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')
interface_configuration.interface_virtual = Empty()
# name is a mandatory arguments
#keep = string.digits
#ydk_obj.name = int(''.join(i for i in attributes.value('name') if i in keep))
if unconfig and attributes.iswildcard:
pass
else:
vrf = attributes.value('vrf')
if vrf:
interface_configuration.vrf = vrf.name
ipv4 = attributes.value('ipv4')
if ipv4:
primary = interface_configuration.ipv4_network.addresses.Primary(
)
primary.address = str(ipv4.ip)
primary.netmask = str(ipv4.netmask)
interface_configuration.ipv4_network.addresses.primary = primary
# instantiate crud service
crud_service = CRUDService()
if apply:
# create netconf connection
ncp = NetconfServiceProvider(self.device)
if unconfig:
crud_service.delete(ncp, interface_configuration)
else:
crud_service.create(ncp, interface_configuration)
else:
if unconfig:
return YangConfig(device=self.device,
unconfig=unconfig,
ncp=NetconfServiceProvider,
ydk_obj=interface_configuration,
crud_service=crud_service.delete)
else:
return YangConfig(device=self.device,
unconfig=unconfig,
ncp=NetconfServiceProvider,
ydk_obj=interface_configuration,
crud_service=crud_service.create)
def build_config(self,
apply=True,
attributes=None,
unconfig=False,
**kwargs):
assert not kwargs
attributes = AttributesHelper(self, attributes)
configurations = CliConfigBuilder(unconfig=unconfig)
vrfs = xr_infra_rsi_cfg.Vrfs()
if not unconfig:
vrf = vrfs.Vrf()
if attributes.value('name'):
vrf.vrf_name = attributes.value('name')
vrf.create = Empty()
vrfs.vrf.append(vrf)
#crud_service = CRUDService()
#ncp = NetconfServiceProvider(self.device)
#x = crud_service.read(ncp, vrf)
#abc = YangConfig(device=self.device, ydk_obj=x, ncp=ncp, crud_service=crud_service)
#print(abc)
# iosxr: vrf vrf1 / address-family ipv4 unicast (config-vrf-af)
for key, sub, attributes2 in attributes.mapping_items(
'address_family_attr',
keys=self.address_families,
sort=True):
sub.build_config(apply=False,
attributes=attributes2,
unconfig=unconfig,
vrf=vrf)
# instantiate crud service
crud_service = CRUDService()
if apply:
# create netconf connection
ncp = NetconfServiceProvider(self.device)
crud_service.create(ncp, vrfs)
if unconfig:
crud_service.delete(ncp, vrfs)
else:
if unconfig:
return YangConfig(device=self.device,
ydk_obj=vrfs,
ncp=NetconfServiceProvider,
crud_service=crud_service.delete)
else:
return YangConfig(device=self.device,
ydk_obj=vrfs,
ncp=NetconfServiceProvider,
crud_service=crud_service.create)
def build_config(self,
apply=True,
attributes=None,
unconfig=False,
**kwargs):
attributes = AttributesHelper(self, attributes)
configurations = CliConfigBuilder(unconfig=unconfig)
ydk_obj = ned.Native.Router.Ospf()
ospf_intfs = []
for sub, attributes2 in attributes.mapping_values(
'vrf_attr', sort=VrfSubAttributes._sort_key):
ospf_intfs.extend(
sub.build_config(apply=False,
attributes=attributes2,
unconfig=unconfig,
ydk_obj=ydk_obj,
**kwargs))
# instantiate crud service
crud_service = CRUDService()
if apply:
# create netconf connection
ncp = NetconfServiceProvider(self.device)
if unconfig:
crud_service.delete(ncp, ydk_obj)
else:
crud_service.create(ncp, ydk_obj)
for inter in ospf_intfs:
inter.apply()
else:
ydks = []
if unconfig:
ydks.append(
YangConfig(device=self.device,
ydk_obj=ydk_obj,
ncp=NetconfServiceProvider,
crud_service=crud_service.delete))
else:
ydks.append(
YangConfig(device=self.device,
ydk_obj=ydk_obj,
ncp=NetconfServiceProvider,
crud_service=crud_service.create))
for inter in ospf_intfs:
ydks.append(inter)
return ydks
def build_config(self,
apply=True,
attributes=None,
unconfig=False,
**kwargs):
attributes = AttributesHelper(self, attributes)
configurations = CliConfigBuilder(unconfig=unconfig)
ospf = xr_ipv4_ospf_cfg.Ospf()
process = ospf.processes.Process()
id = attributes.value('ospf_name', force=True)
process.process_name = str(id)
ospf.processes.process.append(process)
if not unconfig:
process.start = Empty()
