def main_function(self):
# set Autonomous System Number
bgp_instpol = self.look_up_mo('uni/fabric/bgpInstP-default', '')
setAutonomousSystemNumber.set_autonomous_system_number(bgp_instpol, self.autonomous_system_number)
self.commit_change()
# create Bpg Route Reflector
bgp_rrp = self.look_up_mo('uni/fabric/bgpInstP-default/rr', '')
for reflector_id in self.reflector_id:
createBgpRouteReflector.create_bgp_route_reflector(bgp_rrp, reflector_id)
self.commit_change()
# create Pod Policy group
fabric_funcp = self.look_up_mo('uni/fabric/funcprof/', '')
createPodPolicyGroup.create_pod_policy_group(fabric_funcp, self.pod_policy_group['name'], optional_args=self.pod_policy_group['optional_args'])
self.commit_change()
# select Pod Policy
bgp_pods = self.look_up_mo('uni/fabric/podprof-default/pods-default-typ-ALL', '')
selectPodPolicy.select_pod_policy(bgp_pods, self.pod_policy_group['name'])
# create Bpg Route Outside Network
self.check_if_tenant_exist()
l3ext_out = createRoutedOutside.create_routed_outside(self.mo, self.routed_outside['name'], optional_args=self.routed_outside['optional_args'])
self.commit_change()
# create Node-And-Interface Profile
l3ext_lnodep = createNodesAndInterfacesProfile.create_node_profile(l3ext_out, self.node_profile['name'], optional_args=self.node_profile['optional_args'])
self.commit_change(l3ext_out)
# create Nodes And Interfaces
createNodes.create_node(l3ext_lnodep, str(self.leaf_id), str(self.router_id))
l3ext_lifp = createInterfaceProfile.create_interface_profile(l3ext_lnodep, self.interface_profile['name'])
self.commit_change(l3ext_lnodep)
# create Routed Interface Profile
createRoutedInterfaceProfile.create_routed_interface_profile(l3ext_lifp, str(self.interface_profile['leaf_id']), str(self.interface_profile['eth_num']), self.interface_profile['ip_address'], optional_args=self.interface_profile['optional_args'])
self.commit_change(l3ext_lifp)
# create External Network
l3ext_instp = createExternalNetwork.create_external_network(l3ext_out, self.external_network_epg['name'], optional_args=self.external_network_epg['optional_args'])
self.commit_change(l3ext_out)
# configure provider/consumer for L3 outside network.
createL3EpgProviderOrConsumerContract.create_L3_epg_provider_or_consumer_contract(l3ext_instp, 'provided', self.provider_contract['name'], optional_args=self.provider_contract['optional_args'])
createL3EpgProviderOrConsumerContract.create_L3_epg_provider_or_consumer_contract(l3ext_instp, 'consumed', self.consumer_contract['name'], optional_args=self.consumer_contract['optional_args'])
self.commit_change()
# Set default settings for private network.
self.check_if_mo_exist('uni/tn-' + self.tenant + '/ctx-', self.private_network['name'], Ctx, description='Private Network')
setDefaultSettingForPrivateNetwork.set_default_setting_for_private_network(self.mo, optional_args=self.private_network['optional_args'])
self.commit_change()
# Associate the L3 Outside Network to a Birdge Domain.
self.check_if_mo_exist('uni/tn-' + self.tenant + '/BD-', self.bridge_domain, BD, description='Bridge Domain')
associateL3OutsideNetworkToBD.associate_l3_outside_network_to_bd(self.mo, self.routed_outside['name'])
def lab7A(modir, pod_policy):
"""Setup the Pod Policies"""
# Set Autonomous System Number
set_autonomous_system_number(modir, '1')
# Create BGP Route Reflector
create_bgp_route_reflector(modir, '103')
create_bgp_route_reflector(modir, '104')
# Create Policy Group
create_pod_policy_group(modir, pod_policy, tnBgpInstPolName='default', tnIsisDomPolName='', tnCoopPolName='',
tnDatetimePolName='', tnCommPolName='', tnSnmpPolName='')
# Select Fabric Policy Group
select_pod_policy(modir, pod_policy)
def lab7A(modir, pod_policy):
"""Setup the Pod Policies"""
# Set Autonomous System Number
set_autonomous_system_number(modir, '1')
# Create BGP Route Reflector
create_bgp_route_reflector(modir, '103')
create_bgp_route_reflector(modir, '104')
# Create Policy Group
create_pod_policy_group(modir,
pod_policy,
tnBgpInstPolName='default',
tnIsisDomPolName='',
tnCoopPolName='',
tnDatetimePolName='',
tnCommPolName='',
tnSnmpPolName='')
# Select Fabric Policy Group
select_pod_policy(modir, pod_policy)
parser = argparse.ArgumentParser(description='Configure fabric pod policy.')
