def main():
'''
Connect to Juniper device using PyEZ. Display the routing table.
'''
pwd = getpass('88newclass: ')
ip_addr = raw_input("184.105.247.76\nEnter Juniper SRX IP: ")
ip_addr = ip_addr.strip()
juniper_srx = {
"host": ip_addr,
"user": '******',
"password": pwd
}
print "\n\nConnecting to Juniper SRX...\n"
# create device object with all the arguments in the dictionary
a_device = Device(**juniper_srx)
a_device.open()
# get routing table
routes = RouteTable(a_device)
routes.get()
print "\nJuniper SRX Routing Table: "
for a_route, route_attr in routes.items():
print "\n" + a_route
for attr_desc, attr_value in route_attr:
print " {} {}".format(attr_desc, attr_value)
print
def getroutes(thedevice):
"""
Retrieve routing table
"""
routes = RouteTable(thedevice)
routes.get()
return routes
def get_routing_table(self, **kvargs):
"""
Function that gathers the routing table from a device. It returns the whole routing table if no route is specified.
If route is specified, next_hop can be also specified and routing table nexthop output will be compared against it.
"""
try:
tbl = RouteTable(self._conn)
except ConnectError as c_error:
raise FatalError(c_error)
complete_rt = tbl.get()
if 'route' in kvargs.keys():
route = kvargs['route']
print ('route', route)
if route != 'None':
single_rt = tbl.get(route)
# Routing Table dictionary
rt = {}
for item in tbl:
# Remove "RouteTableView:" from item = RouteTableView:0.0.0.0/0
destination = str(item).split(":")[1]
rt[destination] = [item.nexthop, item.age, item.via, item.protocol]
return rt
def display_static_routes(device):
route = RouteTable(device)
route.get()
print "Current routes:"
for line in route.get():
pprint(line)
def do_something(params):
device_connection = Device(**params)
device_connection.open()
# device_connection.facts_refresh()
facts = device_connection.facts
# response_xml_element = device_connection.rpc.get_software_information(normalize=True)
# print(etree.tostring(response_xml_element))
# pprint(facts)
print("{0} {1} {0}".format('=' * 37, facts['hostname']))
routing_table = RouteTable(device_connection)
routing_table.get()
print("RIB:")
for prefix in routing_table:
print(f"Destination : {prefix.key}\n"
f"Via: {prefix.via}\n"
f"Nexthop: {prefix.nexthop}\n"
f"Protocol: {prefix.protocol}\n\n")
print("{}".format('=' * 80))
arp_table = ArpTable(device_connection)
arp_table.get()
print("ARP table:")
for entry in arp_table:
print(f"IP : {entry.ip_address}\n"
f"MAC: {entry.mac_address}\n"
f"Interface: {entry.interface_name}\n\n")
device_connection.close()
def main():
'''
Connect to Juniper device using PyEZ. Display the routing table.
'''
pwd = getpass()
try:
ip_addr = raw_input("Enter Juniper SRX IP: ")
except NameError:
ip_addr = input("Enter Juniper SRX IP: ")
ip_addr = ip_addr.strip()
juniper_srx = {"host": ip_addr, "user": "******", "password": pwd}
print("\n\nConnecting to Juniper SRX...\n")
a_device = Device(**juniper_srx)
a_device.open()
routes = RouteTable(a_device)
routes.get()
print("\nJuniper SRX Routing Table: ")
for a_route, route_attr in routes.items():
print("\n" + a_route)
for attr_desc, attr_value in route_attr:
print(" {} {}".format(attr_desc, attr_value))
print("\n")
def main():
pwd = getpass()
juniper = {
"host": "50.76.53.27",
"user": "******",
"password": pwd
}
a_device = Device(**juniper)
a_device.open()
table = RouteTable(a_device)
table.get()
print
print "Juniper SRX Routing Table"
print
for route, rtable in table.items():
rtable = dict(rtable)
#print stats
nexthop = rtable['nexthop']
age = rtable['age']
via = rtable['via']
protocol = rtable['protocol']
print route
print " NextHop %s" % (nexthop)
print " age %s" % (age)
print " via %s" % (via)
print " protocol %s" % (protocol)
print
def main():
'''
Connect to Juniper device using PyEZ. Display the routing table.
