def auto_ospf_ips(ip, port):
child = pexpect.spawn('telnet %s %s' % (ip, port))
child.expect('Password:'******'ubuntu\n')
child.expect('>')
child.sendline('enable\n')
child.expect('#')
child.sendline('conf t\n')
child.expect('#')
child.sendline('router ospf\n')
child.expect('#')
'''
#!/usr/bin/env python
# coding = utf-8
from conf import read_json
import iface
addrs = []
ips = read_json.js_data['OSPF'].split(':')
print ips
for iface_name in iface.get_physical_ifaces():
addrs.extend(iface.get_addresses(iface_name))
print addrs
enabled_addrs = [i for i in addrs if str(i.ip) in ips]
print enabled_addrs
'''
addrs = []
ips = read_json.js_data['OSPF'].split(':')
for iface_name in iface.get_physical_ifaces():
addrs.extend(iface.get_addresses(iface_name))
enabled_addrs = [i for i in addrs if str(i.ip) in ips]
if enabled_addrs:
# select one as router-id
id_addr = str(enabled_addrs[0].ip)
child.sendline('router-id {}\n'.format(id_addr).encode('utf-8'))
child.expect('#')
# calculate unique netwroks for all addresses
networks = set(str(addr.network) for addr in enabled_addrs)
# declare area for each of probed networks
for network in networks:
child.sendline('net {} area 0\n'.format(network).encode('utf-8'))
child.expect('#')
# exit session
child.sendline('ex\n')
child.expect('#')
child.sendline('ex\n')
def auto_rip_exclude(ip, port):
child = pexpect.spawn('telnet %s %s' % (ip, port))
child.expect('Password:'******'ubuntu\n')
child.expect('>')
child.sendline('enable\n')
child.expect('#')
child.sendline('conf t\n')
child.expect('#')
child.sendline('router rip\n')
child.expect('#')
child.sendline('version 2\n')
child.expect('#')
'''
test.py
import iface
from conf import read_json
exclude_ip = read_json.js_data['OSPF']['ExcludeIP'].split(':')
print exclude_ip
addrs = []
for iface_name in iface.get_physical_ifaces():
addrs.extend(iface.get_addresses(iface_name))
print addrs
enable_addrs = [i for i in addrs if str(i.ip) not in exclude_ip]
print enable_addrs
'''
addrs = []
exclude_ip = read_json.js_data['RIP']['ExcludeIP'].split(':')
for iface_name in iface.get_physical_ifaces():
addrs.extend(iface.get_addresses(iface_name))
enabled_addrs = [i for i in addrs if str(i.ip) not in exclude_ip]
if enabled_addrs:
# calculate unique netwroks for all addresses
networks = set(str(addr.network) for addr in enabled_addrs)
# declare area for each of probed networks
for network in networks:
child.sendline('net {}\n'.format(network).encode('utf-8'))
child.expect('#')
# exit session
child.sendline('ex\n')
child.expect('#')
child.sendline('ex\n')
def auto_ip_config(ip,port):
child = pexpect.spawn('telnet %s %s' % (ip,port))
child.expect('Password:'******'ubuntu\n')
child.expect('>')
child.sendline('enable\n')
child.expect('Password:'******'ubuntu\n')
child.expect('#')
# config mode
child.sendline('conf t\n')
child.expect('#')
for iface_name in iface.get_physical_ifaces():
# addresses
addresses = iface.get_addresses(iface_name)
if addresses:
# interface config mode
child.sendline('int {}\n'.format(iface_name).encode('utf-8'))
child.expect('#')
# configure each address
for addr in addresses:
child.sendline('ip add {}\n'.format(addr.with_prefixlen).encode('utf-8'))
child.expect('#')
# fire up interface
child.sendline('no sh\n')
child.expect('#')
# prepare for next interface
child.sendline('ex\n')
child.expect('#')
continue
# current interface has no address
pass
# exit session
child.sendline('ex\n')
child.expect('#')
child.sendline('ex\n')
def auto_ospf_all(ip, port):
child = pexpect.spawn('telnet %s %s' % (ip, port))
child.expect('Password:'******'ubuntu\n')
child.expect('>')
child.sendline('enable\n')
child.expect('#')
child.sendline('conf t\n')
child.expect('#')
child.sendline('router ospf\n')
child.expect('#')
addrs = []
for iface_name in iface.get_physical_ifaces():
addrs.extend(iface.get_addresses(iface_name))
enabled_addrs = [i for i in addrs]
if enabled_addrs:
# select one as router-id
id_addr = str(enabled_addrs[0].ip)
child.sendline('router-id {}\n'.format(id_addr).encode('utf-8'))
child.expect('#')
# calculate unique netwroks for all addresses
networks = set(str(addr.network) for addr in enabled_addrs)
# declare area for each of probed networks
for network in networks:
child.sendline('net {} area 0\n'.format(network).encode('utf-8'))
child.expect('#')
# exit session
child.sendline('ex\n')
child.expect('#')
child.sendline('ex\n')
def auto_bgp(ip, port):
child = pexpect.spawn('telnet %s %s' % (ip, port))
child.expect('Password:'******'ubuntu\n')
child.expect('>')
child.sendline('enable\n')
child.expect('#')
child.sendline('conf t\n')
child.expect('#')
child.sendline('no router bgp 7675\n')
child.expect('#')
# get AS number
As = read_json.js_data['BGP']['AS']
child.sendline('router bgp {}\n'.format(str(As)).encode('utf-8'))
child.expect('#')
'''
#!/usr/bin/env python
# coding = utf-8
from conf import read_json
As = read_json.js_data['BGP']['AS']
ibgp = read_json.js_data['BGP']['IBGP'].split(':')
ebgp_remote_ip = read_json.js_data['BGP']['EBGP']['RemoteIP']
ebgp_remote_as = read_json.js_data['BGP']['EBGP']['RemoteAS']
print As
print ibgp
print ebgp_remote_ip
print ebgp_remote_as
'''
addrs = []
for iface_name in iface.get_physical_ifaces():
addrs.extend(iface.get_addresses(iface_name))
enabled_addrs = [i for i in addrs]
if enabled_addrs:
# select one as router-id
id_addr = str(enabled_addrs[0].ip)
child.sendline('bgp router-id {}\n'.format(id_addr).encode('utf-8'))
child.expect('#')
# configure IBGP neighbor
ibgps = read_json.js_data['BGP']['IBGP'].split(':')
for ibgp in ibgps:
child.sendline('neighbor {} remote-as {}\n'.format(
ibgp, As).encode('utf-8'))
child.expect('#')
if read_json.js_data['BGP']['ER'] == 'True':
child.sendline(
'neighbor {} next-hop-self\n'.format(ibgp).encode('utf-8'))
child.expect('#')
# configure EBGP neighbor
if read_json.js_data['BGP']['ER'] == 'True':
ebgp_ip = read_json.js_data['BGP']['EBGP']['RemoteIP']
ebgp_as = read_json.js_data['BGP']['EBGP']['RemoteAS']
child.sendline('neighbor {} remote-as {}\n'.format(
ebgp_ip, ebgp_as).encode('utf-8'))
child.expect('#')
child.sendline('neighbor {} ebgp-multihop 5')
child.expect('#')
# calculate unique netwroks for all addresses
networks = set(str(addr.network) for addr in enabled_addrs)
# declare area for each of probed networks
for network in networks:
child.sendline('net {}\n'.format(network).encode('utf-8'))
child.expect('#')
# exit session
child.sendline('ex\n')
child.expect('#')
child.sendline('ex\n')