# crud_service = CRUDService()
# ncp = NetconfServiceProvider(self.device)
# x = crud_service.read(ncp, process)
# abc = YangConfig(device=self.device, ydk_obj=x, ncp=ncp, crud_service=crud_service)
# print(abc)
v = attributes.value('nsr')
if v == True:
process.nsr = "true"
for sub, attributes2 in attributes.mapping_values(
'vrf_attr', sort=VrfSubAttributes._sort_key):
sub.build_config(apply=False,
attributes=attributes2,
unconfig=unconfig,
process=process,
**kwargs)
# instantiate crud service
crud_service = CRUDService()
if apply:
# create netconf connection3
ncp = NetconfServiceProvider(self.device)
if unconfig:
crud_service.delete(ncp, process)
else:
crud_service.create(ncp, process)
else:
if unconfig:
return YangConfig(device=self.device,
ydk_obj=process,
ncp=NetconfServiceProvider,
crud_service=crud_service.delete)
else:
return YangConfig(device=self.device,
ydk_obj=process,
ncp=NetconfServiceProvider,
crud_service=crud_service.create)
def build_config(self,
apply=True,
attributes=None,
unconfig=False,
**kwargs):
attributes = AttributesHelper(self, attributes)
configurations = CliConfigBuilder(unconfig=unconfig)
ydk_obj = ned.Native.Interface.Loopback()
# name is a mandatory arguments
keep = string.digits
ydk_obj.name = int(''.join(i for i in attributes.value('name')
if i in keep))
if unconfig and attributes.iswildcard:
pass
else:
ipv4 = attributes.value('ipv4')
if ipv4:
ydk_obj.ip.address.primary.address = str(ipv4.ip)
ydk_obj.ip.address.primary.mask = str(ipv4.netmask)
vrf = attributes.value('vrf')
if vrf:
ydk_obj.vrf.forwarding = vrf.name
# instantiate crud service
crud_service = CRUDService()
if apply:
# create netconf connection
ncp = NetconfServiceProvider(self.device)
if unconfig:
crud_service.delete(ncp, ydk_obj)
else:
crud_service.create(ncp, ydk_obj)
else:
if unconfig:
return YangConfig(device=self.device,
unconfig=unconfig,
ncp=NetconfServiceProvider,
ydk_obj=ydk_obj,
crud_service=crud_service.delete)
else:
return YangConfig(device=self.device,
unconfig=unconfig,
ncp=NetconfServiceProvider,
ydk_obj=ydk_obj,
crud_service=crud_service.create)
def build_config(self,
apply=True,
attributes=None,
unconfig=False,
**kwargs):
assert not kwargs
attributes = AttributesHelper(self, attributes)
configurations = CliConfigBuilder(unconfig=unconfig)
ydk_obj = ned.Native.Vrf()
vrf_obj = ydk_obj.Definition()
ydk_obj.definition.append(vrf_obj)
if attributes.value('name'):
vrf_obj.name = attributes.value('name')
# iosxr: vrf vrf1 / address-family ipv4 unicast (config-vrf-af)
for key, sub, attributes2 in attributes.mapping_items(
'address_family_attr', keys=self.address_families,
sort=True):
sub.build_config(apply=False,
attributes=attributes2,
unconfig=unconfig,
vrf_obj=vrf_obj)
# instantiate crud service
crud_service = CRUDService()
if apply:
# create netconf connection
ncp = NetconfServiceProvider(self.device)
crud_service.create(ncp, ydk_obj)
if unconfig:
crud_service.delete(ncp, ydk_obj)
else:
if unconfig:
return YangConfig(device=self.device,
ydk_obj=ydk_obj,
ncp=NetconfServiceProvider,
crud_service=crud_service.delete)
else:
return YangConfig(device=self.device,
ydk_obj=ydk_obj,
ncp=NetconfServiceProvider,
crud_service=crud_service.create)
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 build_config(self,
ydk_obj,
apply=True,
attributes=None,
unconfig=False,
**kwargs):
assert not apply
# instantiate crud service
crud_service = CRUDService()
attributes = AttributesHelper(self, attributes)
configurations = CliConfigBuilder(unconfig=unconfig)
if unconfig:
return YangConfig(device=self.device,
ydk_obj=ydk_obj,
ncp=NetconfServiceProvider,
crud_service=crud_service.delete)
else:
return YangConfig(device=self.device,
ydk_obj=ydk_obj,
ncp=NetconfServiceProvider,
crud_service=crud_service.create)
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 build_config(self,
apply=True,
attributes=None,
unconfig=False,
**kwargs):
assert not apply
crud_service = CRUDService()
