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Mastering Python Networking

You're reading from   Mastering Python Networking Your one stop solution to using Python for network automation, DevOps, and SDN

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Product type Paperback
Published in Jun 2017
Publisher Packt
ISBN-13 9781784397005
Length 446 pages
Edition 1st Edition
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Author (1):
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Eric Chou Eric Chou
Author Profile Icon Eric Chou
Eric Chou
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Toc

Table of Contents (14) Chapters Close

Preface 1. Review of TCP/IP Protocol Suite and Python Language 2. Low-Level Network Device Interactions FREE CHAPTER 3. API and Intent-Driven Networking 4. The Python Automation Framework - Ansible Basics 5. The Python Automation Framework - Ansible Advance Topics 6. Network Security with Python 7. Network Monitoring with Python - Part 1 8. Network Monitoring with Python - Part 2 9. Building Network Web Services with Python 10. OpenFlow Basics 11. Advanced OpenFlow Topics 12. OpenStack, OpenDaylight, and NFV 13. Hybrid SDN

Mininet


Mininet, from http://mininet.org/, creates a virtual network working with the OpenFlow controller on a single Linux kernel. It uses lightweight virtualization to make a single system look like a complete network, consisting of end-hosts, switches, routers, and links. This is similar to VIRL, or perhaps GNS3, which we have been using, except it is much lighter in weight than either, so you can run more nodes much faster.

All Mininet commands starts with mn, and you can get a help menu with the-h option. Among the options, pay special attention to the switch, controller, and topology options, which we will use often. They are used to specify the type of switch, controller type, location, and the topology. The MAC option automatically sets the host MAC address to easily identify the hosts when layer 2 is involved, such as when the host is sending ARP requests:

$ sudo mn -h
...
Options:
 ...
 --switch=SWITCH default|ivs|lxbr|ovs|ovsbr|ovsk|user[,param=value...]
 --controller=CONTROLLER...
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