| Supported Versions |
|---|
| Version 2.1.0.0 |
| Version 2.0.0.0 |
| Version 3.2.0.1 |
Dell PowerStore
Dell EMC PowerStore is designed to deliver the performance, availability, automation and agility that modern applications require, while reducing complexity across hybrid cloud deployments.
With VMware users in mind, PowerStore integrates seamlessly into VMware management frameworks to simplify storage management for administrators and increase overall efficiency.
OpsRamp integrates with Dell PowerStore through REST APIs.
Key features and benefits
Integrates with VMware management, improving administrator efficiency
Allows you to run virtualised applications co-resident with data, reducing latency
Optimised for the latest modern data storage technology (NVMe and SCM)
Linear scale-out and scale-up capability increases storage capacity and performance for VMware environments
Enables always inline data reduction (compression and deduplication), improving vVols storage footprint
Prerequisites
OpsRamp Classic Gateway 10.0 and above.
Ensure that “adapter integrations” add-on is enabled in client configuration. Once enabled you can see Dell PowerStore integration under Setup » Integrations » Adapter section
Hierarchy of PowerStore Storage Cluster resources:
PowerStore Storage Cluster
— PowerStore Storage Appliance
— PowerStore Storage Node
— PowerStore Storage FC port
— PowerStore Storage ETH Port
— PowerStore Storage Volume
— PowerStore Volume Group
— PowerStore Host
— PowerStore Host Group
— PowerStore NAS server
— PowerStore Storage File System
Install the integration
From All Clients, select a client.
Go to Setup > Integrations > Integrations.
From Available Integrations, select Adapter > Dell PowerStore. The Install Dell PowerStore Integration popup appears.
Note: Ensure that Adapter addon is enabled at client and partner levels.
Enter the following information:
a. Name: Name of the integration
b. Upload Logo: Optional logo for the integration.
c. GateWay Profiles: Select a gateway management profile to associate with the client.Click Install. The Integration page displays the installed integration.
Configure the integration
In CONFIGURATION section, click + Add.
On Create Adapter Configuration, enter:
- Name: Configuration name.
- Protocol: Protocol. Example: HTTPS, HTTP
- IP Address: IP address of the target.
- Alert Configuration: Configure the alerts based on your requirements.
Default configuration:
{"alertFilters":{"alertSeverity":["None","Info","Minor","Major","Critical"],"alertClearedStatus":["CLEARED"],"alertOnRootResource":true},"alertSeverityMapping":{"Critical":"Critical","Major":"Critical","Minor":"Warning","Info":"Info","None":"Info"}}You can add/change alert state/severity mapping accordingly.
- Notification Alerts: Select TRUE or FALSE.
Notes:- By default False is selected.
- If you select TRUE, application will handle Critical/Recovery failure alert notifications for Connectivity, Authentication Exceptions.
In the Credentials section, select Custom and enter the Username and Password.
In the Resource Types & Metrics section, select the metrics you want and configure for availability and alert conditions.
In the Discovery Schedule section, select Recurrence Pattern to add one of the following patterns:
- Minutes
- Hourly
- Daily
- Weekly
- Monthly
In the Monitoring Schedule section, configure how frequently the monitoring action should trigger.
- Click Save.
After saving the integration, the Dell PowerStore resources are discovered and monitoring is enabled as specified by the configuration profile.
The configuration is saved and displayed on the page.
You can perform the actions manually, like Discovery, Monitoring or even Disable the configuration.
The discovered resource(s) are displayed in the Infrastructure page under Cluster, with Native Resource Type as PowerStore Storage Cluster.
