Proceed to create the storage account by clicking Review + create button then Create. The setting that pertains to Azure Files in the advanced tag is Large file shares support, which provides file share support up to a maximum of 100 TiB but does not support geo-redundant storage: The data protection options are displayed and the one that is related to Azure Files is the Turn on soft delete for file shares: We will be locking down the connectivity method to private endpoints later so leave the Connectivity method as Public endpoint (all networks) for now and Routing preference as the default Microsoft networking routing (default): Contain only lowercase characters and numbers (no special characters such as “-“).Note that the Storage account name will need to be unique across all of Azure’s storage accounts because the name will be used as part of the URL for access. Azure Files can also be configured with Share and NTFS permissions similar to a traditional shared folder on a Windows Server but the process of the configuration is too long to include into this post so I will write a separate one in the future.īegin by creating a new storage account that will contain the Azure Files:įill in the required configuration parameters for the storage account based on the requirements. With a brief overview of Azure Files and its benefits out of the way, the following is a demonstration of how to set up Azure Files, access the share, snapshot, and lockdown access with a service endpoint. The following Microsoft document provides more information about Azure files: Azure File Sync can be used to synchronize files stored in Azure Files to an on-premise file server for fast local access.Traditional file servers hosted on Windows Servers can be migrated into Azure Files for serverless hosting.Container instances, which requires a drive for persistent storage, can leverage Azure Files to provide a drive that can be mounted in Linux.Lift and shift initiatives for applications installed on Windows Servers can have the data transitioned into the cloud with Azure Files (you can easily move all of the data stored on, say, and E drive of a Windows server into Azure Files then mount that drive back on the server as an E drive without changing code).Some features may be more important for others but a few examples I have off the top of my head are: The answer to the “how” and “why” are in abundance and I usually provide examples based on the environment I am working in. One of the common questions I am asked by colleagues and clients is how and why they would use Azure Files.
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