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VMWARE VREALIZE OPERATIONS MANAGEMENT PACK FOR
VCE Vblock
User Guide
2 Blue Medora VMware vRealize Operations Management Pack for VCE Vblock User Guide
NOTE: This document supports the version of each product listed, as well as all subsequent versions, until a new edition replaces it.
You can find the most up-to-date technical documentation on the Blue Medora support site at: http://support.bluemedora.com.
The Blue Medora website also provides the latest product updates. If you have comments about this documentation, submit your feedback to: [email protected].
1. Purpose ..................................................................................................................................................................... 32. Introduction to the Management Pack ...................................................................................... 3
2.1 How the Management Pack Collects Data ............................................................ 32.2 Data the Management Pack Collects .......................................................................... 42.3 Inventory Tree (Traversal Spec) .......................................................................................... 5
3. Dashboards ........................................................................................................................................................... 63.1 Widget Overview .............................................................................................................................. 63.2 Vision Overview Dashboard .................................................................................................. 93.3 Vision Compute Overview Dashboard .....................................................................103.4 Vision Network Overview Dashboard .......................................................................113.5 Vision Storage Overview Dashboard.........................................................................123.6 Vision Metrics Dashboard ....................................................................................................133.7 Vision Heatmaps Dashboard .............................................................................................143.8 Vision Inventory Dashboard ...............................................................................................153.9 Vision Alerts Dashboard .........................................................................................................163.10 Vision Alerts Topology Dashboard ...........................................................................17
4. Alerts and Health Scores ......................................................................................................................184.1 Viewing adapter alerts..............................................................................................................184.2 Alerts ..........................................................................................................................................................194.3 Health scores ....................................................................................................................................20
5. Troubleshooting and Support ..........................................................................................................215.1 Adapter instance does not test successfully ....................................................215.2 Enabling Detailed Logging ...................................................................................................215.3 Locating the Log Files ..............................................................................................................225.4 Supporting metrics on an EMC Symmetrix VMAX ......................................235.5 Supporting metrics on an EMC VNX Series.......................................................24
6. Metrics ....................................................................................................................................................................266.1 Vblock System metrics ...........................................................................................................266.2 Compute metrics ...........................................................................................................................276.3 Network metrics .............................................................................................................................306.4 Storage metrics ..............................................................................................................................32
7. Appendix I: Alerts List ..............................................................................................................................34
TABLE OF CONTENTS
3 Blue Medora VMware vRealize Operations Management Pack for VCE Vblock User Guide
1. PurposeThe Blue Medora VMware vRealize Operations (vROps) Management Pack for VCE Vblock User Guide describes the primary features of the Management Pack, including dashboards, alerts, and metrics that allow users to optimize the monitoring of Vblock converged infrastructure system resources from within vRealize Operations.
2. Introduction to the Management PackThe Management Pack discovers and monitors Vblock system hardware components through the VCE Vision Intelligent Operations management software. It collects component metric data, including health, operability, and resource availability. Custom dashboards in VMware vRealize Operations Manager show health scores, operability statuses, and resource availability.
This section includes the following topics:• How the Management Pack Collects Data• Data the Management Pack Collects
2.1 How the Management Pack Collects Data2.1.1 Adapter processesThe Adapter uses the following processes to collect metric data from Vblock system components:
DescribeThis process determines the types of resources to import and the set of metrics to collect from each type of resource. This process runs automatically during adapter deployment.
Auto-discoveryThis process identifies Vblock system resources. The Adapter queries the Vblock system and retrieves a list of the monitored components, or resources. After the query is complete, new resources are created in vRealize Operations Manager and metric data is collected. This is the default method for collecting Vblock system resource information.
Manual discoveryThe Adapter can monitor components that are manually discovered and added by users. Use the Resource Discovery option in vRealize Operations Manager to manually add Vblock system resources. Manual discovery can be useful if you wish to only monitor a subset of Vblock system components.