The PowerStore Storage Appliance, PowerStore Host, PowerStore NAS server are displayed under Components:
Supported metrics
| Metric Name | Metric Display Name | Units |
|---|---|---|
| powerstore_cluster_State Cluster state. Possible values are Unconfigured_Faulted, Unconfigured, Configuring, Configured, Expanding, Removing,Clustering_Failed. | PowerStore Cluster State | — |
| powerstore_cluster_avg_ReadLatency Average read latency in microseconds collected at twenty second interval. | PowerStore Cluster Average Read Latency | count |
| powerstore_cluster_avg_Latency Average read and write latency in microseconds collected at twenty second interval. | PowerStore Cluster Average Latency | count |
| powerstore_cluster_avg_WriteLatency Average write latency in microseconds collected at twenty second interval. | PowerStore Cluster Average Write Latency | count |
| powerstore_cluster_avg_WriteSize Average write size in bytes collected at twenty second interval. | PowerStore Cluster Average Write Size | count |
| powerstore_cluster_avg_ReadSize Average read size in bytes collected at twenty second interval. | PowerStore Cluster Average Read Size | count |
| powerstore_cluster_ReadIOPS Total number of read operations per second collected at twenty second interval. | PowerStore Cluster Read IOPS | rops |
| powerstore_cluster_ReadBandwidth Read rate in bytes per second collected at twenty second interval. | PowerStore Cluster Read Bandwidth | bps |
| powerstore_cluster_avg_IOSize Average size of read and write operations in bytes collected at twenty second interval. | PowerStore Cluster Average IO Size | count |
| powerstore_cluster_TotalIOPS Total read and write operations per second collected at twenty second interval. | PowerStore Cluster Total IOPS | — |
| powerstore_cluster_TotalBandwidth Total data transfer rate in bytes per second collected at twenty second interval. | PowerStore Cluster Total Bandwidth | bps |
| powerstore_cluster_WriteIOPS Total write operations per second collected at twenty second interval. | PowerStore Cluster Write IOPS | wops |
| powerstore_cluster_WriteBandwidth Write rate in byte/sec collected at twenty second interval. | PowerStore Cluster Write Bandwidth | bps |
| powerstore_cluster_PhysicalDriveTotal The total combined space on the physical drives of the cluster available for data collected at twenty second interval. | PowerStore Cluster Physical Drive Total | GB |
| powerstore_cluster_PhysicalDriveUsed The total physical space consumed in the cluster, accounting for all efficiency mechanisms, as well as all data protection collected at twenty second interval. | PowerStore Cluster Physical Drive Used | GB |
| powerstore_cluster_PhysicalDriveUtlization The total physical space consumed in the cluster in percentage collected at twenty second interval. | PowerStore Cluster Physical Drive Utlization | % |
| powerstore_cluster_logicalStorageObjects_Provisioned Total configured size of all storage ojects within the cluster. This metric includes all primaries, snaps and clones collected at twenty second interval. | PowerStore Cluster Logical Storage Objects Provisioned | GB |
| powerstore_cluster_logicalStorageObjects_Used Amount of data in bytes written to all storage objects within the cluster, without any deduplication and/or compression. This metric includes all primaries, snaps and clones collected at twenty second interval. | PowerStore Cluster Logical Storage Objects Used | GB |
| powerstore_cluster_logicalStorageObjects_Utilization Total configured size of all storage ojects within the cluster in percentage collected at twenty second interval. | PowerStore Cluster Logical Storage Objects Utilization | % |
| powerstore_cluster_EfficiencyRatio The overall efficiency is computed as a ratio of the total space provisioned to physical used space. For example, ten 2 GB volumes were provisioned and 1 GB of data is written to each of them. Each of the volumes has one snapshot as well, for another ten 2 GB volumes. All volumes are thinly provisioned with deduplication and compression applied, there is 4 GB of physical space used. Overall efficiency would be (20 * 2 GB) / 4 GB or 10:1. The efficiency_ratio value will be 10 in this example. | PowerStore Cluster Efficiency Ratio | count |
| powerstore_cluster_DataPhysicalUsed This metric represents total amount of physical space user data occupies after deduplication and compression collected at twenty second interval. | PowerStore Cluster Physical Data Used | GB |
