NetApp FAS/AFF Management Pack for - docs.vmware.com

Management Pack for NetApp FAS/AFF

VMware vRealize True Visibility Suite 1.0

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Contents

1 Management Pack for NetApp FAS/AFF 4

2 System Requirements (NetApp FAS/AFF) 5Creating an AD User (NetApp FAS/AFF) 5

3 Installing the Management Pack (NetApp FAS/AFF) 6

4 Configuring the Management Pack (NetApp FAS/AFF) 9Creating a Credential (NetApp FAS/AFF) 9

Creating an Adapter Instance (NetApp FAS/AFF) 11

Validating Data Collection (NetApp FAS/AFF) 13

5 Troubleshooting the Management Pack (NetApp FAS/AFF) 15

6 Using the Management Pack (NetApp FAS/AFF) 17Resource Kinds and Relationships (NetApp FAS/AFF) 17

Inventory Tree (Traversal Spec) (NetApp FAS/AFF) 19

Dashboards (NetApp FAS/AFF) 21

NetApp FAS/AFF Performance 21

NetApp FAS/AFF Overview 21

NetApp FAS/AFF Health Investigation 22

NetApp FAS/AFF Storage Topology 22

NetApp FAS/AFF Datastores on NetApp 23

Views (NetApp FAS/AFF) 24

Reports (NetApp FAS/AFF) 24

Analysis Badges and Capacity Definitions (NetApp FAS/AFF) 25

Alerts (NetApp FAS/AFF) 26

Metrics (NetApp FAS/AFF) 26

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Management Pack for NetApp FAS/AFF 1TheVMware vRealize® True Visibility™ Management Pack for NetApp FAS/AFFis an embedded adapter for vRealize Operations (vROps), collecting performance data from your NetApp Storage systems and providing predictive analytics and real-time information about problems in your infrastructure — all within the vRealize Operations user interface.

Notable Features

The Management Pack harnesses powerful vRealize Operations features such as:

n 5 comprehensive monitoring dashboards:

n NetApp FAS/AFF Performance

n NetApp FAS/AFF Overview

n NetApp FAS/AFF Storage Topology

n NetApp FAS/AFF Datastores on NetApp

n NetApp FAS/AFF Health Investigation

n 110+ collected metrics for key NetApp resources, including clusters, systems, volumes, and LUNs

n A master KPI report to help keep you informed about the health, availability, and capacity of your NetApp environment

n Alerts and recommendations passed into vROps from NetApp OCUM

n External relationships between VMware Datastores and NetApp volumes and LUNs

n Capacity planning for NetApp resources, including clusters, LUNs, volumes, and more

Release Notes:

Version Release Date Description

3.0.0 October 6, 2020 Initial General Availability release for VMware vRealize® True Visibility™

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System Requirements (NetApp FAS/AFF) 2Before installing and configuring the Management Pack, ensure your system meets the following requirements:

vRealize Operations Requirements NetApp Storage Requirements

Version(s) vRealize Operations 7.x & 8.x (Advanced or Enterprise editions)

NetApp AIQUM (formerly OCUM) 9.6+

Connection NetApp AIQUM (formerly OCUM) 9.6+ server hostname or IP address

NetApp AIQUM (formerly OCUM) 9.6+ Default Port: 443

Credentials N/A NetApp AIQUM (formerly OCUM) 9.6+ LPU User Name/Password

Note The LPU must have one of the following roles: Operator, Storage Administrator, or OnCommand Administrator.

This chapter includes the following topics:

n Creating an AD User (NetApp FAS/AFF)

Creating an AD User (NetApp FAS/AFF)

To create an AD User for the NetApp FAS/AFF Management Pack, follow these steps:

1 Create a user in AD.

2 Log into AIQUM as an administrator.

3 Click the gear button in the top right.

4 Choose setup / authentication.

5 Add your AD information (this information will be specific to you).

6 On the right, click management / users.

7 Choose add, and add a "remote user."

See also: Creating a Credential (NetApp FAS/AFF)

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Installing the Management Pack (NetApp FAS/AFF) 3Procedure

1 Log in to vRealize Operations as an admin user.

2 From the top navigation bar, select Administration. In the left panel, the default Solutions

view will be selected. In the right panel, click the Add icon.

