def main():
'''
For each of the SRX's interfaces, display: the operational state,
packets-in, and packets-out. You will probably want to use EthPortTable for
this.
'''
pwd = getpass()
try:
a_device = Device(host='184.105.247.76', user='******', password=pwd)
a_device.open()
ports = EthPortTable(a_device)
ports.get()
print "\n"*2
for port in ports.keys():
print "#"*80
print "Operational state, Packets-in and Packets-out for Port {0} are :".format(port)
print "#"*80
print "Operational state is : {0}".format(ports[port]['oper'])
print "Packets-in are : {0}".format(ports[port]['rx_packets'])
print " Packets-out are : {0}".format(ports[port]['tx_packets'])
print "*"*80
print "\n"*2
print
except:
print
print "Authentication Error"
print
def main():
'''
Connect to Juniper device using PyEZ. Display operational state and pkts_in, pkts_out for all
of the interfaces.
'''
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"
# create device object with all the arguments in the dictionary
a_device = Device(**juniper_srx)
a_device.open()
# get the ethernet port table
eth_ports = EthPortTable(a_device)
eth_ports.get()
print "{:>15} {:>12} {:>12} {:>12}".format("INTF", "OPER STATE",
"IN PACKETS", "OUT PACKETS")
for intf, eth_stats in eth_ports.items():
eth_stats = dict(eth_stats)
oper_state = eth_stats['oper']
pkts_in = eth_stats['rx_packets']
pkts_out = eth_stats['tx_packets']
print "{:>15} {:>12} {:>12} {:>12}".format(intf, oper_state, pkts_in,
pkts_out)
print
def main():
'''
Connect to Juniper device using PyEZ. Display operational state and pkts_in, pkts_out for all
of the interfaces.
'''
#pwd = getpass()
pwd = '88newclass'
#ip_addr = raw_input("Enter Juniper SRX IP: ")
ip_addr = '50.76.53.27'
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()
eth_ports = EthPortTable(a_device)
eth_ports.get()
print "{:>15} {:>12} {:>12} {:>12}".format("INTF", "OPER STATE", "IN PACKETS", "OUT PACKETS")
for intf, eth_stats in eth_ports.items():
eth_stats = dict(eth_stats)
oper_state = eth_stats['oper']
pkts_in = eth_stats['rx_packets']
pkts_out = eth_stats['tx_packets']
print "{:>15} {:>12} {:>12} {:>12}".format(intf, oper_state, pkts_in, pkts_out)
print
def getports(thedevice):
"""
Retrieve ports list
"""
ports = EthPortTable(thedevice)
ports.get()
return ports
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()
eth_ports = EthPortTable(a_device)
eth_ports.get()
print("{:>15} {:>12} {:>12} {:>12}".format("INTF", "OPER STATE",
"IN PACKETS", "OUT PACKETS"))
for intf, eth_stats in eth_ports.items():
eth_stats = dict(eth_stats)
oper_state = eth_stats['oper']
pkts_in = eth_stats['rx_packets']
pkts_out = eth_stats['tx_packets']
print("{:>15} {:>12} {:>12} {:>12}".format(intf, oper_state, pkts_in,
pkts_out))
print()
def getports(thedevice):
"""
Retrieve ports list
"""
ports = EthPortTable(thedevice)
ports.get()
return ports
def main():
'''
Connect to Juniper device using PyEZ. Display operational state and pkts_in, pkts_out for all
of the interfaces.
