def main():
if(sys.argv < 1):
print("Usage: python insert_route.py ODL_IP_address router_IP_address destination_prefix")
exit(1)
# Store command line arguments
#odl_ip = sys.argv[1]
#input_source_ip = sys.argv[2]
#destination_prefix = sys.argv[3]
odl_ip = "localhost"
#input_router_ip = "198.18.1.30"
destination_prefix = '10.210.210.1/32'
print("Starting insert_route")
# Get device name from the source IP address
#print("Getting device name from IP address %s" % (input_router_ip))
#found = False
#for (device_name, device_config) in settings.config['network_device'].items():
# address = device_config['address']
# if(address == input_router_ip):
# source_name = device_name
# found = True
# break
#if(not found):
# print("Input source IP %s could not be found among the list of devices" % (input_source_ip))
# exit(1)
# Set the next hop in the attributes for the prefix
print("Setting attributes")
prefix_attributes = attributes()
prefix_attributes.set_next_hop('1.2.3.4')
# Create an app route
print("Creating ipv4 unicast route for %s" % (destination_prefix))
route = app_route(odl_ip)
print("Setting route to %s" % (destination_prefix))
# Put the app route into the controller
route.put_app_route(destination_prefix, prefix_attributes.get())
print("Route Set => Connection closed to %s\n" % (destination_prefix))
#!/usr/bin/env python
from route_attributes import attributes
from v4_uni_app_route import app_route
attrib = attributes()
route = app_route("172.23.29.120")
attrib.set_communities("100:100")
attrib.set_next_hop("172.23.29.120")
print attrib
route.put_app_route("1.2.3.4/32", attrib.get())
