- On July 1, 2017
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Python as an automation tool in the Data Center
This course will be 30% Theory and 70% hands on practical learning. The goal of the course is not to discuss the abstract concepts and terminology of Python. We will instead learn about specific logical constructs that exist in Python, that will enable us to programmatically begin automating networks and network elements.
As network engineers, we have to realize that our industry is changing; evolving. The days of strict command line configuration of networks and networking elements are coming to a close. We need to add programming as a functional skill set to our tool chest, however, we do not need to know everything a Python programming expert needs to know to develop and deploy code like in machine learning applications. The majority of us are just interested in what we need to know to manipulate network environments. To that end this course was developed to assist us by first focusing on how to configure traditional IOS devices with Python. These exercises have been designed to provide us with goal based, practical learning opportunities. However, we will quickly demonstrate how this is useful to learning the programmatic aspects of Python, but not very practical once it is applied at scale.
With this we will move into the application of Python in concert with many different Application Programmable Interfaces. We will explore NXOS, UCS and ACI APIs to name a few. We will be automating network functionality, and orchestrating operational tasks from day one of this course.
Note: this course will be constantly expanded to include more components that can be orchestrated with Python. It is our expectation to add elements embracing Open Daylight, VMware, APIC-EM and Openstack (to name a few). This course is one part of our “Pathway to Software Defined Networking” learning series.
It is necessary that students have CCNA Routing and Switching qualifications or the equivalent work experience. We will be using Python to push commands and syntax to devices, and the nature and structure of those command are outside the scope of this course. Regarding Python, some familiarity will be helpful but no actually knowledge of how to write python scripts will be necessary.
Course Delivery Method:
This boot camp is a combination of lecture and hands-on labs.
Boot Camp Hours:
9:00 AM – 5:00 PM Central Time
Python Foundations for Network Engineers
- Understanding Python
- Data types:
*Guide Lab: Python Foundations-I
- Working with Files
*Guided Lab: Python Foundations-2
Writing and Troubleshooting Python Scripts
- Writing Scripts
- Executing Scripts
- Analyzing Code
- Error Handling
*Guided Lab: Writing and Troubleshooting Python Scripts
- Python Module
- Python Package
*Guided Lab: Custom Python Libraries
Network API’s and Protocols
- Evolution of Network Programmability
- Data Encoding Formats
*Guided Lab: Working with JSON objects in Python
*Guided Lab: Working with XML in Python
- Data Models
- Model-Driven Programmability Stack
Cisco NX-OS Programmability
- NX-API CLI Part 1
*Guided Lab: NX-API Discovery
- NX-API CLI Part 2
- Python on Box
- NX-API REST
*Guided Lab: Using Python on the Nexus Switch
Cisco ACI Programmability
- Northbound and Southbound Layers
- REST APIs
- REST API Message Format
- Cisco ACI APIC Object-Based Tree
- dMIT Queries
- Cisco ACI Cobra SDK (Python)
- Cisco ACI toolkit
- Cisco ACI Power Tool
- Cisco APIC REST to Python Adapter
*Guided Lab: ACI Cobra Automation Exercises
- UCS Director
- OpenStack API Options
Payment Policy / Options:
- Prepayment is required for all courses and packages. All prices are based on USD currency.
- Pricing, registration terms, and conditions are subject to change without notice.
- Payment can be made using following methods:
- Credit Card: American Express, MasterCard, Visa.
- CISCO Learning Credits (to submit CLC request please contact email@example.com).
- Bank Wire.
There are no free retakes for this track.
There are no refunds. You will be issued a credit. There is no expiration for the credit. You can take the class at a different date or location at no additional cost. We need a minimum of two weeks notice for postponing the class.