Manage Cisco devices using python
I found tratto, a small framework for managing cisco equipment written by a foreigner using python, which can be used to execute commands in batches.
There are mainly 3 files after downloading:
Systems.py defines the operating systems of some different devices and their common commands.
Connectivity.py is the code that mainly implements functions. In fact, it mainly uses python’s pexpect module.
Driver.py is a sample file.
[root@safe tratto-master]# cat driver.py
#!/usr/bin/env python import Connectivity import Systems #telnet to a cisco switch m = Systems.OperatingSystems['IOS'] s = Connectivity.Session("192.168.1.1",23,"telnet",m) s.login("yourusername", "yourpassword") # if your need to issue an "enable" command s.escalateprivileges('yourenablepassword') s.sendcommand("show clock") s.sendcommand("show run") s.logout()
The above is the content of the example driver.py, it is very simple to use.
First select a device system version, in this case a cisco switch, so IOS is used. The device systems that the author currently writes that can be supported are:
OperatingSystems = {
'IOS': CiscoIOS,
'WebNS': CiscoWebNS,
'OSX': AppleOSX,
'SOS': SecureComputingSidewinder,
'AOS': ArubaOS,
'OBSD': OpenBSD,
}
Then fill in the ip, port, telnet or ssh, and finally the system version selected in the previous step. login Fill in the login credentials.
s.escalateprivileges are privileged credentials. so easy~
The following is a script I wrote to grab some information about the switch and then save it to a file.
[root@safe tratto-master]# cat cisco.py
#!/usr/bin/env python # # Cisco Switch commands # By s7eph4ni3 # import Connectivity import Systems m = Systems.OperatingSystems['IOS'] iplist = ['192.168.1.1','192.168.1.2'] cmdlist = ['show ip int brief','show cdp nei detail','show arp','show ver'] for ip in iplist: if ip == '192.168.1.1': s = Connectivity.Session(ip,23,"telnet",m) s.login("", "passwd") else: s = Connectivity.Session(ip,22,"ssh",m) s.login("username", "passwd") s.escalateprivileges('enpasswd') f = open(ip+'.txt','w+') for cmd in cmdlist: a = s.sendcommand(cmd) f.write(ip+cmd+'\n') f.write(a+'\n') f.close() s.logout()

Hot AI Tools

Undresser.AI Undress
AI-powered app for creating realistic nude photos

AI Clothes Remover
Online AI tool for removing clothes from photos.

Undress AI Tool
Undress images for free

Clothoff.io
AI clothes remover

AI Hentai Generator
Generate AI Hentai for free.

Hot Article

Hot Tools

Notepad++7.3.1
Easy-to-use and free code editor

SublimeText3 Chinese version
Chinese version, very easy to use

Zend Studio 13.0.1
Powerful PHP integrated development environment

Dreamweaver CS6
Visual web development tools

SublimeText3 Mac version
God-level code editing software (SublimeText3)

Hot Topics

This tutorial demonstrates how to use Python to process the statistical concept of Zipf's law and demonstrates the efficiency of Python's reading and sorting large text files when processing the law. You may be wondering what the term Zipf distribution means. To understand this term, we first need to define Zipf's law. Don't worry, I'll try to simplify the instructions. Zipf's Law Zipf's law simply means: in a large natural language corpus, the most frequently occurring words appear about twice as frequently as the second frequent words, three times as the third frequent words, four times as the fourth frequent words, and so on. Let's look at an example. If you look at the Brown corpus in American English, you will notice that the most frequent word is "th

This article explains how to use Beautiful Soup, a Python library, to parse HTML. It details common methods like find(), find_all(), select(), and get_text() for data extraction, handling of diverse HTML structures and errors, and alternatives (Sel

Dealing with noisy images is a common problem, especially with mobile phone or low-resolution camera photos. This tutorial explores image filtering techniques in Python using OpenCV to tackle this issue. Image Filtering: A Powerful Tool Image filter

This article compares TensorFlow and PyTorch for deep learning. It details the steps involved: data preparation, model building, training, evaluation, and deployment. Key differences between the frameworks, particularly regarding computational grap

Python, a favorite for data science and processing, offers a rich ecosystem for high-performance computing. However, parallel programming in Python presents unique challenges. This tutorial explores these challenges, focusing on the Global Interprete

This tutorial demonstrates creating a custom pipeline data structure in Python 3, leveraging classes and operator overloading for enhanced functionality. The pipeline's flexibility lies in its ability to apply a series of functions to a data set, ge

Serialization and deserialization of Python objects are key aspects of any non-trivial program. If you save something to a Python file, you do object serialization and deserialization if you read the configuration file, or if you respond to an HTTP request. In a sense, serialization and deserialization are the most boring things in the world. Who cares about all these formats and protocols? You want to persist or stream some Python objects and retrieve them in full at a later time. This is a great way to see the world on a conceptual level. However, on a practical level, the serialization scheme, format or protocol you choose may determine the speed, security, freedom of maintenance status, and other aspects of the program

Python's statistics module provides powerful data statistical analysis capabilities to help us quickly understand the overall characteristics of data, such as biostatistics and business analysis. Instead of looking at data points one by one, just look at statistics such as mean or variance to discover trends and features in the original data that may be ignored, and compare large datasets more easily and effectively. This tutorial will explain how to calculate the mean and measure the degree of dispersion of the dataset. Unless otherwise stated, all functions in this module support the calculation of the mean() function instead of simply summing the average. Floating point numbers can also be used. import random import statistics from fracti