Note If you are using vROps 7.5, Solutions will have two subcategories: Configuration and Repository. Select Repository and scroll down to Other Management Packs and select Add a Management Pack to install a new management pack. Refer to the second screenshot below if needed.

vROps versions 7 and lower:

vROps version 7.5:

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3 The Add Solution window will appear. Browse to the location of the saved .pak file, then click Upload.


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4 Click Next when the upload has finished.

5 Read and accept the End User License Agreement (EULA), then click Next.

6 Click Finish when the installation process is complete.


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Configuring the Management Pack (NetApp FAS/AFF) 4Configuring the Management Pack for NetApp FAS/AFF in vRealize Operations includes the following required tasks:

n Creating a Credential (NetApp FAS/AFF)

n Creating an Adapter Instance (NetApp FAS/AFF)

Note In addition, you may want to perform one or more of the following optional tasks to further configure the Management Pack for your specific needs:

n Validating Data Collection (NetApp FAS/AFF) (optional)




n Validating Data Collection (NetApp FAS/AFF)

Creating a Credential (NetApp FAS/AFF)

One of the required configuration tasks for the Management Pack is to create a set of credentials in vROps.

Prerequisites

n Chapter 3 Installing the Management Pack (NetApp FAS/AFF)

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Procedure

1 From the top navigation bar, select Administration. In the left panel, expand the Management category and select Credentials.

2 Click the Add icon. In the Manage Credential window that appears, enter the following information, then click OK to save your credential:


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Results

n Adapter Type: NetApp OCUM

n Credential Kind: NetApp OCUM Credentials

n Credential Name: A name for this set of Management Pack credentials

n User Name: User Name for your NetApp storage system

n Password: Password for your NetApp storage system

Note If you wish to use AD credentials, enter into the User Name and Password fields the AD User Name and Password you set up here: Creating an AD User (NetApp FAS/AFF))

What to do next

Creating an Adapter Instance (NetApp FAS/AFF)

Creating an Adapter Instance (NetApp FAS/AFF)

Before you can begin using the Management Pack, you must create an adapter instance to identify the host from which the Management Pack will retrieve data.

Prerequisites

n Chapter 3 Installing the Management Pack (NetApp FAS/AFF)


Procedure

1 From the top navigation bar, select Administration. In the right panel, the Solutions view will be displayed.

2 Select NetApp OCUM from the Solutions list on the right.


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3 Click the Configure icon. The Manage Solution window will appear.

Note Click the Add icon above the Instance Name list on the left to create multiple adapter instances.


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4 In the Manage Solution window, enter the following information:

a Instance Settings:

n Display Name: A name for this particular instance of the Management Pack.

n Description: Optional, but it can be helpful to describe multiple instances of the Management Pack.

b Basic Settings:

n Host: The host name or IP address.

n Credential: Select the credential you created in Creating a Credential (NetApp FAS/AFF).

c Advanced Settings:

n Port: The default port used by the management pack is 443.

n SSL Config: The SSL mode to use when connecting to the target. Can be configured to use SSL but do not verify the target's certificate (No Verify) or use SSL and verify the target's certificate (Verify).

n Request Timeout: The number of seconds to allow for the API to return a response.

n Max Concurrent Requests: The maximum number fo requests to allow simultaneously.

n Event Severity: The maximum event severity to collect.

n Collect [resource]: Each of these options toggle collection of the specified resource type.

5 Click Test Connection to ensure vROps can connect properly to the system.

6 Click Save Settings to save your adapter instance configuration.

What to do next

n Validating Data Collection (NetApp FAS/AFF)

Validating Data Collection (NetApp FAS/AFF)

After you add an adapter instance, you will most likely want to validate the data that it collects in vROps. Wait until one collection cycle is complete and the Collection Status for the adapter instance on the Solutions page shows as "Data Receiving".

Prerequisites


Procedure

1 From the top navigation bar, select Environment.

2 In the left panel, select All Objects, then expand the NetApp OCUM objects list.


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3 Select a resource from the list, then click the All Metrics tab to select metrics and validate values against the data source.

What to do next

To learn more about using the Management Pack, see: Chapter 6 Using the Management Pack (NetApp FAS/AFF).


