def learn_config(self, device, **kwargs):
'''
A method that learn the device configurational state and create
a conf object with the same configuration.
Args:
self (`obj`): Conf object.
device (`obj`): The device that will be used to parse the
command.
'''
# Abstracting the show running trm as per device os
ret = Lookup.from_device(device)
cmd = ret.parser.show_trm.ShowRunningConfigTrm
maker = ops_Base(device=device)
maker.add_leaf(cmd=cmd,
src='[advertise_evpn_multicast]',
dest='trm[advertise_evpn_multicast]')
# A workaround to pass the context as in maker it expects Context.cli
# not just a string 'cli.
maker.context_manager[cmd] = Context.cli
maker.make()
# Take a copy of the object dictionary
if not hasattr(maker, 'trm'):
maker.trm= {}
new_trm = maker.trm
# List of mapped conf objects
conf_obj_list = []
# Main structure attributes in the conf object
structure_keys = ['']
conf_obj = self()
# Pass the class method.
maker.dict_to_obj(conf=conf_obj, \
struct=structure_keys, \
struct_to_map=new_trm)
conf_obj_list.append(conf_obj)
# List of mapped conf objects
return conf_obj_list
def learn_config(self, device, **kwargs):
'''
A method that learn the device configurational state and create
a conf object with the same configuration.
Args:
self (`obj`): Conf object.
device (`obj`): The device that will be used to parse the
command.
'''
# Abstracting the show running bgp as per device os
ret = Lookup.from_device(device)
cmd = ret.parser.show_bgp.ShowRunningConfigBgp
maker = ops_Base(device=device)
maker.add_leaf(cmd=cmd,
src='[bgp][instance][(?P<instance>.*)][bgp_id]',
dest='bgp[instance][(?P<instance>.*)][bgp_id]')
maker.add_leaf(cmd=cmd,
src='[bgp][instance][(?P<instance>.*)]'
'[protocol_shutdown]',
dest='bgp[instance][(?P<instance>.*)]'
'[protocol_shutdown]')
maker.add_leaf(cmd=cmd,
src='[bgp][instance][(?P<instance>.*)][pp_name]'
'[(?P<pp_name>.*)]',
dest='bgp[instance][(?P<instance>.*)][peer_policy_attr]'
'[(?P<pp_name>.*)]')
maker.add_leaf(cmd=cmd,
src='[bgp][instance][(?P<instance>.*)][ps_name]'
'[(?P<ps_name>.*)]',
dest='bgp[instance][(?P<instance>.*)]'
'[peer_session_attr][(?P<ps_name>.*)]')
maker.add_leaf(cmd=cmd,
src='[bgp][instance][(?P<instance>.*)]'
'[vrf][(?P<vrf>.*)]',
dest='bgp[instance][(?P<instance>.*)][vrf_attr]'
'[(?P<vrf>.*)]')
maker.add_leaf(cmd=cmd,
src='[bgp][instance][(?P<instance>.*)][vrf]'
'[(?P<vrf>.*)][af_name][(?P<af_name>.*)]',
dest='bgp[instance][(?P<instance>.*)][vrf_attr]'
'[(?P<vrf>.*)][address_family_attr]'
'[(?P<af_name>.*)]')
maker.add_leaf(cmd=cmd,
src='[bgp][instance][(?P<instance>.*)][vrf]'
'[(?P<vrf>.*)][neighbor_id][(?P<neighbor_id>.*)]',
dest='bgp[instance][(?P<instance>.*)][vrf_attr]'
'[(?P<vrf>.*)][neighbor_attr]'
'[(?P<neighbor_id>.*)]')
maker.add_leaf(cmd=cmd,
src='[bgp][instance][(?P<instance>.*)][vrf]'
'[(?P<vrf>.*)][neighbor_id][(?P<neighbor_id>.*)]'
'[nbr_af_name][(?P<nbr_af_name>.*)]',
dest='bgp[instance][(?P<instance>.*)][vrf_attr]'
'[(?P<vrf>.*)][neighbor_attr][(?P<neighbor_id>.*)]'
'[address_family_attr][(?P<nbr_af_name>.*)]')
