Azure – Page 11 – Buchatech.com

IT Unity Community Champ & 25 ITSM Experts Feature

March 15, 2017 by sbuchanan

This has been an exciting year so far and an even more exciting week! I want to share that I am humbly honored to be featured twice this week. Once as an IT Community Champ by the highly respected Mary Jo Foley on www.petri.com and added to this years 25 ITSM Experts to watch list by Cherwell. 🙂 Again all of this was an unexpected surprise and I am honored to be included. For information on both of these check out the links below:

Featured on Mary Jo Foley‘s IT Unity Community column (petri.com)
https://www.petri.com/community-champs/stev

Cherwell’s 25 IT Service Management Experts to Watch in 2017
https://www.cherwell.com/blog/25-it-service-management-experts-to-watch-in-2017

Azure Stack POC Hardware

March 5, 2017 by sbuchanan

I have been asked several times what I use for my Azure Stack rig and where I got the hardware from. I am going to share in this post what I use to run my single node Azure Stack POC. I bought all parts from newegg.com. Here is a list of the parts:

Motherboard: MSI X99A SLI KRAIT EDITION LGA 2011-v3 Intel X99 SATA 6Gb/s USB 3.1 USB 3.0 ATX Intel
Video Card: EVGA GeForce 210 DirectX 10.1 512-P3-1310-LR 512MB 32-Bit DDR3 PCI Express 2.0 x16 HDCP Ready Low Profile
Power Supply: EVGA 750 BQ 110-BQ-0750-V1 80+ BRONZE 750W Semi Modular Includes Power On Self Tester
Processor: Intel Core i7-5820K Haswell-E 6-Core 3.3 GHz LGA 2011-v3 140W BX80648I75820K Desktop
NOTE: I was not paying attention when I bought this. Azure Stack needs 12 cores. I am able to work around this and have not run into problems yet. When I get a chance and $$$ I will upgrade this.
3 SSD Hard Drives: PNY CS1311 2.5″ 960GB SATA-III (6 Gb/s) TLC Internal Solid State Drive (SSD) SSD7CS1311-960-RB
NOTE: I bought a couple of more Kingston brand SSD’s. I use these for the OS and general storage.
Memory: G.SKILL Ripjaws 4 Series 128GB (8 x 16GB) 288-Pin DDR4 SDRAM DDR4 2800 (PC4 22400) Intel X99 Platform Extreme Performance Memory Model F4-2800C15Q2-128GRKD
Case: Corsair Carbide Series Air 540 CC-9011034-WLED Silver Steel ATX Cube Computer Case

As you can see this is generic hardware. The cost of this hardware was just over $2k USD. I have been running Azure Stack since TP1 on this hardware and I am currently running TP3. This is a personal lab for just me and Azure Stack runs well on my hardware. Don’t let a lack of hardware stop you from diving into Azure Stack. As you can see from this post it does not take much to pick up some parts and get going.

I do also run another Azure Stack POC on much better hardware at work. I can’t wait to get a multi-node environment on one of the hardware providers (Cisco, Dell, Lenovo, or HP) platform.

Here is what my rig looks like complete with Azure Stack and other stickers :-).

Before it was built:

After it was built and running:

Azure or Azure Stack “Write Once, Deploy Anywhere” Update

December 20, 2016 by sbuchanan

A while back I wrote a blog post about being able to take one IaaS VM Azure Resource Manager (ARM) template and deploy it to both Azure or Azure Stack. This blog post included a JSON file and the PowerShell to do this. The idea for that came from needing to set up a cool and working demo for MMS 2016 and the need to showcase the power of Microsoft’s HybridCloud. Here is a link to that original blog post:

Write once, deploy anywhere (Azure or Azure Stack)

Today I have finished updating the PowerShell and ARM template/JSON file to be more streamlined and to work with TP2. Here is the link to download these:Here are the updates:

https://gallery.technet.microsoft.com/Create-VM-on-Azure-or-3c6d0420

Here are the updates:

