Packt Admin

Python has become one of the most popular programming languages. This video uses a project-based approach to teach you how to leverage this easy-to-learn language for network automation tasks. The main goal of this course is to help you master key concepts in Python with the aid of interesting projects. You will learn to create exciting Python apps to automate daily networking tasks such as configuring devices, collecting information about the network, testing by client simulations, or network discovery. This course will help you build some mesmerizing network tools with Python, including a Subnet calculator; configuring multiple network devices concurrently via SSH or Telnet; a DHCP client simulator for testing a DHCP server in the local network; network discovery via SNMP; OS fingerprinting; and network attacks via Scapy. This tutorial uses real-life scenarios and use cases to help you build network automation tools with the amazing Python language. By the end of this course, you will be able to take your Python programming skills to the next level for network automation.  Target AudienceThis course is targeted at network engineers, network administrators, and Python programmers who want to apply their knowledge in the network engineering field. You need hands-on experience with network gears (virtual or physical) and basic Python knowledge.By the end of the course, you will have mastered key Python concepts in the network engineering context.  Business Outcomes<ul><li>Engaging and interesting Python projects that help Engineers accomplish network engineering tasks</li><li>The course consists of small, easy-to-digest examples in a friendly style that is easy to understand without being intimidating</li><li>The examples are real-world instances, from the author's experience of managing large networks from public cloud providers, ISPs, and large enterprises</li></ul>

In this section, we will go over what the course is about and help the viewers to set up their lab environment.

<ul>
	<li>The Course Overview</li>
	<li>Introducing the New World of Network Engineering</li>
	<li>Requirements and Setup</li>
</ul>

This video provides an overview of the entire course.

The Course Overview

Course OverviewPython has become one of the most popular programming languages. This video uses a project-based approach to teach you how to leverage this easy-to-learn language for network automation tasks. The main goal of this course is to help you master key concepts in Python with the aid of interesting projects. You will learn to create exciting Python apps to automate daily networking tasks such as configuring devices, collecting information about the network, testing by client simulations, or network discovery. This course will help you build some mesmerizing network tools with Python, including a Subnet calculator; configuring multiple network devices concurrently via SSH or Telnet; a DHCP client simulator for testing a DHCP server in the local network; network discovery via SNMP; OS fingerprinting; and network attacks via Scapy. This tutorial uses real-life scenarios and use cases to help you build network automation tools with the amazing Python language. By the end of this course, you will be able to take your Python programming skills to the next level for network automation. Target AudienceThis course is targeted at network engineers, network administrators, and Python programmers who want to apply their knowledge in the network engineering field. You need hands-on experience with network gears (virtual or physical) and basic Python knowledge.
By the end of the course, you will have mastered key Python concepts in the network engineering context. This video is part of the course Python Network Programming.In this video, we will learn how network engineering is in a time of transition from vertical integration to a software-centric horizontal collaboration. Also, how traditional network engineering is still valid, but requires understanding of software engineering. We will use Python to integrate network engineering tasks that is hands-on, and project-based.
<ul><li>Describe why we need to learn software engineering</li><li>Understand how we need to solve real problems with hands-on solutions</li><li>Explore how project-based approach allows us to go deeper into the technologies at hand</li></ul>

Introducing the New World of Network Engineering

Course OverviewPython has become one of the most popular programming languages. This video uses a project-based approach to teach you how to leverage this easy-to-learn language for network automation tasks. The main goal of this course is to help you master key concepts in Python with the aid of interesting projects. You will learn to create exciting Python apps to automate daily networking tasks such as configuring devices, collecting information about the network, testing by client simulations, or network discovery. This course will help you build some mesmerizing network tools with Python, including a Subnet calculator; configuring multiple network devices concurrently via SSH or Telnet; a DHCP client simulator for testing a DHCP server in the local network; network discovery via SNMP; OS fingerprinting; and network attacks via Scapy. This tutorial uses real-life scenarios and use cases to help you build network automation tools with the amazing Python language. By the end of this course, you will be able to take your Python programming skills to the next level for network automation. Target AudienceThis course is targeted at network engineers, network administrators, and Python programmers who want to apply their knowledge in the network engineering field. You need hands-on experience with network gears (virtual or physical) and basic Python knowledge.
By the end of the course, you will have mastered key Python concepts in the network engineering context. This video is part of the course Python Network Programming.This video aims at exploring the choices to be made on the technologies to be used at hand.
<ul><li>Describe the tools we will use in this class</li><li>Understand the lab setup</li></ul>

Requirements and Setup

Section 1: Introduction and Setup

In this section, we will learn to automate common network engineering tasks with Python.

