def wizard_mode_input_args(self):
self.autonomous_system_number = setAutonomousSystemNumber.input_key_args('')
reflector_ids = add_mos('Add a Bgp Router Reflector', createBgpRouteReflector.input_key_args)
for reflector_id in reflector_ids:
self.reflector_id.append(reflector_id['key_args'])
pod_policy_group = add_mos('Create a Pod Policy Group', createPodPolicyGroup.input_key_args, createPodPolicyGroup.input_optional_args, do_first=True, once=True)
self.pod_policy_group['name'] = pod_policy_group['key_args']
self.pod_policy_group['optional_args'] = pod_policy_group['opt_args']
self.routed_outside['name'] = createRoutedOutside.input_key_args('')
self.routed_outside['optional_args'] = createRoutedOutside.input_optional_args()
self.node_profile['name'] = createNodesAndInterfacesProfile.input_key_args('')
self.node_profile['optional_args'] = createNodesAndInterfacesProfile.input_optional_args()
self.leaf_id, self.router_id = createNodes.input_key_args('')
self.interface_profile['name'] = createInterfaceProfile.input_key_args('')
self.interface_profile['leaf_id'], self.interface_profile['eth_num'], self.interface_profile['ip_address'] = createRoutedInterfaceProfile.input_key_args('')
self.interface_profile['optional_args'] = createRoutedInterfaceProfile.input_optional_args()
self.external_network_epg['name'] = createExternalNetwork.input_key_args('')
self.external_network_epg['optional_args'] = createExternalNetwork.input_optional_args()
self.provider_contract['name'] = createL3EpgProviderOrConsumerContract.input_key_args(msg='', type_known=True)[0]
self.provider_contract['optional_args'] = createL3EpgProviderOrConsumerContract.input_optional_args('provided')
self.consumer_contract['name'] = createL3EpgProviderOrConsumerContract.input_key_args(msg='', type_known=True)[0]
self.consumer_contract['optional_args'] = createL3EpgProviderOrConsumerContract.input_optional_args('consumed')
self.private_network['name'] = setDefaultSettingForPrivateNetwork.input_key_args('')
self.private_network['optional_args'] = setDefaultSettingForPrivateNetwork.input_optional_args()
self.bridge_domain = associateL3OutsideNetworkToBD.input_key_args('')
def wizard_mode_input_args(self):
self.autonomous_system_number = setAutonomousSystemNumber.input_key_args(
'')
reflector_ids = add_mos('Add a Bgp Router Reflector',
createBgpRouteReflector.input_key_args)
for reflector_id in reflector_ids:
self.reflector_id.append(reflector_id['key_args'])
pod_policy_group = add_mos('Create a Pod Policy Group',
createPodPolicyGroup.input_key_args,
createPodPolicyGroup.input_optional_args,
do_first=True,
once=True)
self.pod_policy_group['name'] = pod_policy_group['key_args']
self.pod_policy_group['optional_args'] = pod_policy_group['opt_args']
self.routed_outside['name'] = createRoutedOutside.input_key_args('')
self.routed_outside[
'optional_args'] = createRoutedOutside.input_optional_args()
self.node_profile[
'name'] = createNodesAndInterfacesProfile.input_key_args('')
self.node_profile[
'optional_args'] = createNodesAndInterfacesProfile.input_optional_args(
)
self.leaf_id, self.router_id = createNodes.input_key_args('')
self.interface_profile['name'] = createInterfaceProfile.input_key_args(
'')
self.interface_profile['leaf_id'], self.interface_profile[
'eth_num'], self.interface_profile[
'ip_address'] = createRoutedInterfaceProfile.input_key_args('')
self.interface_profile[
'optional_args'] = createRoutedInterfaceProfile.input_optional_args(
)
self.external_network_epg[
'name'] = createExternalNetwork.input_key_args('')
self.external_network_epg[
'optional_args'] = createExternalNetwork.input_optional_args()
self.provider_contract[
'name'] = createL3EpgProviderOrConsumerContract.input_key_args(
msg='', type_known=True)[0]
self.provider_contract[
'optional_args'] = createL3EpgProviderOrConsumerContract.input_optional_args(
'provided')
self.consumer_contract[
'name'] = createL3EpgProviderOrConsumerContract.input_key_args(
msg='', type_known=True)[0]
self.consumer_contract[
'optional_args'] = createL3EpgProviderOrConsumerContract.input_optional_args(
'consumed')
self.private_network[
'name'] = setDefaultSettingForPrivateNetwork.input_key_args('')
