Skip to main content

Use WIM to store your classes.

As I continue in this line of work, I’m constantly faced with the same issue. How do I preserve all the data that I have accumulated? I’m beginning to think that I have the MCT download site sitting in these little USB powered boxes in front of me. I like to add a little value to the classes that I teach. Don’t get me wrong. The people at Microsoft do good work in developing these classes. As the instructor on the front lines though, I know that my students expect more. As a result I have extra labs, handouts, downloads and then some. Well how do you keep all this organized? Imaging.

I know, what are you talking about? Am I supposed to image my computer for each class? Of course not. You can image your files and restore them later. Let me just tell you a big advantage. My 5115A class with all the VMs, books, and my notes comes in at over 8 gigs. After I ran the imagex command with the /compress maximum switch the total file size is 1.8 GB. At that size, I was able to easily fit 5115 and 5116 on a single DVD as a backup. Sealing them up takes time, but deploying them is a breeze.

Rapid deployment can be a life saver when you show up on site and nobody has deployed the VMs for the class. It has happened to me before. I brought several DVDs and passed around my USB hard drive to the students while I started class. It was still 2 hours before everyone had the VMs running. Utilizing the new WIM image format, you can significantly reduce your rollout time in these situations by utilizing the WIM format.

You do not need to zap any hard drives for this. You are merely adding files to the hard drive. Why not zip them? Well, the WIM format takes advantage of single-instance storage. That means if the same file appears 8 times in what you are imaging, it will only be stored once. That saves significant storage space and increases deployment speed. Give it a try.

Comments

Popular posts from this blog

How to run GPResult on a remote client with PowerShell

In the past, to run the GPResult command, you would need to either physically visit this client, have the user do it, or use and RDP connection.  In all cases, this will disrupt the user.  First, you need PowerShell remoting enabled on the target machine.  You can do this via Group Policy . Open PowerShell and type this command. Invoke-Command –ScriptBlock {GPResult /r} –ComputerName <ComputerName> Replace <ComputerName> with the name of the target.  Remember, the target needs to be online and accessible to you.

Set up your Environment to utilize Invoke-GPUpdate

I’m sitting in O’Hare enjoying my 3 hour layover as I get ready to teach a Windows 10 class in Fort Wayne.  I’m actually prepping for my class in Fort Wayne in a few weeks, 10982 Supporting and Troubleshooting Windows 10.  This class is very much like the Windows 7 version that I used to teach so I decided to up the detail quite a bit.  In the GPO troubleshootin chapter, I’m including a demonstration on how to use PowerShell’s Invoke-GPUpdate.  I needed to make sure the environment is set up for me to be able to utilize this cmdlet.  If you read the Notes section on Invoke-GPUpdate’s help file, you will see there are three firwall rules that need to be in place:          Remote Scheduled Tasks Management (RPC)          Remote Scheduled Tasks Management (RPC-ERMAP)          Windows Management Instrumentation (WMI-IN) I decided to create a little PowerShell script to crea...

Where did a User’s Account Get Locked Out?

Updated: May 15, 2015 When this article was originally published, two extra carriage returns were add causing the code to malfunction.  The code below is correct.   My client for this week’s PowerShell class had a really interesting question. They needed to know where an account is being locked out at. OK, interesting. Apparently users hop around clients and forget to log off, leading to eventual lock out of their accounts. The accounts can be unlocked, but are then relocked after Active Directory replication. This problem is solved in two parts. The first one is to modify the event auditing on the network. The second part is resolved with PowerShell. The first part involves creating a group policy that will encompass your Domain Controllers. In this GPO, make these changes. Expand Computer Configuration \ Policies \ Windows Settings \ Security Settings \ Advanced Audit Policy Configuration \ Audit Policies \ Account Management Double click User Account Management C...