Introduction
Azure allows you to work with Virtual Machines, like Linux, Windows Server, SQL Server, Oracle, IBM, and SAP, by providing different supports with a large range of computing solutions, running applications, development, and testing etc. Here, Azure also supports you to work with Open Source for flexibility.
Requirements
- Windows Azure account
Follow the following steps to create a VM and attach a disk to it:
Note: Here, we will be using Windows Server
Step 1: Login to your azure management portal by this URL.
Step 2: Create a VM (Windows Server 2012) ,
![VM]()
Step 3: Now, download the remote desktop connectivity file and connect for the VM – Windows Server 2012.
Note: Make sure that there is no proxy added at your internet connectivity.
![connectivity]()
Click on the RDP file and connect.
![connect]()
Enter the login credentials, now.
![credentials]()
![credentials]()
Once your VM is connected, the Server Manager will be opened automatically.
![Server Manager]()
Now, the VM is created.
Let’s start working on attaching disks to the VM.
Attaching Disks to Virtual Machines
Step 4: Go to the Azure Management portal and click on Attach -> Attach Empty Disk.
![portal]()
Step 5: Now, enter the size that you want, for the disk to be attached. I have added 5 GB.
![disk]()
Once the disk is attached, go to the Server Manager in the VM created.
Server Manager -> File and Storage Services -> Disks.
![Disks]()
Here, you can find the Disk created.
Step 6: Server Manager ->Tools -> Computer Management.
![Computer Management]()
Step 7: Click on Disk Management.
![Disk Management]()
Now, click on OK.
Step 8: Go to the New Simple Volume by right clicking on the Disk 2.
![New Simple Volume]()
![New Simple Volume]()
Step 9: Next -> Allocate the Volume size -> Drive Letter -> File System.
![Allocate the Volume size]()
![File System]()
![File System]()
![File System]()
Step 10: Now, the following pop-up will open. Click on the Format Disk and undergo a complete format.
![File System]()
![File System]()
![File System]()
Now, you can find the disk attached.
![disk]()