<ul>
	<li>Integration with Ansible</li>
	<li>Ansible Demonstration</li>
	<li>Automate Changes with Paramiko</li>
	<li>Direct API Calls to Devices</li>
	<li>Continuous Integration with Jenkins</li>
	<li>IP Subnet Calculator</li>
</ul>

Course OverviewPython has become one of the most popular programming languages. This video uses a project-based approach to teach you how to leverage this easy-to-learn language for network automation tasks. The main goal of this course is to help you master key concepts in Python with the aid of interesting projects. You will learn to create exciting Python apps to automate daily networking tasks such as configuring devices, collecting information about the network, testing by client simulations, or network discovery. This course will help you build some mesmerizing network tools with Python, including a Subnet calculator; configuring multiple network devices concurrently via SSH or Telnet; a DHCP client simulator for testing a DHCP server in the local network; network discovery via SNMP; OS fingerprinting; and network attacks via Scapy. This tutorial uses real-life scenarios and use cases to help you build network automation tools with the amazing Python language. By the end of this course, you will be able to take your Python programming skills to the next level for network automation. Target AudienceThis course is targeted at network engineers, network administrators, and Python programmers who want to apply their knowledge in the network engineering field. You need hands-on experience with network gears (virtual or physical) and basic Python knowledge.
By the end of the course, you will have mastered key Python concepts in the network engineering context. This video is part of the course Python Network Programming.This video aims at explaining how the general purpose automation tool Ansible can fit into the network automation world.
<ul><li>Understand what Ansible is and how it can help</li><li>Learn different components of Ansible</li></ul>

Integration with Ansible

Course OverviewPython has become one of the most popular programming languages. This video uses a project-based approach to teach you how to leverage this easy-to-learn language for network automation tasks. The main goal of this course is to help you master key concepts in Python with the aid of interesting projects. You will learn to create exciting Python apps to automate daily networking tasks such as configuring devices, collecting information about the network, testing by client simulations, or network discovery. This course will help you build some mesmerizing network tools with Python, including a Subnet calculator; configuring multiple network devices concurrently via SSH or Telnet; a DHCP client simulator for testing a DHCP server in the local network; network discovery via SNMP; OS fingerprinting; and network attacks via Scapy. This tutorial uses real-life scenarios and use cases to help you build network automation tools with the amazing Python language. By the end of this course, you will be able to take your Python programming skills to the next level for network automation. Target AudienceThis course is targeted at network engineers, network administrators, and Python programmers who want to apply their knowledge in the network engineering field. You need hands-on experience with network gears (virtual or physical) and basic Python knowledge.
By the end of the course, you will have mastered key Python concepts in the network engineering context. This video is part of the course Python Network Programming.This video aims at demonstrating how Ansible can be used with network devices running Cisco IOS.
<ul><li>Show lab setup</li><li>Illustrate host and playbook files</li><li>Demonstrate how the Ansible playbook can be run</li></ul>

Ansible Demonstration

Course OverviewPython has become one of the most popular programming languages. This video uses a project-based approach to teach you how to leverage this easy-to-learn language for network automation tasks. The main goal of this course is to help you master key concepts in Python with the aid of interesting projects. You will learn to create exciting Python apps to automate daily networking tasks such as configuring devices, collecting information about the network, testing by client simulations, or network discovery. This course will help you build some mesmerizing network tools with Python, including a Subnet calculator; configuring multiple network devices concurrently via SSH or Telnet; a DHCP client simulator for testing a DHCP server in the local network; network discovery via SNMP; OS fingerprinting; and network attacks via Scapy. This tutorial uses real-life scenarios and use cases to help you build network automation tools with the amazing Python language. By the end of this course, you will be able to take your Python programming skills to the next level for network automation. Target AudienceThis course is targeted at network engineers, network administrators, and Python programmers who want to apply their knowledge in the network engineering field. You need hands-on experience with network gears (virtual or physical) and basic Python knowledge.
By the end of the course, you will have mastered key Python concepts in the network engineering context. This video is part of the course Python Network Programming.In this video, we will learn how to direct device interaction using Paramiko when other tools are not available.
<ul><li>Explore what Paramiko is and how it can help</li><li>Learn different components of Paramiko</li><li>Demonstrate how Paramiko can be run</li></ul>

