Gain insights into DevOps in Azure, delve into configuration management, CI/CD, and Infrastructure as Code. Explore tools like GitHub and Kubernetes through hands-on projects to become a DevOps professional.

admintodevops.tar.gz

Username

Password

AZURE_SUBSCRIPTION_ID

AZURE_CLIENT_ID

AZURE_SECRET

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Git_Email

Git_Name

Azure

Ansible

Chrome

vscode 

Azure-VM

Terraform

az-boards

azure-instances

azure-pipelines

Docker

This course is for anyone in IT or software engineering who wants to learn more about DevOps and, specifically, how to follow DevOps practices in Azure. Whether you’re a system administrator, engineer, developer, or IT manager, this course will help you understand what it takes to deliver more value to customers with DevOps.

You will dive into concepts like configuration management, continuous integration/continuous delivery, and Infrastructure as Code. You will learn the key tools used by DevOps professionals such as: the command line, Visual Studio Code, GitHub, Kubernetes, and more.

You will complete various projects throughout the course where each chapter’s project is designed in a step-by-step manner to walk you through using the tool just as you would in your daily life.

By the time you finish, you will have the foundations in place to become a DevOps professional.

The Complete Guide to DevOps in Azure

# Handling specific inbound port mappings

Let's say you have created a VM availability set with five VMs all running your website. Clients are connecting to the load balancer and the load balancer is distributing web traffic to the best backend pool instance.

The setup is working well, but you now need to perform some maintenance to the website. You need to use Remote Desktop Protocol (RDP) to connect to one of the VMs serving your website. As is, this is not possible. The load balancer cannot direct traffic to one particular instance, and it’s only allowing web traffic at this time anyway. You need an **inbound NAT rule**.

Inbound NAT rules forward traffic from a port of a specific frontend IP address to a specific port of an instance inside of the virtual network (vNet) the load balancer and backend pool are a part of.

In this example, you'd set up an inbound NAT rule to forward port 3389 (RDP) to port 3389 to an individual VM behind the load balancer. In the following screenshot, you can see all options available to you.

Learn how to create inbound and outbound port rules in this lesson. 

Port Mappings

Learn how to create inbound and outbound port rules in this lesson.

Getting Started

Azure from the Command Line with Cloud Shell

Visual Studio Code

Azure Boards

Git and GitHub

Azure VM Availability Sets

Azure Resource Manager (ARM) Templates

Terraform

Ansible

Azure Load Balancers

Monitoring in Azure

Azure Pipelines

Docker

Kubernetes

Conclusion

Port Mappings

Handling specific inbound port mappings