def main():
for device_name in topology.connected_nodes():
print('%s:' % device_name)
for interface_name in topology_interface.interface_names(device_name):
#print('Interface Properties for %s:' % interface_name)
interface_properties = topology_interface.interface_properties(device_name, interface_name)
print('\t', interface_name, '-->', interface_properties)
def main():
for device_name in topology.connected_nodes():
print('%s:' % device_name)
for interface_name in topology_interface.interface_names(device_name):
#print('Interface Properties for %s:' % interface_name)
interface_configuration = topology_interface.interface_configuration(device_name, interface_name)
print('\t', interface_name, '-->', interface_configuration)
def main():
for device_name in topology.connected_nodes():
print('%s:' % device_name)
for interface_name in topology_interface.interface_names(device_name):
#print('Interface Properties for %s:' % interface_name)
interface_properties = topology_interface.interface_properties(
device_name, interface_name)
print(
'\t', interface_name, '-->',
interface_properties['interface'][0]['state'].encode('utf-8'))
def main():
connected_nodes = topology.connected_nodes()
if connected_nodes:
node_id = connected_nodes[0]
interface_names = topology_interface.interface_names(node_id)
if interface_names:
interface_name = interface_names[0]
print('Starting up interface %s on %s' % (interface_name, node_id))
topology_interface.interface_startup(node_id, interface_name)
else:
print('No interfaces on %s' % node_id)
else:
print('No connected devices')
def main():
connected_nodes = topology.connected_nodes()
if connected_nodes:
node_id = connected_nodes[0]
interface_names = topology_interface.interface_names(node_id)
if interface_names:
interface_name = interface_names[0]
print('Shutting down interface %s on %s' % (interface_name, node_id))
topology_interface.interface_shutdown(node_id, interface_name)
else:
print('No interfaces on %s' % node_id)
else:
print('No connected devices')
request_content1 = {'Cisco-IOS-XR-ip-static-cfg:vrf-prefix': [{'prefix': '27.27.27.27', 'vrf-route': {'vrf-next-hops': {'next-hop-address': [{'next-hop-address': '45.0.0.27'}]}}, 'prefix-length': 32}]}
response1 = odl_http_post(_static_route_url_template, {'node-id' : device_name1}, 'application/json', request_content1, expected_status_code=[204, 409])
device_name5 = 'iosxrv-5'
request_content5 = {'Cisco-IOS-XR-ip-static-cfg:vrf-prefix': [{'prefix': '21.21.21.21', 'vrf-route': {'vrf-next-hops': {'next-hop-address': [{'next-hop-address': '45.0.0.21'}]}}, 'prefix-length': 32}]}
response5 = odl_http_post(_static_route_url_template, {'node-id' : device_name5}, 'application/json', request_content5, expected_status_code=[204, 409])
#read interface state for every 5 second
count = 0
for i in range(0,9):
flag = True
for device_name in topology.connected_nodes():
#print('%s:' % device_name)
if device_name == "iosxrv-1":
for interface_name in topology_interface.interface_names(device_name):
#print('Interface Properties for %s:' % interface_name)
if interface_name == "GigabitEthernet0/0/0/4":
interface_properties = topology_interface.interface_properties(device_name, interface_name)
print('\t', interface_name, '-->', interface_properties['interface'][0]['state'].encode('utf-8'))
interface_status = interface_properties['interface'][0]['state'].encode('utf-8')
#if interface status is shutdown, count++
if interface_status == "im-state-up":
pass
else:
flag = False
break
elif device_name == "iosxrv-5":
for interface_name in topology_interface.interface_names(device_name):
def main():
for device_name in topology.connected_nodes():
print('Interface Names for %s:' % device_name,
topology_interface.interface_names(device_name))