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Troubleshooting the Management Pack (NetApp FAS/AFF) 5Once you have finishedChapter 3 Installing the Management Pack (NetApp FAS/AFF)andChapter 4 Configuring the Management Pack (NetApp FAS/AFF), check theCollection StateandCollection Statusfor the adapter instance on theSolutionspage. If they show asNot Collecting orNo Data Receiving, respectively, the following troubleshooting topics can help you diagnose and correct common problems with your adapter instance.

Test Connection Errors

When Creating an Adapter Instance (NetApp FAS/AFF), click Test Connection after entering all of your configuration settings to ensure vROps can connect to the specified host.

The following errors are possible:

n Please verify the Username and Password are correct.

n Connection Refused. Please verify the Host and Port are correct.

n 404 not found. Check that the Host and/or API version are correct.

n Please verify user permissions.

n Failed to establish an SSL connection. Please verify the SSL Configuration is correct.

n Host [ hostname ] not found. Check Hostname.

n Connection Timeout. Please verify the Host and Port are correct.

n Failed to connect. Please verify the Host and Port are correct.

Adapter and Collector Log Files

You can review adapter errors in the adapter and collector log files, which can be viewed in the vROps UI or in an external log viewer.

n Adapter log files are located in the $VCOPS_BASE/user/log/adapters/NetAppOCUM/ folder.

n Collector log files are located in the $VCOPS_BASE/user/log/ folder.

To set the base log level for the collector in vROps:

1 Navigate to Administration>Logs.

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2 Expand the MASTER folder, then select the COLLECTOR folder.

3 Click the Edit Properties icon.

4 In the Root logger level drop-down menu, select the desired option.

n The default logging level is warning.

n To troubleshoot issues, set the logging level to info.

n To view detailed messages, including micro steps, queries, and returned results, set the logging level to debug.

Caution If you set the logging level to debug , log files can become large very quickly. Set the logging level to debug only for short periods of time.

For more information about viewing log files and modifying levels, refer to the vROps online help.


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Using the Management Pack (NetApp FAS/AFF) 6The Management Pack for NetApp FAS/AFF includes the following out-of-the-box features, harnessing the power of the vRealize Operations user interface:

n Resource Kinds and Relationships (NetApp FAS/AFF)

n Inventory Tree (Traversal Spec) (NetApp FAS/AFF)

n Dashboards (NetApp FAS/AFF)

n Views (NetApp FAS/AFF)

n Reports (NetApp FAS/AFF)

n Analysis Badges and Capacity Definitions (NetApp FAS/AFF)

n Alerts (NetApp FAS/AFF)

n Metrics (NetApp FAS/AFF)


n Resource Kinds and Relationships (NetApp FAS/AFF)

n Inventory Tree (Traversal Spec) (NetApp FAS/AFF)

n Dashboards (NetApp FAS/AFF)

n Views (NetApp FAS/AFF)

n Reports (NetApp FAS/AFF)

n Analysis Badges and Capacity Definitions (NetApp FAS/AFF)

n Alerts (NetApp FAS/AFF)

n Metrics (NetApp FAS/AFF)

Resource Kinds and Relationships (NetApp FAS/AFF)

The Management Pack for NetApp FAS/AFF creates Resource Kinds and Relationships (associations) for critical resources in your NetApp Storage environment.

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Resource Kinds

Performance, health, availability, and capacity data are collected for the following resource kinds:

n Aggregate

n Cluster

n LIF

n LUN

n Namespace

n Node

n Port

n SVM

n Volume

n NFS Export

n QoS Policy Group

n Qtree

Relationships

NetApp Relationships Diagrams


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Inventory Tree (Traversal Spec) (NetApp FAS/AFF)

The Inventory Tree (Traversal Spec) feature in vROps allows you to easily navigate your NetApp environment. The hierarchical structure implicitly shows relationships among resources and enables quick drill-downs to root-cause issues.

To access a NetApp FAS/AFF Inventory Tree, navigate to Home > Environment > Inventory Trees.


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Example Inventory Tree – NetApp Storage


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Dashboards (NetApp FAS/AFF)

Dashboards are the primary feature for monitoring and troubleshooting NetApp data problems from within vRealize Operations.