attributes = AttributesHelper(self, attributes)
configurations = CliConfigBuilder(unconfig=unconfig)
intf_name = attributes.value('interface_name')
if intf_name.startswith('Gig'):
ydk_obj = ned.Native.Interface.Gigabitethernet()
elif intf_name.startswith('Ten'):
ydk_obj = ned.Native.Interface.Tengigabitethernet()
# Set the interface name
keep = {string.digits + '//'}
ydk_obj.name = ''.join(
i for i in attributes.value('interface_name') if i in keep)
# Standby Object
standby_obj = ydk_obj.Standby()
ydk_obj.standby = standby_obj
# =============
# leaf: version
# =============
# interface <interface_name>
# standby version <version>
if attributes.value('version') == 2:
version_obj = ydk_obj.standby.VersionEnum.Y_2
standby_obj.version = version_obj
elif attributes.value('version') == 1:
version_obj = ydk_obj.standby.VersionEnum.Y_1
standby_obj.version = version_obj
# =========
# leaf: bfd
# =========
# interface <interface_name>
# standby <bfd>
if attributes.value('bfd'):
standby_obj.bfd = Empty()
# ===========
# leaf: delay
# ===========
# interface <interface_name>
# standby delay minimum <minimum_delay>\
# reload <reload_delay>
if attributes.value('minimum_delay') and \
attributes.value('reload_delay'):
delay_obj = standby_obj.Delay()
delay_obj.minimum = int(attributes.value('minimum_delay'))
delay_obj.reload = int(attributes.value('reload_delay'))
standby_obj.delay = delay_obj
elif attributes.value('minimum_delay'):
delay_obj = standby_obj.Delay()
delay_obj.minimum = int(attributes.value('minimum_delay'))
standby_obj.delay = delay_obj
# =================
# leaf: mac-refresh
# =================
# interface <interface_name>
# standby mac-refresh <mac_refresh>
if attributes.value('mac_refresh'):
standby_obj.mac_refresh = \
int(attributes.value('mac_refresh'))
# =============
# leaf: use-bia
# =============
# interface <interface_name>
# standby use-bia scope interface
if attributes.value('use_bia'):
use_bia_obj = ydk_obj.standby.UseBia()
scope_obj = ydk_obj.standby.UseBia.Scope()
scope_obj.interface = Empty()
use_bia_obj.scope = scope_obj
standby_obj.use_bia = use_bia_obj
# ==================
# leaf: standby-list
# ==================
if attributes.value('group_number') is not None:
# ==================
# leaf: group_number
# ==================
standby_list_obj = ydk_obj.standby.StandbyList()
standby_list_obj.group_number = \
int(attributes.value('group_number'))
# ====================
# leaf: authentication
# ====================
if attributes.value('authentication_word'):
# interface <interface_name>
# standby <group_number> authentication \
# <authentication_word>
authentication_obj = standby_list_obj.Authentication()
authentication_obj.word = \
attributes.value('authentication_word')
standby_list_obj.authentication = authentication_obj
elif attributes.value('authentication_text'):
# interface <interface_name>
# standby <group_number> authentication text \
# <authentication_text>
authentication_obj = standby_list_obj.Authentication()
authentication_obj.word = \
attributes.value('authentication_text')
standby_list_obj.authentication = authentication_obj
elif attributes.value('authentication_md5_keychain'):
# interface <interface_name>
# standby <group_number> authentication \
# md5 key-chain <authentication_md5_keychain>
authentication_obj = standby_list_obj.Authentication()
md5_obj = authentication_obj.Md5()
md5_obj.key_chain = \
attributes.value('authentication_md5_keychain')
authentication_obj.md5 = md5_obj
standby_list_obj.authentication = authentication_obj
elif attributes.value('authentication_md5_keystring'):
# interface <interface_name>
# standby <group_number> authentication \
# md5 key-string <authentication_md5_keystring>
authentication_obj = standby_list_obj.Authentication()
md5_obj = authentication_obj.Md5()
key_string_obj = md5_obj.KeyString()
key_string_obj.string = \
attributes.value('authentication_md5_keystring')
md5_obj.key_string = key_string_obj