| powerstore_cluster_SnapshotSavings Ratio of the amount of space that would have been used by snapshots if space efficiency was not applied to logical space used solely by snapshots. For example, an object is provisioned as 1 GB and it has two snapshots. Each snapshot has 200 MB of data. Snapshot savings will be (1 GB + 1 GB) / (0.2 GB + 0.2 GB) or 5:1. The snapshot_savings value will be 5 in this case. | PowerStore Cluster Snapshot Savings | count |
| powerstore_cluster_SharedLogicalUsed Cluster shared logical used is sum of appliances' shared logical used in the cluster collected at twenty second interval. | PowerStore Cluster Shared Logical Used | GB |
| powerstore_appliance_avg_ReadLatency Average read latency in microseconds collected at twenty second interval. | PowerStore Appliance Average Read Latency | count |
| powerstore_appliance_avg_ReadSize Average read size in bytes collected at twenty second interval. | PowerStore Appliance Average Read Size | count |
| powerstore_appliance_avg_WriteLatency Average write latency in microseconds collected at twenty second interval. | PowerStore Appliance Average Write Latency | count |
| powerstore_appliance_avg_Latency Average read and write latency in microseconds collected at twenty second interval. | PowerStore Appliance Average Latency | count |
| powerstore_appliance_avg_WriteSize Average write size in bytes collected at twenty second interval. | PowerStore Appliance Average Write Size | count |
| powerstore_appliance_ReadIOPS Total read operations per second collected at twenty second interval. | PowerStore Appliance Read IOPS | rops |
| powerstore_appliance_ReadBandwidth Read rate in bytes per second collected at twenty second interval. | PowerStore Appliance Read Bandwidth | bps |
| powerstore_appliance_TotalIOPS Total read and write operations per second collected at twenty second interval. | PowerStore Appliance Total IOPS | — |
| powerstore_appliance_TotalBandwidth Total data transfer rate in bytes per second collected at twenty second interval. | PowerStore Appliance Total Bandwidth | bps |
| powerstore_appliance_WriteIOPS Total write operations per second collected at twenty second interval. | PowerStore Appliance Write IOPS | wops |
| powerstore_appliance_WriteBandwidth Write rate in bytes per second collected at twenty second interval. | PowerStore Appliance Write Bandwidth | bps |
| powerstore_appliance_avg_IOSize Average size of read and write operations in bytes collected at twenty second interval. | PowerStore Appliance Average IO Size | count |
| powerstore_appliance_IOWorkLoadCPUUtilization The percentage of CPU Utilization on the cores dedicated to servicing storage I/O requests collected at twenty second interval. | PowerStore Appliance IO Work Load CPU Utilization | % |
| powerstore_appliance_logicalStorageObjects_Utilization Total configured size of all storage objects on an appliance in percentage collected at twenty second interval. | PowerStore Appliance Logical Storage Objects Utilization | % |
| powerstore_appliance_logicalStorageObjects_Provisioned Total configured size of all storage objects on an appliance. This metric includes all primaries, snaps and clones collected at twenty second interval. | PowerStore Appliance Logical Storage Objects Provisioned | GB |
| powerstore_appliance_logicalStorageObjects_Used Amount of data in bytes written to all storage objects on an appliance, without any deduplication and/or compression collected at twenty second interval. This metric includes all primaries, snaps and clones. | PowerStore Appliance Logical Storage Objects Used | GB |
| powerstore_appliance_PhysicalTotal Total combined space on the physical drives of the appliance available for data collected at twenty second interval. | PowerStore Appliance Physical Total | GB |
| powerstore_appliance_PhysicalUsed Total physical space consumed in the appliance, accounting for all efficiency mechanisms, as well as all data protection collected at twenty second interval. | PowerStore Appliance Physical Used | GB |
| powerstore_appliance_PhysicalUtilization Total combined space on the physical drives of the appliance available in percentage collected at twenty second interval. | PowerStore Appliance Physical Utilization | % |
| powerstore_appliance_DataPhysicalUsed This metric represents amount of physical space user data occupies after deduplication and compression collected at twenty second interval. | PowerStore Appliance Data Physical Used | GB |
| powerstore_appliance_EfficiencyRatio The overall efficiency is computed as a ratio of the total space provisioned to physical used space. For example, ten 2 GB volumes were provisioned and 1 GB of data is written to each of them. Each of the volumes has one snapshot as well, for another ten 2 GB volumes. All volumes are thinly provisioned with deduplication and compression applied, there is 4 GB of physical space used. Overall efficiency would be (20 * 2 GB) / 4 GB or 10:1. The efficiency_ratio value will be 10 in this example. | PowerStore Appliance Efficiency Ratio | count |
