Preserving this connection allows for tracking and auditing of deployments. Once a Resource Manager template has been used to deploy Azure resources, there are no longer any active connections or relationships between the template and the resources deployed from it.Īzure Blueprints differ from templates because even after deployment of resources from a blueprint, the relationship between the blueprint definition and blueprint assignment (i.e., what was deployed from the blueprint) remains intact. Such templates are typically stored locally or in source control. Resource Manager templates are documents that don’t natively exist in Azure. Now, with all of that being said, almost everything that you’d want to do with Blueprints can also be done with Resource manager templates. Such blueprint packages can also be audited and tracked. These packages can then be composed, versioned, and assigned to a subscription. Blueprints are essentially packages that pull these types of resources and artifacts together. Such environments often include Azure resource groups, role assignments, different policies, and Resource Manager template deployments. Understanding the differences between Azure Blueprints and Resource manager templates is key to understanding which to use and when.Īzure Blueprints is intended to assist with environment setup. You may be asking yourself, “why not just use Resource Manager templates instead of blueprints?” It’s a fair question, given the fact that Azure Blueprints do indeed appear to overlap the functionality of Resource Manager templates. Deletion of a specific version of the blueprintĪzure Blueprints vs Resource Manager Templates.Publishing a new version of the blueprint.Creating or editing a new version of the blueprint.The typical Azure Blueprint lifecycle consists of: Azure Blueprints provides support for typical continuous integration and for continuous deployment pipelines for companies that manage infrastructure as code. As such, Azure Blueprints supports typical lifecycle operations and even builds upon them. When they are no longer needed, they are deleted. Blueprints in Azure Blueprints are no different as they are created and then deployed. Most resources in Azure have a natural lifecycle. Watch this short video to learn what CosmosDB can do. Objects are replicated to multiple Azure regions to provide both highly available and low-latency access to those objects, regardless of where the Azure Blueprints objects are deployed. The service is back-ended by Azure Cosmos DB, which is globally distributed. By leveraging Azure Blueprints, engineers can quickly build and deploy new environments that are always compliant with organizational standards – and they can do so far more quickly than building new each time.Īzure Blueprints allow the IT professional to orchestrate the deployment of resource templates and other Azure artifacts, including role assignments, policy assignments, resource groups, and resource manager templates. In much the same manner that an engineer or architect uses a traditional blueprint to design and build to spec, IT engineers can use Azure Blueprints to design and deploy a repeatable collection of Azure resources that adhere to certain requirements and standards. They are used to ensure that the final products are built to specifications and in compliance with certain standards and requirements.Īzure Blueprints are used in much the same way as traditional blueprints are. Blueprints, in the traditional sense, are used by architects and engineers to design and build new things.
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