Automate Changes with Paramiko

Course OverviewPython has become one of the most popular programming languages. This video uses a project-based approach to teach you how to leverage this easy-to-learn language for network automation tasks. The main goal of this course is to help you master key concepts in Python with the aid of interesting projects. You will learn to create exciting Python apps to automate daily networking tasks such as configuring devices, collecting information about the network, testing by client simulations, or network discovery. This course will help you build some mesmerizing network tools with Python, including a Subnet calculator; configuring multiple network devices concurrently via SSH or Telnet; a DHCP client simulator for testing a DHCP server in the local network; network discovery via SNMP; OS fingerprinting; and network attacks via Scapy. This tutorial uses real-life scenarios and use cases to help you build network automation tools with the amazing Python language. By the end of this course, you will be able to take your Python programming skills to the next level for network automation. Target AudienceThis course is targeted at network engineers, network administrators, and Python programmers who want to apply their knowledge in the network engineering field. You need hands-on experience with network gears (virtual or physical) and basic Python knowledge.
By the end of the course, you will have mastered key Python concepts in the network engineering context. This video is part of the course Python Network Programming.In this video, we will ingest structured data returned from network devices.
<ul><li>Understand why do we want to use API’s</li><li>Learn different libraries and API supports amongst network vendors</li><li>Demonstrate an example of API call toward Cisco NX-OS device</li></ul>

Direct API Calls to Devices

Course OverviewPython has become one of the most popular programming languages. This video uses a project-based approach to teach you how to leverage this easy-to-learn language for network automation tasks. The main goal of this course is to help you master key concepts in Python with the aid of interesting projects. You will learn to create exciting Python apps to automate daily networking tasks such as configuring devices, collecting information about the network, testing by client simulations, or network discovery. This course will help you build some mesmerizing network tools with Python, including a Subnet calculator; configuring multiple network devices concurrently via SSH or Telnet; a DHCP client simulator for testing a DHCP server in the local network; network discovery via SNMP; OS fingerprinting; and network attacks via Scapy. This tutorial uses real-life scenarios and use cases to help you build network automation tools with the amazing Python language. By the end of this course, you will be able to take your Python programming skills to the next level for network automation. Target AudienceThis course is targeted at network engineers, network administrators, and Python programmers who want to apply their knowledge in the network engineering field. You need hands-on experience with network gears (virtual or physical) and basic Python knowledge.
By the end of the course, you will have mastered key Python concepts in the network engineering context. This video is part of the course Python Network Programming.This video aims at explaining how network engineers need to automate the sequential steps or complex procedures.
<ul><li>Understand what is continuous integration and Jenkins</li><li>Learn Jenkins workflow overview</li><li>Demonstrate an example of Jenkins automation</li></ul>

Continuous Integration with Jenkins

Course OverviewPython has become one of the most popular programming languages. This video uses a project-based approach to teach you how to leverage this easy-to-learn language for network automation tasks. The main goal of this course is to help you master key concepts in Python with the aid of interesting projects. You will learn to create exciting Python apps to automate daily networking tasks such as configuring devices, collecting information about the network, testing by client simulations, or network discovery. This course will help you build some mesmerizing network tools with Python, including a Subnet calculator; configuring multiple network devices concurrently via SSH or Telnet; a DHCP client simulator for testing a DHCP server in the local network; network discovery via SNMP; OS fingerprinting; and network attacks via Scapy. This tutorial uses real-life scenarios and use cases to help you build network automation tools with the amazing Python language. By the end of this course, you will be able to take your Python programming skills to the next level for network automation. Target AudienceThis course is targeted at network engineers, network administrators, and Python programmers who want to apply their knowledge in the network engineering field. You need hands-on experience with network gears (virtual or physical) and basic Python knowledge.
By the end of the course, you will have mastered key Python concepts in the network engineering context. This video is part of the course Python Network Programming.In this video, we will learn how standalone tools can be helpful for one-off tasks, such as IP subnet calculator.
<ul><li>Learn how we need to help non-network engineers to calculate the appropriate subnet to request</li><li>Gather requirements for IP subnet calculation</li><li>Demonstrate how a script can work</li></ul>

IP Subnet Calculator

Section 2: Own Your Network: Automate Boring Network Tasks with Python

In this section, we will go over monitoring tasks for collecting network state information.