| powerstore_appliance_ThinSavings Ratio of all the vVol provisioned to data they contain collected at twenty second interval. This is the ratio of logical_provisioned to logical_used. For example, a cluster has two 2 GB objects and have written 500 MB bytes of data to them. The thin savings would be (2 * 2 GB) / (2 * 0.5 GB) or 4:1, so the thin_savings value would be 4.0. | PowerStore Appliance Thin Savings | count |
| powerstore_appliance_SharedLogicalUsed Amount of space the volume family needs to hold the data written by host and shared by snaps and fast-clones in the family collected at twenty second interval. This does not include deduplication or compression. | PowerStore Appliance Shared Logical Used | GB |
| powerstore_appliance_SnapshotSavings Ratio of the amount of space that would have been used by snapshots if space efficiency was not applied to logical space used solely by snapshots collected at twenty second interval. For example, an object is provisioned as 1 GB and it has two snapshots. Each snapshot has 200 MB of data. Snapshot savings will be (1 GB + 1 GB) / (0.2 GB + 0.2 GB) or 5:1. The snapshot_savings value will be 5 in this case. | PowerStore Appliance Snapshot Savings | count |
| powerstore_volume_State Volume State.Possible values are Ready, Initializing, Offline, Destroying | PowerStore Volume State | — |
| powerstore_volume_avg_ReadLatency Average read latency in microseconds collected at twenty second interval. | PowerStore Volume Average Read Latency | count |
| powerstore_volume_avg_ReadSize Average read size in bytes collected at twenty second interval. | PowerStore Volume Average Read Size | count |
| powerstore_volume_avg_WriteLatency Average write latency in microseconds collected at twenty second interval. | PowerStore Volume Average Write Latency | count |
| powerstore_volume_avg_Latency Average read and write latency in microseconds collected at twenty second interval. | PowerStore Volume Average Latency | count |
| powerstore_volume_avg_WriteSize Average write size in bytes collected at twenty second interval. | PowerStore Volume Average Write Size | count |
| powerstore_volume_ReadIOPS Total read operations per second collected at twenty second interval. | PowerStore Volume Read IOPS | rops |
| powerstore_volume_ReadBandwidth Read rate in bytes per second collected at twenty second interval. | PowerStore Volume Read Bandwidth | bps |
| powerstore_volume_TotalIOPS Total read and write operations per second collected at twenty second interval. | PowerStore Volume Total IOPS | — |
| powerstore_volume_TotalBandwidth Total data transfer rate in bytes per second collected at twenty second interval. | PowerStore Volume Total Bandwidth | bps |
| powerstore_volume_WriteIOPS Total write operations per second collected at twenty second interval. | PowerStore Volume Write IOPS | wops |
| powerstore_volume_WriteBandwidth Write rate in byte/sec collected at twenty second interval. | PowerStore Volume Write Bandwidth | bps |
| powerstore_volume_avg_IOSize Average size of read and write operations in bytes collected at twenty second interval. | PowerStore Volume IO Size | count |
| powerstore_volume_logicalStorageObjects_Utilization Configured size of a volume in percentage collected at twenty second interval | PowerStore Volume Logical Storage Objects Utilization | % |
| powerstore_volume_logicalStorageObjects_Provisioned Configured size in GB of a volume which amount of data can be written to. This metric includes primaries, snaps and clones collected at twenty second interval. | PowerStore Volume Logical Storage Objects Provisioned | GB |
| powerstore_volume_logicalStorageObjects_Used Amount of data in GB host has written to a volume without any deduplication, compression or sharing. This metric includes primaries, snaps and clones collected at twenty second interval. | PowerStore Volume Logical Storage Objects Used | GB |
| powerstore_volume_ThinSavings Ratio of all the volumes provisioned to data being written to them collected at twenty second interval. For example, an appliance has two 2 GB volumes and have written 500 MB of data to them. The thin savings would be (2 GB * 2) / (0.5 GB * 2) or 4:1, so the thin_savings value would be 4.0. | PowerStore Volume Thin Savings | count |
| powerstore_file_system_TotalSize Size, in GB presented to the host or end user collected at twenty second interval. | PowerStore File System Total Size | GB |
| powerstore_file_system_UsedSize Size used, in GB, for the data and metadata of the file system collected at twenty second interval. | PowerStore File System Used Size | GB |