The JSON and PowerShell script have been modified to work with Azure Stack TP2.
This script now utilizes the connection PowerShell module AzureStack.Connect.psm1 from Azure Stack tools.
This is included with the download of this script and JSON file on TechNet Gallery.
The script is hard coded to look locally to import the AzureStack.Connect.psm1 module.
Streamlined the JSON file and PowerShell script.
The script no longer prompts for the publicDNS name. It is now automatically set to the same as the vmname.
The script no longer prompts for the storage account name. It is automatically set to vmnamestorage.
The script no longer prompts for the resourcegroup name. This is now automatically set to vmname-RG.
By default this script now uses a JSON file hosted on Github. This is set in the $templateFilePath variable as shown on the next line.
To keep it to the local directory just use the JSON file name.

GITHUB: $templateFilePath = “https://raw.githubusercontent.com/Buchatech/Azure-AzureStackVM/master/AzureandAzureStack.json”
LOCAL: $templateFilePath = “AzureandAzureStack.json“

This will be my last blog post of 2016. See you next year folks…..

Happy Stacking!

Resource Group Clean-up in Azure Stack

December 12, 2016 by sbuchanan

If you are like me, you end up creating a ton of resource groups in Azure Stack when testing things out. I needed a way to delete them without having to click one each one via the portal. The best option of course is to leverage PowerShell. I threw together some PowerShell to handle this. I came up with two options #1 can be used to delete a bunch of RG’s that have a common name. For example, I had a bunch of VM00* resource groups. I use the script to go loop through and delete all resource groups with VMO in the name. Option #2 pop’s up a GUI window so I could select the RG’s I wanted to delete. It put them in an array and then looped through to delete them in one shot.

This is great because I can kick this off and go do something else. I will share both below in this blog post along with some screenshots. I won’t have a download for the PowerShell syntax so just copy from this post if you want to use it. Be sure to use AzureStack.Connect.psm1 for connecting to your Azure Stack environment before running any of the following code.

Code:
#1

#Create Variable of RG’s with common name
$Resourcegroups = Get-AzureRmResourceGroup | where {$_.ResourceGroupName -like (‘*VM0*’)}

#Create array of RG’s
$RGLIST = $Resourcegroups.ResourceGroupName

#Loop to remove each resource group in the array
ForEach(
$rg in $RGLIST
)
{
Get-AzureRmResourceGroup -Name $rg -ErrorAction SilentlyContinue | Remove-AzureRmResourceGroup -Force -Verbose
}

This image shows the array of RG’s that will be looped through. I highlighted vm003rg in the array and in the PowerShell status message.

The following screenshot shows VM003RG being deleted in the Azure Stack portal.

#Create Variable of RG’s from GUI selection
$selectedrgs = (Get-AzureRmResourceGroup | Out-GridView ` -Title “Select ResouceGroups you want to remove.”` -PassThru).ResourceGroupName

#Loop to remove each resource group in the array
ForEach(
$rg in $selectedrgs
)
{
Get-AzureRmResourceGroup -Name $rg -ErrorAction SilentlyContinue | Remove-AzureRmResourceGroup -Force -Verbose
}

After running the Create Variable of RG’s from GUI selection part of the code a window as shown in the following screenshot will pop up. Select the RG’s you want to remove, click Ok and they will be placed into an array.

Below if the output of the array. Run the Loop to remove each resource group in the array part of the code and each of the RG’s will be removed.

I have also used this when a resource group would not delete from the portal. On some stubborn resource groups I have had to run this a couple of times. This is a short post. I hope this helps someone out!

Azure & RRAS Site to Site VPN Setup (Azure Resource Manager)

September 24, 2016 by sbuchanan

Background

I have not seen a lot of posts out there on setting up Azure Site to Site VPN Setup Azure Resource Manager. The ones I did follow had some missing steps. Setting up the AS2S is a pretty detailed process so I wanted to put the steps I had to follow in a blog post.