<ul>
	<li>Detect Network Changes Automatically</li>
	<li>Log Management with Python</li>
	<li>Network Monitoring with Cacti</li>
	<li>NetFlow and sFlow Based Monitoring</li>
	<li>Alerting and Email Notification</li>
</ul>

Course OverviewPython has become one of the most popular programming languages. This video uses a project-based approach to teach you how to leverage this easy-to-learn language for network automation tasks. The main goal of this course is to help you master key concepts in Python with the aid of interesting projects. You will learn to create exciting Python apps to automate daily networking tasks such as configuring devices, collecting information about the network, testing by client simulations, or network discovery. This course will help you build some mesmerizing network tools with Python, including a Subnet calculator; configuring multiple network devices concurrently via SSH or Telnet; a DHCP client simulator for testing a DHCP server in the local network; network discovery via SNMP; OS fingerprinting; and network attacks via Scapy. This tutorial uses real-life scenarios and use cases to help you build network automation tools with the amazing Python language. By the end of this course, you will be able to take your Python programming skills to the next level for network automation. Target AudienceThis course is targeted at network engineers, network administrators, and Python programmers who want to apply their knowledge in the network engineering field. You need hands-on experience with network gears (virtual or physical) and basic Python knowledge.
By the end of the course, you will have mastered key Python concepts in the network engineering context. This video is part of the course Python Network Programming.In this video, we will look at ways to retrieve network information from devices via SNMP and API.
<ul><li>Learn network information via SNMP</li><li>Explore network telemetry via API calls</li></ul>

Detect Network Changes Automatically

Course OverviewPython has become one of the most popular programming languages. This video uses a project-based approach to teach you how to leverage this easy-to-learn language for network automation tasks. The main goal of this course is to help you master key concepts in Python with the aid of interesting projects. You will learn to create exciting Python apps to automate daily networking tasks such as configuring devices, collecting information about the network, testing by client simulations, or network discovery. This course will help you build some mesmerizing network tools with Python, including a Subnet calculator; configuring multiple network devices concurrently via SSH or Telnet; a DHCP client simulator for testing a DHCP server in the local network; network discovery via SNMP; OS fingerprinting; and network attacks via Scapy. This tutorial uses real-life scenarios and use cases to help you build network automation tools with the amazing Python language. By the end of this course, you will be able to take your Python programming skills to the next level for network automation. Target AudienceThis course is targeted at network engineers, network administrators, and Python programmers who want to apply their knowledge in the network engineering field. You need hands-on experience with network gears (virtual or physical) and basic Python knowledge.
By the end of the course, you will have mastered key Python concepts in the network engineering context. This video is part of the course Python Network Programming.This video aims at explaining how logging is one of the most effective ways of receiving information from our network.
<ul><li>Use Python logging module to persist information</li><li>Learn real time monitoring of the log file</li><li>Explore log options, including ELK stack</li></ul>

Log Management with Python

Course OverviewPython has become one of the most popular programming languages. This video uses a project-based approach to teach you how to leverage this easy-to-learn language for network automation tasks. The main goal of this course is to help you master key concepts in Python with the aid of interesting projects. You will learn to create exciting Python apps to automate daily networking tasks such as configuring devices, collecting information about the network, testing by client simulations, or network discovery. This course will help you build some mesmerizing network tools with Python, including a Subnet calculator; configuring multiple network devices concurrently via SSH or Telnet; a DHCP client simulator for testing a DHCP server in the local network; network discovery via SNMP; OS fingerprinting; and network attacks via Scapy. This tutorial uses real-life scenarios and use cases to help you build network automation tools with the amazing Python language. By the end of this course, you will be able to take your Python programming skills to the next level for network automation. Target AudienceThis course is targeted at network engineers, network administrators, and Python programmers who want to apply their knowledge in the network engineering field. You need hands-on experience with network gears (virtual or physical) and basic Python knowledge.
By the end of the course, you will have mastered key Python concepts in the network engineering context. This video is part of the course Python Network Programming.In this video, we will look at how to integrate Python with existing network monitoring tools, such as Cacti..
<ul><li>Use Python as script to retrieve information and display on Cacti</li></ul>