| powerstore_file_system_Utilization File system total size in percentage collected at twenty second interval. | PowerStore File System Utilization | % |
| powerstore_file_system_avg_ReadLatency Average read latency in microseconds collected at twenty second interval. | PowerStore File System Average Read Latency | count |
| powerstore_file_system_avg_ReadSize Average read size in bytes collected at twenty second interval. | PowerStore File System Average Read Size | count |
| powerstore_file_system_avg_WriteLatency Average write latency in microseconds collected at twenty second interval. | PowerStore File System Average Write Latency | count |
| powerstore_file_system_avg_Latency Average read and write latency in microseconds collected at twenty second interval. | PowerStore File System Average Latency | count |
| powerstore_file_system_avg_WriteSize Average write size in bytes collected at twenty second interval. | PowerStore File System Average Write Size | count |
| powerstore_file_system_ReadIOPS Total read operations per second collected at twenty second interval. | PowerStore File System Read IOPS | rops |
| powerstore_file_system_ReadBandwidth Read rate in bytes per second collected at twenty second interval. | PowerStore File System Read Bandwidth | bps |
| powerstore_file_system_TotalIOPS Total read and write operations per second collected at twenty second interval. | PowerStore File System Total IOPS | — |
| powerstore_file_system_TotalBandwidth Total data transfer rate in bytes per second collected at twenty second interval. | PowerStore File System Total Bandwidth | bps |
| powerstore_file_system_WriteIOPS Write rate in bytes per second collected at twenty second interval. | PowerStore File System Write IOPS | wops |
| powerstore_file_system_WriteBandwidth Total write operations per second collected at twenty second interval. | PowerStore File System Write Bandwidth | bps |
| powerstore_file_system_avg_Size Average read and write size in bytes collected at twenty second interval. | PowerStore File System Average Size | count |
| powerstore_fc_port_avg_ReadLatency Average read latency in microseconds collected at twenty second interval. | PowerStore FC Port Average Read Latency | count |
| powerstore_fc_port_avg_ReadSize Average read size in bytes collected at twenty second interval. | PowerStore FC Port Average Read Size | count |
| powerstore_fc_port_avg_WriteLatency Average write latency in microseconds collected at twenty second interval. | PowerStore PowerStore FC Port Average Write Latency | count |
| powerstore_fc_port_avg_Latency Average read and write latency in microseconds collected at twenty second interval. | PowerStore PowerStore FC Port Average Latency | count |
| powerstore_fc_port_avg_WriteSize Average write size in bytes collected at twenty second interval. | PowerStore PowerStore FC Port Average Write Size | count |
| powerstore_fc_port_ReadIOPS Total number of read operations by the node collected at twenty second interval. | PowerStore FC Port Read IOPS | rops |
| powerstore_fc_port_ReadBandwidth Read rate in bytes per second collected at twenty second interval. | PowerStore FC Port Read Bandwidth | bps |
| powerstore_fc_port_TotalIOPS Total read and write operations per second collected at twenty second interval. | PowerStore FC Port Total IOPS | — |
| powerstore_fc_port_TotalBandwidth Total data transfer rate in bytes per second collected at twenty second interval. | PowerStore FC Port Total Bandwidth | bps |
| powerstore_fc_port_WriteIOPS Total write operations per second collected at twenty second interval. | PowerStore FC Port Write IOPS | wops |
| powerstore_fc_port_WriteBandwidth Write rate in byte/sec collected at twenty second interval. | PowerStore FC Port Write Bandwidth | bps |
| powerstore_fc_port_avg_IOSize Average size of read and write operations in bytes collected at twenty second interval. | PowerStore FC Port IOPS Size | count |
| powerstore_fc_port_CurrentLogins The number of logins to the target from initiators collected at twenty second interval. | PowerStore FC Port Current Logins | count |
| powerstore_fc_port_LossOfSignalCountPerSec Loss of signal count per second collected at twenty second interval. | PowerStore FC Port Loss Of Signal Count PerSec | mps |
| powerstore_fc_port_InvalidCRCCountPerSec Invalid crc count per second collected at twenty second interval. | PowerStore FC Port Invalid CRC Count PerSec | count |
| powerstore_fc_port_LossOfSyncCountPerSec Loss of sync count per second collected at twenty second interval. | PowerStore FC Port Loss Of Sync Count PerSec | mps |
| powerstore_fc_port_LinkFailureCountPerSec Link failure count per second collected at twenty second interval. | PowerStore FC Port Link Failure Count PerSec | count |
