Dell PowerFlex Manager 4.6.x CLI Reference Guide

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Output description

The following tables explain the output for query_all.

Table 1. System information and descriptionThe following table lists system information.
System information	Description
Product	The PowerFlex version of the system.
ID	The system ID number.
Manager ID	The ID of the management application that controls the MDM.

Table 2. License informationThe following table lists license information.
License information	Description
Installation ID	The Installation ID number, which is required for licensing purposes.
SWID	The SWID number, which is required for licensing purposes.
Maximum capacity	The maximum capacity permitted by the system’s license.
Usage time left	The amount of time left until the license expires.
Enterprise features	Indicates whether enterprise features are enabled.
The system was activated n days ago	The number of days since the system was activated .

Table 3. System settingsThe following table contains system settings details.
System settings	Description
Volumes are/are not obfuscated	The obfuscation setting for all volumes in the system. Default: not obfuscated.
Capacity alert thresholds	The alert thresholds, as percentages, currently configured for capacity usage.
Thick volume reservation	The amount of capacity, as a percentage, reserved for thick volumes.
MDM restricted SDC mode	Indicates whether users on remote clients are restricted to read-only access: enabled: read-only access disabled: full read-write access
Management clients secure communication	The status of the enabled/disabled
TLS version
User authentication method
SDS connection authentication	The status of the ..... : enabled/disabled

Table 4. Protection domain detailsThe following table contains protection domain details.
Protection domain
Protection domain summary	The following items are displayed separately for each protection domain: Name ID Number of storage pools in the protection domain Number of fault sets in the protection domain Number of SDS nodes in the protection domain Number of volumes associated with the protection domain Amount of capacity in the protection domain that is available for volume allocation
Operational state	Indicates the protection domain’s current state, such as active, inactive, and so on.

Table 5. Storage pool detailsThe following table contains storage pool details.
Storage pool
Storage pool summary	Lists the following information for each storage pool: Name ID Number of volumes associated with the storage pool Amount of capacity in the storage pool that is available for volume allocation
The number of parallel rebuild/rebalance jobs	The number of parallel rebuild and rebalance jobs currently existing in the system
Rebuild is enabled/disabled	Indicates whether the rebuild feature is enabled or disabled. (In normal production conditions, rebuild should be enabled.) When enabled, the rebuild policy configured in the system is displayed, along with the relevant parameters.
Rebalance is enabled/disabled	Indicates whether the rebalance feature is enabled or disabled. (In normal production conditions, rebalance should be enabled.) When enabled, the rebalance policy configured in the system is displayed, along with the relevant parameters.
Background device scanner	Displays the mode and the bandwidth limit per device.
Zero padding is enabled/disabled	Indicates whether zero padding is enabled or disabled.
Spare policy	The percentage of total capacity reserved as spare.
Read RAM cache	Indicates whether the read RAM cache feature is used in the storage pool. If the read RAM cache is used, it displays the write handling mode currently in use (passthrough or cached).
Capacity alert thresholds	The alert thresholds, as percentages, configured for capacity usage. Thresholds may be configured for the entire system, or per storage pool.