'''
pwd = getpass()
ip_addr = raw_input("Enter Juniper SRX IP: ")
ip_addr = ip_addr.strip()
juniper_srx = {
"host": ip_addr,
"user": "******",
"password": pwd
}
print "\n\nConnecting to Juniper SRX...\n"
a_device = Device(**juniper_srx)
a_device.open()
routes = RouteTable(a_device)
routes.get()
print "\nJuniper SRX Routing Table: "
for a_route, route_attr in routes.items():
print "\n" + a_route
for attr_desc, attr_value in route_attr:
print " {} {}".format(attr_desc, attr_value)
print "\n"
def gather_routes():
'''Return the routing table from the device'''
# Pass in NETCONF connection to RouteTable object
routing_table = RouteTable(device_conn)
# Retrieve routing table entries in dictionary like format
routing_table.get()
return routing_table
def runTest(self):
route_table = RouteTable(self.dev)
routes = route_table.get('123.123.123.1/24')
# Checks for a single route recieved via BGP. Uncomment to enable
self.assertEqual(len(routes), 1)
def gather_routes():
'''Return the routing table from the device'''
# Pass in NETCONF connection to RouteTable object
routing_table = RouteTable(device_conn)
# Retrieve routing table entries in dictionary like format
routing_table.get()
# Return keys and values of data structure
return routing_table.items()
class JuniperObject(object):
def __init__(self, jnp_dev):
self.conn = jnp_dev
self.config = None
self.ports = {}
self.routes = {}
def __get_ports(self):
self.ports = EthPortTable(self.conn)
self.ports.get()
def __get_routes(self):
self.routes = RouteTable(self.conn)
self.routes.get()
def config_mode(self):
self.config = Config(self.conn)
self.config.lock()
def send_command(self, command, cmd_format, cmd_merge):
self.config.load(command, format=cmd_format, merge=cmd_merge)
def file_command(self, file_path, file_format, file_merge):
self.config.load(path=file_path, format=file_format, merge=file_merge)
def get_diff(self):
return self.config.diff()
def commit(self, comment=None):
self.config.commit(comment=comment)
def rollback(self):
self.config.rollback(0)
def unlock(self):
self.config.unlock()
def show_all_interfaces(self):
self.__get_ports()
print "Juniper SRX Interface Statistics"
for my_key in self.ports.keys():
print "---------------------------------"
print my_key + ":"
print "Operational Status: " + self.ports[my_key]['oper']
print "Packets In: " + self.ports[my_key]['rx_packets']
print "Packets Out: " + self.ports[my_key]['tx_packets']
def show_all_routes(self):
self.__get_routes()
print "Juniper SRX Routing Table"
for my_key in self.routes.keys():
print "---------------------------------"
print my_key + ":"
print " Next Hop: {}".format(self.routes[my_key]['nexthop'])
print " Age: {}".format(self.routes[my_key]['age'])
print " via: {}".format(self.routes[my_key]['via'])
print " Protocol: {}".format(self.routes[my_key]['protocol'])
def display_static_routes(a_device):
"""Display static routes."""