parser.add_argument('yaml', help='Imported yaml file.')
args = vars(parser.parse_args())
try:
data = read_config_yaml_file(args['yaml'], login_info=False)
except IOError:
print 'No such file or directory:', args['yaml']
sys.exit()
else:
host, user, password = get_login_info(data)
modir = apic_login(host, user, password)
# Set Autonomous System Number
set_autonomous_system_number(modir, data['autonomous_system_number'])
# Create BGP Route Reflector
for reflector in data['reflector_id']:
create_bgp_route_reflector(modir, reflector)
# Create Policy Group
for group in data['pod_policy_group']:
create_pod_policy_group(modir, group['name'],
tnBgpInstPolName=group[
'bgp_route_reflector_policy'],
tnIsisDomPolName=group['isis_policy'],
tnCoopPolName=group['coop_group_policy'],
tnDatetimePolName=group['date_time_policy'],
tnCommPolName=group['communication_policy'],
tnSnmpPolName=group['snmp_policy'])
if __name__ == "__main__":
# Login
hostname, username, password = input_login_info(msg="")
try:
modir = apic_login(hostname, username, password)
print "Login succeed."
except KeyError:
print "Login fail."
sys.exit()
# Wizard starts asking inputs step by step
autonomous_system_number = setAutonomousSystemNumber.input_key_args()
bgp_route_reflector_array = add_mos(createBgpRouteReflector.input_key_args, "Create a BGP Route Reflector")
pod_policy_array = add_mos_with_options(
createPodPolicyGroup.input_key_args, createPodPolicyGroup.input_optional_args, "Create a Pod Policy"
)
selected_pod_policy = selectPodPolicy.input_key_args()
# Running
setAutonomousSystemNumber.set_autonomous_system_number(modir, autonomous_system_number)
for bgp_route_reflector in bgp_route_reflector_array:
createBgpRouteReflector.create_bgp_route_reflector(modir, bgp_route_reflector)
for pod_policy in pod_policy_array:
print pod_policy
createPodPolicyGroup.create_pod_policy_group(modir, pod_policy[0], args_from_CLI=pod_policy[1])
selectPodPolicy.select_pod_policy(modir, selected_pod_policy)
modir.logout()
parser = argparse.ArgumentParser(
description='Configure fabric pod policy.')
parser.add_argument('yaml', help='Imported yaml file.')
args = vars(parser.parse_args())
try:
data = read_config_yaml_file(args['yaml'], login_info=False)
except IOError:
print 'No such file or directory:', args['yaml']
sys.exit()
else:
host, user, password = get_login_info(data)
modir = apic_login(host, user, password)
# Set Autonomous System Number
set_autonomous_system_number(modir, data['autonomous_system_number'])
# Create BGP Route Reflector
for reflector in data['reflector_id']:
create_bgp_route_reflector(modir, reflector)
# Create Policy Group
for group in data['pod_policy_group']:
create_pod_policy_group(
modir,
group['name'],
tnBgpInstPolName=group['bgp_route_reflector_policy'],
tnIsisDomPolName=group['isis_policy'],
tnCoopPolName=group['coop_group_policy'],
tnDatetimePolName=group['date_time_policy'],
tnCommPolName=group['communication_policy'],
def main_function(self):
# set Autonomous System Number
bgp_instpol = self.look_up_mo('uni/fabric/bgpInstP-default', '')
setAutonomousSystemNumber.set_autonomous_system_number(
bgp_instpol, self.autonomous_system_number)
self.commit_change()
# create Bpg Route Reflector
bgp_rrp = self.look_up_mo('uni/fabric/bgpInstP-default/rr', '')
for reflector_id in self.reflector_id:
createBgpRouteReflector.create_bgp_route_reflector(
bgp_rrp, reflector_id)
self.commit_change()
# create Pod Policy group
fabric_funcp = self.look_up_mo('uni/fabric/funcprof/', '')
createPodPolicyGroup.create_pod_policy_group(
fabric_funcp,
self.pod_policy_group['name'],
optional_args=self.pod_policy_group['optional_args'])