What you will need:

On-Premises

RRAS installed on an on-premises server.
At least 1 NIC on your RRAS server.
Your public IP. This will not work with dynamic DNS. You have to have a public IP. If you don’t own a public IP you can still use the dynamic public IP your ISP has assigned to you. You will need to just watch it and manually update it in Azure when it changes.
UDP Ports 500, 4500, and 1701 forwarded to your RRAS server. This is if your RRAS server is behind a NAT device.
Either your servers pointed to RRAS for their gateway or static routes setup on the VM’s you want to be able to communicate with Azure.

Azure:

Addressing:

For on-premises you can use whatever you want. I use 192.168.0.x/24.

For Azure we will use 10.121.0.x/16 and 10.121.0.0/24 and 10.121.1.0/24.

Steps:

~ AZURE CONFIGURATION FIRST! ~

First we will start off with configuring the network components we need up in Azure. Start by going to the Azure portal at https://portal.azure.com.

STEP 1: I would setup a resource group. You will put all of your resources for the site to site VPN in here for better tracking and management. As an example I named mine: “S2SVPN-Buchatech-LabRG“.

as2svpn-29

NOTE: Our resource group is empty at this point.

STEP 2: Let’s start off by creating a virtual network. Go to:

Virtual networks>Create virtual network and click on Add. Let’s name this “S2SVPN-RRAS-Vnet“.

Give it “10.121.0.0/16” for the address space. This has to have enough room to place two subnets into it.

For the first subnet make the Subnet Name “Azure-VMs“. Make the Subnet address range “10.121.0.0/24“. Set it to the resource group you created in the previous step.

NOTE: I recommend placing all resources that will be a part of your site to site VPN in the same region. I used North Central US.

as2svpn-1

STEP 3:

We will be creating a virtual network gateway. This network gateway will contain the second subnet.

Go to Virtual networks>S2SVPN-RRAS-Vnet>Settings>Subnets.

Click on + Gateway subnet. For the Address Range use “10.121.1.0/24“. This address range is the IP range for your RRAS server to use.

So in your virtual network you should now have the two following Subnets:

as2svpn-2

STEP 4:

Now navigate to Virtual network gateways and click on Add. Name the gateway “S2SVPN-RRAS-VnetGW“. For the virtual network select our existing one named S2SVPN-RRAS-Vnet. Leave the gateway type to VPN, and leave VPN type to Route-based. For the public IP we don’t have one so we will need to create one here. Click on Choose a public IP address and a blade will fly out. Click on Create New.

as2svpn-3

I give it a name of “S2SVPN-RRAS-VnetGW-IP“. Your settings should look like this:

as2svpn-4

After the Virtual network gateways is created go and get the public IP addresses. We will need to plug this into RRAS later. You can get this by going here: Virtual network gateways>S2SVPN-RRAS-VnetGW>S2SVPN-RRAS-VnetGW-IP>Settings.

as2svpn-5

NOTE: It may take some time to provision the public IP so be patient here.

STEP 5:

Next up we need to configure a Local network gateway. Go to:

Local network gateways and click on +Add. On Create local network gateway name it

“S2SVPN-RRAS-LocalNetGW“, enter the public IP of your RRAS server, In the address space enter an IP range or ranges for your on-premises network , and select your RG.

as2svpn-6

NOTE: If you do not know what the public IP is on your RRAS server’s network just visit http://ipchicken.com and it will display it.

Now we need to create a connection in our local gateway. To do this navigate to the settings>connections and click on + Add. Name this “S2SVPN-RRAS-LocalNetGW-Connection“.

The Connection type will default to Site-to-site (IPsec). Leave this. Set the Virtual network gateway to “S2SVPN-RRAS-VnetGW“. Set a Shared key (PSK) to be used and remember this will also be used on the RRAS server so document this somewhere.

as2svpn-7

That’s it for the network configuration up in Azure. As long as everything was followed in these steps you should now have the following in your resource group.

as2svpn-8

~ RRAS CONFIGURATION! ~

WordPress as front-end for Azure Automation

July 10, 2016 by sbuchanan

With Azure Automation there are cases where you will need to have a form that end users can go fill out to kick off an automation runbook. Back with System Center Orchestrator we could use Service Manager’s self-service portal as the front end for our automations. This was a solution that worked well. With Azure Automation we do not have that luxury at least not yet we don’t. There is a community based Azure automation webhook Service Manager (SCSM) connector in the works. One of my colleagues Rob Plank is a part of this project and says it should ready to release very soon. This connector will allow you to use the SCSM portal as the frontend of Azure Automation via webhooks, know when a webhook expires, and see a runbooks job status. Here are some teaser screenshots of the connector.