The following dashboards are included in the Management Pack for NetApp FAS/AFF:

n NetApp FAS/AFF Performance

n NetApp FAS/AFF Overview

n NetApp FAS/AFF Health Investigation

n NetApp FAS/AFF Storage Topology

n NetApp FAS/AFF Datastores on NetApp

NetApp FAS/AFF Performance

TheNetApp Performance dashboardprovides an overview of key performance metrics for NetApp resources.

NetApp FAS/AFF Overview

TheNetApp FAS/AFF Overview dashboarddisplays heat maps depicting the overall health of your entire NetApp environment.


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NetApp FAS/AFF Health Investigation

The NetApp FAS/AFF Health Investigation dashboard allows you to select a NetApp OCUM resource from the Environment Overview widget to view its relationships, alerts, and selected metrics charts.

NetApp FAS/AFF Storage Topology


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The NetApp FAS/AFF Storage Topology dashboard allows you to view the overall structure of your NetApp FAS/AFF environment, along with related metrics and KPIs.

NetApp FAS/AFF Datastores on NetApp

The NetApp FAS/AFF Datastores on NetApp dashboard allows you to get a holistic view of your relevant datastores on NetApp, including datastore metrics, alerts, and details.


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Views (NetApp FAS/AFF)

The Management Pack for NetApp FAS/AFF creates views that allow the user to view statistics of metrics for NetApp resources. The views help give a broad picture of the entire system, as opposed to a more in depth view.

The following views are available in the Management Pack:

n NetApp OCUM Aggregate KPIs

n NetApp OCUM Cluster KPIs

n NetApp OCUM LIF KPIs

n NetApp OCUM LUN KPIs

n NetApp OCUM Namespace KPIs

n NetApp OCUM Node KPIs

n NetApp OCUM Port KPIs

n NetApp OCUM SVM KPIs

n NetApp OCUM Volume KPIs

To access the Management Pack views:

1 Navigate to Environment > All Objects > NetApp Adapter

2 Double-click on the desired object (resource).

3 Select the Details tab, then Views.

The available views for that resource are listed and can be selected.

Reports (NetApp FAS/AFF)

The Management Pack for NetApp FAS/AFF contains an out-of-the-box reports that you can export and easily share with key stakeholders in either .pdf or .csv formats.

The following report is available in the Management Pack:

Report Description

NetApp OCUM KPIs Reports KPIs from all of the KPI views

To access Management Pack reports:

1 Navigate to Environment > All Objects > NetApp Adapter .

2 Double-click on the desired object (resource).

3 Select the Reports tab, then Report Templates .

The available report(s) for the selected resource are listed and can be selected.


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To run a selected report, click the Run Template icon.

Analysis Badges and Capacity Definitions (NetApp FAS/AFF)

Using the predictive analytics capabilities of the vROps Analysis Badges through capacity definitions, the Management Pack for NetApp FAS/AFF populates capacities for resources as indicated in the table below.

Analysis Badge Example

Capacity Definitions List

Container Use in Workload

NetApp Aggregate

vRealize Calculated Aggregate Capacity Yes

NetApp Cluster

vRealize Calculated Cluster Capacity Yes

NetApp LUN

vRealize Calculated LUN Capacity Yes


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Container Use in Workload

NetApp Namespace

vRealize Calculated Capacity Yes

NetApp Node

vRealize Calculated Capacity Yes

NetApp Storage Virtual Machine

vRealize Calculated Storage Virtual Machine Capacity Yes

NetApp Volume

vRealize Calculated Volume Capacity Yes

See also:

Alerts (NetApp FAS/AFF)

Alerts (NetApp FAS/AFF)

Alerts are forwarded from NetApp FAS/AFF as Notification Events. For more information on how NetApp FAS/AFF handles alerts and performance events, see this page and search "Understanding Performance Events and Alerts."

Metrics (NetApp FAS/AFF)

The Management Pack for NetApp FAS/AFF collects the metrics listed in the table below, according to NetApp FAS/AFF resource kinds.

