Applies to ONTAP 9 Clustered Data ONTAP 8 ONTAP 8.x 7-Mode FlexPod Issue A volume containing a thin LUN with Fractional Reserve is 100% No snapshots exist on the volume The space reported in the volum...Applies to ONTAP 9 Clustered Data ONTAP 8 ONTAP 8.x 7-Mode FlexPod Issue A volume containing a thin LUN with Fractional Reserve is 100% No snapshots exist on the volume The space reported in the volume is greater than the space reported in the LUN After enabling Space-Allocation LUN not reflecting free space after deletion
The difference in usage values is because of the difference in methods followed by the quota report and the UNIX commands for calculating the data blocks in the volume or qtree. However, when the volu...The difference in usage values is because of the difference in methods followed by the quota report and the UNIX commands for calculating the data blocks in the volume or qtree. However, when the volume is mounted on a UNIX client and the file is shown as the output of the ls command, the empty data blocks are also included in the space usage.
By default, we only populate logical-available when logical reporting is enabled on the volume: ::> vol show -volume vol1 -fields logical-available fas8200-2n-ams-1::> vol show -volume vol1 -fields lo...By default, we only populate logical-available when logical reporting is enabled on the volume: ::> vol show -volume vol1 -fields logical-available fas8200-2n-ams-1::> vol show -volume vol1 -fields logical-available The vol show-space command will give back logical-available regardless if logical space reporting is enabled: ::> vol show-space -volume vol1 -fields logical-available Showing logical-available through vol show-space command is not intended and will be fixed in future releases.
In Netapp, the volume size is: Available size + Netapp used size + over provisioned size. In Linux, the volume size is: Available size + Linux used size. Linux used size = Netapp used size + over prov...In Netapp, the volume size is: Available size + Netapp used size + over provisioned size. In Linux, the volume size is: Available size + Linux used size. Linux used size = Netapp used size + over provisioned size. Vserver Volume Aggregate State Type Size Available Used% The Netapp used size percentage is therefore 331/480= 69%. Linux used size = Netapp used size + over provisioned size = 331TB + 84TB = 415TB. The Linux used size percentage is therefore 415/480 =86%:
Applies to ONTAP 9 OnCommand Insight Space Accounting Issue Space accounting discrepancy between ONTAP and OnCommand Insight 20.9TB used capacity reported in OnCommand Insight: 18.02TB used capacity r...Applies to ONTAP 9 OnCommand Insight Space Accounting Issue Space accounting discrepancy between ONTAP and OnCommand Insight 20.9TB used capacity reported in OnCommand Insight: 18.02TB used capacity reported by ONTAP via volume show: Volume Aggregate State Type Size (TB) Available (TB) Used Used% fg__0006 Aggr1 online RW 25.00 6.98 18.02TB 72
Applies to Ontap 9.x SnapMirror Issue Source and Destination Aggregate have a difference in the Volume Footprint even when all volumes are the same Cluster::> aggr show-space Aggregate : aggr0 Feature...Applies to Ontap 9.x SnapMirror Issue Source and Destination Aggregate have a difference in the Volume Footprint even when all volumes are the same Cluster::> aggr show-space Aggregate : aggr0 Feature Used Used% -------------------------------- ---------- ------ Volume Footprints 5.19GB 49% Aggregate Metadata 588KB 0% Snapshot Reserve 540MB 5% Total Used 5.71GB 54% Total Physical Used 4.54GB 43%
Applies to ONTAP 9 Answer The command volume show reports what is on both the performance and capacity tiers You can see how the storage is distributed between the performance tier and the capacity ti...Applies to ONTAP 9 Answer The command volume show reports what is on both the performance and capacity tiers You can see how the storage is distributed between the performance tier and the capacity tier using vol status -f on the node shell Additional Information