'''
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()
eth_ports = EthPortTable(a_device)
eth_ports.get()
print("{:>15} {:>12} {:>12} {:>12}".format("INTF", "OPER STATE",
"IN PACKETS", "OUT PACKETS"))
for intf, eth_stats in eth_ports.items():
eth_stats = dict(eth_stats)
oper_state = eth_stats['oper']
pkts_in = eth_stats['rx_packets']
pkts_out = eth_stats['tx_packets']
print("{:>15} {:>12} {:>12} {:>12}".format(intf, oper_state, pkts_in,
pkts_out))
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'])
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_interfaces(self):
eth_ifaces = EthPortTable(self.native)
eth_ifaces.get()
loop_ifaces = LoopbackTable(self.native)
loop_ifaces.get()
ifaces = eth_ifaces.keys()
ifaces.extend(loop_ifaces.keys())
return ifaces
def _get_interfaces(self):
eth_ifaces = EthPortTable(self.native)
eth_ifaces.get()
loop_ifaces = LoopbackTable(self.native)
loop_ifaces.get()
ifaces = eth_ifaces.keys()
ifaces.extend(loop_ifaces.keys())
return ifaces
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
ethports = EthPortTable(mysrx_conn)
if args.verbose:
print 'Gathering EthPortTable info from {}...'.format(mysrx['HOST'])
ethports.get()
print 'Device Ethernet Port information for {}:'.format(mysrx['HOST'])
for int_key in ethports.keys():
print '{}:'.format(int_key)
for int_subkey in ethports[int_key].keys():
if int_subkey == 'oper':
print ' \\Operational Status: {}'.format(ethports[int_key][int_subkey])
elif int_subkey == 'rx_packets':
print ' \\Received Packets: {}'.format(ethports[int_key][int_subkey])
elif int_subkey == 'tx_packets':
print ' \\Transmitted Packets: {}'.format(ethports[int_key][int_subkey])
mysrx_conn.close()
def main():
password = getpass()
device = Device(host = '184.105.247.76', user = '******', password = password)
device.open()
eth = EthPortTable(device)
eth.get()
for interface,v in eth.items():
if interface == "fe-0/0/7":
print "interface {}".format(interface)
for field, value in v:
if 'bytes' in field:
print "{} equals {}".format(field, value)
def main():
"""Using Juniper's pyez for get interface operations."""
password = getpass()
a_device = Device(host='184.105.247.76', user='******', password=password)
a_device.open()
eth = EthPortTable(a_device)
eth.get()
print
for intf, v in eth.items():
if intf == 'fe-0/0/7':
print 'intf {}: '.format(intf)
for field_name, field_value in v:
if 'bytes' in field_name:
print " {:<15} {:<30}".format(field_name, field_value)
print
def main():
'''
Main function
'''
a_device = remote_conn(HOST, USER, PWD)
if not a_device:
sys.exit('Fix the above errors. Exiting...')
ports = EthPortTable(a_device)
ports.get()
for port in ports.keys():
print port
port_items = dict(ports[port].items())
print ' Oper: %s' % (port_items['oper'])
print ' rx: %s' % (port_items['rx_packets'])
print ' tx: %s' % (port_items['tx_packets'])
print
def main():
pwd = getpass()
juniper = {
"host": "50.76.53.27",
"user": "******",
"password": pwd
}
a_device = Device(**juniper)
a_device.open()
ports = EthPortTable(a_device)
ports.get()
for eth, stats in ports.items():
stats = dict(stats)
#print stats
interface_status = stats['oper']
packets_in = stats['rx_packets']
packets_out = stats['tx_packets']
print "Interface: %s Interface status: %s In Packets: %s Out Packets: %s" % (eth, interface_status, packets_in, packets_out)
def main():
pwd = getpass()
a_device = Device(host='184.105.247.76', user=USER, password=pwd)
a_device.open()
ports = EthPortTable(a_device)
ports.get()
print
print "{:<20} {:<10} {:>20} {:>20}".format('interface', 'state',
'RX packets', 'TX packets')
for intfc, tuple_list in ports.items():
for info, stat in tuple_list:
if info == 'oper':
oper = stat
elif info == 'rx_packets':
rx_packets = stat
elif info == 'tx_packets':
tx_packets = stat
print "{:<20} {:<10} {:>20} {:>20}".format(intfc, oper, rx_packets,
tx_packets)
print
device_ip = "192.168.229.185"
user_name = "test"
password = "******"
from jnpr.junos import Device
from jnpr.junos.op.ethport import EthPortTable
from time import sleep
from influxdb.influxdb08 import client
device = Device(host=device_ip, port=22, user=user_name, passwd=password)
device.open()
switch_name = device.facts['fqdn']
print 'Connected to', switch_name, '(', device.facts['model'], 'running', device.facts['version'], ')'
ports_table = EthPortTable(device)
db = client.InfluxDBClient('localhost', 8086, 'root', 'root', 'network')
print 'Connected to InfluxDB'
print 'Collecting metrics...'