self.commit_change()
# select Pod Policy
bgp_pods = self.look_up_mo(
'uni/fabric/podprof-default/pods-default-typ-ALL', '')
selectPodPolicy.select_pod_policy(bgp_pods,
self.pod_policy_group['name'])
# create Bpg Route Outside Network
self.check_if_tenant_exist()
l3ext_out = createRoutedOutside.create_routed_outside(
self.mo,
self.routed_outside['name'],
optional_args=self.routed_outside['optional_args'])
self.commit_change()
# create Node-And-Interface Profile
l3ext_lnodep = createNodesAndInterfacesProfile.create_node_profile(
l3ext_out,
self.node_profile['name'],
optional_args=self.node_profile['optional_args'])
self.commit_change(l3ext_out)
# create Nodes And Interfaces
createNodes.create_node(l3ext_lnodep, str(self.leaf_id),
str(self.router_id))
l3ext_lifp = createInterfaceProfile.create_interface_profile(
l3ext_lnodep, self.interface_profile['name'])
self.commit_change(l3ext_lnodep)
# create Routed Interface Profile
createRoutedInterfaceProfile.create_routed_interface_profile(
l3ext_lifp,
str(self.interface_profile['leaf_id']),
str(self.interface_profile['eth_num']),
self.interface_profile['ip_address'],
optional_args=self.interface_profile['optional_args'])
self.commit_change(l3ext_lifp)
# create External Network
l3ext_instp = createExternalNetwork.create_external_network(
l3ext_out,
self.external_network_epg['name'],
optional_args=self.external_network_epg['optional_args'])
self.commit_change(l3ext_out)
# configure provider/consumer for L3 outside network.
createL3EpgProviderOrConsumerContract.create_L3_epg_provider_or_consumer_contract(
l3ext_instp,
'provided',
self.provider_contract['name'],
optional_args=self.provider_contract['optional_args'])
createL3EpgProviderOrConsumerContract.create_L3_epg_provider_or_consumer_contract(
l3ext_instp,
'consumed',
self.consumer_contract['name'],
optional_args=self.consumer_contract['optional_args'])
self.commit_change()
# Set default settings for private network.
self.check_if_mo_exist('uni/tn-' + self.tenant + '/ctx-',
self.private_network['name'],
Ctx,
description='Private Network')
setDefaultSettingForPrivateNetwork.set_default_setting_for_private_network(
self.mo, optional_args=self.private_network['optional_args'])
self.commit_change()
# Associate the L3 Outside Network to a Birdge Domain.
self.check_if_mo_exist('uni/tn-' + self.tenant + '/BD-',
self.bridge_domain,
BD,
description='Bridge Domain')
associateL3OutsideNetworkToBD.associate_l3_outside_network_to_bd(
self.mo, self.routed_outside['name'])
import selectPodPolicy
if __name__ == '__main__':
# Login
hostname, username, password = '******', 'admin', 'Cisco123' # input_login_info(msg='')
try:
modir = apic_login(hostname, username, password)
print 'Login succeed.'
except KeyError:
print 'Login fail.'
sys.exit()
# Wizard starts asking inputs step by step
autonomous_system_number = setAutonomousSystemNumber.input_key_args()
bgp_route_reflector_array = add_mos(createBgpRouteReflector.input_key_args, 'Create a BGP Route Reflector')
pod_policy_array = add_mos_with_options(createPodPolicyGroup.input_key_args, createPodPolicyGroup.input_optional_args, 'Create a Pod Policy')
selected_pod_policy = selectPodPolicy.input_key_args()
# Running
setAutonomousSystemNumber.set_autonomous_system_number(modir, autonomous_system_number)
for bgp_route_reflector in bgp_route_reflector_array:
createBgpRouteReflector.create_bgp_route_reflector(modir, bgp_route_reflector)
for pod_policy in pod_policy_array:
print pod_policy
createPodPolicyGroup.create_pod_policy_group(modir, pod_policy[0], args_from_CLI=pod_policy[1])
selectPodPolicy.select_pod_policy(modir, selected_pod_policy)
modir.logout()