authentication_obj.md5 = md5_obj
standby_list_obj.authentication = authentication_obj
# ============
# leaf: follow
# ============
# interface <interface_name>
# standby <group_number> follow <follow>
if attributes.value('follow'):
standby_list_obj.follow = attributes.value('follow')
# ========
# leaf: ip
# ========
# interface <interface_name>
# standby <group_number> ip <ip_address>
if attributes.value('ip_address'):
ip_obj = standby_list_obj.Ip()
ip_obj.address = attributes.value('ip_address')
standby_list_obj.ip = ip_obj
# ==========
# leaf: ipv6
# ==========
# interface <interface_name>
# standby <group_number> ip <ip_address>
if attributes.value('ipv6_address') == 'autoconfig':
ipv6_obj = standby_list_obj.Ipv6Enum.autoconfig
standby_list_obj.ipv6 = ipv6_obj
else:
standby_list_obj.ipv6 = \
attributes.value('ipv6_address')
# =================
# leaf: mac-address
# =================
# interface <interface_name>
# standby <group_number> mac-address <mac_address>
if attributes.value('mac_address'):
standby_list_obj.mac_address = \
attributes.value('mac_address')
# ==========
# leaf: name
# ==========
# interface <interface_name>
# standby <group_number> name <group_name>
if attributes.value('group_name'):
standby_list_obj.name = attributes.value('group_name')
# =============
# leaf: preempt
# =============
if attributes.value('preempt') and \
attributes.value('preempt_minimum_delay') and \
attributes.value('preempt_reload_delay') and \
attributes.value('preempt_sync_delay'):
# interface <interface_name>
# standby <group_number> preempt delay \
# minimum <preempt_minimum_delay> reload \
# <preempt_reload> sync <preempt_sync>
preempt_obj = standby_list_obj.Preempt()
preempt_obj_delay = preempt_obj.Delay()
preempt_obj_delay.minimum = \
int(attributes.value('preempt_minimum_delay'))
preempt_obj_delay.reload = \
int(attributes.value('preempt_reload_delay'))
preempt_obj_delay.sync = \
int(attributes.value('preempt_sync_delay'))
preempt_obj.delay = preempt_obj_delay
standby_list_obj.preempt = preempt_obj
elif attributes.value('preempt') and \
attributes.value('preempt_minimum_delay') and \
attributes.value('preempt_reload_delay'):
# interface <interface_name>
# standby <group_number> preempt delay \
# minimum <preempt_minimum_delay> \
# reload <preempt_reload>
preempt_obj = standby_list_obj.Preempt()
preempt_obj_delay = preempt_obj.Delay()
preempt_obj_delay.minimum = \
int(attributes.value('preempt_minimum_delay'))
preempt_obj_delay.reload = \
int(attributes.value('preempt_reload_delay'))
preempt_obj.delay = preempt_obj_delay
standby_list_obj.preempt = preempt_obj
elif attributes.value('preempt') and \
attributes.value('preempt_minimum_delay'):
# interface <interface_name>
# standby <group_number> preempt delay \
# minimum <preempt_minimum_delay>
preempt_obj = standby_list_obj.Preempt()
preempt_obj_delay = preempt_obj.Delay()
preempt_obj_delay.minimum = \
int(attributes.value('preempt_minimum_delay'))
preempt_obj.delay = preempt_obj_delay
standby_list_obj.preempt = preempt_obj
elif attributes.value('preempt'):
# interface <interface_name>
# standby <group_number> preempt delay
preempt_obj = standby_list_obj.Preempt()
preempt_obj_delay = preempt_obj.Delay()
preempt_obj.delay = preempt_obj_delay
standby_list_obj.preempt = preempt_obj
# ==============
# leaf: priority
# ==============
# interface <interface_name>
# standby <group_number> priority <priority>
if attributes.value('priority'):
standby_list_obj.priority = \
int(attributes.value('priority'))
# ==============
# leaf: redirect
# ==============
# TODO: this is a bug
# ============
# leaf: timers
# ============
if attributes.value('hello_interval_seconds') and \
attributes.value('holdtime_seconds'):
# interface <interface_name>
# standby <group_number> timers \
# <hello_interval_seconds> <holdtime_seconds>
timers_obj = standby_list_obj.Timers()
hello_interval_obj = timers_obj.HelloInterval()
hello_interval_obj.seconds = \
