commit operation.
confirm_timeout (int): The timeout interval for a confirmed commit.
persist (str): Make a confirmed commit persistent. A persistent
confirmed commit is not aborted if the NETCONF session
terminates. The only way to abort a persistent confirmed commit
is to let the timer expire, or to use the <cancel-commit>
operation. The value of this parameter is a token that must be
given in the 'persist-id' parameter of <commit> or
<cancel-commit> operations in order to confirm or cancel the
persistent confirmed commit.
The token should be a random string.
persist_id (str): This parameter is given in order to commit a
persistent confirmed commit. The value must be equal to the
value given in the 'persist' parameter to the <commit>
operation. If it does not match, the operation fails with an
'invalid-value' error.
Returns:
An ok reply string if operation succeeds.
Raises:
YPYModelError: If validation error occurs.
YPYServiceError: If other error has occurred.
Possible errors could be:
- A server side error
- If there isn't enough information in the entity to
prepare the message (missing keys for example).
"""
self.service_logger.info('Executing commit RPC')
rpc = ietf_netconf.CommitRpc()
rpc.input.confirm_timeout = confirm_timeout
rpc.input.persist_id = persist_id
if confirmed:
rpc.input.confirmed = Empty()
if persist:
rpc.input.persist = Empty()
return self.executor.execute_rpc(provider, rpc)
def _get_rpc_datastore_object(datastore, rpc_datastore_type):
if isinstance(datastore, str):
rpc_datastore_type.url = datastore
return rpc_datastore_type
elif datastore == Datastore.candidate:
rpc_datastore_type.candidate = Empty()
return rpc_datastore_type
elif datastore == Datastore.running:
rpc_datastore_type.running = Empty()
return rpc_datastore_type
elif datastore == Datastore.startup:
rpc_datastore_type.startup = Empty()
return rpc_datastore_type
else:
raise YPYDataValidationError('Invalid datastore specified')
def run_routing(codec_service, provider):
# set up routing policy definition
routing_policy = RoutingPolicy()
pass_all_policy_defn = RoutingPolicy.PolicyDefinitions.PolicyDefinition()
pass_all_policy_defn.name = 'PASS-ALL'
stmt = RoutingPolicy.PolicyDefinitions.PolicyDefinition.Statements.Statement(
)
stmt.name = "community-set1"
stmt.conditions.bgp_conditions.match_community_set = RoutingPolicy.PolicyDefinitions.PolicyDefinition.Statements.Statement.Conditions.BgpConditions.MatchCommunitySet(
)
stmt.conditions.bgp_conditions.match_community_set.community_set = "COMMUNITY-SET1"
stmt.conditions.bgp_conditions.match_community_set.match_set_options = MatchSetOptionsTypeEnum.ALL
stmt.actions.accept_route = Empty()
pass_all_policy_defn.statements.statement.append(stmt)
routing_policy.policy_definitions.policy_definition.append(
pass_all_policy_defn)
pass_all_policy_defn._parent = routing_policy.policy_definitions
comm_set = RoutingPolicy.DefinedSets.BgpDefinedSets.CommunitySets.CommunitySet(
)
comm_set.community_set_name = 'testing'
comm_set.community_member.append("oooo")
comm_set.community_member.append("a")
routing_policy.defined_sets.bgp_defined_sets.community_sets.community_set.append(
comm_set)
routing_payload = codec_service.encode(provider, routing_policy)
print routing_payload
routing_entity = codec_service.decode(provider, routing_payload)
print 'Encoded payload:\n', routing_payload, \
'\nRe-encode the decoded payload:\n', codec_service.encode(provider, routing_entity)
assert routing_payload == codec_service.encode(provider, routing_entity)
def _to_real_type_helper(self, elem, member, entity):
_type = member.ptype
text = elem.text
if text is None:
return Empty()
elif _type == 'int':
if is_digit(text):
return int(text)
else:
return text
elif _type == 'str':
return text
elif _type == 'bool':
if text == 'false':
return False
else:
return True
elif _type == 'Decimal64':
return Decimal64(text)
elif _type == 'bits':
pass
else:
pass