routes = RouteTable(a_device)
routes.get()
print "\nCurrent static routes"
print '-' * 50
pprint(routes.keys())
print
class JuniperObject(object):
def __init__(self, jnp_dev):
self.conn = jnp_dev
self.config = None
self.ports = {}
self.routes = {}
def __get_ports(self):
self.ports = EthPortTable(self.conn)
self.ports.get()
def __get_routes(self):
self.routes = RouteTable(self.conn)
self.routes.get()
def config_mode(self):
self.config = Config(self.conn)
self.config.lock()
def send_command(self, command, cmd_format, cmd_merge):
self.config.load(command, format=cmd_format, merge=cmd_merge)
def file_command(self, file_path, file_format, file_merge):
self.config.load(path=file_path, format=file_format, merge=file_merge)
def get_diff(self):
return self.config.diff()
def commit(self, comment=None):
self.config.commit(comment=comment)
def rollback(self):
self.config.rollback(0)
def unlock(self):
self.config.unlock()
def show_all_interfaces(self):
self.__get_ports()
print "Juniper SRX Interface Statistics"
for my_key in self.ports.keys():
print "---------------------------------"
print my_key + ":"
print "Operational Status: " + self.ports[my_key]['oper']
print "Packets In: " + self.ports[my_key]['rx_packets']
print "Packets Out: " + self.ports[my_key]['tx_packets']
def show_all_routes(self):
self.__get_routes()
print "Juniper SRX Routing Table"
for my_key in self.routes.keys():
print "---------------------------------"
print my_key + ":"
print " Next Hop: {}".format(self.routes[my_key]['nexthop'])
print " Age: {}".format(self.routes[my_key]['age'])
print " via: {}".format(self.routes[my_key]['via'])
print " Protocol: {}".format(self.routes[my_key]['protocol'])
def get_junos_route_table(device):
details = settings.devices[device.name]
dev = JunosDevice(details['mgmt_ip'], user=details['username'], passwd=details['password'], port=details['mgmt_port'])
dev.open()
routes = RouteTable(dev)
routes.get()
dev.close()
route_list = dict([item for item in routes.items() if item[1][0][1] not in ['Local','Access-internal']])
return(route_list)
def main(args):
'''Acquire necessary input options, interact with SRX device as specified per CLI args.'''
parser = argparse.ArgumentParser(
description='Interact with specified SRX device as specified')
parser.add_argument('--version', action='version', version=__version__)
parser.add_argument('-d',
'--datafile',
help='specify YAML file to read router info from',
default=SRX_FILE)
parser.add_argument(
'--prompt',
action='store_true',
help='prompt for router info (do not try to read in from file)',
default=False)
parser.add_argument('-v',
'--verbose',
action='store_true',
help='display verbose output',
default=False)
args = parser.parse_args()
# Debugging
#if args.verbose:
# print 'Args = {}'.format(args)
# Initialize data structures
mysrx = {}
if not args.prompt:
mysrx = yaml_input(args.datafile, args.verbose)
# Debugging
#if args.verbose:
# print 'mysrx = {}'.format(mysrx)
else:
if args.verbose:
print 'Prompting specified - asking user for all connection details'
check_input(mysrx, args.verbose)
mysrx_conn = Device(host=mysrx['HOST'],
user=mysrx['USER'],
password=mysrx['PASSWORD'])
if args.verbose:
print 'Opening NETCONF connection to {}...'.format(mysrx['HOST'])
mysrx_conn.open()
# Set timeout - default of 30 seconds can be problematic, must set after open()
mysrx_conn.timeout = TIMEOUT
routes = RouteTable(mysrx_conn)
if args.verbose:
print 'Gathering RouteTable info from {}...'.format(mysrx['HOST'])
routes.get()
print 'Routing Table for {}:'.format(mysrx['HOST'])
for rt_key in routes.keys():
print '{}:'.format(rt_key)
for rt_subkey in routes[rt_key].keys():
