def gather_arp_table():
DEV = check_connected()
ARP_TABLE = ArpTable(DEV)
ARP_TABLE.get()
#print("\n")
#print("Printing ARP TABLE")
#print("-"*30)
#pprint(ARP_TABLE.items())
return ARP_TABLE.items()
def gather_arp_table():
arp_table = ArpTable(connection)
arp_table.get()
return dict(arp_table.items())
ports.values() ports['fe-0/0/1'] ports['fe-0/0/1'].items() for k,v in ports['fe-0/0/1'].items(): print k, v ports['fe-0/0/1']['oper'] ports['fe-0/0/1']['macaddr'] from jnpr.junos.op.arp import ArpTable arp_entries = ArpTable(a_device) arp_entries.get() arp_entries.items() arp_entries.keys() arp_entries.values() from jnpr.junos.op.phyport import PhyPortTable phy_ports = PhyPortTable(a_device) phy_ports.get() phy_ports.items() phy_ports.keys() phy_ports.values() phy_ports['fe-0/0/1'] phy_ports['fe-0/0/1'].keys() phy_ports['fe-0/0/1'].items()
a_device = Device(**juniper_srx)
a_device.open()
eth_ports = EthPortTable(a_device)
eth_ports.get()
print '-' * 80
print "Ethernet Ports"
for k, v in eth_ports.items():
juniper_print(k, v)
print '-' * 80
raw_input("Hit enter to continue: ")
arp = ArpTable(a_device)
arp.get()
print '-' * 80
print "ARP"
for k, v in arp.items():
juniper_print(k, v)
print '-' * 80
raw_input("Hit enter to continue: ")
lldp = LLDPNeighborTable(a_device)
lldp.get()
print '-' * 80
print "LLDP Neighbors"
for k, v in lldp.items():
juniper_print(k, v)
print '-' * 80
raw_input("Hit enter to continue: ")
print '-' * 80
from jnpr.junos import Device from jnpr.junos.op.arp import ArpTable from getpass import getpass from pprint import pprint srx2 = Device(host="srx2.lasthop.io", user="******", password=getpass()) srx2.open() arp_entries = ArpTable(srx2) arp_entries.get() print(arp_entries) print(arp_entries.keys()) pprint(arp_entries.values()) pprint(arp_entries.items())