There also are a few posts out there on how to leverage other platforms as the frontend for Azure Automation these are “how to use SharePoint as the frontend of Azure Automation” by Anders Bengtsson and “how to use an ASP website as the frontend to Azure Automation” by a friend of mine and fellow Microsoft MVP Florent Appointaire. Well in this post I am going to show you how to use the popular platform WordPress as the frontend for Azure Automation. The cool thing here is that this is another instance of showcasing the ability to utilize Microsoft and Open Source technologies together. 🙂

Here are the steps at a high level

Have an Azure Automation account on Azure
Setup your runbook/s in Azure Automation
Setup a webhook on your runbook/s in Azure Automation
Have a WordPress instance
Install Ninja Forms plugin in the WordPress instance
Install the Webhooks add on for Ninja Forms
Setup your runbook frontend form/s
Configure the runbook frontend form/s to connect to the Azure Automation webhook

Let’s get started!

Step 1: Have an Azure Automation account on Azure

To get started with Azure Automation go here: https://azure.microsoft.com/en-us/documentation/articles/automation-intro. I am not going to cover this within this blog post.

Step 2: Setup your runbook/s in Azure Automation

For this testing this scenario and this post I grabbed a couple of Azure Automation runbooks built by the Microsoft AzureAutomationTeam and made available in the Azure Automation Runbook Gallery. These runbooks start and stop Azure virtual machines.

Runbook #1 Name:

Start-AzureV2VMs

Description:

This runbook connects to Azure and starts all VMs in an Azure subscription or resource group.

Runbook #2 Name:

Stop-AzureV2VMs

Description:

This runbook connects to Azure and stops all VMs in an Azure subscription or resource group.

Both runbooks have two parameters they need. These are:

param (

[Parameter(Mandatory=$false)]

[String] $AzureConnectionAssetName = “AzureRunAsConnection”,

[Parameter(Mandatory=$false)]

[String] $ResourceGroupName

We need to pay attention to these when setting up the webhooks and these often become your fields on your front end form.

Step 3: Setup a webhook on your runbook/s in Azure Automation

Here are the steps to setup a webhook for an Azure Automation Runbook.

First off make sure your runbook/s are in a published authoring status.

Within https://portal.azure.com Navigate to

YOURAZUREAUTOMATIONACCOUNT

Runbooks

YOURRUNBOOK (Start-AzureV2VMs)

Webhooks

From here click on the Add Webhook button.

The Add Webhook blade will fly out. Here you will want to click on Create new webhook to make the next blade flyout.

Here you need to give your webhook a name, set to enabled, set when it will expire and COPY THE URL TO A SAFE PLACE.

NOTE: You will not be able to access the webhook URL after this.

Click OK.

Next you need to click on Configure parameters and run settings. This is where you set the parameters from the runbook.

If your parameters are required you have to set them here. If they are optional you can leave them blank here and pass the data into the runbook from the frontend form via a $WebhookData object.

In my case I put AzureRunAsConnection directly in the webhook. I created a credentials asset in Azure Automation with the account containing the needed permissions to perform the actions from the runbook in my Azure account (Start/Stop VM’s).

I left the resourcegroupname blank as I will pass this in from the front end form. I left the Run Settings to run on Azure as I do not have a Hybrid Worker setup.

NOTE: A Hybrid Worker lets you run automation runbooks on premises in your data center.

One you have the Webhook and parameters configured click on the Create button to actually create the webhook.

You will now see your new webhook in the webhooks blade.

Note that if you click on a webhook you will not see the URL. You can enable or disable the webhook, see when it expires, and access the parameters. This is shown in the following screenshot.