print ' \\{:>10}: {:<20}'.format(rt_subkey,
routes[rt_key][rt_subkey])
mysrx_conn.close()
def gather_routes():
DEV = check_connected()
ROUTE_TABLE = RouteTable(DEV)
ROUTE_TABLE.get()
#print("\n")
#print("Printing ROUTE TABLE")
#print("-"*30)
#pprint(ROUTE_TABLE.items())
return ROUTE_TABLE.items()
def main():
pwd = getpass()
srx = {
"hostname": "srx1.twb-tech.com",
"host": "184.105.247.76",
"user": "******",
"password": pwd
}
srx_device = Device(**srx)
srx_device.open()
print("\nThe current timeout is {} seconds.".format(srx_device.timeout))
srx_device.timeout = 120
print("\nThe updated timeout is {} seconds.".format(srx_device.timeout))
routes = RouteTable(srx_device)
routes.get()
routes_dict = {}
for item in routes.items():
route = item[0]
nexthop = item[1][3][1]
age = item[1][2][1]
via = item[1][1][1]
protocol = item[1][0][1]
print("\n")
print("{}\n".format(route))
print("nexthop: {}\n".format(nexthop))
print("age: {}\n".format(age))
print("via: {}\n".format(via))
print("protocol: {}\n".format(protocol))
print("\n")
routes_dict.update({
route: {
"nexthop": nexthop,
"age": age,
"via": via,
"protocol": protocol
}
})
print("\n")
pprint(routes_dict)
print("\nJust the intfs ma'am")
print("*******************")
pprint(routes)
print("*******************\n")
def checkBGP():
with open(logfile, 'ab') as a:
a.write("Running BGP Check Script at: %s \n" % timestamp )
try:
# Open SRX session
dev.open()
with open(logfile, 'ab') as a:
a.write("Opened connection to %s \n" % deviceIP)
except:
with open(logfile, 'ab') as a:
a.write("ERR: FAILED TO OPEN CONNECTION TO %s \n" % deviceIP)
sys.exit(0)
# Pull device routing table, then keep only BGP originated routes
allroutes = RouteTable(dev)
bgp = allroutes.get(protocol="bgp").keys()
# Close SRX session
dev.close()
# Check for local temp file - if it doesn't exist, then assume first-run
# and create file with data.
if not os.path.isfile(tempfile):
with open(tempfile, 'w+b') as a:
a.write(str(bgp))
sys.exit(0)
# Local file used to keep track of BGP learned routes
with open(tempfile, 'ab') as a:
lastroutes = a.readlines()
# Compare if routes are different
if str(bgp) == str(lastroutes[0]):
sys.exit(0)
if str(bgp) != str(lastroutes[0]):
pass
# Delete file, then re-create with new route list
#os.remove(tempfile)
with open(tempfile, 'w+b') as a:
a.write(str(bgp))
# Create Status list, by checking received routes in bgp object
status = []
for name,prefix in prefixDict.items():
if prefix in bgp:
status.append("%s - RECEIVED" % name)
if not prefix in bgp:
status.append("%s - MISSING" % name)
# Send alert message
sendMail(str(lastroutes[0]), str(bgp), status)
def main():
""" FUNCTION TO PERFORM INIT """
parser = argparse.ArgumentParser(add_help=True)
parser.add_argument("-n", action="store", help="Specify stack name")
parser.add_argument("-v", action="store", help="Specify VRF")
parser.add_argument("-f", action="store", help="Specify YAML/HOT file")
parser.add_argument("-e", action="store", help="Specify ENV file")
args = parser.parse_args()
if args.n:
stack_name = args.n
if args.v:
routing_instance_name = args.v
if args.f:
hot_file = args.f
if args.e:
env_file = args.e
dev = Device(host='10.84.18.253', user='******',
password='******').open()
vrftbl = VRF(dev).get(values=True)
iftbl = InterfaceTable(dev).get()
routetbl = RouteTable(dev).get(protocol="static")
interface, route_target = routingInstance(vrftbl, routing_instance_name)
peer_logical = peerUnit(iftbl, interface)
prefix = getPrefix(routetbl, peer_logical)
pushParams(prefix, route_target, hot_file, env_file, stack_name)
dev.close()
def main(args):
'''Acquire necessary input options, interact with SRX device as specified per CLI args.'''