Collection intervalThe Adapter uses System Library to discover and query resources. Adapter resource data collection occurs every five minutes by default. System Library’s collection interval is fifteen minutes. Because System Library’s collection interval is less frequent than the Adapter’s, not every Adapter data collection cycle will have updated metric values. You can set the Adapter collection interval equal to or less frequent than the System Library collection interval. See “5.3 Changing the Adapter collection interval (optional)” in the accompanying Installation & Configuration Guide for instructions to change the Adapter collection interval.
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2.2 Data the Management Pack CollectsThe Management Pack can collect performance data, relationships (associations), and events for the following VCE Vblock resources:
Table 1: Vblock Resource Kinds
ResourceKind Key Name String
COMPUTEVBLOCK Vblock
COMPUTE Vblock Compute
VBLOCK_MI Vblock Management Infrastructure AMP2
VBLOCK_COMPUTE Vblock Compute System(UCS)
VBLOCK_COMPUTE_CHASSIS Vblock Compute Chassis
VBLOCK_FABRIC_INTERCONNECT Vblock Fabric Interconnect
VBLOCK_PORT Vblock Ethernet Port
VBLOCK_BLADE Vblock Compute Server
VBLOCK_FAN_BAY Vblock Fan Bay
VBLOCK_FAN Vblock Fan
VBLOCK_POWER_SUPPLY_UNIT Vblock Power Supply Unit
STORAGEVBLOCK Vblock
STORAGE Vblock Storage
VBLOCK_STORAGE Vblock Storage Array
VBLOCK_XSTORAGECONTROLLER Vblock XtremIO Storage Controller
VBLOCK_STORAGE_ENGINE Vblock VMAX Storage Engine
VBLOCK_STORAGE_DIRECTOR Vblock VMAX Storage Director
VBLOCK_STORAGE_VOLUME Vblock Storage Volume
VBLOCK_STORAGE_CHASSIS Vblock Storage Chassis
VBLOCK_VPLEX Vblock Vplex
VBLOCK_VPLEX_ENCLOSURE Vblock Vplex Enclosure
VBLOCK_VPLEX_PROCESSOR Vblock Vplex Processor
VBLOCK_DAE Vblock Disk Array Enclosure
VBLOCK_DPE Vblock Disk Processor Enclosure
VBLOCK_BRICK Vblock XtremIO Brick
VBLOCK_FC_PORT Vblock Fiber Channel Port
VBLOCK_FAN Vblock Fan
VBLOCK_POWER_SUPPLY_UNIT Vblock Power Supply Unit
NETWORKVBLOCK Vblock
NETWORK Vblock Network
VBLOCK_EXPANSION_MODULE Vblock Expansion Module
VBLOCK_FABRIC_EXTENDER Vblock Fabric Extender
5 Blue Medora VMware vRealize Operations Management Pack for VCE Vblock User Guide
2.3 Inventory Tree (Traversal Spec)The Inventory Tree (Traversal Spec) feature within vROps allows you to easily navigate your VCE Vblock environment. The hierarchical structure implicitly shows relationships among resource kinds and enables quick drill-downs to root-cause issues.
This Management Pack contains the following Inventory Trees:
• Vblock Compute and Chassis Filter • Vblock Compute and Fabric Filter • Vblock Network and Switch Filter • Vblock Storage and Array Filter • Vblock Storage and Chassis Filter • Vblock Storage and Vplex Filter
ResourceKind Key Name StringVBLOCK_SWITCH Vblock Network Switch(Nexus)
VBLOCK_GbE_PORT Vblock Gigabit Ethernet Port
VBLOCK_NETWORK_CHASSIS Vblock Network Switch Chassis
VBLOCK_POWER_SUPPLY_BAY Vblock Power Supply Bay
VBLOCK_POWER_SUPPLY_UNIT Vblock Power Supply Unit
VBLOCK_FAN_BAY Vblock Fan Bay
VBLOCK_FAN Vblock Fan
VBLOCK_TEMP_SENSOR Vblock Temperature Sensor
UNCATEGORIZEDVBLOCK_DME Vblock Data Mover Enclosure
VBLOCK_DME_GATEWAY Vblock Data Mover Enclosure-VG2/VG8 Gateway
VBLOCK_CSE Vblock Control Station Enclosure
VBLOCK_CSE_GATEWAY Vblock Control Station Enclosure-VG2/VG8 Gateway
VBLOCK_SPE Vblock Storage Processor Enclosure
VBLOCK_OBJECT Vblock Other Component Object
Figure 1: Available Inventory Trees
Figure 2: Example Inventory Tree
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3. DashboardsDashboards are the primary user interface that allow users to monitor Vblock system resources from within vRealize Operations.
