An organization plans to sync an on-premises folder `D:\Marketing` on a file server named `Server1` to an Azure file share named `mktg-share` using Azure File Sync. The local drive `D:` has a total capacity of (). The configuration must meet the following requirements:
- Drive `D:` must always maintain at least of free space.
- Files that have not been accessed for more than must be moved to the cloud.
- The administrator who registers `Server1` must be granted the minimum necessary permissions to perform the registration.
Which two configurations should you implement? (Select two.)
- Create a server endpoint for `D:\Marketing` with cloud tiering enabled, a volume free space policy of , and a date policy of .Answer
- BCreate a server endpoint for `D:\Marketing` with cloud tiering enabled, a volume free space policy of , and a date policy of .
- Assign the Storage Sync Service Administrator role to the user account used to register `Server1`.Answer
- DAssign the Storage Blob Data Contributor role to the user account used to register `Server1`.
- EGenerate a Shared Access Signature (SAS) token for the storage account with a validity period and configure it on `Server1`.
Answer
The correct configurations are to create a server endpoint for `D:\Marketing` with cloud tiering enabled, a volume free space policy of , and a date policy of , and to assign the Storage Sync Service Administrator role to the user account used to register `Server1`.
To maintain at least of free space on a volume, the volume free space policy must be configured to (since ). Enabling cloud tiering with both the volume free space policy and the date policy of ensures both file age and space criteria are enforced. Additionally, registering a server to a Storage Sync Service requires permissions on the sync service, for which the Storage Sync Service Administrator role provides the minimum required privileges.
Step-by-Step Solution
Key Concept
Configuring cloud tiering policies and server registration permissions for Azure File Sync.
Estimated Time:2m 0s