parser = argparse.ArgumentParser(
description='Interact with specified SRX device as specified')
parser.add_argument('--version', action='version', version=__version__)
parser.add_argument('-d', '--datafile', help='specify YAML file to read router info from',
default=SRX_FILE)
parser.add_argument('--prompt', action='store_true',
help='prompt for router info (do not try to read in from file)',
default=False)
parser.add_argument('-v', '--verbose', action='store_true', help='display verbose output',
default=False)
args = parser.parse_args()
# Debugging
#if args.verbose:
# print 'Args = {}'.format(args)
# Initialize data structures
mysrx = {}
if not args.prompt:
mysrx = yaml_input(args.datafile, args.verbose)
# Debugging
#if args.verbose:
# print 'mysrx = {}'.format(mysrx)
else:
if args.verbose:
print 'Prompting specified - asking user for all connection details'
check_input(mysrx, args.verbose)
mysrx_conn = Device(host=mysrx['HOST'], user=mysrx['USER'], password=mysrx['PASSWORD'])
if args.verbose:
print 'Opening NETCONF connection to {}...'.format(mysrx['HOST'])
mysrx_conn.open()
# Set timeout - default of 30 seconds can be problematic, must set after open()
mysrx_conn.timeout = TIMEOUT
routes = RouteTable(mysrx_conn)
if args.verbose:
print 'Gathering RouteTable info from {}...'.format(mysrx['HOST'])
routes.get()
print 'Routing Table for {}:'.format(mysrx['HOST'])
for rt_key in routes.keys():
print '{}:'.format(rt_key)
for rt_subkey in routes[rt_key].keys():
print ' \\{:>10}: {:<20}'.format(rt_subkey, routes[rt_key][rt_subkey])
mysrx_conn.close()
def main():
pwd = getpass()
a_device = Device(host='184.105.247.76', user=USER, password=pwd)
a_device.open()
routes = RouteTable(a_device)
routes.get()
print
for k, v in routes.items():
print k
for info, stat in v:
print("{} {}".format(info, stat))
print
print
def main():
'''
Main function
'''
a_device = remote_conn(HOST, USER, PWD)
if not a_device:
sys.exit('Fix the above errors. Exiting...')
route_table = RouteTable(a_device)
route_table.get()
for route in route_table.keys():
print route
route_items = dict(route_table[route].items())
print ' Oper: %s' % (route_items['nexthop'])
print ' rx: %s' % (route_items['age'])
print ' tx: %s' % (route_items['via'])
print ' prot: %s' % (route_items['protocol'])
print
def main():
'''
Formatting the routing table
'''
pwd = getpass()
try:
a_device = Device(host='184.105.247.76', user='******', password=pwd)
a_device.open()
route_table = RouteTable(a_device)
route_table.get()
print "\n"*2
print "Juniper SRX Routing Table: \n"
for route, route_att in route_table.items():
print route
for desc, value in route_att:
print ("\t {0} {1}").format(desc, value)
print "\n"
print
except:
print
print "Authentication Error"
print
def main():
juniper_srx = {
"host": "184.105.247.76",
"user": "******",
"password": "******"
}
print("\n\nConnecting to Juniper SRX...\n")
a_device = Device(**juniper_srx)
a_device.open()
routes = RouteTable(a_device)
routes.get()
print("\nJuniper SRX Routing Table: ")
for a_route, route_attr in routes.items():
print("\n" + a_route)
for attr_desc, attr_value in route_attr:
print(" {} {}".format(attr_desc, attr_value))
print("\n")
def main():
'''
Formatting the routing table
'''
pwd = getpass()
try:
a_device = Device(host='184.105.247.76', user='******', password=pwd)
a_device.open()
route_table = RouteTable(a_device)
route_table.get()
print "\n"*2
print "Juniper SRX Routing Table: \n"
for route in route_table.keys():
print route
print " {0}".format(route_table[route]['nexthop'])
print " {0}".format(route_table[route]['age'])
print " {0}".format(route_table[route]['via'])
print " {0}".format(route_table[route]['protocol'])
print "\n"
print
except:
print
print "Authentication Error"
print
def main():
""" FUNCTION TO PERFORM INIT """
try:
dev = Device(host='', user='', password='').open()
vrftbl = VRF(dev).get(values=True)
iftbl = InterfaceTable(dev).get()
routetbl = RouteTable(dev).get(protocol="static")