Step 4: Have a WordPress instance

You can host WordPress on WordPress.org on a hosting account, internally or even on Azure. Here is a link to a tutorial on how to run WordPress on Azure. https://azure.microsoft.com/en-us/documentation/articles/app-service-web-create-web-app-from-marketplace. I am not going to cover how to setup a WordPress instance within this blog post.

Step 5: Install Ninja Forms plugin in the WordPress instance

Here are the steps to install Ninja Forms WordPress plugin.

From within the WordPress admin dashboard click on Plugins.

Click on Add New.

Search for Ninja Forms. Click on the Install button to add the plugin. Make sure you activate the plugin.

You also could manually download and upload the plugin or load it directly into the plugins directory. I have shown you the steps for the easiest way to install it.

The Ninja Forms plugin page can be found here:

https://wordpress.org/plugins/ninja-forms

Step 6: Install the Webhooks add on for Ninja Forms

The Webhooks for Ninja Forms add on can be found here:

https://ninjaforms.com/webhooks-for-ninja-forms

This add on has to be purchased. It is $39 by itself for 1 WordPress instance.

After you buy it you will get the files for download. Again from within the WordPress admin dashboard click on Plugins.

Click on Add New. This time click on the Upload Plugin button and browse to your downloaded Webhooks for Ninja Forms zip folder.

After it is uploaded be sure to activate it.

The final step is to install the license for the add on. To do this Click on Forms>Settings>Licenses and input the key that Ninja Forms sent in the Webhooks Key field. Click on Save & Activate.

Step 7: Setup your runbook frontend form/s

Next we need to build the actual form. To do this follow the list of steps.

Click on Forms>Add New. Give your form a Title.

Add a Textbox and put in the label of ResourceGroupName.

I like to make it Required.

Add a Submit button to your form. I labeled it Start.

In the following screenshot is what the form looks like. Note that I have both forms loaded on the same page.

Step 8: Configure the runbook frontend form/s to connect to the Azure Automation webhook

Now is the last step. This is the step in which we configure the form to send data to the Auzre Automation webhook upon submission. This is doing it via POST method.

When editing the form click on the Email & Actions tab. Click on the Add New button.

Give this Action a name.

In the Type dropdown select Webhook.

Enter the Azure Automation webhook URL in the Remote Url field.

Select Post for the Remote Method.

For Args select enter the name of and select the field from your form of the parameters you need to send to the Azure Automation runbook.

You can see this all represented in the following screenshot.

One of the cool things about this solution is we can test the webhook action before actually submitting it to make sure it will work as expected. This testing can be turned on by checking the Run in Debug Mode field. I have highlighted this in the screenshot in green. Checking this box and submitting the form will show debugging information like data sent and response.

Here is an example of what the result in Debug mode will look like:

Make sure you uncheck the Run in Debug Mode field when you are ready to actually start your runbook/s.

Now let’s see what this looks like in Azure Automation when we submit the form.

I have a resource group named 6716vm with one VM in it named 6716vm. So I will enter 6716vm on the form. 6716vm will be passed to the runbook as the resourcegroupname.

You can see the job running in Azure now.

Within the job if you click on Input you can see it has 2 inputs. One is Webhookdata. This is where the 6716vm is located. The other is the Azureconnectionassetname. Remember we hardcoded this into the webhook itself. We can also see in the following screenshot that the job completed.

If we look further at the webhookdata we can see several interesting things. We can see exactly where it put the 6716vm parameter for the resourcegroupname and we can see that this request came from my blog at www.buchatech.com.

{“WebhookName”:”WPhook1″,”RequestBody”:”ResourceGroupName=6716vm”,”RequestHeader”:{“Accept”:”*/*”,”Accept-Encoding”:”deflate; q=1.0″,”Host”:”s1events.azure-automation.net”,”User-Agent”:”WordPress/4.5.3; https://www.buchatech.com”,”x-ms-request-id”:”0ae47ca6-46a4-4ba7-902e-6d33840add75“}}

Pretty cool right? Check out the VM now running:

Now to shut it down I can go back to my WordPress and use the Stop Azure VM form. The possibilities here are endless. I know some of you may be thinking this is great but what if I want to control who can login to see this form and will it work with Active Directory. The answer is YES. WordPress has several plugins that integrate with Active Directly and even have SSO. A couple of these are Active Directory/LDAP Login for Intranet sites and Active Directory Integration.