self.private_network[
'optional_args'] = setDefaultSettingForPrivateNetwork.input_optional_args(
)
self.bridge_domain = associateL3OutsideNetworkToBD.input_key_args('')
def wizard_mode_input_args(self):
self.routed_outside['name'] = createRoutedOutside.input_key_args()
self.routed_outside['optional_args'] = createRoutedOutside.input_optional_args()
self.node_profile['name'] = createNodesAndInterfacesProfile.input_key_args()
self.node_profile['optional_args'] = createNodesAndInterfacesProfile.input_optional_args()
self.leaf_id, self.router_id = createNodes.input_key_args()
self.static_route['prefix'] = createStaticRoute.input_key_args()
self.static_route['optional_args'] = createStaticRoute.input_optional_args()
self.interface_profile['name'] = createInterfaceProfile.input_key_args()
self.interface_profile['leaf_id'], self.interface_profile['eth_num'], self.interface_profile['ip_address'] = createRoutedInterfaceProfile.input_key_args('')
self.interface_profile['optional_args'] = createRoutedInterfaceProfile.input_optional_args()
self.external_network_epg['name'] = createExternalNetwork.input_key_args('')
self.external_network_epg['optional_args'] = createExternalNetwork.input_optional_args()
self.consumer_contract['name'] = createL3EpgProviderOrConsumerContract.input_key_args(msg='', type_known=True)[0]
self.consumer_contract['optional_args'] = createL3EpgProviderOrConsumerContract.input_optional_args('consumed')
from utility import *
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
tenant_name = input_tenant_name()
routed_outside_name = createRoutedOutside.input_key_args()
external_network = createExternalNetwork.input_key_args()
provider_contract_name = createL3EpgProviderContract.input_key_args()
consumer_contract_name = createL3EpgConsumerContract.input_key_args()
private_network = configPrivateNetworkDefaultTimers.input_key_args()
private_network_optional_args = configPrivateNetworkDefaultTimers.input_optional_args()
bridge_domain = associateL3OutsideNetworkToBD.input_key_args()
# Running
createL3EpgProviderContract.create_L3_epg_provider_contract(modir, tenant_name, routed_outside_name, external_network, provider_contract_name)
createL3EpgConsumerContract.create_L3_epg_consumer_contract(modir, tenant_name, routed_outside_name, external_network, consumer_contract_name)
configPrivateNetworkDefaultTimers.config_private_network_default_timers(modir, tenant_name, private_network, args_from_CLI=private_network_optional_args)
associateL3OutsideNetworkToBD.associate_l3_outside_network_to_bd(modir, tenant_name, bridge_domain, routed_outside_name)
def create_routed_outside(modir, tenant_name, routed_outside_name):
l3ext_out = modir.lookupByDn('uni/tn-' + tenant_name + '/out-' +
routed_outside_name)
if isinstance(l3ext_out, Out):
l3ext_out.delete()
else:
print 'External Routed Network', routed_outside_name, 'does not existed.'
print_query_xml(l3ext_out)
commit_change(modir, l3ext_out)
if __name__ == '__main__':
try:
host_name, user_name, password, tenant_name, routed_outside_name = sys.argv[
1:6]
except ValueError:
host_name, user_name, password = input_login_info()
tenant_name = input_tenant_name()
routed_outside_name = input_key_args()
# Login to APIC
modir = apic_login(host_name, user_name, password)
# Execute the main function
create_routed_outside(modir, tenant_name, routed_outside_name)
modir.logout()
key_args = [{'name': 'tenant', 'help': 'Tenant name'},
{'name': 'routed_outside', 'help': 'Routed Outside Network Name.'}
]
try:
host_name, user_name, password, args = set_cli_argparse('Delete a Routed Outside Network.', key_args)
tenant_name = args.pop('tenant')
routed_outside_name = args.pop('routed_outside')
except SystemExit:
if check_if_requesting_help(sys.argv):
sys.exit('Help Page')
if len(sys.argv)>1:
print 'Invalid input arguments.'
host_name, user_name, password = input_login_info()
tenant_name = input_tenant_name()
routed_outside_name = input_key_args()
# Login to APIC
modir = apic_login(host_name, user_name, password)
# Execute the main function
delete_routed_outside(modir, tenant_name, routed_outside_name)
modir.logout()