# A workaround to pass the context as in maker it expects Context.cli
# not just a string 'cli.
maker.context_manager[cmd] = Context.cli
maker.make()
# Take a copy of the object dictionary
if not hasattr(maker, 'bgp'):
maker.bgp = {}
new_bgp = maker.bgp
# List of mapped conf objects
conf_obj_list = []
# Main structure attributes in the conf object
structure_keys = ['peer_policy_attr',
'vrf_attr',
'peer_session_attr',
'address_family_attr',
'neighbor_attr']
# Deleting the old format keys from the object and building the
# conf objects
for instance_key in new_bgp['instance']:
if 'vrf_attr' in new_bgp['instance'][instance_key]:
for vrf in new_bgp['instance'][instance_key]['vrf_attr']:
if 'neighbor_id' in new_bgp['instance'][instance_key]\
['vrf_attr'][vrf]:
del new_bgp['instance'][instance_key]['vrf_attr'][vrf]\
['neighbor_id']
if 'af_name' in new_bgp['instance'][instance_key]\
['vrf_attr'][vrf]:
del new_bgp['instance'][instance_key]['vrf_attr'][vrf]\
['af_name']
if 'neighbor_attr' in new_bgp['instance'][instance_key]\
['vrf_attr'][vrf]:
for neighbor in new_bgp['instance'][instance_key]\
['vrf_attr'][vrf]['neighbor_attr'].keys():
if 'nbr_af_name' in new_bgp['instance']\
[instance_key]['vrf_attr'][vrf]\
['neighbor_attr'][neighbor]:
del new_bgp['instance'][instance_key]\
['vrf_attr'][vrf]['neighbor_attr']\
[neighbor]['nbr_af_name']
# Instiantiate a BGP conf object
conf_obj = self(bgp_id=new_bgp['instance'][instance_key]['bgp_id'])
# Pass the class method not the instnace.
maker.dict_to_obj(conf=conf_obj,\
struct=structure_keys,\
struct_to_map=new_bgp['instance'][instance_key])
conf_obj_list.append(conf_obj)
# List of mapped conf objects
return conf_obj_list
def learn_config(self, device, **kwargs):
'''
A method that learn the device configurational state and create
a conf object with the same configuration.
Args:
self (`obj`): Conf object.
device (`obj`): The device that will be used to parse the
command.
'''
# Abstracting the show running vrf as per device os
ret = Lookup.from_device(device)
cmd = ret.parser.show_vrf.ShowRunningConfigVrf
maker = ops_Base(device=device)
maker.add_leaf(cmd=cmd,
src='[vrf][(?P<vrf>.*)][rd]',
dest='vrf[vrf][(?P<vrf>.*)][rd]')
maker.add_leaf(cmd=cmd,
src='[vrf][(?P<vrf>.*)]'
'[vni]',
dest='vrf[vrf][(?P<vrf>.*)]'
'[vni]')
maker.add_leaf(cmd=cmd,
src='[vrf][(?P<vrf>.*)]'
'[vni_mode_l3] l3',
dest='vrf[vrf][(?P<vrf>.*)]'
'[vni_mode_l3] l3')
maker.add_leaf(cmd=cmd,
src='[vrf][(?P<vrf>.*)]'
'[vrf_name]',
dest='vrf[vrf][(?P<vrf>.*)]'
'[vrf_name]')
maker.add_leaf(cmd=cmd,
src='[vrf][(?P<vrf>.*)][address_family]'
'[(?P<af_name>.*)]',
dest='vrf[vrf][(?P<vrf>.*)][address_family_attr]'
'[(?P<af_name>.*)]')
maker.add_leaf(cmd=cmd,
src='[vrf][(?P<vrf>.*)][address_family]'
'[(?P<af_name>.*)][route_target][(?P<rt>.*)][rt_type]',
dest='vrf[vrf][(?P<vrf>.*)][address_family_attr]'
'[(?P<af_name>.*)][route_target_attr][(?P<rt>.*)]'
'[rt_type]')
maker.add_leaf(cmd=cmd,
src='[vrf][(?P<vrf>.*)][address_family]'
'[(?P<af_name>.*)][route_target][(?P<rt>.*)]'
'[protocol][(?P<protocol>.*)]',
dest='vrf[vrf][(?P<vrf>.*)][address_family_attr]'
'[(?P<af_name>.*)][route_target_attr][(?P<rt>.*)]'
'[protocol_attr][(?P<protocol>.*)]')
