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Introduction to Azure Blueprints
Azure Blueprints allows cloud architects to create a repeatable set of Azure resources that align with organizational standards. This tool facilitates rapid environment setup while ensuring compliance through built-in components. It includes features such as assignment sequencing, resource locking, and various artifact management for organized deployment.
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Introduction to Azure Blueprints
- 1. Introduction to Azure Blueprints By Eng SoonCheah Microsoft MVP @CheahEngSoon
- 2. Azure Blueprints? Just asa blueprint allows an engineer or an architect to sketch a project’s design parameters, Azure Blueprints enables cloud architects and central information technology groups to define a repeatable set of Azure resources that implements and adheres to an organization’s standards, patterns, and requirements. Azure Blueprints makes it possible for development teams to rapidly build and stand up new environments with trust they’re building within organizational compliance with a set of built-in components—such as networking—to speed up development and delivery. References: https://docs. microsoft.com/en-us/azure/governance/blueprints/overview
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- 5. Artifacts Policy Assignments Role Assignments AzureResource Manager templates Resource Groups
- 6. Assignment • Sequencing • ResourceLocking • Not Locked • Read Only • Cannot Edit/Delete
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- 8. Blueprints for Greenfield Environments •Create • Apply • Track
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Editor's Notes
- #3 At a high-level Azure Blueprints help you meet organizational cloud standards, patterns, and requirements through governed subscriptions enabled and enforced by the grouping of artifacts like ARM templates, Azure policies, RBAC role assignments, and resource groups within a Blueprint. Blueprints can be used to lay a cloud foundation, as cloud patterns, and group cloud governance frameworks. Blueprints are a one-click solution for deploying a cloud foundation, pattern, or governance framework to an Azure subscription. Think of an Azure Blueprint as re-usable design parameters for cloud that can be shared and used across an enterprise. Azure architects typically map out and plan the many aspects of a cloud foundation for an organization such as access management, networking, storage, policy, security/compliance, naming conventions, tagging, monitoring, backup, locations, and more. Now Azure architects can step this designing a step further build these designs as Azure Blueprints and then apply them to subscriptions. The Blueprints give architects a way to orchestrate the deployment of grouped components to speed up the development and provisioning of new Azure environments ensuring they are meeting organizational compliance.
- #5 A Blueprint consists of a Definition. The Definition is the design of “what should be deployed” it consists of the name of the Blueprint, the description and the Definition location. The Definition Location is the place in the Management Group hierarchy where this Blueprint Definition will be stored and determines the level assignment is allowed at. Currently you must have Contributor access to a Management Group to be able to save a Blueprint Definition to it. A Blueprint can be assigned at or below the Management Group it has set in its Definition Location.
- #6 The Definition is where Blueprint Artifacts are added. As of right now the following is a list of the Artifact types: ▪ Policy Assignments - Lets you add an Azure Policy. This can be a built-in or custom policy. ▪ Role Assignments - Lets you add a user, app, or group and set the role. Only built-in roles are currently supported. ▪ Azure Resource Manager templates - Lets you add an ARM Template. This does not let you import a parameters file. It does let you pre-set the parameters or set the parameters during assignment of the Blueprint. ▪ Resource Groups - Lets you add a Resource Group to be created as a part of this Blueprint. In my opinion the ARM Template artifact is the most impactful of the Blueprint artifact types because you can define such a variety of resources here. It opens the Blueprint to the power of ARM in general. Hopefully in the future we will see more scripting capability or the ability to load PowerShell scripts, runbooks, and or Functions.
- #7 In cloud environments consistency is key. Naturally Azure Blueprints can also leverage resource locking in Azure. Blueprints have a Locking Mode. This Locking Mode can be applied to None or All Resources and is determined during the assignment of the Blueprint. The decision on cannot be changed later. If a locking state needs to be removed, then you must first remove the Blueprint assignment. Some Blueprint artifacts create resources during assignment. These resources can have the following state: Not Locked – Can be changed. Can be deleted. Read Only – Can’t be changed and can’t be deleted. Cannot Edit / Delete - Create, update, and delete within the resource group. Artifacts that become Resource groups get the state of Cannot Edit / Delete automatically but you can create, update, and delete resources within them.