The following dashboards are added to vRealize Operations Manager when the Adapter is installed:
• Vision Overview: Environmental overview of Vblock System. • Vision Compute Overview: Overview of Vblock Compute Environment. • Vision Network Overview: Overview of Vblock Network Environment. • Vision Storage Overview: Overview of Vblock Storage System. • Vision Metrics: A consolidated view of Vblock System objects metrics. • Vision HeatMaps: Displays Vblock System health scores using the HeatMap widget. • Vision Inventory: A full inventory of Vblock System objects with associated relationships in a tree format using the Health Tree widget. • Vision Alerts: Displays all the operational alerts from Vblock System objects. • Vision Alert Topology: Displays the topology (relationship) of an affected object from a selected alert.
3.1 Widget OverviewVision System component dashboards use widgets to show the health of compute, storage, and network components. Dashboard widgets can be connected to multiple Vblock Systems. The Vblock Resources widget shows all Vblock Systems. Vblock Systems selected in the Vision Resources widget are shown in the Health Tree. Components selected in the Health Tree are shown in the Alerts, Metric Selector, and Metric Sparklines widgets.
3.1.1 Resources WidgetThe Resources Widget lists all Vblock Systems discovered by all Adapter instances. It is configured to show all components in a Vblock System, such as compute, network, and storage. The widget shows the current health score for all discovered Vblock System component groups. Resource health scores are determined by comparing current metric values to reference values. vRealize Operations Manager determines a metric’s reference value by combining values observed over time with predefined hard thresholds.
Figure 3: Resources Widget
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3.1.2 Alerts WidgetThe Alerts Widget shows alerts for components selected in the Health Tree. The Alerts Widget also shows alerts for component groups (compute, network, or storage) and their subcomponents. Alerts shown here are also shown in the Alert Summary page and on component icons in the Health Tree.
Figure 4: Alerts Widget
3.1.3 Metric Selector widgetThe Metric Selector widget shows available metrics for components selected in the Health Tree. The Metric Selector is not used in the Vblock Main dashboard.
Figure 5: Metric Selector Widget
8 Blue Medora VMware vRealize Operations Management Pack for VCE Vblock User Guide
3.1.4 Health Tree WidgetThe Health Tree Widget shows Vblock System components in three categories: compute, storage, and network. Connected components are shown in a hierarchical manner. Alerts and sparklines are shown for selected components. Health alerts are shown for the Vblock System, compute, storage, and network categories. The Health Tree widget can also show the parent-child relationship between blade servers and active vSphere ESXi hosts. The following screen capture shows the Health Tree server-host view.
Figure 6: Health Tree Widget
3.1.5 Metric Sparklines WidgetThe Metric Sparklines Widget shows a line graph of health values over time. The widget shows the values collected for aggregate Vblock System components selected in the Health Tree.
Figure 7: Metric Sparklines Widget
3.1.6 Heat Map WidgetThe Heat Map Widget is only used in the Vision HeatMaps dashboard. All components for all Vblock Systems that are monitored by the Adapter are shown in the Heat Map widget. The Heat Map’s rectangles represent all components in all monitored Vblock Systems. Components that are not in collection mode are displayed as white squares.
