Introducing Python and Web Services Programmability for Network Engineers (IPWSP-NE v3.0)

Price
$4,395.00
Duration
 4 Days
Delivery Methods
 VILT    Private Group

Introducing Python and Web Services Protocols for Network Engineers 3.0 is a 4-day hands-on course that focuses on the interoperability of Python programming with Networking to prepare the Next Generation Engineers for Software Defined Networking. This class is designed for Network Engineers and Administrators looking to add necessary programming skills in preparation for various ACI and SDN technologies as well as interacting with WEB Services on appliances such as the F5, A10, and Cisco UCS. The course has been modified to emphasize the skillset of data extraction for interacting with BIG DATA platforms.

 

Upcoming Class Dates and Times

Apr 06  - Apr 09, 2021
8:00AM - 4:00PM Central
4 Days
Virtual Instructor Led
Jun 01  - Jun 04, 2021
8:00AM - 4:00PM Central
4 Days
Virtual Instructor Led

Who Should Attend

  • Network Administrators
  • Network Engineers
  • Network Operations Technicians
  • Students interested in learning about programming

Course Objectives

  • Understand and describe basic and advanced Python terminologies
  • Identify Python script errors and correct
  • Query and reconfigure networking devices using Python scripts
  • Introduction to RESTful API utilizing JSON and XML
  • Apply Web Services Protocols to Multivendor Platforms (The CSR 1000v is used as the platform for demonstration)

Agenda

1 - Basic Constructs
  • This lesson describes foundational terminology within Python. Upon completing this lesson, the student will be able to explain many of the basic constructs, including their role within the programming language.
  • Describe and execute strings
  • Describe and execute printing
  • Describe and execute variables
  • Describe and execute built in methods
  • Describe and execute input from users
  • Describe Boolean
2 - Advanced Constructs
  • This lesson describes more of the advanced foundational terminology within Python. Upon completing this lesson, the student will be able to explain many of the advanced constructs, including their role within the programming language.
  • Describe and execute redundant scripts
  • Describe and execute functions
  • Describe and execute classes
3 - Scaling Python
  • This lesson will begin to apply the Python programming language to execute basic networking tasks. Upon completing this lesson, the student will be able to apply the constructs in the previous lessons to execute reading and writing to file tasks.
  • Describe and execute Reading Files scripts
  • Describe and execute Writing to File scripts
  • Describe and execute Reading and Writing to Spreadsheets
  • Describe Reading and Writing to Databases
  • Describe and execute substituting strings and integers
  • Describe and execute while loops
  • Describe and execute for loops and lists
  • Describe and execute slicing
  • Updating and edit a list
  • Error checking
4 - Dictionaries and Regular Expressions
  • This lesson will detail Dictionaries and Regular Expressions and it’s use within the Python Programming language. Upon completing this lesson, the student will be able explain and construct programs that include dictionaries and regular expressions.
  • Describe and execute dictionaries
  • Delete dictionaries
  • Describe and execute dictionaries with lists
  • Describe and execute Regular expressions (match, search, findall, sub)
5 - Introduction to Web Services Protocols
  • This lesson will detail the basic Web Services Protocols used throughout the course. The RESTful API and Management Information Model are introduced as an extension of the common CLI over SSH method for accessing data.
  • Describe the common Web Services Protocols and Transport methods
  • Describe The Management Information Tree view of accessing objects
  • Describe Object naming conventions
  • Describe what an encoded document is in relation to plain text.
6 - XML and JSON
  • This lesson will detail the properties and formatting of an encoded documents as a means of accessing displaying data. This is a prerequisite to understanding how information is manipulated or extracted from an appliance that offers a web based service.
  • Describe basic XML concepts
  • Describe the format of an XML document
  • Describe basic JSON concepts
  • Describe the format of a JSON document
7 - Data Models
  • This lesson introduces XML as the common data model upon which many platforms utilize today. Although these models are evolving into models such as YANG, it is not a primary focus of the course as extraction is the goal no matter what the model is.
  • Describe the generic parts of an XML Schema
  • Describe the flow of how an XML Schema is used
8 - Modifying the Schema
  • This lesson introduces the various ways to modify and read objects that are contained within a schema.
  • Use CURL to post and retrieve data from a schema
  • Use POSTMAN to post and retrieve data from a schema
  • Use Python with a native API to an appliance
  • Use Python without a native API to an appliance
9 - Data Extraction and Manipulation
  • This lesson teaches the use of taking extracted formatted documents and parsing them for data. Network Engineers gain the benefit of being able to provide data scientists with the data necessary to use the data in a meaningful way.
  • Load and parse a JSON Document
  • Load and Parse an XML Document
10 - Lab Outline
  • DA1: The Basic Script
  • DA2: Introduction to the SSH Script
  • Lab 1: Scaling SSH Script-1
  • Lab 2: Scaling SSH Script-2
  • Lab 3: Efficiency of Functions
  • Lab 4: Reading and Writing to Files-1
  • Lab 5: Reading and Writing to Files-2
  • Lab 6: Advanced SSH Script
  • Lab 7: Working with Regular Expressions
  • Lab 8: Pinger Detector
  • Lab 9: VLAN Checker
  • Lab 10: Final Mentored Lab
  • Lab 11: Challenge-1
  • Lab 12: Challenge-2
  • Lab 13: CURL
  • Lab 14: POSTMAN
  • Lab 15: Python with Web Services