- #8 The use of blueprints requires some upfront planning and considerations. The following are the areas to consider in planning for your blueprints. Location: Where you save the blueprint is key to your assignment capabilities. It is recommended that you save the blueprint as high as necessary in your management group hierarchy. This is covered in Chapter 4 of this book. It is important to note that you can only change the location by deleting and re-creating the blueprint. Naming convention: The naming of a blueprint is up to you. You cannot have spaces in the name. Use an agreed upon naming convention for your organization and be consistent. A good naming convention facilitates your ease of management and reporting. Version names: The version names that are typically used are like version standards for software; for example, use 1.0, 2.0, and so forth, to denote major versions, and use 1.1, 2.1 to denote changes that are minor to the major versions. Though the notes section is optional, plan to use this to document changes made to a previous version of the blueprint. Artifacts: Plan to test the artifacts you use in a blueprint prior to adding to the definition; for example, ensure that you have validated the policy or initiatives work as expected prior to using in a blueprint definition and assignment.
- #9 In this section and throughout the rest of the chapter, we delve into creating and managing the life cycle of blueprints in greenfield and brownfield environments. There are three top stages of a blueprint. • Create: You create a new blueprint, starting with a definition that has no artifacts, or you start with one of the samples provided. • Apply: The process of applying to a scope is effectively the assignment of a blueprint. At the time of writing, you can only assign a blueprint to a subscription. • Track: This is the life-cycle management of assigned blueprints. View and update assigned blueprints.
- #10 Now I am going to give an example of building and using an Azure Blueprint in a cloud foundation mock scenario. In my mock scenario I have 3 Azure subscriptions. Each subscription should have a Core services Resource Group consisting of a core VNet with 3 subnets, an NSG for each subnet, and the web subnet should be ready for DMZ traffic. For the core VNet and any additional VNet added to the Core Services Resource Group I need network watcher deployed to it.
- #11 Each subscription also should have a core storage account and a blob storage that is ready for general storage needs. I want a tag applied to any Blueprint assignment labeling it with the assignment name, so it is easy to track. The last requirement I have is that I need the CloudOps team to automatically be owner of all core services resources. To accomplish all of this I created the following Blueprint:
- #12 Now let’s walk through the parts of creating and assigning the Blueprint. The first step is to create the Blueprint Definition.
- #13 In the basics step I give it a meaningful name and meaningful description. I set the Definition Location to the root of my Management groups. Doing this will allow me to assign this Blueprint to all 3 subscriptions in turn creating the core services RG in each subscription.
- #14 Next the Artifacts need to be added. Note that when adding an Artifact at the Subscription level you have these options as types:
- #15 The Resource Group Artifact type is only available at the subscription level and the ARM template Artifact type is only available at the Resource Group level. I added the Resource Group that the core networking and core storage will be deployed into.
- #16 The next artifact I added was an ARM template that will create the core VNet and 3 core subnets in it including: Frontend – FESubnet Application – AppSubnet Database – DBSubnet This ARM template also creates three Network Security Groups (1 for each subnet) and DMZ rules for the App subnet to expose endpoints to the Internet.
- #17 For the storage account and blob storage I added a second ARM template that deploys the needed storage. Note that after an Artifact is added you can edit it.
- #18 To ensure my CloudOps team is full owner of the core services resources I added role assignment to my Blueprint.
- #19 I am not showing this here, but I also added an Azure Policy artifact that sets a default tag for the assignment name during assignment. After you create the Blueprint it will be in a Draft status. You must Publish the Blueprint before you can assign it. Note that you also can view, edit, or delete the Blueprint. After a Blueprint is published the option to Assign it will show up on the menu.
- #20 When you publish you give it a Version and can add Change notes.
- #22 Next let’s Assign the Blueprint. Go to the Definition and click on Assign Blueprint.
- #23 Select the subscriptions, name the assignment, set the location, select the version, and decide if the assignment should be locked. Complete any needed Artifact parameters and click on Assign.
- #24 You will see the Blueprint being assigned after you click on the Assign button.
- #25 Now if you go to Resource Groups you will see the BP-92518RG group we specified during the assignment created in each subscription.
- #26 If you click on each resource group in each subscription you will see the same exact resources.
- #27 Our Azure policy deploying Network Watcher worked. We can verify by looking at the network topology diagram.
- #28 The role assignment worked assigning the CloudOps team the owner role. That’s a wrap. You now have you’re the core resources for each of your subscriptions and have met all the requirements.
- #30 If for some reason your assignment failed, you can view error details as to why by going to Assigned Blueprints and clicking on the ones that have a Provisioning State of Failed.
- #32 Once you have nailed down the issue you can re-deploy the assignment by clicking on Update Assignment and run the assignment again. That wraps up the entire blog post. As you can see the Azure Blueprints will play an important role in an organization’s governance and management strategy. This service is in preview for now but get in now and start working with it and add this to your cloud plans as Microsoft has a ton of features and functionality coming to it soon.