Figure 8: Heat Map Widget
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3.2 Vision Overview Dashboard
The Vision Overview Dashboard provides an overall environment overview of a Vblock system. You can select a Vblock resource from the Environment Overview widget to populate the Object Relationship and Metric Chart widgets with data for that resource. Figure 9: Vision Overview Dashboard
10 Blue Medora VMware vRealize Operations Management Pack for VCE Vblock User Guide
3.3 Vision Compute Overview Dashboard
The Vision Compute Overview Dashboard provides an overview of Vblock Compute resources. You can select a compute resource from the Compute Environment Overview widget to populate the Object Relationship and Metric Chart widgets with data for that resource. Figure 10: Vision Compute Overview Dashboard
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3.4 Vision Network Overview Dashboard
The Vision Network Overview Dashboard provides an overview of Vblock Network resources. You can select a network resource from the Network Environment Overview widget to populate the Object Relationship and Metric Chart widgets with data for that resource. Figure 11: Vision Network Overview Dashboard
12 Blue Medora VMware vRealize Operations Management Pack for VCE Vblock User Guide
3.5 Vision Storage Overview Dashboard
The Vision Storage Overview Dashboard provides an overview of Vblock Storage resources. You can select a storage resource from the Storage Environment Overview widget to populate the Object Relationship and Metric Chart widgets with data for that resource. Figure 12: Vision Storage Overview Dashboard
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3.6 Vision Metrics Dashboard
The Vision Metrics Dashboard shows a consolidated view of Vblock System resource metrics. You can select a resource through the resources widget to display any adapter defined metrics in graph and sparklines form. The metric selector enables you to select and plot to graph and generate metric sparklines for any metrics generated by vRealize Operations Manager. By default the resources are sorted by ascending health score, which provides easy access to the resources with the worst performance. Figure 13: Vision Metrics Dashboard
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3.7 Vision Heatmaps Dashboard
The Vision HeatMaps dashboard has a single widget that provides an easy way to visualize the health of your Vblock System. The Heat Map widget pulls data from all Adapter instances. By default, the data is grouped first by adapter instance and then by resource kind. Each square represents a single Vblock System resource, is fixed in size, and changes color based on the health score.
If you are monitoring multiple Vblock Systems, it can be difficult to clearly view all resources in one Heat Map widget. You can create additional Heat Map dashboards and use them to view different Adapter instances. Refer to the VMware vRealize Operations Manager Getting Started Guide (Custom UI) for instructions on how to create new dashboards.
Figure 14: Vision Heatmaps Dashboard
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3.8 Vision Inventory Dashboard
The Vision Inventory dashboard shows Vblock System resources with their associated parent and child relationships. Selecting a resource in the Resources widget populates the Health Tree widget, and shows the selected resource and its parent and children. The Resources widget shows all Vblock System resources.
By default, the Resources widget is sorted so that the Vblock System resource kind appears at the top. This allows you to select a Vblock System and click through its relationship tree from the top level. You can also search for specific resources in the Resources widget and select that resource to populate the Health Tree with that resource and its relationships.
Figure 15: Vision Inventory Dashboard
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3.9 Vision Alerts Dashboard
The Vision Alerts Dashboard shows all of the operational alerts specific to resources that have been discovered by the Adapter instances. Selecting an alert in the Alerts widget displays the resource that generated the alert in the Health Tree. This enables you to quickly identify the location of that resource in the relationship tree. Select the alert for the metrics for that particular resource in the Metrics widget.
Figure 16: Vision Alerts Dashboard
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3.10 Vision Alerts Topology Dashboard
The Vision Alert Topology Dashboard shows all of the operational alerts specific to resources that have been discovered by the Adapter instances. Selecting an alert in the Alert List widget populates the affected object(s) in the Object List widget. From there, you can double-click on the affected object to show the topology view of the object. This enables you to quickly identify the location of that resource in the relationship tree.
Figure 17: Vision Alert Topology Dashboard
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4. Alerts and Health Scores
4.1 Viewing adapter alertsYou can view alerts created by the Adapter or vRealize Operations Manager on the Alerts Summary page.
4.1.1 Procedure1. Select the Vision Alerts Dashboard.
2. Double-click an alert to view its Alert Summary page. The Alert Summary page shows reasons, causes, and potential performance problems.
3. Click the resource name to view the Resource Detail page.
Figure 18: Alert Summary page
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4.2 AlertsThe Adapter creates alerts corresponding to events received from System Library and the VCE Vision™ Compliance Checker. The Adapter can only receive System Library and Compliance Checker events and create alerts for resources that are monitored by vRealize Operations Manager.
System Library events originate at the individual resource level. Individual resources are, for example, compute servers or power supply units. System Library events can be unrelated to adapter metrics. Event messages can range from simple informational details about the resource to a possible critical issue.