routing_instance_name = str(sys.argv[1])
interface, route_target = routingInstance(vrftbl,
routing_instance_name)
peer_logical = peerUnit(iftbl, interface)
prefix = getPrefix(routetbl, peer_logical)
print route_target, prefix
except:
print "No Info found/Cannot connect"
from jnpr.junos import Device
from jnpr.junos.op.routes import RouteTable
dev = Device(host='xxxx', user='******', password='******', gather_facts=False)
dev.open()
tbl = RouteTable(dev)
tbl.get()
#tbl.get('10.13.10.0/23', protocol='static')
print tbl
for item in tbl:
print 'protocol:', item.protocol
print 'age:', item.age
print 'via:', item.via
print
dev.close()
def test_table_json(self):
tbl = RouteTable(self.dev)
tbl.get('10.48.21.71')
self.assertEqual(
json.loads(tbl.to_json())["10.48.21.71/32"]["protocol"],
"Local")
def test_table_union(self):
tbl = RouteTable(self.dev)
tbl.get()
self.assertEqual(tbl[0].via, 'em0.0')
def test_table_json(self):
tbl = RouteTable(self.dev)
tbl.get('10.48.21.71')
self.assertEqual(
json.loads(tbl.to_json())["10.48.21.71/32"]["protocol"], "Local")
def gather_routes(device):
routes = RouteTable(device)
routes.get()
return routes
from jnpr.junos import Device
from jnpr.junos.op.routes import RouteTable
a_device = Device(host="184.105.247.76", user='******', password='******')
a_device.open()
a_device.timeout = 120
routes = RouteTable(a_device)
routes.get()
for route, param in routes.items():
print route
for k, v in param:
print k, v
print ''
def __get_routes(self):
self.routes = RouteTable(self.conn)
self.routes.get()
from sys import exit
from lxml import etree
from jnpr.junos.utils.config import Config
Host = raw_input('Enter Hostname or IP address of Device: ')
dev = Device(host=Host, user='******', password='******').open()
Peer = raw_input('Enter Peering Device: ')
class style:
BOLD = '\033[1m'
END = '\033[0m'
route_table = RouteTable(dev)
route_table.get(protocol='bgp')
for key in route_table:
if key.nexthop == Peer:
print key.name + 'Nexthop: ' + key.nexthop + 'Via: ' + key.via + ' Protocol: ' + key.protocol
Continue = raw_input('Do you wish to pull route(s), Yes or No: ')
if Continue == 'Yes':
proute = raw_input('Enter route to pull in format X.X.X.X/X: ')
prefix = raw_input('Enter Vendor Prefix: ')
ticket = raw_input('Enter Ticket Number: ')
else:
dev.close()
via vlan.0
protocol Local
"""
from jnpr.junos import Device
from jnpr.junos.op.routes import RouteTable
from getpass import getpass
pwd = getpass()
a_device = Device(host="50.76.53.27", user='******', password=pwd)
# Establish connection with device
a_device.open()
# Instantiate an RouteTable object
ports = RouteTable(a_device)
# Retrieve data from instantiated object
ports.get()
for a_route in ports.keys():
print ("%s\n\t%s\n\t%s\n\t%s\n\t%s\n") % \
(a_route,
ports[a_route]['nexthop'],
ports[a_route]['age'],
ports[a_route]['via'],
ports[a_route]['protocol']
)
# mm = tamtamnewclass
#!/usr/bin/env python
from pprint import pprint
from jnpr.junos import Device
from jnpr.junos.op.routes import RouteTable
dev = Device(host='46.226.4.24', user='******', password='******')
dev.open()
tbl = RouteTable(dev)
tbl.get('0.0.0.0/0', protocol='aggregate')
print tbl
for item in tbl:
print 'protocol:', item.protocol
print 'age:', item.age
print 'via:', item.via
print
dev.close()
from jnpr.junos.op.routes import RouteTable
dev = Device(
host='127.0.0.1', user='******', password='******', port=sys.argv[1]
)
dev.open()
# Warning - this will break if you haven't applied the base configuration yet
lldpneis = LLDPNeighborTable(dev).get()
print("LLDP Neighbors: %s" % len(lldpneis))
scriptdir = os.path.dirname(os.path.realpath(__file__))
globals().update(loadyaml('%s/bgpneighbor.yml' % scriptdir))
bgpneighbors = BGPNeighborTable(dev).get()
print("BGP Neighbors: %s" % len(bgpneighbors))
route_table = RouteTable(dev)
routes = route_table.get('123.123.123.1/24')
if len(routes) == 1:
print("Mission ACCOMPLISHED")
else:
print("Mission NOT YET ACCOMPLISHED")