| powerstore_eth_port_pkt_RX_PerSec The number of packets received per second collected at twenty second interval. | PowerStore ETH Port Packets Received PerSec | packets/sec |
| powerstore_eth_port_pkt_TX_PerSec The number of packets transmitted per second collected at twenty second interval. | PowerStore ETH Port Packets Transmitted PerSec | packets/sec |
| powerstore_eth_port_bytes_TX_PerSec The total bytes transmitted per second collected at twenty second interval. | PowerStore ETH Port Bytes Transmitted PerSec | bps |
| powerstore_eth_port_bytes_RX_PerSec The total bytes received per second collected at twenty second interval. | PowerStore ETH Port Bytes Received PerSec | bps |
| powerstore_eth_port_pkt_RX_NoBufferError_PerSec The number of packets discarded per second due to lack of buffer space collected at twenty second interval. | PowerStore ETH Port Packets Discarded PerSec | packets/sec |
| powerstore_eth_port_pkt_RX_CRC_Error_PerSec The number of packets received with CRC error (and thus dropped) per second collected at twenty second interval. | PowerStore ETH Port Packets Received With CRC Errors PerSec | packets/sec |
| powerstore_eth_port_pkt_TX_Error_PerSec The number of packets that failed to be transmitted per second due to error collected at twenty second interval. | PowerStore ETH Port Packets Failed PerSec | packets/sec |
| powerstore_node_avg_ReadLatency Average read latency in microseconds collected at twenty second interval. | PowerStore Node Average Read Latency | count |
| powerstore_node_avg_ReadSize Average read size in bytes collected at twenty second interval. | PowerStore Node Average Read Size | count |
| powerstore_node_avg_WriteLatency Average write latency in microseconds collected at twenty second interval. | PowerStore Node Average Write Latency | count |
| powerstore_node_avg_Latency Average read and write latency in microseconds collected at twenty second interval. | PowerStore Node Average Latency | count |
| powerstore_node_avg_WriteSize Average write size in bytes collected at twenty second interval. | PowerStore Node Average Write Size | count |
| powerstore_node_ReadIOPS Total number of read operations by the node collected at twenty second interval. | PowerStore Node Read IOPS | rops |
| powerstore_node_ReadBandwidth Read rate in bytes per second collected at twenty second interval. | PowerStore Node Read Bandwidth | bps |
| powerstore_node_TotalIOPS Total read and write operations per second collected at twenty second interval. | PowerStore Node Total IOPS | — |
| powerstore_node_TotalBandwidth Total data transfer rate in bytes per second collected at twenty second interval. | PowerStore Node Total Bandwidth | bps |
| powerstore_node_WriteIOPS Total write operations per second collected at twenty second interval. | PowerStore Node Write IOPS | wops |
| powerstore_node_WriteBandwidth Write rate in byte/sec collected at twenty second interval. | PowerStore Node Write Bandwidth | bps |
| powerstore_node_avg_IOSize Average size of read and write operations in bytes collected at twenty second interval. | PowerStore Node Average IO Size | count |
| powerstore_node_UnalignedWriteBandwidth Unaligned write rate in bytes per second collected at twenty second interval. | PowerStore Node Unaligned Write Bandwidth | bps |
| powerstore_node_UnalignedReadBandwidth Unaligned read rate in bytes per second collected at twenty second interval. | PowerStore Node Unaligned Read Bandwidth | bps |
| powerstore_node_UnalignedReadIOPS Unaligned read input/output per second collected at twenty second interval. | PowerStore Node Unaligned Read IOPS | rops |
| powerstore_node_UnalignedWriteIOPS Unaligned write input/output per second collected at twenty second interval. | PowerStore Node Unaligned Write IOPS | wops |
| powerstore_node_UnalignedBandwidth Unaligned read/write rate in bytes per second collected at twenty second interval. | PowerStore Node Unaligned Bandwidth | bps |
| powerstore_node_UnalignedIOPS Unaligned total input/output per second collected at twenty second interval. | PowerStore Node Unaligned IOPS | bps |
| powerstore_node_IOWorkloadCPUUtilization The percentage of CPU Utilization on the cores dedicated to servicing storage I/O requests collected at twenty second interval. | PowerStore Node IO Workload CPU Utilization | % |
| powerstore_node_LifeCycleState Life cycle state of the node. Possible values are: Healthy(0),Empty(1),Initializing(2),Trigger_Update(3),Disconnected(4),Uninitialized(5),Failed(6),Prepare_Failed(7) | PowerStore Node Life Cycle State | — |
| powerstore_node_LEDStatus Indicator of the state of the component status LED. Possible values are: Off(0) and On(1) | PowerStore Node LED Status | — |