columns = ['rx_packets', 'rx_bytes', 'tx_packets', 'tx_bytes']
while True:
ports = ports_table.get()
for port in ports:
point = {'name': switch_name + '.' + port['name'],
'columns': columns,
'points': [[int(port['rx_packets']), int(port['rx_bytes']), int(port['tx_packets']), int(port['tx_bytes'])]]}
db.write_points([point])
sleep(1)
from jnpr.junos import Device from jnpr.junos.op.ethport import EthPortTable from getpass import getpass from pprint import pprint import ipdb a_device = Device(host="srx2.lasthop.io", user="******", password=getpass()) a_device.open() ipdb.set_trace() ports = EthPortTable(a_device) ports.get() print(ports) print(ports.keys()) pprint(ports.values()) pprint(ports.items())
def test_optable_view_get_astype_bool(self, mock_execute):
mock_execute.side_effect = self._mock_manager
et = EthPortTable(self.dev)
et.get()
v = et['ge-0/0/0']
self.assertEqual(v['present'], True)
def test_optable_view_get_astype_bool(self, mock_execute):
mock_execute.side_effect = self._mock_manager
et = EthPortTable(self.dev)
et.get()
v = et['ge-0/0/0']
self.assertEqual(v['present'], True)
# EthPortTable을 이용한 ethernet interface 상태 확인
from jnpr.junos import Device
from jnpr.junos.op.ethport import EthPortTable
from lxml import etree
from pprint import pprint
with Device(host='172.27.14.72', user='******', passwd='jun2per') as dev:
eth = EthPortTable(dev)
eth_get = eth.get()
#print(eth.keys())
#pprint(eth.values())
pprint(eth.items())
for item in eth:
print("{} : {}".format(item.name, item.oper))
def assert_interfaces_up(conn, interface):
with Device(**conn) as dev:
eths = EthPortTable(dev)
eths.get(interface)
for eth in eths:
assert (eth.oper == 'up' and eth.admin == 'up')
#!/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.ethport import EthPortTable
def get_item(itemlist,key):
for k,v in itemlist:
if k==key:
return v
return None
a_device = Device(host='184.105.247.76', user='******', password='******')
a_device.open()
ports = EthPortTable(a_device)
jports=ports.get()
items=jports.items()
for key,itemlist in items:
print key
for k in ['oper','rx_packets','tx_packets']:
print " %s %s" %(k,get_item(itemlist,k))
#### Getter operations
print "\nLLDP Get"
print '-' * 50
lldp = LLDPNeighborTable(a_device)
lldp.get()
for k, v in lldp.items():
print k
for entry in v:
print entry
#### Getter operations
print "\nEth Port Get"
print '-' * 50
eth = EthPortTable(a_device)
eth.get()
pprint(eth.items())
#### Getter operations
print "\nRoute Table Get"
print '-' * 50
z_routes = RouteTable(a_device)
z_routes.get()
pprint(z_routes.items())
#### Config operations
print
print "Current static routes"
print '-' * 50
pprint(z_routes.keys())
print
}
def juniper_print(k, v):
print
print k
print '-' * 20
pprint(v)
print '-' * 20
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: ")
from jnpr.junos import Device from jnpr.junos.op.ethport import EthPortTable from getpass import getpass from pprint import pprint pwd = getpass() a_device = Device(host='50.242.94.227', user='******', password=pwd) a_device.open() pprint(a_device.facts) ports = EthPortTable(a_device) ports.get() ports.keys() ports.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']
#!/usr/bin/python
from jnpr.junos import Device
from jnpr.junos.op.ethport import EthPortTable
import time
if __name__ == '__main__':
dev = Device(host='192.168.108.199', user='******', passwd='lab123')
dev.open()
intfs = EthPortTable(dev)
intfs.get()
for intf in intfs:
print "Data: Name %s, Desc %s, Mac %s" % (intf.key, intf.description, intf.macaddr)
time.sleep(2)
dev.close()
from influxdb.influxdb08 import client
device = Device(host=device_ip, port=22, user=user_name, passwd=password)
device.open()
switch_name = device.facts['fqdn']
print 'Connected to', switch_name, '(', device.facts[
'model'], 'running', device.facts['version'], ')'
ports_table = EthPortTable(device)
db = client.InfluxDBClient('localhost', 8086, 'root', 'root', 'network')
print 'Connected to InfluxDB'
print 'Collecting metrics...'
columns = ['rx_packets', 'rx_bytes', 'tx_packets', 'tx_bytes']
while True:
ports = ports_table.get()
for port in ports:
point = {
'name':
switch_name + '.' + port['name'],
'columns':
columns,
'points': [[
int(port['rx_packets']),
int(port['rx_bytes']),
int(port['tx_packets']),
int(port['tx_bytes'])
]]
}
db.write_points([point])
sleep(1)
from jnpr.junos import Device
# Do not worry if your IDE flags the next import up.
# It will work.
from jnpr.junos.op.ethport import EthPortTable
with Device(host='10.4.4.41', user='******',
password='******') as dev:
eths = EthPortTable(dev)
eths.get()
for port in eths:
print("{}: {}".format(port.name, port.oper))