Compliance Checker events relay compliance report results, which include information about Vblock System resources. Compliance Checker events only generate alerts if you subscribe to System Library events when you add an Adapter instance.
Event severity and frequency are used to determine whether or not to send a health alert. Alerts have five severity levels: • Critical • Major • Warning • Degraded • Minor • Operable
Table 2: Alert Severity Levels, Possible Causes, and Required Actions
ALERT LEVEL POSSIBLE CAUSE ACTION REQUIRED
CRITICAL A serious or fatal issue detected with a component of the Vblock System. A component could be inoperable or a part may have failed. Any single component in this state causes the state of the entire Vblock System to become critical.
Immediate attention is required.
MAJOR There is a major issue with at least one of the major components of the Vblock System. The Vblock System might be at serious risk if another failure is detected on a component of the Vblock System. Assuming nothing is critical, any component in this state results in the Vblock System being declared in a major state.
Attention is seriously advised.
DEGRADED At least one of the Vblock System components is currently detected as degraded.
Some troubleshooting isrecommended.
MINOR A non-normal issue of some sort has been detected in one of the components of the Vblock System. When any component is in any other state than operable, it will cause at least the minor state to occur. This state can occur only if critical, major, or degraded states are not detected.
Attention is expected soon.
OPERABLE The Vblock System is working as it should. There are no detected issues with any of the compute, storage, or network components. All components must be operable for the Vblock System to have this state.
None
NOTE: Alerts have types in addition to severity levels. Refer to the vRealize Operations Manager online help for a list of alert types.
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4.3 Health scoresHealth scores are calculated by vRealize Operations Manager. The type of information that each component reports through its interface determines health scores. Each component in a Vblock system reports an operationStatus.
System Library creates a calculatedStatus based on the operationStatus and a set of VCE-defined best practices. The calculatedStatus provides an assessment of the impact the operationStatus has on the overall system health.
The following table provides descriptions of how compute, network, storage, and management components are monitored to determine health scores.
Table 3: Component Health Scores
MAJOR COMPONENT SUBCOMPONENTS DESCRIPTION
Compute Cisco C-Series serversCisco B-Series serversFabric Interconnects
The overall status of each compute server is based on the server’s response to adapter queries. A compute server’s health is determined by measuring the availability of the responding agent on the server.
Network Catalyst switchesNexus switchesNexus 1000vMDS switches
Ethernet ports, stack ports, fan trays, and power supplies are monitored to determine network health.
Storage VNX (unified and block-only)VNXeVMAX (including the optionalVNX VG2 Gateway and VNXVG8 Gateway)VPLEX
The status of the array as a whole is reported. For example, some arrays provide an overall health status indicator that the adapter collects regularly and uses as the array’s overall status.
Management (AMP-2)
Cisco C-Series servers(including local storage)
Vblock System management server.
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5. Troubleshooting and Support
5.1 Adapter instance does not test successfullyIf the Adapter instance cannot connect to the System Library host, then try the following: • Check that the System Library FQDN is correct. • Check that the System Library credentials are correct. • Check the connectivity between the vRealize Operation Manager Collector and the Vblock System Library .
5.2 Enabling Detailed LoggingEnable detailed logging if you want to send detailed logs to VCE support to investigate a reported issue, or if you want to debug issues on your own.
5.2.1 Procedure1. Under the Object Navigator, select Administration.
2. Select Support.
3. Select the node Collector and click the Configure icon ( ).
4. Set the log level to debug or trace.
NOTE: Setting the log level to debug or trace will generate detailed logs for the collector process as well as all the deployed adapters. It will also generate a large volume of logs.
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5.2.2 Health status widget shows a score of -1This means that data collection was turned off or otherwise interrupted. Perform the following tasks to resolve this issue:• Verify that the Adapter instance can connect to the System Library Host server. • Verify that data collection has not been turned off for that component.
5.3 Locating the Log FilesAdapter log files are located on the Support page. Use this procedure to view the collector log and the Adapter logs.