# A workaround to pass the context as in maker it expects Context.cli
# not just a string 'cli.
maker.context_manager[cmd] = Context.cli
maker.make()
# Take a copy of the object dictionary
if not hasattr(maker, 'vrf'):
maker.vrf = {}
new_vrf = maker.vrf
# List of mapped conf objects
conf_obj_list = []
# Main structure attributes in the conf object
structure_keys = [
'address_family_attr', 'route_target_attr', 'protocol_attr'
]
if len(new_vrf):
for vrf in new_vrf['vrf'].keys():
if 'address_family_attr' in new_vrf['vrf'][vrf]:
for af_name in new_vrf['vrf'][vrf][
'address_family_attr'].keys():
if 'route_target' in new_vrf['vrf'][vrf][
'address_family_attr'][af_name]:
del new_vrf['vrf'][vrf]['address_family_attr'][
af_name]['route_target']
for i in list(new_vrf['vrf']):
if 'address_family_attr' not in new_vrf['vrf'][i]:
new_vrf['vrf'].pop(i)
for vrf in new_vrf['vrf'].keys():
conf_obj = self(name=vrf)
# Pass the class method not the instnace.
maker.dict_to_obj(conf=conf_obj, \
struct=structure_keys, \
struct_to_map=new_vrf['vrf'][vrf])
conf_obj_list.append(conf_obj)
# List of mapped conf objects
return conf_obj_list
def learn_config(self, device, **kwargs):
'''
A method that learn the device configurational state and create
a conf object with the same configuration.
Args:
self (`obj`): Conf object.
device (`obj`): The device that will be used to parse the
command.
'''
if kwargs.get('attributes', None):
kwargs['attributes'].append('vrfs_list')
# Abstracting the show running bgp as per device os
ret = Lookup.from_device(device)
cmd = ret.parser.show_msdp.ShowRunningConfigMsdp
maker = ops_Base(device=device, **kwargs)
# get vrfs for usage on attribtues of specific vrf
maker.add_leaf(cmd=cmd,
src='[vrf]',
dest='vrfs_list',
pip_str='vrf',
action=lambda x: list(x.keys()))
# A workaround to pass the context as lin maker it expects Context.cli
# not just a string 'cli.
maker.context_manager[cmd] = Context.cli
maker.make()
maker.vrfs_list = getattr(maker, 'vrfs_list', [])
maker.vrfs_list.append('default')
maker.vrfs_list = set(maker.vrfs_list)
for vrf in maker.vrfs_list:
# ----- global attributes -----
global_src = '[vrf][{vrf}][global]'.format(vrf=vrf)
global_dest = 'msdp[vrf_attr][{vrf}]'.format(vrf=vrf)
# connect_retry_interval
maker.add_leaf(cmd=cmd,
src=global_src + '[timer][connect_retry_interval]',
dest=global_dest +
'[global_connect_retry_interval]',
pip_str='reconnect-interval',
vrf=vrf)
# originating_rp
maker.add_leaf(cmd=cmd,
src=global_src + '[originating_rp]',
dest=global_dest + '[originating_rp]',
pip_str='originator-id',
vrf=vrf)
# ----- peer attributes -----
peer_src = '[vrf][{vrf}][peer][(?P<peer>.*)]'.format(vrf=vrf)
peer_dest = 'msdp[vrf_attr][{vrf}][peer_attr][(?P<peer>.*)]'.format(
vrf=vrf)
# description
maker.add_leaf(cmd=cmd,
src=peer_src + '[description]',
dest=peer_dest + '[description]',
pip_str='description',
vrf=vrf)
# connected_source, peer_as
for src, dest in {
'[connect_source]': '[connected_source]',
'[peer_as]': '[peer_as]'
}.items():
maker.add_leaf(cmd=cmd,
src=peer_src + src,
dest=peer_dest + dest,
pip_str='connect-source',
vrf=vrf)
#keepalive_interval, holdtime_interval
for src, dest in {
'[timer][keepalive_interval]': '[keepalive_interval]',
'[timer][holdtime_interval]': '[holdtime_interval]'
}.items():
maker.add_leaf(cmd=cmd,
src=peer_src + src,
dest=peer_dest + dest,
pip_str='keepalive',
vrf=vrf)
maker.make()
if kwargs.get('attributes', None):
kwargs['attributes'].remove('vrfs_list')
# Take a copy of the object dictionary
if not hasattr(maker, 'msdp'):
maker.msdp = {}
new_msdp = maker.msdp
# List of mapped conf objects
conf_obj_list = []
# Main structure attributes in the conf object
structure_keys = ['vrf_attr', 'peer_attr']
# Instiantiate a PIM conf object
conf_obj = self()
# Pass the class method not the instnace.
maker.dict_to_obj(conf=conf_obj,\
struct=structure_keys,\
struct_to_map=new_msdp)
conf_obj_list.append(conf_obj)
# List of mapped conf objects
return conf_obj_list
def learn_config(self, device, **kwargs):
'''
A method that learn the device configurational state and create
a conf object with the same configuration.