dev.close()
from jnpr.junos.factory.factory_loader import FactoryLoader
import yaml
# from existing table/view
from jnpr.junos.op.routes import RouteTable
tbls = RouteTable(path='/var/tmp/get-route-information.xml')
tbls.get()
for item in tbls:
print 'protocol:', item.protocol
print 'age:', item.age
print 'via:', item.via
# From user defined table/view
yaml_data="""
---
RemoteVxlanTable:
rpc: get-ethernet-switching-vxlan-rvtep-info
item: vxlan-source-vtep-information/vxlan-remote-vtep-information
key: remote-vtep-address
view: RemoteVxlanView
RemoteVxlanView:
groups:
vnis: vxlan-dynamic-information
fields_vnis:
vni: vxlan-format/vn-id
"""
print("Using XML RPC to get info, then parse XML reply:")
print("~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~")
lxml = dev.rpc.get_arp_table_information()
arp_table = lxml.findall('arp-table-entry')
for entry in arp_table:
print("MAC: %s, IP: %s" % (entry.findtext('mac-address').strip(),
entry.findtext('ip-address').strip()))
# --------------------------------------------------------------
print("Using tables and views to get route info:")
print("~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~")
from jnpr.junos.op.routes import RouteTable
routes = RouteTable(dev)
routes.get()
for route in routes.keys():
if routes[route]['protocol'] == 'Local':
print(route)
# --------------------------------------------------------------
print("Configure with set commands:")
print("~~~~~~~~~~~~~~~~~~~~~~~~~~~~")
from jnpr.junos.utils.config import Config
import random
cfg = Config(dev)
# some pyez script to get some routes using Tables and Views
# you can create your own tables and views
# first import some modules
from jnpr.junos import Device
from jnpr.junos.op.routes import RouteTable
from pprint import pprint as pp
# define device object and use open method to connect
# netconf used to connect to device
dev = Device(host='vsrx04.t-i.demo',user='******',password='******')
dev.open()
# now bind this table to dev and get all routes from this device
# we could be looking for specific route but we're just loading complete route table for now.
routes = RouteTable(dev)
routes.get()
# every route is a View.RouteTableView object from this routes OpTable.RouteTable class.
# now loop through this list and print View.RouteTableView object elements
for route in routes:
pp (route.items())
pp (route.via)
# close netconf connection
dev.close()
def gather_routes(device):
# Create RouteTable view object
routes = RouteTable(device)
# Get all routes
routes.get()
return routes
#!/usr/bin/env python
from pprint import pprint
from jnpr.junos import Device
from jnpr.junos.op.routes import RouteTable
dev = Device(host='46.226.4.24', user='******', password='******' )
dev.open()
tbl = RouteTable(dev)
tbl.get('0.0.0.0/0', protocol='aggregate')
print tbl
for item in tbl:
print 'protocol:', item.protocol
print 'age:', item.age
print 'via:', item.via
print
dev.close()
def test_table_union(self):
tbl = RouteTable(self.dev)
tbl.get()
self.assertEqual(tbl[0].via, 'em0.0')
from jnpr.junos import Device
from jnpr.junos.op.routes import RouteTable
dev = Device(host='34.208.13.114',
user='******',
password='******',
gather_facts=False)
dev.open()
tbl = RouteTable(dev)
tbl.get()
print(tbl)
for item in tbl:
print('protocol:', item.protocol)
print('age:', item.age)
print('via:', item.via)
print()
dev.close()
def gather_routes():
routing_table = RouteTable(connection)
routing_table.get()
return dict(routing_table.items())
#!/bin/env python
#pynet-sf-srx ansible_ssh_host=184.105.247.76 juniper_user=pyclass juniper_passwd=88newclass
import sys
from jnpr.junos import Device
from jnpr.junos.op.routes import RouteTable
a_device = Device(host='184.105.247.76', user='******', password='******')
a_device.open()
route_table = RouteTable(a_device)
rt = route_table.get()
routes = rt.items()
print "\n"
for key,values in routes:
print key
for k,v in values:
print " %s %s" %(k,v)
