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Duration: 24 Days / 192 Hours

Dates: 16.11.2024-03.05.2025

Course Prerequisites: 

-Attending official CCNA Course

-or having a valid CCNA certificate

-or to have knowledge in CCNA level for Cisco networking solutions

Course Purpose: The purpose of this course is to prepare the students for 

-CCNA DEVNET DEVASC

-CCNP DEVNET DEVCOR exam

-on the way to CCIE DEVNET EXPERT

Course Summary:

Part 1: Python

Part 2: REST API With Python

Part 3: Parsing API Data Format JSON With Python

Part 4: Data Frames, HTML Parsing & RegEx

Part 5: Linux

Part 6: Network Automation With Netmiko & PyATS

Part 7: Network Automation With NXAPI

Part 8: API Development With Flask

Part 9: Parsing API Data Format XML With Python

Part 10: Yang

Part 11: Netconf

Part 12: Restconf

Part 13: Managing Cisco API

Part 14: Ansible 

Part 15: Docker 

Part 16: Kubernetes 

Part 17: Puppet

Part 18: Terraform 

Course Index: 

Part 1: Python

Module 1.1: Language Overview

Module 1.2: Standard Data Types

Module 1.3: Flow Control

Module 1.4: Functions

Module 1.5: Lists and Tuples

Module 1.6: Dictionaries

Module 1.7: External Libraries

Module 1.8: Basic File Operations

Module 1.9: Exception Handling

Module 1.10: OS Operations & File Management

Module 1.11: Advanced Algoritms

Module 1.12: Log File Index Management

Module 1.13: Python Code Index Management At Any Folder

Module 1.14: Object Oriented Programming: Encapsulation & Inheritance

Part 2: REST API With Python

Module 2.1: List Comprehension 

Module 2.2: What is Model Driven Automation

Module 2.3: What is HTTP ?

Module 2.4: How HTTP works ?

Module 2.5: What is Rest API

Module 2.6: What are API Data Formats?

Module 2.7: List Comprehension

Module 2.8: Parsing Public Colorado Population API With Python 

Module 2.9: Parsing News API With Python 

Module 2.10: Parsing NASA API With Python 

Module 2.11: OPEN AI API

Module 2.12: Webex API

Module 2.13: Webex API With OPEN AI API

Module 2.14: Parsing API With Postman

Module 2.15: Git

Part 3: Parsing API Data Format JSON With Python

Module 3.1: Parsing Capital Cities JSON With Python 

Module 3.2: Parsing Star War JSON With Python 

Module 3.3: Parsing Game Of Thrones JSON With Python 

Module 3.4: Parsing JSON With Postman

Part 4: Data Frames, HTML Parsing and Regex

Module 4.1: Creating Data Frames From JSON, Python Data Types, Excel, CSV

Module 4.2: Parsing Data Frames

Module 4.2: How HTML Parsing Works?

Module 4.3: HTML Parsing For imdb.html

Module 4.4: HTML Parsing For StackOverFlow Pages

Module 4.5: HTML Parsing For GitHub Pages

Module 4.6: Regular Expressions Search

Module 4.7: Regular Expressions Match & Group

Module 4.8: Parsing Emails With Regex

Part 5: Linux

Module 5.1: Linux Distributions and Shell Types

Module 5.2: Basic Commands

Module 5.3: Standard I/O and Pipes

Module 5.4: vi/vim Text Edito

Module 5.5: Permissions on Linux

Module 5.6: Archiving files and OpenSSH

Module 5.7: Linux File System

Module 5.8: Service Management

Module 5.9: Account Management

Module 5.10: Process Management

Module 5.11: Software Management

Module 5.12: System Log Files

Part 6: Network Automation With Netmiko & PyATS

Module 6.1: Introduction to Netmiko

Module 6.2: Introduction to TextFSM

Module 6.3: Configure Multiple Devices With Netmiko Via JSON

Module 6.4: Serial Numbers With Netmiko & TextFSM

Module 6.5: Excel With Netmiko & TextFSM

Module 6.6: Configure Multiple Network Devices With Txt file

Module 6.7: Configure Multiple Network Devices With Multi-Threading and Netmiko

Module 6.8: Concurrent Futures Multithreading

Module 6.9: Create and Parse Custom TTP Template For Network Automation

Module 6.10: Clone Vlan & Interface Configuration with TextFSM

Module 6.11: 802.1X With Netmiko

Module 6.12: Applying Access Restrictions In Management Network With Netmiko

Module 6.13: Gathering Interface Info From NXOS & IOS-XE With Netmiko

Module 6.14: Creating and Parsing Jinja Template

Module 6.15: Creating Dynamic Templates With Jinja: OSPF Configuration

Module 6.16: Installing PyATS

Module 6.17: Testbed and Parsing Network Configuration With Python

Module 6.18: PyATS DataQuery(Dq)

Module 6.19: PyATS & Jinja(Dynamic Network Configuration)

Module 6.20: Network Testing With PyATS

Mobule 6.21: Execute Script from SSH Jumpserver to remote Host(Netmiko redispatch)    

Part 7: Network Automation With NXAPI

Module 7.1: NXAPI with Sandbox

Module 7.2: NXAPI with Postman

Module 7.3: NXAPI with Python

Module 7.4: Converting Yaml with Jinja Template and Configure Nexus

Module 7.5: Zero touch provisioning with NXAPI

Module 7.6: Multi-Threading: Netmiko & NXAPI

Part 8: API Development With Flask

Module 8.1: Introduction to Flask & How Web Server Works?