5.3.1 Procedure1. Under the Object Navigator, select Administration.
2. Select Support.
3. View the collector log and the Adapter logs.
NOTE: For problems related to a server being monitored by the Adapter, check the System Library and JBoss server logs.
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5.4 Supporting metrics on an EMC Symmetrix VMAXUse this procedure to gather and monitor Adapter metrics on an EMC Symmetrix VMAX storage array. These steps are necessary only if the storage array is not automatically discovered.
5.4.1 Starting metric collection1. Open a remote desktop connection with the virtual machine where ECOM/SMI-S is installed.
2. Go to C:\Program Files\EMC\ECIM\ECOM\bin and run TestSmiProvider.exe.
3. Press enter at each prompt until you reach the localhost prompt.
4. Enter ei at the localhost prompt. Example: (localhost:5988) ? ei
5. Enter Class: Symm_BlockStatisticsService at the class prompt.
6. Press enter to continue through the next three prompts.
7. Enter Started for the property to include. Example: ('-' for all, '[empty]' for no properties)? [-]: Started
8. Enter - (hyphen) at the next prompt.
9. Make sure that PROPERTY NAME is set to ”Started” and PROPAGATED is set to ”true”. See the example below:
ObjectPath: Symm_BlockStatisticsService.CreationClassName=”Symm_BlockStatisticsService”,Name=”EMCBlockSta tisticsService”,SystemCreationClassName=”Symm_StorageSystem”,SystemName=”SYMMETRIX+0001926063 23”
<INSTANCE CLASSNAME=”Symm_BlockStatisticsService” >
<PROPERTY NAME=”Started” CLASSORIGIN=”CIM_Service” PROPAGATED=”true” TYPE=”boolean”> <VALUE>TRUE</VALUE>
</PROPERTY>
</INSTANCE>
If the value for PROPAGATED is true, then BlockStatisticsService is started. If BlockStatisticsService is not started, then use the following procedure to start the service.
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5.4.2 Starting BlockStatisticsService
1. Enter im at the localhost prompt. Example: (localhost:5988) ? im
2. Enter the following value at the ObjectPath prompt:
ObjectPath: Symm_BlockStatisticsService.CreationClassName=”Symm_BlockStatisticsService”,Name=”EMCBlockSta tisticsService”,SystemCreationClassName=”Symm_StorageSystem”,SystemName=”SYMMETRIX+0001926063 23”
3. Enter StartService at the Method Name[?]: prompt. Example: Method Name[?]: StartService
4. Enter - (hyphen) at the next prompt. Example: (‘-’ to quit) [?]: -
5. You will see the following output. If the returned value is 0, then the service is started.
+++ Testing invokeMethod: Symm_BlockStatisticsService.CreationClassName=”Symm_B lockStatisticsService”,Name=”EMCBlockStatisticsService”,SystemCreationClassName= “Symm_StorageSystem”,SystemName=”SYMMETRIX+000192606323” ++++
StartService() returned value: 0 OUTPUT : 0
5.5 Supporting metrics on an EMC VNX SeriesUse these procedures to gather and monitor Adapter metrics on an EMC VNX Series storage array. These steps are necessary only if the storage array is not automatically discovered.
5.5.1 Enabling performance statistics collection1. Log on to EMC Unisphere.
2. Select System > Monitoring and Alerts > Statistics for Block.
3. In the Settings options, select Performance Data Logging.
4. For the Logging settings:
a. Enter 300 for the Real Time Interval in seconds.
b. Clear Periodic Archiving.
c. Clear Stop Automatically After.
5. Click OK.
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5.5.2 Enabling performance statistics on the Unisphere1. Log on to EMC Unisphere.
2. Select System > System Properties. The System Properties dialog is displayed.
3. Select Statistics Logging in the General tab.
4. Click Apply and then OK.
5.5.3 Enabling performance statistics collection using the command line interfaceYou can also use EMC Navisphere's command line interface to enable performance statistics collection for the EMC VNX Series storage array.
1. Start NaviSecCLI, the Navisphere Command Line Interface.
2. Enter the following at the command prompt:
naviseccli –h <hostip> -User <usrname> -Password <passwd> -scope 0 setstats <-on|-off>
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6. MetricsThe Management Pack collects the following metric types:
• Vblock System • Compute • Network • Storage
The collected metrics are described in the tables below.
