I would say is B, doing a restore , the user retrieve files, which is a GET operation. You can use the S3 GET Object request to retrieve an object from an S3 bucket. https://docs.netapp.com/sgws-113/index.jsp?topic=%2Fcom.netapp.doc.sg-s3%2FGUID-8B7BB6D4-FA59-4E82-BEAC-45DA8C642029.html

Such a trick question. Make sure you look at the entire screen aka PUT, GET.

I say D, 9591 for only 45MB around.

Yup, GET commands literally get objects from object storage.

For me it's a tricky question. The screenshot is the result of: "storage aggregate object-store profiler show" Object store profiler results are a measurement of connectivity between ONTAP and the cloud tier object store by using 4MB PUT operations and byte-ranged GET operations ranging from 4MB to 256KB. (Only internal ONTAP features, such as SnapMirror, can make use of 256KB GET operations, third-party clients cannot.) https://www.netapp.com/media/17239-tr4598.pdf The test do a Put AND a Get, and both are over 10000ms (FabricPool can tolerate latencies as high as 10 seconds) I would say is B, because the screenshot show a latency over 10000 and 9 failure.

I would say the answer is B. because the size of the transferred data is 0 while many times it is requested.

Snapshot restore operation overwrites the existing data so wouldn't this be a PUT operation and not GET?

B, I agree as well.

Isn't it D? Set to Snapshot-policy, so only snapshots are tiered. Snapshot blocks are 4K in size.

I agree as well. B should be the correct answer: Restore Operations: GET Client Hierarchy, GET Subclient Browse, GET Exchange DAG Recovery Points, GET Microsoft SQL Server Instance Browse, GET Microsoft SQL Server Backup Job