int(attributes.value('hello_interval_seconds'))
timers_obj.hello_interval = hello_interval_obj
hold_time_obj = timers_obj.HoldTime()
hold_time_obj.seconds = \
attributes.value('holdtime_seconds')
timers_obj.hold_time = hold_time_obj
standby_list_obj.timers = timers_obj
elif attributes.value('hello_interval_msec') and \
attributes.value('holdtime_msec'):
# interface <interface_name>
# standby <group_number> timers msec \
# <hello_interval_msec> msec <holdtime_msec>
timers_obj = standby_list_obj.Timers()
hello_interval_obj = timers_obj.HelloInterval()
hello_interval_obj.msec = \
int(attributes.value('hello_interval_msec'))
timers_obj.hello_interval = hello_interval_obj
hold_time_obj = timers_obj.HoldTime()
hold_time_obj.msec = attributes.value('holdtime_msec')
timers_obj.hold_time = hold_time_obj
standby_list_obj.timers = timers_obj
# ===========
# leaf: track
# ===========
if attributes.value('track_object') and \
attributes.value('priority_decrement'):
# interface <interface_name>
# standby <group_number> track object <track_object> \
# decrement <priority_decrement>
track_obj = standby_list_obj.Track()
track_obj.number = attributes.value('track_object')
track_obj.decrement = \
int(attributes.value('priority_decrement'))
standby_list_obj.track.append(track_obj)
elif attributes.value('track_object') and \
attributes.value('track_shutdown'):
# interface <interface_name>
# standby <group_number> track object <track_object> \
# shutdown
track_obj = standby_list_obj.Track()
track_obj.number = attributes.value('track_object')
track_obj.shutdown = Empty()
standby_list_obj.track.append(track_obj)
# Add standby_list_obj to standby_obj
standby_obj.standby_list.append(standby_list_obj)
if unconfig:
return YangConfig(device=self.device,
ydk_obj=ydk_obj,
ncp=NetconfServiceProvider,
crud_service=crud_service.delete)
else:
return YangConfig(device=self.device,
ydk_obj=ydk_obj,
ncp=NetconfServiceProvider,
crud_service=crud_service.create)
def build_config(self,
apply=True,
attributes=None,
unconfig=False,
**kwargs):
attributes = AttributesHelper(self, attributes)
configurations = CliConfigBuilder(unconfig=unconfig)
# No yang models found for NXOS so it has been built following
# the IOSXE ned models for now.
ydk_obj = ned.Native.Vlan()
vlan_config = []
for sub, attributes2 in attributes.mapping_values(
'access_map_attr',
keys=self.vlan_configuration_attr.keys()):
vlan_config.extend(
sub.build_config(apply=False,
attributes=attributes2,
unconfig=unconfig,
ydk_obj=ydk_obj,
**kwargs))
for sub, attributes2 in attributes.mapping_values(
'vlan_configuration_attr',
keys=self.vlan_configuration_attr.keys()):
vlan_config.extend(
sub.build_config(apply=False,
attributes=attributes2,
unconfig=unconfig,
ydk_obj=ydk_obj,
**kwargs))
for sub, attributes2 in attributes.mapping_values(
'interface_attr',
keys=self.vlan_configuration_attr.keys()):
vlan_config.extend(
sub.build_config(apply=False,
attributes=attributes2,
unconfig=unconfig,
ydk_obj=ydk_obj,
**kwargs))
# iosxe: vlan 1000 (config-vlan)
id = attributes.value('vlan_id', force=True)
if id:
vlan = ydk_obj.VlanList()
vlan.id = int(id)
ydk_obj.vlan_list.append(vlan)
# instantiate crud service
crud_service = CRUDService()
if apply:
# create netconf connection
ncp = NetconfServiceProvider(self.device)
if unconfig:
crud_service.delete(ncp, ydk_obj)
else:
crud_service.create(ncp, ydk_obj)
else:
ydks = []
if unconfig:
ydks.append(
YangConfig(device=self.device,
ydk_obj=ydk_obj,
ncp=NetconfServiceProvider,
crud_service=crud_service.delete))
else:
ydks.append(
YangConfig(device=self.device,
ydk_obj=ydk_obj,
ncp=NetconfServiceProvider,
crud_service=crud_service.create))
return ydks
def build_config(self,
ydk_obj,
apply=True,
attributes=None,
unconfig=False,
**kwargs):
assert not apply
if kwargs.get('area_id', None) is not None:
setattr(self, 'area_id', kwargs['area_id'])
# instantiate crud service
crud_service = CRUDService()
attributes = AttributesHelper(self, attributes)
