(844) 627-8267 | Info@NationalCyberSecurity
(844) 627-8267 | Info@NationalCyberSecurity

Master Class Of Python 3 Network Programming







What Makes Python Powerful

  • Getting Started Python can be easy to pick up whether you’re a first-time programmer or you’re experienced with other languages.
  • Friendly & Easy to Learn The community hosts conferences and meetups, collaborates on code, and much more.
  • Python Is Powerful Python is fast; Runs on every platform; Most of all Python is friendly & easy to learn.

Who this course is for:

This course is not just designed for people with years of experience in computer programming.

  • Network Analysts
  • Network Engineers
  • Cyber Security Consultant
  • Network Administrators
  • Anyone Who Is Knew To Programming



    • No prior Python knowledge is required! This training teaches your everything, from scratch.
    • You should have a great desire to learn Python programming and do it in a hands-on fashion, without having to watch countless videos filled with slides and theory.
    • You should already be familiar with networking concepts like: Switching, TCP/IP, CLI, SSHv2, Telnet, OSI Layers.
    • You are going to use only free software throughout the course: Python 3.7, VirtualBox, Arista vEOS, Notepad++.
    • All you need is a decent PC or laptop (2GHz CPU, 8-16GB RAM) and an Internet connection to download the free tools.
    • Preferably, you should have a Windows OS to work on, to be fully synchronized with the course content.


    Key Topics You Will Learn:


    • Master all the Python 3 key concepts starting from scratch. No prior Python knowledge is required!

    • Apply your new Python 3 skills to build various tools for network interaction and make your job easier.

    • Use Python 3 for connecting via SSH to any network device and reading/writing configuration from multiple devices simultaneously.

    • Use Python 3 for establishing SSH sessions to network devices, extract parameters like the CPU utilization and build real-time graphs for performance monitoring.

    • Use Python 3 for building an interactive subnet calculator with a user menu. The tool will return the network and broadcast addresses, the number of valid hosts per subnet, the wildcard mask and will generate random IP addresses from the subnet.

    • Use Python 3 for building a basic packet sniffer, capturing and analyzing network packets (ARP, ICMP, BOOTP) and saving packet data to a log file.

    • Use Python 3 for building a configuration change management tool that will extract the running config of a network device at specific time intervals, will compare it to the previous version, detect and highlight all the changes and send the network admin a nice and clean report via e-mail on a daily basis.

    • Use Python 3 and specialized modules and commands to connect to and query network devices via an intermediary, remote Linux server.

    • Get the full Python 3 code of 5 amazing network applications and customize each of them according to your networking needs.

    • Get many other useful, free resources to enhance your learning experience: quizzes, notebooks (code samples), cheat sheet (syntax summary and examples), e-book (syntax guide).




    At the completion of this course, you will receive a certificate of completion.
    National Cyber Security