Resource

Kind Category Key LabelData Type Units Description

Aggregate Capacity available_data Available Data Float %

Aggregate Capacity available_data_capacity Available Data Capacity

Float Gibibytes

Aggregate Capacity daily_growth_rate Daily Growth Rate

Float %

Aggregate Capacity days_to_full Days To Full Integer Days

Aggregate Capacity external_capacity_tier_space_used External Capacity Tier Space Used

Float Gibibytes

Aggregate Performance iops IOPS Float Operations per Second

Aggregate Performance latency Latency Float Milliseconds


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https://docs.netapp.com/ocum-94/index.jsp

Resource


Aggregate Capacity overcommitted_capacity Overcommitted Capacity

Float %

Aggregate Capacity snapshot_reserve_available Snapshot Reserve Available

Float %

Aggregate Capacity snapshot_reserve_available_capacity Snapshot Reserve Available Capacity

Float Gibibytes

Aggregate Capacity snapshot_reserve_total_capacity Snapshot Reserve Total Capacity

Float Gibibytes

Aggregate Capacity snapshot_reserve_used Snapshot Reserve Used

Float %

Aggregate Capacity snapshot_reserve_used_capacity Snapshot Reserve Used Capacity

Float Gibibytes

Aggregate Status state State Enum Unitless

Aggregate Status status Status Enum Unitless

Aggregate Performance throughput Throughput Float Mebibytes per Second

Aggregate Capacity total_committed Total Committed

Float Gibibytes

Aggregate Capacity total_data_capacity Total Data Capacity

Float Gibibytes

Aggregate Capacity used_data Used Data Float %

Aggregate Capacity used_data_capacity Used Data Capacity

Float Gibibytes

Aggregate Performance used_headroom Used Headroom

Float %

Aggregate Performance utilization Utilization Float %

Cluster Capacity aggregate_total_capacity Aggregate Total Capacity

Float Tebibytes

Cluster Capacity aggregate_unused_capacity Aggregate Unused Capacity

Float Tebibytes

Cluster Capacity aggregate_used_capacity Aggregate Used Capacity

Float Tebibytes

Cluster Capacity allocated_lun_capacity Allocated LUN Capacity

Float Tebibytes


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Resource


Cluster Capacity available_capacity Available Capacity

Float Gibibytes

Cluster Capacity capacity_utilization Capacity Utilization

Float %

Cluster Performance iops IOPS Float Operations per Second

Cluster Details node_count Node Count Integer Unitless

Cluster Capacity raw_capacity Raw Capacity Float Tebibytes

Cluster Status status Status Enum Unitless

Cluster Performance throughput Throughput Float Mebibytes per Second

Cluster Capacity total_capacity Total Capacity Float Gibibytes

Cluster Capacity total_cluster_storage_grid_capacity_space_used Total Cluster Storage Grid Capacity Space Used

Float Tebibytes

Cluster Capacity total_external_capacity_tier_licensed_space Total External Capacity Tier Licensed Space

Float Tebibytes

Cluster Capacity total_external_capacity_tier_licensed_space_used Total External Capacity Tier Licensed Space Used

