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#Storage for mac and windows domain software
#Storage for mac and windows domain code
#Storage for mac and windows domain password
#Storage for mac and windows domain mac

There are not currently any announcements for U Drive.

#Storage for mac and windows domain software

No additional software is needed to sync files, and desktop software (such as SPSS or Adobe products) can open and save files directly from the U Drive from campus. Off campus, users can access their files via standard internet protocols such as Secure File Transfer Protocol (SFTP).

#Storage for mac and windows domain mac

Windows, Mac and Linux computers are supported. U Drive files are available via the network in real time, from any computer on campus, both personal and institutionally owned. U Drive is a central file storage for users that provides students, faculty and staff with a place to store files that can be accessed from anywhere, on- and off-campus. U Drive: Central File Storage for Users UW-IT Service Catalog U Drive: Central File Storage for Users.UW Chief Information Security Officer (CISO).

Once the drive is mapped, make any necessary NTFS ACL Changes as-needed.

Map a drive to your Azure File Share using your AD user account (Windows Explorer, Command-Line, PowerShell, etc.).

Note: It is not recommended to keep the drive mapped with the Storage Account Key. This step is necessary so that you are able to successfully map the drive with your user account, as described in step 8. If you used the script from above, you can use the following script to remove the drive mapping as the storage account key.

If you used Step 5: Remove Drive Mapping Using Storage account key.

If you used Step 5: Set ACL's on File system in Azure Share (.

Check to make sure your organization or ISP is not blocking port 445, or use Azure P2S VPN, Azure S2S VPN, or Express Route to tunnel SMB traffic over a different port." Write-Error -Message "Unable to reach the Azure storage account via port 445. Net use X: "\\$.net\$AzureFileShare" /user:Azure\ '' $connectTestResult = Test-NetConnection -ComputerName "$.net" -Port 445

#Storage for mac and windows domain code

Your permissions need to be changed and you do NOT have a Sync'd user that has NTFS permissions to do it, follow the code block below: Keep in mind that this method of mapping is using the storage account key and not a user account so proceed with caution.

Your permissions need to be changed and you have an AD Sync'd user that has the permissions to make the needed changes via mapped drive: Skip to Step 8.

Your permissions are fine and do not need modified: Skip to Step 8.

Administratively Modify/Assign NTFS permissions (Only If Needed): The following scenarios will determine your path to assigning NTFS permissions:.

These are share-level permissions NTFS permissions do NOT control access at the Azure File Share level. Note: There are three built-in Azure SMB Roles that can be used to control access at the Azure File Share Level.

Assign share permissions: Assign Azure Storage Share Level Access roles ("SMB Roles") to sync'd AD Users ( ).

Update-AzStorageAccountADObjectPassword ` Note: If you omit this process, your AD users will NOT be able to access the Azure File Share as intendedĬonnect-AzAccount -Environment "AzureCloud" #Adjust as-necessary

#Storage for mac and windows domain password

Synchronize/Rotate Azure Storage Account AD Computer Object Password to your Azure Storage Account ( ).Note: These accounts cannot be privileged accounts in Active Directory because Azure AD Connect will not sync those accounts to Azure AD. Sync AD Users that need to map the drives to Azure AD using Azure AD Connect.DomainAccountType "ComputerAccount" # Default is set as ComputerAccount ` StorageAccountName $StorageAccountName ` $ResourceGroupName = "My-Resource-Group-Name" Run "Join-AzStorageAccountForAuth" cmdlet to join Storage account to Azure AD as shown here: Join the Azure Storage Account containing the file share to AD ( ).

For our demonstration purposes, this configuration is being used for functionality and convenience. Depending on the security posture needed for a production environment, this configuration would likely have tighter access controls. It is also assumed that you have inserted data into the Azure File Share with a supported tool, like Azure File Sync, AzCopy, Windows Explorer, etc. Knowledge of creating Azure Storage Accounts, Azure File Shares, and Synchronizing on-premise Active Directory user accounts to Azure AD with Azure AD Connect is assumed. The steps to complete this task along with notes on the experience will be listed below. This post is meant to summarize the experience of going through this process and offer some guidance on areas that may be confusing. The process is documented in a multi-part article on Microsoft Docs. The purpose of this post is to walk through the experience of configuring a Windows client to map a drive to an Azure File Share, with the User Experience that they are used to.