Network Automation with Python and Ansible

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4 Days

Available On-Site

Available Virtually

Contact Us for Open Enrollment
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Customizable

This intensive four-day hands-on Python training course is designed to help network engineers unlock the power of Python in combination with the programmability of modern networking systems. The class provides a start to finish the introduction to Python application programming for networking and network equipment. Students will learn about Python data types, program structure, functions, classes, and methods; will work with Git and understand distributed code management techniques; and will learn and use Python networking packages such as paramiko, netmiko pysnmp and more.

Attendees will leave with a clear understanding of Python networking features and how to code with a wide range of third party and vendor-specific libraries for controlling networking and network equipment. Students will gain hands-on experience with Python and network systems applications; will work with Cisco IOS, VMware NSX, and Arista EOS; and will learn how to use Ansible to automate network configurations.

Upon completion of the training, attendees will have the skills and information necessary to begin developing purpose-built Python applications to integrate with and control networking systems in an enterprise setting.

Who Should Attend

Network Engineers

What Attendees Will Learn

This course is designed to help network engineers unlock the power of Python in combination with the programmability of modern networking systems.

  • Python overview: functions, classes, I/O, creating programs
  • Python automated tests and continuous integration (CI)
  • Python networking packages
  • Cisco IOS, VMware NSX, and Arista EOS operations
  • Ansible for Networks

Prerequisites

Attendees must have experience with networks and networking systems, as well as some programming experience.

Delivery

Available for Instructor-Led (ILT) in-person/onsite training or Virtual Instructor-Led training (VILT) delivery.

Each attendee will require the ability to ssh into a cloud hosted virtual machine (provided with the course). In environments where SSH is not possible, local lab VMs or browser accessible lab systems can be provided. For web-based delivery, participants require an Internet-connected computer capable of teleconferencing.

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