Module 8.2: Creating API with Flask RestX

Module 8.3: API Endpoint & Query Parameters Management With Flask-RESTX Reqparse

Module 8.4: API Endpoint & Query Parameters With Multiple Choices by Flask-RESTX Reqparse

Module 8.5: SQL & Flask-RESTX Integration: Get/Post/Put/Patch/Delete

Module 8.6: Flask-RESTX Upload/Display/Download Photo

Module 8.7: Flask-RESTX Upload/Display/Download Excel

Module 8.8: Flask-RESTX Chatbot With OpenAI

Module 8.9: Create NXAPI Sandbox With Flask

Module 8.10: Network API Management With SQL 

Module 8.11: Create Network ChatBot(Upload Photo to OpenAPI, Create code for configuration, Test Code, Execute Code)

Part 9: Parsing API Data Format XML With Python

Module 9.1: Parsing XML

Module 9.2: What is XML?

Module 9.3: Parsing XML With ElementTree: Washington University Course Schedule

Module 9.4: Parsing XML With ElementTree: KC Instructor List

Module 9.5: Parsing & Editting XML With ElementTree, xmltodict, xml.dom.minidom

Module 9.6: Parsing Device Config XML With ElementTree, xmltodict, xml.dom.minidom

Part 10: YANG Data Modeling Language

Module 10.1: What is YANG? How Yang Works?

Module 10.2: Installing Pyang on Ubuntu

Module 10.3: Working With Yang and XML via Pyang

Module 10.4: Install Yang on Ubuntu & Work With Pyang

Module 10.5: Yang & XML: module, namespace, prefix, container, leaf and leaf list statements

Module 10.6: Yang & XML: list, grouping, key, leafref

Module 10.7: Yang & XML: pattern, length, range and import statements

Module 10.8: Yang & XML: choices, when, enum, unit statements & Read only nodes

Part 11: Netconf

Module 11.1: What is Netconf? How Netconf Works?

Module 11.2: Enabling NetConf On Cisco IOS-XE

Module 11.3: get-config/Ncclient: Receive Configuration From Device

Module 11.4: edit-config/Ncclient: Configure A Device With NetConf

Module 11.5: Configuration With Yang Suite 

Module 11.6: Use Yang Suite & Ncclient Together For Configuration

Module 11.7: Downloading YANG files via NETCONF from a device

Module 11.8: Developing XML Templates With Yang For NetConf

Part 12: Restconf

Module 12.1: What is RestConf? How RestConf Works?

Module 12.2: RestConf & Cisco Nexus Sandbox

Module 12.3: RestConf & Cisco IOS-XE Postman

Module 12.4: Configure Cisco IOS-XE Device With RestConf 

Module 12.5: Using RestConf With JSON

Part 13: Managing Cisco API

Module 13.1: Working With Cisco Catalyst Center (Former DNA Center) API

Module 13.2: Working With Cisco Meraki API

Module 13.3: Working With Cisco FirePower API

Module 13.4: Get NED Package Data With RestConf From Cisco NSO

Module 13.5: Get Device Configuration Data With RestConf From Cisco NSO

Module 13.6: Get Authgroup Data With RestConf From Cisco NSO

Module 13.7: Create & Delete Authgroup Data With RestConf At Cisco NSO

Module 13.8: Create Static Template With RestConf At Cisco NSO

Module 13.9: Get Static Template Data With RestConf From Cisco NSO

Module 13.10: Apply Static Template Into Device Group With RestConf At Cisco NSO

Module 13.11: Create Dynamic Template With RestConf At Cisco NSO

Module 13.12: Get, Create & Apply Compliance Reports With RestConf At Cisco NSO

Module 13.13: Delete Compliance Reports With RestConf At Cisco NSO

Module 13.13: Migrate NED Packages For A Device With RestConf At Cisco NSO

Part 14: Network Automation With Ansible

Module 14.1: Ansible Installation    

Module 14.2: Setting up the Ansible Files: Inventory & Playbooks    

Module 14.3: Confirm Ansible and Host Connectivity    

Module 14.4: Network Automation for Routing, Switching, & Nexus-OS    

Module 14.5: Network Configuration With Ansible

Module 14.6: Roles

Module 14.7: Ansible Vault

Part 15: Docker

Module 15.1: What is Docker ?

Module 15.2: What is Container ?

Module 15.3: How Docker and Container works ?

Module 15.4: What is Kubernetes ?

Module 15.5: How Kubernetes works ?

Module 15.6: Python Unit Tests (Assert & Unittest)

Module 15.7: Docker Installation and Hello World Container

Module 15.8: NGINX Container Installation and Other Web Services Management

Module 15.9: Interpret a Dockerfile

Module 15.10: Working With Container Images & Docker Hub

Module 15.11: Containerize An API

Module 15.12: Docker Cluster Services

Module 15.13: Container Network

Module 15.14: Volumes

Module 15.15: Containerize An Application Using Docker

Module 15.16: Docker Compose

Module 15.17: Docker Swarm

Module 15.18: Load Balance Network Automation Application

Part 16: Kubernetes 

Module 16.1: Introduction To Kubernetes

Module 16.2: Building a Kubernetes 1.27 Cluster with kubeadm

Module 16.3: Working with Kubernetes Using kubectl

Module 16.4: Running Containers with Kubernetes

Module 17: Puppet

Module 17.1: Introduction to Puppet 

Module 17.2: How Puppet Works in a Production Environment

Module 17.3: Best Practices for Implementing Puppet

Module 17.4: Creating Your Very First Puppet File

Module 18: Terraform 

Module 18.1: Introduction to Terraform 

Module 18.2: Installing Terraform and Working with Terraform Providers

Module 18.3: Using Terraform CLI Commands (workspace and state) to Manipulate a Terraform Deployment

Module 18.4: Building and Testing a Basic Terraform Module

Module 18.5: Exploring Terraform State Functionality