You can see that WordPress can make a great frontend for your Azure Automation runbooks. That is the end of the post. Happy automating!

5th Year Microsoft MVP!

July 2, 2016 by sbuchanan

Today was a special day as I received an email from Microsoft stating I was awarded as an MVP for the 5th year! Here is the email:

5th Year Microsoft MVP

This marks a special year. Microsoft awards you the special 5 year chip to add to your award. Here is a picture of the chip:

5th Year Microsoft MVP Chip

I am humbled to make it this long in the MVP program. A huge thanks goes out to everyone in the community and Microsoft. And as always I am honored to still be a part of such a great group of people. I have made many friends all over the world with other MVP’s, community, and Microsoft. I am looking forward to another exciting year of contributing to the community.

I will continue to do all that I can in the System Center community this year. Something new you will see from me this year is I will be contributing as much as I can also in the OMS and Azure Stack space. I am very excited about the new opportunities that are coming out of the growth of cloud.

My Microsoft MVP Profile: http://mvp.microsoft.com/en-us/mvp/Steve%20Buchanan-4039736

Congrats to all the other new and renewed MVP’s!

Write once, deploy anywhere (Azure or Azure Stack)

May 22, 2016 by sbuchanan

This blog post is a follow up to the MMS 2016 session I recently delivered together with Microsoft Azure Stack PM Daniel Savage. The session title is “Future-proof your Career with Azure Stack in the New Hybrid Cloud World!” link here: https://www.buchatech.com/2016/04/presenting-at-mms-2016-azure-stack-backup-oms.

My demo is this session was titled “Write once, deploy anywhere“. The purpose of this demo was to show using a single ARM template (JSON file) and a single PowerShell script to deploy a VM regardless of deploying to Azure or Azure Stack. The demo was a success so yes this is really possible. In this post I will break down the JSON file, the PowerShell script, how it works and the download link for the files.

Getting the JSON file and the PowerShell script just right was a challenge as there are still some slight differences between the settings of Azure and Azure Stack. Note that this is the case with Azure Stack TP1 and I fully expect that this will change when it GA’s. In any case it is good to look at this stuff now to start to learn the ins and outs. In the end it was the combined Power of the ARM template and PowerShell to overcome any challenges. Let’s start off by taking a look at the differences in ARM between Azure and Azure Stack in the following table:

Property	Azure	Azure Stack
Location	Azure region (example: CentralUS)	local
blobStorageEndpoint	blob.core.windows.net	blob.azurestack.local
vmSize	Standard_D1	Standard_A1
vmName apiVersion	2015-06-15	2015-06-15
StorageAccountName apiVersion	2015-06-15	2015-06-15
nicName apiVersion	2015-06-15	2015-05-01-preview
vrtualNetworkName apiVersion	2015-06-15	2015-05-01-preview
networkSecurityGroupName apiVersion	2015-06-15	2015-05-01-preview
dnsNameForPublicIP apiVersion	2015-06-15	2015-05-01-preview
torageAccountName apiVersion	2015-06-15	2015-05-01-preview

NOTE: For the apiVersion on the resources Azure Stack requires 2015-05-01-preview. Resources in Azure ARM templates default to apiVersion 2015-06-15. So if we left the resources in the ARM template at apiVersion 2015-06-15 the deployment would fail on Azure Stack. However we are in luck as Azure will accept apiVersion 2015-05-01-preview. So I set vmName and StorageAccountName to apiVersion 2015-06-15 and the rest of the resources apiVersion to 2015-05-01-preview.

vmName and StorageAccountName use the same apiVersion for both Azure and Azure Stack. So Azure Stack accepts 2015-06-15 for both. Even those these are not different across Azure and Azure Stack I still wanted to list it anyway in the table.