Float Tebibytes

Cluster Capacity unallocated_lun_capacity Unallocated LUN Capacity

Float Tebibytes

Cluster Capacity unconfigured_raw_capacity Unconfigured Raw Capacity

Float Tebibytes

Cluster Capacity used_capacity Used Capacity Float Gibibytes

Cluster Capacity volume_protection_capacity Volume Protection Capacity

Float Tebibytes

Cluster Capacity volume_total_capacity Volume Total Capacity

Float Tebibytes

Cluster Capacity volume_unused_capacity Volume Unused Capacity

Float Tebibytes

Cluster Capacity volume_used_capacity Volume Used Capacity

Float Tebibytes

LIF Performance iops IOPS Float Operations per Second


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Resource


LIF Performance latency Latency Float Milliseconds

LIF Status status Status Enum Unitless

LIF Performance throughput Throughput Float Mebibytes per Second

LUN Capacity available_capacity Available Capacity

Float Gibibytes

LUN Capacity capacity_utilization Capacity Utilization

Float %

LUN Performance iops IOPS Float Operations per Second

LUN Performance latency Latency Float Milliseconds

LUN Status status Status Enum Unitless

LUN Performance throughput Throughput Float Mebibytes per Second

LUN Capacity total_capacity Total Capacity Float Gibibytes

LUN Capacity used_capacity Used Capacity Float Gibibytes

Namespace Capacity available_capacity Available Capacity

Float Gibibytes

Namespace Capacity capacity_utilization Capacity Utilization

Float %

Namespace Performance iops IOPS Float Operations per Second

Namespace Performance latency Latency Float Milliseconds

Namespace Status state State Enum Unitless

Namespace Status status Status Enum Unitless

Namespace Performance throughput Throughput Float Mebibytes per Second

Namespace Capacity total_capacity Total Capacity Float Gibibytes

Namespace Capacity used_capacity Used Capacity Float Gibibytes

NFS Export Status junction_path_active Junction Path Active

Enum Unitless

NFS Export Status status Status Enum Unitless

NFS Export Status volume_state Volume State Enum Unitless

NFS Export User Configuration

rule_index Rule Index String Unitless


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Resource


NFS Export Details svm_id SVM ID Integer Unitless SVM ID.

NFS Export Details volume_id Volume ID Integer Unitless Volume ID.

Node Capacity available_capacity Available Capacity

Float Gibibytes

Node Capacity capacity_utilization Capacity Utilization

Float %

Node Performance flash_cache_reads Flash Cache Reads

Float %

Node Performance iops IOPS Float Operations per Second

Node Performance latency Latency Float Milliseconds

Node Status status Status Enum Unitless

Node Performance throughput Throughput Float Mebibytes per Second

Node Capacity total_capacity Total Capacity Float Gibibytes

Node Capacity used_capacity Used Capacity Float Gibibytes

Node Performance utilization Utilization Float %

Node Uncategorized metric_key_value_of_100_custom_metric Value of 100 for Capacity Calculations

Float %

Port Details speed Speed Integer Megabits per Second

Port Status status Status Enum Unitless

Port Performance throughput Throughput Float Mebibytes per Second

Port Performance utilization Utilization Float %

QOS Policy Group

Details expected_latency Expected Latency

Float Milliseconds Expected latency value of a policy.

QTree Capacity disk_used_percentage Disk Used Percentage

Float % Displays the percentage of the disk space used.


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Resource


QTree Capacity files_used_percentage Files Used Percentage

Float % Displays the percentage of files used in the qtree.

QTree Status status Status Enum Unitless Displays the current status of the qtree.

SVM Capacity available_capacity Available Capacity

Float Gibibytes

SVM Performance iops IOPS Float Operations per Second

SVM Performance latency Latency Float Milliseconds

SVM Status status Status Enum Unitless

SVM Performance throughput Throughput Float Mebibytes per Second

SVM Capacity total_capacity Total Capacity Float Gibibytes

SVM Capacity used_data Used Data Float %

SVM Capacity used_data_capacity Used Data Capacity

Float Gibibytes

Volume Capacity available_data Available Data Float %

Volume Capacity available_data_capacity Available Data Capacity

Float Gibibytes

Volume Capacity compression_space_savings Compression Space Savings

Float Gibibytes

Volume Capacity daily_growth_rate Daily Growth Rate

Float %

Volume Capacity days_to_full Days To Full Integer Days

Volume Capacity deduplication_space_savings Deduplication Space Savings

Float Gibibytes

Volume Capacity inode_utilization Inode Utilization

Float %

Volume Performance iops IOPS Float Operations per Second

Volume Performance latency Latency Float Milliseconds

Volume User Configuration

quota_committed_capacity Quota Committed Capacity

Float Gibibytes


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Resource


Volume Capacity snapshot_overflow Snapshot Overflow

Float %

Volume Capacity snapshot_reserve_available Snapshot Reserve Available

Float %

Volume Capacity snapshot_reserve_available_capacity Snapshot Reserve Available Capacity

Float Gibibytes

Volume Capacity snapshot_reserve_total_capacity Snapshot Reserve Total Capacity

Float Gibibytes

Volume Capacity snapshot_reserve_used Snapshot Reserve Used

Float %

Volume Capacity snapshot_reserve_used_capacity Snapshot Reserve Used Capacity

Float Gibibytes

Volume Status state State Enum Unitless

Volume Status status Status Enum Unitless

Volume Performance throughput Throughput Float Mebibytes per Second

Volume Capacity total_data_capacity Total Data Capacity

Float Gibibytes

Volume Details total_number_of_inodes Total Number Of Inodes

Integer Unitless

Volume Details type Type String Unitless

Volume Capacity used_data Used Data Float %

Volume Capacity used_data_capacity Used Data Capacity

Float Gibibytes


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