| powerstore_node_fan_LifeCycleState Life cycle state of the node. Possible values are: Healthy(0),Empty(1),Initializing(2),Trigger_Update(3),Disconnected(4),Uninitialized(5),Failed(6),Prepare_Failed(7) | PowerStore Node Fan Life Cycle State | — |
| powerstore_node_fan_LEDStatus Indicator of the state of the component status LED. Possible values are: Off(0) and On(1) | PowerStore Node Fan LED Status | — |
| powerstore_node_powerSupply_LifeCycleState Life cycle state of the node. Possible values are: Healthy(0),Empty(1),Initializing(2),Trigger_Update(3),Disconnected(4),Uninitialized(5),Failed(6),Prepare_Failed(7) | PowerStore Node Power Supply Life Cycle State | — |
| powerstore_node_powerSupply_LEDStatus Indicator of the state of the component status LED. Possible values are: Off(0) and On(1) | PowerStore Node Power Supply LED Status | — |
| powerstore_node_DIMM_LifeCycleState Life cycle state of the node. Possible values are: Healthy(0),Empty(1),Initializing(2),Trigger_Update(3),Disconnected(4),Uninitialized(5),Failed(6),Prepare_Failed(7) | PowerStore Node DIMM Life Cycle State | — |
| powerstore_node_DIMM_LEDStatus Indicator of the state of the component status LED. Possible values are: Off(0) and On(1) | PowerStore Node DIMM LED Status | — |
| powerstore_node_M2Drive_LifeCycleState Life cycle state of the node. Possible values are: Healthy(0),Empty(1),Initializing(2),Trigger_Update(3),Disconnected(4),Uninitialized(5),Failed(6),Prepare_Failed(7) | PowerStore Node M2Drive Life Cycle State | — |
| powerstore_node_M2Drive_LEDStatus Indicator of the state of the component status LED. Possible values are: Off(0) and On(1) | PowerStore Node M2Drive LED Status | — |
| powerstore_node_IO_Module_LifeCycleState Life cycle state of the node. Possible values are: Healthy(0),Empty(1),Initializing(2),Trigger_Update(3),Disconnected(4),Uninitialized(5),Failed(6),Prepare_Failed(7) | PowerStore Node IO Module Life Cycle State | — |
| powerstore_node_IO_Module_LEDStatus Indicator of the state of the component status LED. Possible values are: Off(0) and On(1) | PowerStore Node IO Module LED Status | — |
| powerstore_node_battery_LifeCycleState Life cycle state of the node. Possible values are: Healthy(0),Empty(1),Initializing(2),Trigger_Update(3),Disconnected(4),Uninitialized(5),Failed(6),Prepare_Failed(7) | PowerStore Node Battery Life Cycle State | — |
| powerstore_node_battery_LEDStatus Indicator of the state of the component status LED. Possible values are: Off(0) and On(1) | PowerStore Node Battery LED Status | — |
| powerstore_appliance_LifeCycleState Life cycle state of the node. Possible values are: Healthy(0),Empty(1),Initializing(2),Trigger_Update(3),Disconnected(4),Uninitialized(5),Failed(6),Prepare_Failed(7) | PowerStore Appliance Life Cycle State | — |
| powerstore_appliance_LEDStatus Indicator of the state of the component status LED. Possible values are: Off(0) and On(1). | PowerStore Appliance LED Status | — |
| powerstore_appliance_drive_LifeCycleState Life cycle state of the node. Possible values are: Healthy(0),Empty(1),Initializing(2),Trigger_Update(3),Disconnected(4),Uninitialized(5),Failed(6),Prepare_Failed(7) | PowerStore Applaince Drive Life Cycle State | — |
| powerstore_appliance_drive_LEDStatus Indicator of the state of the component status LED. Possible values are: Off(0) and On(1). | PowerStore Applaince Drive LED Status | — |
Risks, Limitations & Assumptions
- Application can handle Critical/Recovery failure alert notifications for the below two cases when user enables Notification Alerts in configuration:
- Connectivity Exception
- Authentication Exception
- Application will not send any duplicate/repeat failure alert notification until the already existing critical alert is recovered.
- Application cannot control monitoring pause/resume actions based on the above alerts.
- Component level threshold configuration is not possible.
- Resource level metric threshold customization and frequency setting are not possible.
- Usability issues in application configuration page while adding/editing.
- Optional configuration parameters cannot be defined.
- Appplication upgrade is manual process without version change.
- The availability is shown unknown for few resources even if it is enabled on the respective resource metrics. This is because of the presence of multiple native type resources under the same resource type.
- No support for Macro replacement for threshold breach alerts (i.e, customisation for threshold breach alert’s subject, description).
References
Dell EMC PowerStore REST API Developer’s Guide: https://downloads.dell.com/manuals/common/pwrstr-apig_en-us.pdf