If you have multiple subscriptions you will need to input the subscription ID. In my case my Azure has multiple subscriptions but my Azure Stack does not in this lab. In my script for Azure you need the subscription ID. In Azure Stack you do not. You may need to modify this behavior in the script if your scenario is different.

For the deployment it consists of two files. These files are:

AzureandAzureStack.json

CreateVMAzureorAzureStack.ps1

Here is what we have if we crack open the JSON file.

A few things to note about the PowerShell script is that

We prompt to identify if it is an Azure or Azure Stack deployment. We then run the appropriate block of code.
In each of the deployment types (Azure or Azure Stack) we have some things hard coded in (for example blobStorageEndpoint and vmSize) and somethings pulled in dynamically by prompting for them during the script execution (for example subscriptionId and adminPassword).
We are pulling in the parameter and variable values when using New-AzureRmResourceGroup and New-AzureRmResourceGroupDeployment.

NOTE: I am not a PowerShell expert. I am sure there are better more efficient ways to accomplish what I am doing here in the PowerShell script. Nothing was available to accomplish the write once, deploy anywhere goal so I put something together. Feel free to enhance the script and release back to the community.

Here is an example of the location parameter and variable in the JSON file.

The parameter:

The variable:

Referenced in the vmName resource:

Here is an example of how we are leveraging this in the PowerShell script.

For Azure:

For Azure Stack:

Note that you can deploy VM’s to Azure or Azure Stack in many ways (Visual Studio, the portal etc..). I decided to leverage PowerShell to do the deployment’s as it gives me a great amount of flexibility. For the official article on using PowerShell to deploy VM’s to Azure Stack visit:

https://azure.microsoft.com/en-us/documentation/articles/azure-stack-deploy-template-powershell

Now let’s look at deploying a VM to both Azure and Azure Stack using a single PowerShell script and a single ARM template.

— AZURE —

Run the script and you are prompted for some of the VM info.

Then you are prompted to log into your Azure account.

Free Cloud Resources for IT Pro’s

April 21, 2016 by sbuchanan

A couple of years ago Microsoft ended TechNet. A lot of IT Pro’s were unhappy with that decision. IT Pro’s used TechNet to practice in their own labs and get up to speed on new technologies. Well on April 20th, 2016 Microsoft has an answer for this (NOTE: this is my opinion not any official statement from Microsoft).

Microsoft has launched the “Microsoft IT Pro Career Center” and the the free “Microsoft IT Pro Cloud Essentials“.

The Microsoft IT Pro Career Center is a free online resource to help map your cloud career path. Learn what industry experts suggest for your cloud role and the skills to get you there. Follow a learning curriculum at your own pace to build the skills you need most to stay relevant.
Microsoft IT Pro Cloud Essentials is a free annual subscription for IT Pro’s that basically gives you Azure, EMS, O365 resources to practice and learn with. It even comes with a Pluralsight account. It includes:

Free Azure credits to try cloud scenarios like backup, disaster recovery, security & dev/test.
Free Pluralsight subscription for on-line training.
Free Priority support in the TechNet forums.
A free phone support incident for Azure or on-premises products.
A free certification exam voucher. [2]
Extended trials of Enterprise Mobility Suite and Office 365.

This is huge. Many of my IT buddies have said they want to jump in on cloud but could not afford to pay for the accounts out of pocket. Well this is no longer an excuse.

Recently Dice published a report that Azure was #2 on the list of the fastest-growing tech skills. Here is the link:

http://insights.dice.com/2016/04/12/dice-report-fastest-growing-tech-skills-2 . I would bet that with the pace Microsoft is moving with Azure this will become the #1 tech skill in the near future. As an IT Pro Azure is something you definitely want to be looking into.

If you are an IT Pro and you want to get started with cloud jump out there and get started today.