6.1 Vblock System metricsVblock System metrics are aggregate measurements that are collected from all Vblock System components. Several metrics show a component’s operational status. Possible operational statuses are operable, minor, degraded, major, or critical. All components have a calculated health status.
Table 4: Vblock System Metrics
COMPONENT ATTRIBUTE DESCRIPTION
Aggregate of all Vblock System Components
Vblock System health and operability
Shows overall health and operational status of a Vblock System based on thehealth of underlying components, as well as the calculated health status. Itappears as: VB-# (Vblock) Health: <health score><status> Summary | Calculated Status<status> Summary | Operational Status
Available memory Total memory available on a Vblock System. This is the sum total of the memoryavailable on all the blade servers in a Vblock System. It appears as:VB-# (Vblock) Health: <health score><available memory> Summary | Available Memory (MB)
Available raw storage Total storage capacity available on a Vblock System. This is the sum total of theavailable storage capacity on all the storage devices in a Vblock System. Itappears as: VB-# (Vblock) Health: <health score><available raw capacity> Summary | Available Raw Capacity (MB)
Storage utilization percentage
Percentage of available storage used by a Vblock System. It appears as:VB-# (Vblock) Health: <score><storage usage> Summary | Storage Utilization (%)
Aggregate of all Vblock System Compute Components
Compute components health and operability
Shows the overall health and operational status of Vblock System compute components. It appears as:Vblock Compute (Vblock Compute) Health: <health score><status> Summary | Calculated Status<status> Summary | Operational Status
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COMPONENT ATTRIBUTE DESCRIPTION
Aggregate ofall VblockSystem storagecomponents
Storage componentshealth and operability
Shows the overall health and operational status of Vblock System storage components. It appears as:Vblock Storage (Vblock Storage) Health: <health score>Summary | Calculated StatusSummary | Operational Status
Aggregate ofall Vblock System networkcomponents
Network componentshealth and operability
Shows the overall health and operational status of Vblock System network components. It appears as:Vblock Network (Vblock Network) Health: <health score><status> Summary | Calculated Status<status> Summary | Operational Status
Aggregate ofall VblockSystemmanagementinfrastructurecomponents
Management infrastructurecomponents health and operability
Shows the overall health and operational status of Vblock System management infrastructure components. It appears as:Vblock Management Infrastructure (AMP2) Health: <health score><status> Summary | Calculated Status<status> Summary | Operational Status
6.2 Compute metricsCompute metrics are collected from rack and blade servers and their components. Several metrics show a component’s operational status. Possible operational statuses are operable, minor, degraded, major, or critical. All components have a calculated health status.
Table 5: Compute Metrics
COMPONENT ATTRIBUTE DESCRIPTION
Computesystem
Computesystem healthandoperability
Shows overall health and operational status of each compute system based on the health of underlying components. It appears as:<Vblock ID> (Vblock Compute System (UCS)) Health: <health score><status> Summary | Calculated Status <status> Summary | Operational Status
Chassis Chassishealth andoperability
Shows overall health and operational status of a compute chassis. It appears as:sys/chassis-# (Vblock Compute Chassis) Health: <health score><status> Summary | Calculated Status <status> Summary | Operational Status
Chassis Chassis fanbay healthandoperability
Shows overall health and operational status of compute chassis fan bays. It appears as: sys/chassis-#/fan-module-#-# (Vblock Fan Bay) Health: <health score><status> Summary | Calculated Status <status> Summary | Operational Status
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COMPONENT ATTRIBUTE DESCRIPTION
Chassis Chassis fanhealth andoperability
Reports the operational status of each fan in a fan bay. It appears as:sys/chassis-#/fan-module-#-#/fan-# (Vblock Fan) Health: <health score><status> Summary | Calculated Status<status> Summary | Operational Status
Chassis Chassis power supplyunit health and operability
Shows the operability of chassis power supply units. It appears as:sys/chassis-#/psu-# (Vblock Power Supply Unit) Health: <health score><status> Summary | Calculated Status <status> Summary | Operational Status