Network Monitoring with Cacti

Course OverviewPython has become one of the most popular programming languages. This video uses a project-based approach to teach you how to leverage this easy-to-learn language for network automation tasks. The main goal of this course is to help you master key concepts in Python with the aid of interesting projects. You will learn to create exciting Python apps to automate daily networking tasks such as configuring devices, collecting information about the network, testing by client simulations, or network discovery. This course will help you build some mesmerizing network tools with Python, including a Subnet calculator; configuring multiple network devices concurrently via SSH or Telnet; a DHCP client simulator for testing a DHCP server in the local network; network discovery via SNMP; OS fingerprinting; and network attacks via Scapy. This tutorial uses real-life scenarios and use cases to help you build network automation tools with the amazing Python language. By the end of this course, you will be able to take your Python programming skills to the next level for network automation. Target AudienceThis course is targeted at network engineers, network administrators, and Python programmers who want to apply their knowledge in the network engineering field. You need hands-on experience with network gears (virtual or physical) and basic Python knowledge.
By the end of the course, you will have mastered key Python concepts in the network engineering context. This video is part of the course Python Network Programming.This video aims at explaining how we can use Python to decode NetFlow and sFlow packets for troubleshooting and development.
<ul><li>Use Python to decode NetFlow v5 packets</li><li>Use Python to decode sFlow packets with sflowtool</li></ul>

NetFlow and sFlow Based Monitoring

Course OverviewPython has become one of the most popular programming languages. This video uses a project-based approach to teach you how to leverage this easy-to-learn language for network automation tasks. The main goal of this course is to help you master key concepts in Python with the aid of interesting projects. You will learn to create exciting Python apps to automate daily networking tasks such as configuring devices, collecting information about the network, testing by client simulations, or network discovery. This course will help you build some mesmerizing network tools with Python, including a Subnet calculator; configuring multiple network devices concurrently via SSH or Telnet; a DHCP client simulator for testing a DHCP server in the local network; network discovery via SNMP; OS fingerprinting; and network attacks via Scapy. This tutorial uses real-life scenarios and use cases to help you build network automation tools with the amazing Python language. By the end of this course, you will be able to take your Python programming skills to the next level for network automation. Target AudienceThis course is targeted at network engineers, network administrators, and Python programmers who want to apply their knowledge in the network engineering field. You need hands-on experience with network gears (virtual or physical) and basic Python knowledge.
By the end of the course, you will have mastered key Python concepts in the network engineering context. This video is part of the course Python Network Programming.In this video, we will learn how we can use Python client and modules to trigger alerts when needed.
<ul><li>Understand Slack Python client demonstration</li><li>Learn Python email alert script</li></ul>

Alerting and Email Notification

Section 3: Know Your Network: Monitor Your Network with Python

In this section, we will focus on testing and securing our network.

<ul>
	<li>Test Your DHCP Server and Client</li>
	<li>IP Reachability Testing</li>
	<li>OS Fingerprinting</li>
	<li>Create Your Own Attack</li>
	<li>Test Network Speed with Python</li>
</ul>

Course OverviewPython has become one of the most popular programming languages. This video uses a project-based approach to teach you how to leverage this easy-to-learn language for network automation tasks. The main goal of this course is to help you master key concepts in Python with the aid of interesting projects. You will learn to create exciting Python apps to automate daily networking tasks such as configuring devices, collecting information about the network, testing by client simulations, or network discovery. This course will help you build some mesmerizing network tools with Python, including a Subnet calculator; configuring multiple network devices concurrently via SSH or Telnet; a DHCP client simulator for testing a DHCP server in the local network; network discovery via SNMP; OS fingerprinting; and network attacks via Scapy. This tutorial uses real-life scenarios and use cases to help you build network automation tools with the amazing Python language. By the end of this course, you will be able to take your Python programming skills to the next level for network automation. Target AudienceThis course is targeted at network engineers, network administrators, and Python programmers who want to apply their knowledge in the network engineering field. You need hands-on experience with network gears (virtual or physical) and basic Python knowledge.
By the end of the course, you will have mastered key Python concepts in the network engineering context. This video is part of the course Python Network Programming.This video aims at explaining how DHCP is widely used in the network, we will also use Python to test your setup.
<ul><li>Use Python as DHCP Client to decode DHCP packets</li><li>Construct IPv6 DHCP server with Python</li></ul>

Test Your DHCP Server and Client

Course OverviewPython has become one of the most popular programming languages. This video uses a project-based approach to teach you how to leverage this easy-to-learn language for network automation tasks. The main goal of this course is to help you master key concepts in Python with the aid of interesting projects. You will learn to create exciting Python apps to automate daily networking tasks such as configuring devices, collecting information about the network, testing by client simulations, or network discovery. This course will help you build some mesmerizing network tools with Python, including a Subnet calculator; configuring multiple network devices concurrently via SSH or Telnet; a DHCP client simulator for testing a DHCP server in the local network; network discovery via SNMP; OS fingerprinting; and network attacks via Scapy. This tutorial uses real-life scenarios and use cases to help you build network automation tools with the amazing Python language. By the end of this course, you will be able to take your Python programming skills to the next level for network automation. Target AudienceThis course is targeted at network engineers, network administrators, and Python programmers who want to apply their knowledge in the network engineering field. You need hands-on experience with network gears (virtual or physical) and basic Python knowledge.
By the end of the course, you will have mastered key Python concepts in the network engineering context. This video is part of the course Python Network Programming.In this video, we will learn testing IP reachability as a first test for diagnostic of network issues.
<ul><li>Demonstrate the use of OS module</li><li>Use sub process module to catch process outputs</li></ul>

