def main():
args = parse_arguments()
backup_config_linux_path = convert_ios_path_to_linux(
BACKUP_CONFIG_IOS_PATH)
if args.check_only:
checks()
# check if the current running config backup is saved on the flash
elif not os.path.isfile(backup_config_linux_path):
# if not, save it and exit
save_config_to_ios_file(BACKUP_CONFIG_IOS_PATH, args.syslog)
message = 'Running-config file is saved for the first time, exiting.'
print(message)
if args.syslog:
send_syslog(message)
# not running for the first time, starting checks
else:
try:
checks(args.syslog)
except AssertionError:
message = 'Trying configuration rollback'
print(message)
if args.syslog:
send_syslog(message)
clip('configure replace {config_path} force'.format(
config_path=BACKUP_CONFIG_IOS_PATH))
else:
save_config_to_ios_file(BACKUP_CONFIG_IOS_PATH, args.syslog)
def show_set():
set_mon = 'Y'
set_mon = raw_input("설정된 스케줄러를 확인하시겠습니까?[Y]")
if set_mon == 'y' or set_mon == 'Y' or set_mon == '':
clip('show scheduler schedule')
#!/bin/env python
#-*- coding: utf-8 -*-
from cli import cli, clip
def eem_conf(interface):
syslog_var1 = "configure terminal ; event manager applet Auto-Provisioning ;"
syslog_var2 = "event syslog pattern 'Interface Ethernet%s is up in mode access'" % interface
syslog_var_pattern = syslog_var1 + syslog_var2
cli(syslog_var_pattern)
cli("configure terminal ; event manager applet Auto-Provisioning ; \
action 1.0 syslog priority notifications msg Run_Python_Auto_Provisioning"
)
cli("configure terminal ; event manager applet Auto-Provisioning ; \
action 2.0 cli python bootflash:scripts/auto_provisioning.py")
cli("configure terminal ; event manager applet Auto-Provisioning ; \
action 3.0 syslog priority notifications msg Finish_Python_Auto_Provisioning"
)
if __name__ == "__main__":
interface = '1/24'
interface = raw_input("어떤 인터페이스로 nxos 이미지를 내려받으시겠습니까?[1/24]")
if interface == '':
interface = '1/24'
eem_conf(interface)
clip("show running-config eem")
output = cli("configure terminal ; interface gigabitEthernet 0/0 ; no shutdown")
Args:
command (str): The exec or config CLI command(s) to be run.
Returns:
string: CLI output for show commands and an empty string for
configuration commands.
Raises:
errors.cli_syntax_error: if the command is not valid.
errors.cli_exec_error: if the execution of command is not successful.
help(clip)
Help on function clip in module cli:
clip(command)
Execute Cisco IOS CLI command(s) and print the result.
A single command or a delimited batch of commands may be run. The
delimiter is a space and a semicolon, " ;". Configuration commands must be
in fully qualified form.
clip("show version")
clip("show version ; show ip interface brief")
clip("configure terminal ; interface gigabitEthernet 0/0 ; no shutdown")
Args:
command (str): The exec or config CLI command(s) to be run.
if not arg['virtualmachines']:
print('\n')
print('Hypervisor' + '\t\t\t' + 'Connected Port' + '\t\t\t' +
'IP address' + '\t\t\t' + 'Neighbor Type' + '\t\t\t' +
'Local Port')
print(
'--------------------------------------------------------------------------------------------------------------------------------------------------'
)
if arg['virtualmachines']:
key_y = raw_input(
"\nBefore continue, please, copy public key to your hypervisors. Or you will need to enter password.Show pubkey?(y/n)"
)
if key_y.startswith('y'):
print('\n')
get_pub_key = 'run bash cat /var/home/admin/.ssh/id_rsa.pub'
cli.clip(get_pub_key)
else:
print('\n')
print('\n')
print('VM Name' + '\t\t\t\t\t\t' + 'VM UUID' + '\t\t\t\t\t\t' +
'Hypervisor' + '\t\t\t' + 'Local Port')
print(
'-------------------------------------------------------------------------------------------------------------------------------------------------'
)
if (protocheck == 4) or (arg['cdp']):
if arg['virtualmachines']:
cdpneigh()
else:
cdpneigh()
elif (protocheck == 1) or (arg['lldp']):
if arg['virtualmachines']:
cli.configurep([
"interface " + intf, "ip address 10.55.55.55 255.255.255.0", "no shut",
"end"
])
print("\nConfiguring interface %s with 'configure' function...\n") % intf
cmd = 'interface %s,logging event link-status,end' % intf
cli.configure(cmd.split(','))
print("Printing show command output with 'executep' function...\n")
cli.executep('show ip interface brief')
print("\nPrinting show command with 'execute' function...\n")
output = cli.execute('show run interface %s' % intf)
print(output)
print("\nConfiguring interface %s with 'cli' function...\n" % intf)
cli.cli(
'config terminal; interface %s; description Configured with a Python script from Guest Shell'
% intf)
print("Printing show command with 'clip' function...")
cli.clip('show run interface %s' % intf)
if arg['cdp'] or arg['lldp'] or arg['all'] or arg['virtualmachines']:
if arg['all']:
deviceinfo()
protocheck = protocol_check()
#print protocheck
if not arg['virtualmachines']:
print ('\n')
print ('Hypervisor' +'\t\t\t' + 'Connected Port' + '\t\t\t' + 'IP address' + '\t\t\t' + 'Neighbor Type' + '\t\t\t' + 'Local Port')
print ('--------------------------------------------------------------------------------------------------------------------------------------------------')
if arg['virtualmachines']:
key_y = raw_input("\nBefore continue, please, copy public key to your hypervisors. Or you will need to enter password.Show pubkey?(y/n)")
if key_y.startswith('y'):
print ('\n')
get_pub_key = 'run bash cat /var/home/admin/.ssh/id_rsa.pub'
cli.clip(get_pub_key)
else:
print ('\n')
print ('\n')
print ('VM Name' +'\t\t\t\t\t\t' + 'VM UUID' + '\t\t\t\t\t\t' + 'Hypervisor' + '\t\t\t' + 'Local Port')
print ('-------------------------------------------------------------------------------------------------------------------------------------------------')
if (protocheck == 4) or (arg['cdp']):
if arg['virtualmachines']:
cdpneigh()
else:
cdpneigh()
elif (protocheck == 1) or (arg['lldp']):
if arg['virtualmachines']:
lldpneigh()
else:
lldpneigh()
x = cli.configure(bootsys_cmds)
cli.executep("write mem")
with open("/bootflash/{}.log".format(sn), "a") as f:
for i in range(len(qc_str)):
f.write("#############START OF SEGMENT##############\n")
f.write("")
f.write(qc_str[i])
f.write("")
f.write("#############END OF SEGMENT##############\n")
with open("/bootflash/{}.log".format(sn), "a") as f:
for i in range(len(upgr_qc)):
f.write("#############START OF SEGMENT##############\n")
f.write("")
f.write(upgr_qc[i])
f.write("")
f.write("#############END OF SEGMENT##############\n")
with open("/bootflash/{}.log".format(sn), "a") as f:
f.write("#############START OF SEGMENT##############\n")
f.write("")
f.write(x)
f.write("")
f.write("#############END OF SEGMENT##############\n")
cli.clip("copy bootflash:{}.log usb0: ; \n".format(sn))