Microsoft IT Pro Career Center:

https://www.itprocloudessentials.com

Microsoft IT Pro Cloud Essentials:

https://www.itprocareercenter.com

How to add SUSE Linux image to Azure Stack

April 11, 2016 by sbuchanan

In Azure Stack you can publish your own images essentially virtual machines that can be used when deploying a new virtual machine. This is handy for publishing servers that need to be pre-configured in a certain way for consumers of your cloud. In order for your published images to show up as an option in compute within Azure Stack the images need to be added to the Platform Image Repository (PIR) within the Compute Resource Provider (CRP).

SUSE has recently published a pre-built SUSE Linux Enterprise Server 12 SP1 image that has been prepped specifically for Azure Stack. This image is ready to go and can be published to the CRP’s PIR without any needed prep of the virtual machine. In this blog post I am going to walk through the steps I took to add this image to my Azure Stack.

SUSE already has an image out there for Azure. The SUSE image used on Azure does not work right now on Azure Stack. As of right now Azure and Azure Stack have different “initialization code”. In the future I would expect these to be the same. The SUSE image also includes SUSE/azurectl a command line tool that helps you manage SUSE updates from a Linux VM hosted on Azure. More info on this here: https://github.com/SUSE/azurectl. To download the SUSE Azure Stack image go to https://download.suse.com and complete the fields as show in the following screenshot.

You will be brought to a login page to access the download. If you do not have a SUSE account sign up for one and login. You will see the actual download at that point. Go ahead and download it onto your Azure Stack Host.

Extract the SLE-12-SP1-Server-Azure-Stack-x86_64.vhd and copy it to C:\ClusterStorage\Volume1\Share\VM.

Microsoft has the steps for adding images to Azure Stack’s Platform Image Repository (PIR). The process is essentially running a PowerShell script. The script is included with Azure Stack. The script creates the image directory needed in C:\ClusterStorage\Volume1\Share\CRP\PlatformImages, the JSON file in that directory, and makes a copy of the VHD in that directory. The JSON file contains the meta data about the image that shows in the Azure Stack Portal. Here is the link to the Microsoft document: https://azure.microsoft.com/en-us/documentation/articles/azure-stack-add-image-pir/

Here are the steps for running the script:

In PowerShell navigate to:

D:\CRP\VM\Microsoft.AzureStack.Compute.Installer\content\Scripts

Run this script in PowerShell:

.\CopyImageToPlatformImageRepository.ps1

NOTE: My DATAIMAGE drive letter was D. You may have a different letter.

You will be prompted for the following:

PlatformImageRepositoryPath use this \\SOFS\Share\CRP\PlatformImages\
ImagePath I put C:\ClusterStorage\Volume1\Share\VM\SLE-12-SP1-Server-Azure-Stack-x86_64.vhd
Publisher I put SUSE
Offer I put LinuxServer
Sku I put SUSE-Linux-Ent-12-SP1
Version I put 12.0.0
OsType I put Linux

NOTE: These prompts are used to populate the JSON file for the image. Here is an example of the JSON file:

{

“Publisher”:”SUSE”,

“Offer”:”LinuxServer”,

“Sku”:”SUSE-Linux-Ent-12-SP1″,

“Version”:”12.0.0″,

“PlatformImage” :{

“OsDisk” : {

“OsType”:”Linux”,

“FileName”:”SLE-12-SP1-Server-Azure-Stack-x86_64″

}

Alternatively you could run the script as:

.\CopyImageToPlatformImageRepository.ps1 -PlatformImageRespositoryPath ‘\\SOFS\Share\CRP\PlatformImages’ -ImagePath ‘C:\ClusterStorage\Volume1\Share\VM\SLE-12-SP1-Server-Azure-Stack-x86_64.vhd’ -Publisher ‘SUSE’ -Offer ‘LinuxServer’ -Sku ‘SUSE-Linux-Ent-12-SP1’ -OsType ‘Linux’

As long as the script worked you should have the following as an end result in C:\ClusterStorage\Volume1\Share\CRP\PlatformImages:

If you have the Azure Stack portal open close out of the browser and go back in. It should be listed as an available image in Compute as shown in the following screenshot.

Notice the difference between a Windows image and a Linux image. The Linux image gives you an authentication option of Password or SSH Key.

Windows	Linux