configurations = CliConfigBuilder(unconfig=unconfig)
intf_name = attributes.value('interface_name')
if intf_name.startswith('Gig'):
ydk_obj_intf = ned.Native.Interface.Gigabitethernet(
)
keep = string.digits + '//'
ydk_obj_intf.name = ''.join(
i for i in attributes.value('interface_name')
if i in keep)
if attributes.value('area_id') is not None:
ospf_process = ydk_obj_intf.ip.ospf.ProcessId()
ospf_process.id = int(
attributes.value('ospf_name'))
ospf_process.area = attributes.value('area_id')
ydk_obj_intf.ip.ospf.process_id.append(
ospf_process)
if attributes.value(
'area_interface_cost') is not None:
ydk_obj_intf.ip.ospf.cost = attributes.value(
'area_interface_cost')
return YangConfig(device=self.device,
ydk_obj=ydk_obj_intf,
ncp=NetconfServiceProvider,
crud_service=crud_service.create)
elif intf_name.startswith('Loop'):
ydk_obj_intf = ned.Native.Interface.Loopback()
keep = string.digits
ydk_obj_intf.name = int(''.join(
i for i in attributes.value('interface_name')
if i in keep))
# name is a mandatory arguments
if attributes.value('area_id') is not None:
ospf_process = ydk_obj_intf.ip.ospf.ProcessId()
ospf_process.id = int(
attributes.value('ospf_name'))
ospf_process.area = attributes.value('area_id')
ydk_obj_intf.ip.ospf.process_id.append(
ospf_process)
if attributes.value(
'area_interface_cost') is not None:
ydk_obj_intf.ip.ospf.cost = attributes.value(
'area_interface_cost')
if unconfig:
return YangConfig(
device=self.device,
ydk_obj=ydk_obj_intf,
ncp=NetconfServiceProvider,
crud_service=crud_service.delete)
else:
return YangConfig(
device=self.device,
ydk_obj=ydk_obj_intf,
ncp=NetconfServiceProvider,
crud_service=crud_service.create)
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()
# import pdb;pdb.set_trace()
# crud_service = CRUDService()
# ncp = NetconfServiceProvider(self.device)
# x = crud_service.read(ncp, interface_configurations)
# abc = YangConfig(device=self.device, ydk_obj=x, ncp=ncp, crud_service=crud_service)
# print(abc)
interface_configuration = interface_configurations.InterfaceConfiguration(
)
interface_configuration.active = "act"
interface_configuration.interface_name = attributes.value('name')
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()
vrf = attributes.value('vrf')
if vrf:
if unconfig:
interface_configuration.vrf = DELETE()
else:
interface_configuration.vrf = vrf.name
ipv4 = attributes.value('ipv4')
if ipv4:
primary = interface_configuration.ipv4_network.addresses.Primary()
if unconfig:
primary.address = DELETE()
primary.netmask = DELETE()
interface_configuration.ipv4_network.addresses.primary = primary
else:
primary.address = str(ipv4.ip)
primary.netmask = str(ipv4.netmask)
interface_configuration.ipv4_network.addresses.primary = primary
# In Cisco-IOS-XR-l2-eth-infra-cfg.yang, augmentation section
# augment "/a1:interface-configurations/a1:interface-configuration"
# container ethernet-service is defined
eth_encap_type1 = attributes.value('eth_encap_type1')
eth_encap_val1 = attributes.value('eth_encap_val1')
# eth_encap_type2 = attributes.value('eth_encap_type2')
eth_encap_val2 = attributes.value('eth_encap_val2')
if eth_encap_type1:
interface_configuration.ethernet_service\
.local_traffic_default_encapsulation\
.outer_tag_type = eth_encap_type1
if eth_encap_val1:
interface_configuration.ethernet_service\
.local_traffic_default_encapsulation\
.outer_vlan_id = eth_encap_val1
# if eth_encap_type2:
# interface_configuration.encapsulation.encapsulation = \
# eth_encap_type2
if eth_encap_val2:
interface_configuration.ethernet_service\
.local_traffic_default_encapsulation\
.inner_vlan_id = eth_encap_val2
# instantiate crud service
crud_service = CRUDService()
if apply:
# create netconf connection
ncp = NetconfServiceProvider(self.device)
crud_service.create(ncp, interface_configuration)
else:
return YangConfig(device=self.device,
ydk_obj=interface_configuration,
ncp=NetconfServiceProvider,
crud_service=crud_service.create)