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Managing Cisco devices with Python

Discover a foreigner using Python to write a small framework Tratto for managing Cisco devices that can be used to execute commands in bulk. There are 3 main files after download: systems.py defines the operating systems of a number of different devices and their common commands. Connectivity.py is the main implementation of the code, in fact, the main is the use of P

Configure Cisco switches with Python telnet

#!/usr/bin/python36#-*-Coding:utf-8-*-Import NetmikoFrom Netmiko import Connecthandler#Netmiko ExampleIOSV_L2_S5 = {' Device_type ': ' Cisco_ios ',' IP ': ' 192.168.122.75 ',' username ': ' Cisco ',' Password ': ' Cisco '' Secret ': ' Cisco '}With open (' Iosv_l2_config ') as F:lines = F.read (). Splitlines ()Print (lines)All_devices = [IOSV_L2_S5]For Devices in

Python Management of Cisco switches third-party package Ciscolib

Ciscolib is an open-source third-party Python module on git that manages Cisco switches. Only simple Telnet management is supported at this time. The management method is very simple, the module source code itself is not complex. It is helpful for daily batch configuration.The module structure is:Official Operating Example:Import ciscolib switch = Ciscolib. Device ("hostname or IP", "Login password", "Optio

Example of using a Python script to obtain Cisco device information

Today, a small framework tratto for managing Cisco devices, written in Python, can be used to execute commands in bulk. There are 3 main files after download: systems.py defines the operating systems of a number of different devices and their common commands. Connectivity.py is the main implementation of the code, in fact, the main is the use of Python pexpect m

Python configures Cisco network devices with Telnet

!! Using the Telnetlib Library1 topologiesR4, R5 are not routed to 1.1.1.1 and 2.2.2.2 when the script is not running:The configuration document is placed in the same directory as the Python script:After running the Python script:-process=image/watermark,size_16,text_qduxq1rp5y2a5a6i,color_ffffff,t_100,g_se,x_10,y_10,shadow_90,type_ zmfuz3pozw5nagvpdgk= "alt=" Python

Python script to view Cisco device interfaces

Records the interface of Cisco devices using a Python script.#!/usr/bin/envpythonimportparamikoimportsysimporttimeclassciscoswitch (): def__init__ (Self,host,username,password): self.username=username self.host=host self.password =passworddeflogin (self): Self.child=paramiko. Sshclient () NBSP;NBSP;NBSP;NBSP;NBSP;NBSP;NBSP;NBSP;NBSP;NBSP;NBSP;NBSP;NBSP;NBSP;NBSP;NBSP;NBSp;self.child.set_missing_host_key_p

Python crawl Cisco switch profile

#!/usr/bin/pythonImport SysImport timeImport OSImport Pexpectnow = Time.strftime ('%y-%m-%d ', Time.localtime (Time.time ()))AA = open ('/home/hanlei/test/%s/log.txt '% now, "W")Fout = open ('/home/hanlei/test/%s/log.txt '% now, "W")IP = open ('/home/hanlei/test/switch_ip ', ' R ')PASS = open ('/home/hanlei/test/switch_passwd ', ' R ')While 1:Readip = Ip.readline ()Readpass = Pass.readline ()If not READIP:print ' END 'BreakFoo = pexpect.spawn (' telnet%s '% Readip)Foo.log_file = FoutFoo.expect (

The five things that Python and Cisco

() switch.interfaceinfo (' showipint Brief ') nbsP;switch.show (' show Version ') switch.close () except (eoferror,netmikotimeoutexception): print (' Cannot connecttodevice! ')How to increase the number of subnets requires more than one layer of loops, the code changes as follows:if__name__== ' __main__ ':p rint "[+]thisprogramisbegingdone ... " #username =raw_input (' username: ') #password =getpass.getpass () ipadd=ipset ([IP (' 10.0.0.0/30 '), IP (' 10.0.1.0/30 '), IP (' 10.0.2.0/30 ')

The third thing about Python and Cisco

=line.split () iflen (words) ==1: hostnames=words[0].split ('. ') [0]elifhostnamesisnone: Hostnames=words[0].split ('. ') [0] local= '. Join (Words[1:3]) remote= ". Join (words[-2:]) description= ' _ '. Join ((hostnames,remote)) config.append (' interface ' + ' ' +local) config.append (' description ' + ' ' + Description) hostnames=None else: local= '. Join (Words[0:2]) remote = ". Join (words[-2:]) description= ' _ '. Join ((Hostnames,remote)) config.append (' interface ' + ' '

Two things about Python and Cisco

([' \d{1,3} ']*4), data) ifintername: NBSP;NBSP;NBSP;NBSP;NBSP;NBSP;NBSP;NBSP;PRINTNBSP;INTERNAMENBSP, ': ', '. Join (InterIP) else: printloopback, ': ', '. Join (Interip) defshow (Self,cmd): result=self.connect.send_ Command (CMD) lines=stringio.stringio (Result) data=lines.read () uptime=re.findall (' uptime.+ ', Data) id =re.findall (' \d{8} ', data) nbsP;soft=re.findall (' l3_.+ ', data) print ' deviceuptime: ', '. Join (uptime) print ' deviceid: ', '. Join (ID) print ' softversi

The Python and Cisco thing

It took me one hours to study the other Python plug-in for the network device Netmiko, which is still full of fun, but I still do not understand how to multi-threading, or have to work hard.#!/usr/bin/pythonfromnetmikoimportconnecthandlerimporttimeclasscisconetwork: def__init__ (self): pass defciscodevice (self,iplist): device={' device_type ': ' Cisco_ios ', ' IP ':iplist, ' username ': ' admin ', ' Password ':' Password.123 ' } print "connectt

Python Netmiko for Cisco network device Configuration Backup

(cmd)) output = Net_connect.send_command (cmd) time.sleep (2) save.write (output) print (U ' [+ ] {0} command Executed,result is saved at {1}! '. Format (cmd,filename)) Save.close () Net_connect.disconnect () if __name__ = = ' __main__ ': print "[+] the program is running. ... "username = raw_input (' username: ') password = getpass.getpass () Enablepass = Raw_input (' Enable: ') Filepath2 = R ' c:\n Etpy\\ ' if Os.path.exists (filepath2): message = ' ok,the '%s ' file exists. ' Else:message =

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