Table 6. SDS detailsThe following table contains SDS details.
SDS summary
Total	The total number of SDS nodes.
`n` SDS nodes have membership state 'Joined'	The number of SDS nodes that are connected to the cluster, can receive I/O, and hold primary and secondary copies of data. It takes some time from actual disconnection until the SDS is disconnected from the cluster, or the reverse. There are also up-pending and down-pending states.
`n` SDS nodes have connection state 'Connected'	The number of SDS nodes currently connected to the MDM.
`x` TB (`y` GB) total capacity	The total amount of available raw storage. This does not represent the total capacity available for volume allocation.
`x` TB (`y` GB) unused capacity	The quantity of raw capacity in the system that can be earmarked for specific purposes, such as Spare, or used for new volume creation.
`x` Bytes snapshots capacity	The quantity of capacity used for storing snapshots.
`x` TB (`y` GB) in-use capacity	The total quantity of healthy, degraded, and failed capacity.
`x` Bytes thin capacity	The quantity of capacity currently needed for storage purposes.
`x` TB (`y` GB) protected capacity	The quantity of capacity that is fully protected (primary and secondary copies of the data exist).
`x` Bytes failed capacity	The quantity of capacity that is not available at all (neither primary, nor secondary copies).
`x` Bytes degraded-failed capacity	The quantity of degraded-failed capacity. When an SDS fails, all of its capacity is defined as degraded-failed, and the secondary copies (which are spread across the protection domain) are defined as degraded-healthy.
`x` Bytes degraded-healthy capacity	The quantity of degraded-healthy capacity. When an SDS fails, all of its capacity is defined as degraded-failed, and the secondary copies (which are spread across the protection domain) are defined as degraded-healthy.
`x` Bytes unreachable-unused capacity	The quantity of capacity not configured for any use type in the system that is currently unavailable.
`x` Bytes active rebalance capacity	The quantity of capacity that is currently being migrated to a different location for load balancing purposes.
`x` Bytes pending rebalance capacity	The quantity of capacity that is waiting in the job queue for migration to a different location for load balancing purposes.
`x` Bytes active forward-rebuild capacity	The quantity of capacity for which one copy of data exists and a second copy is currently being created.
`x` Bytes pending forward-rebuild capacity	The quantity of capacity for which one copy of data exists, and a job for the creation of a second copy is waiting in the job queue.
`x` Bytes active backward-rebuild capacity	The quantity of capacity for which one copy of data went offline and came back online, and changes are currently being synchronized in that copy.
`x` Bytes pending backward-rebuild capacity	The quantity of capacity for which one copy of data went offline and came back online, and changes are waiting in the job queue to be synchronized in that copy.
`x` Bytes rebalance capacity	The total quantity of capacity that is either currently rebalancing or is pending rebalance.
`x` Bytes forward-rebuild capacity	The total quantity of degraded capacity that is either currently in forward rebuild state or is pending forward rebuild.
`x` Bytes backward-rebuild capacity	The total quantity of degraded capacity that is either currently in backward rebuild state or is pending backward rebuild.
`x` Bytes active moving capacity	The quantity of capacity that is currently being migrated from one location to another.
`x` Bytes pending moving capacity	The quantity of capacity that is waiting in the job queue for migration from one location to another.
`x` Bytes total moving capacity	The total quantity of active and pending moving (migrating) capacity.
`x` TB (`y` GB) spare capacity	The quantity of capacity that is reserved for system use when recovery from failure is required. This capacity cannot be used for storage purposes.
`x` TB (`y` GB) at-rest capacity	The quantity of capacity that is fully protected and not in a rebuild or rebalance state.
`x` Bytes semi-protected capacity
`x` Bytes in-maintenance capacity
`x` Bytes decreased capacity	The quantity of decreased capacity that was deducted from devices (using the Set Device Capacity Limit GUI command or modify_sds_device_capacity CLI command) and cannot be used for any purpose
Primary-reads `x` IOPS `y` bytes per second	Number of primary data copy read IOPS, and read bandwidth.
Primary-writes `x` IOPS `y` bytes per second	Number of primary data copy write IOPS, and write bandwidth.
Secondary-reads `x` IOPS `y` bytes per second	Number of secondary data copy (protection) read IOPS, and read bandwidth.
Secondary-writes `x` IOPS `y` bytes per second	Number of secondary copy (protection) write IOPS, and write bandwidth.
Backward-rebuild-reads `x` IOPS `y` bytes per second	Number of backward rebuild read IOPS, and read bandwidth.
Backward-rebuild-writes `x` IOPS `y` bytes per second	Number of backward rebuild write IOPS, and write bandwidth.
Forward-rebuild-reads `x` IOPS `y` bytes per second	Number of forward rebuild read IOPS, and read bandwidth.
Forward-rebuild-writes `x` IOPS `y` bytes per second	Number of forward rebuild write IOPS, and write bandwidth.
Rebalance-reads `x` IOPS `y` bytes per second	Number of rebalance read IOPS, and read bandwidth.
Rebalance-writes `x` IOPS `y` bytes per second	Number of rebalance write IOPS, and write bandwidth.

Table 7. Volumes summaryThe following table contains volumes details.
Volumes summary
`n` thick-provisioned volumes	The number of thick-provisioned volumes, and the total size in TB and GB.
`n` volumes mapped to all SDC nodes	The number of volumes mapped to SDC nodes.