IP Reachability Testing

Course OverviewPython has become one of the most popular programming languages. This video uses a project-based approach to teach you how to leverage this easy-to-learn language for network automation tasks. The main goal of this course is to help you master key concepts in Python with the aid of interesting projects. You will learn to create exciting Python apps to automate daily networking tasks such as configuring devices, collecting information about the network, testing by client simulations, or network discovery. This course will help you build some mesmerizing network tools with Python, including a Subnet calculator; configuring multiple network devices concurrently via SSH or Telnet; a DHCP client simulator for testing a DHCP server in the local network; network discovery via SNMP; OS fingerprinting; and network attacks via Scapy. This tutorial uses real-life scenarios and use cases to help you build network automation tools with the amazing Python language. By the end of this course, you will be able to take your Python programming skills to the next level for network automation. Target AudienceThis course is targeted at network engineers, network administrators, and Python programmers who want to apply their knowledge in the network engineering field. You need hands-on experience with network gears (virtual or physical) and basic Python knowledge.
By the end of the course, you will have mastered key Python concepts in the network engineering context. This video is part of the course Python Network Programming.In this video, we will learn how to think like a hacker to attempt identify which operating system is your target.
<ul><li>Use of active probe for OS fingerprinting</li><li>Explore passive listening of OS fingerprinting</li></ul>

OS Fingerprinting

Course OverviewPython has become one of the most popular programming languages. This video uses a project-based approach to teach you how to leverage this easy-to-learn language for network automation tasks. The main goal of this course is to help you master key concepts in Python with the aid of interesting projects. You will learn to create exciting Python apps to automate daily networking tasks such as configuring devices, collecting information about the network, testing by client simulations, or network discovery. This course will help you build some mesmerizing network tools with Python, including a Subnet calculator; configuring multiple network devices concurrently via SSH or Telnet; a DHCP client simulator for testing a DHCP server in the local network; network discovery via SNMP; OS fingerprinting; and network attacks via Scapy. This tutorial uses real-life scenarios and use cases to help you build network automation tools with the amazing Python language. By the end of this course, you will be able to take your Python programming skills to the next level for network automation. Target AudienceThis course is targeted at network engineers, network administrators, and Python programmers who want to apply their knowledge in the network engineering field. You need hands-on experience with network gears (virtual or physical) and basic Python knowledge.
By the end of the course, you will have mastered key Python concepts in the network engineering context. This video is part of the course Python Network Programming.This video aims at explaining how to craft your own packet with Scapy.
<ul><li>Use of Scapy to construct your own packet for attacks</li></ul>

Create Your Own Attack

Course OverviewPython has become one of the most popular programming languages. This video uses a project-based approach to teach you how to leverage this easy-to-learn language for network automation tasks. The main goal of this course is to help you master key concepts in Python with the aid of interesting projects. You will learn to create exciting Python apps to automate daily networking tasks such as configuring devices, collecting information about the network, testing by client simulations, or network discovery. This course will help you build some mesmerizing network tools with Python, including a Subnet calculator; configuring multiple network devices concurrently via SSH or Telnet; a DHCP client simulator for testing a DHCP server in the local network; network discovery via SNMP; OS fingerprinting; and network attacks via Scapy. This tutorial uses real-life scenarios and use cases to help you build network automation tools with the amazing Python language. By the end of this course, you will be able to take your Python programming skills to the next level for network automation. Target AudienceThis course is targeted at network engineers, network administrators, and Python programmers who want to apply their knowledge in the network engineering field. You need hands-on experience with network gears (virtual or physical) and basic Python knowledge. By the end of the course, you will have mastered key Python concepts in the network engineering context. This video is part of the course Python Network Programming.In this video, we will test our network speed with Python. <ul><li>Use modules to test network speed with external server</li><li>Use Python for transitional speed with internal server</li></ul>

Python Network Programming

What you'll learn

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