Args:
self (`obj`): Conf object.
device (`obj`): The device that will be used to parse the
command.
'''
if kwargs.get('attributes', None):
kwargs['attributes'].extend(['v4_vrfs_list', 'v6_vrfs_list'])
# Abstracting the show running bgp as per device os
ret = Lookup.from_device(device)
cmd = ret.parser.show_pim.ShowRunningConfigPim
maker = ops_Base(device=device, **kwargs)
maker.add_leaf(cmd=cmd,
src='[feature_pim]',
dest='pim[enabled_pim]',
address_family='ipv4',
pip_str='feature')
maker.add_leaf(cmd=cmd,
src='[feature_pim6]',
dest='pim[enabled_pim6]',
address_family='ipv6',
pip_str='feature')
# get vrfs for usage on attribtues of specific vrf
maker.add_leaf(cmd=cmd,
src='[vrf]',
dest='v4_vrfs_list',
pip_str='vrf',
address_family='ipv4',
action=lambda x: list(x.keys()))
maker.add_leaf(cmd=cmd,
src='[vrf]',
dest='v6_vrfs_list',
pip_str='vrf',
address_family='ipv6',
action=lambda x: list(x.keys()))
# A workaround to pass the context as in maker it expects Context.cli
# not just a string 'cli.
maker.context_manager[cmd] = Context.cli
maker.make()
maker.v4_vrfs_list = getattr(maker, 'v4_vrfs_list', [])
maker.v4_vrfs_list.append('default')
maker.v4_vrfs_list = set(maker.v4_vrfs_list)
maker.v6_vrfs_list = getattr(maker, 'v6_vrfs_list', [])
maker.v6_vrfs_list.append('default')
maker.v6_vrfs_list = set(maker.v6_vrfs_list)
v4_map = map(lambda x: (x, 'ipv4'), maker.v4_vrfs_list)
v6_map = map(lambda x: (x, 'ipv6'), maker.v6_vrfs_list)
for vrf, af in list(v4_map) + list(v6_map):
# only support on ipv4
# auto-rp
if af == 'ipv4':
atuo_an_src = '[vrf][{vrf}][address_family][ipv4][rp][autorp][send_rp_announce]'.format(
vrf=vrf)
atuo_an_dest = 'pim[vrf_attr][{vrf}][address_family_attr][ipv4]'.format(
vrf=vrf)
for src_key, dest_key in {
'interface': 'send_rp_announce_intf',
'group': 'send_rp_announce_rp_group',
'group_list': 'send_rp_announce_group_list',
'route_map': 'send_rp_announce_route_map',
'prefix_list': 'send_rp_announce_prefix_list',
'interval': 'send_rp_announce_interval',
'scope': 'send_rp_announce_scope',
'bidir': 'send_rp_announce_bidir',
}.items():
maker.add_leaf(cmd=cmd,
src=atuo_an_src + '[%s]' % src_key,
dest=atuo_an_dest + '[%s]' % dest_key,
pip_str='send-rp-announce',
vrf=vrf,
address_family='ipv4')
maker.make()
if kwargs.get('attributes', None):
kwargs['attributes'].remove('v4_vrfs_list')
kwargs['attributes'].remove('v6_vrfs_list')
# Take a copy of the object dictionary
if not hasattr(maker, 'pim'):
maker.pim = {}
new_pim = maker.pim
# List of mapped conf objects
conf_obj_list = []
# Main structure attributes in the conf object
structure_keys = ['vrf_attr', 'address_family_attr']
# Instiantiate a PIM conf object
conf_obj = self()
# Pass the class method not the instnace.
maker.dict_to_obj(conf=conf_obj,\
struct=structure_keys,\
struct_to_map=new_pim)
conf_obj_list.append(conf_obj)
# List of mapped conf objects
return conf_obj_list