FabricExtender
Fabric extenderhealth and operability
Shows operational and health status for each of the fabric extenders on each blade server chassis. It appears as:sys/chassis-#/slot-# (Vblock Fabric Extender) Health: <health score><status> Summary | Calculated Status <status> Summary | Operational Status
FabricInterconnect
Fabric interconnecthealth and operability
Shows the operational status and overall health of each of the Fabric Interconnects in a Vblock System. The metric display in the dashboard uniquely identifies components of the same type if there are multiples of them in a Vblock System. It appears as:sys/switch-# (Vblock Fabric Interconnect) Health: <health score><status> Summary | Calculated Status<status> Summary | Operational Status
FabricInterconnect
Fabric interconnectpower supply health and operability
Shows the operational status of the Cisco UCS Fabric Interconnect power supplies. The status is shown in the compute dashboard as:sys/switch-#/psu-# (Vblock Power Supply Unit) Health: <health score><status> Summary | Calculated Status<status> Summary | Operational Status
FabricInterconnect
Fabric interconnectfan health andoperability
Shows the operational status of the Cisco UCS Fabric Interconnect fans. The status is shown in the compute dashboard as:sys/switch-#/fan-# (Vblock Fan) Health: <health score><status> Summary | Calculated Status <status> Summary | Operational Status
Blade server Blade server health and operability
Shows the operational status and overall health of each of the blade servers in a Vblock System. The metric display in the dashboard uniquely identifies components of the same type if there are multiples of them in a Vblock System. It appears as:sys/chassis-#/blade-# (Vblock Compute Server) Health: <health score><status> Summary | Calculated Status<status> Summary | Operational Status
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COMPONENT ATTRIBUTE DESCRIPTION
Blade server Blade server temperature
Shows the temperature of a blade server in degrees Celsius. The metric display in the dashboard uniquely identifies components of the same type if there are multiples of them in a Vblock System. It appears as:sys/chassis-#/blade-# (Vblock Compute Server) Health: <health score><temperature> Summary | Temperature (C)
Blade server Blade server thermalsensor status
Tells users if a blade server’s thermal environment is within safe operating range. It appears as: sys/chassis-#/blade-# (Vblock Compute Server) Health: <health score><status> Summary | Thermal Status
Blade server Blade serveravailable memory
Shows a blade server’s available, unused memory in megabytes. It appears as:sys/chassis-#/blade-# (Vblock Compute Server) Health: <health score> <available memory> Memory | Available Memory (MB)
The following metrics require that vSphere ESXi is running on the blade server. Otherwise, no metric data iscollected.
Blade server Blade server memoryutilization
Shows the percentage of memory used by a blade server. It appears as:sys/chassis-#/blade-# (Vblock Compute Server) Health: <score><used memory> Memory | Memory Utilization (%)
Blade server Blade server memoryusage
Shows the amount of used memory in megabytes. It appears as:sys/chassis-#/blade-# (Vblock Compute Server) Health: <score><used memory> Memory | Utilized Memory (MB)
Blade server Blade server CPU usage
Shows the measurement of CPU cycle utilization over time. It appears as:sys/chassis-#/blade-# (Vblock Compute Server) Health: <score><CPU usage> CPU | CPU Usage (%)
Blade server Blade server storageallocation
Shows the total storage amount, in megabytes, allocated to a blade server. It appears as: sys/chassis-#/blade-# (Vblock Compute Server) Health: <score><allocated storage> Storage | Allocated Storage (MB)
Blade server Blade server storageusage
Shows the percentage of storage space used by a blade server. It appears as:sys/chassis-#/blade-# (Vblock Compute Server) Health: <score><storage usage> Storage | Storage Utilization (%)
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6.3 Network metricsNetwork metrics are collected from Vblock System network switches and their associated hardware. Several metrics show a component’s operational status. Possible operational statuses are operable, minor, degraded, major, or critical. All components have a calculated health status. No metric data is collected for fibre channel or ethernet ports when their administrative status is down.
Table 6: Network Metrics
COMPONENT ATTRIBUTE DESCRIPTION
Network Switch Network switch health and operability
Shows the overall health and operational status of each network switch. It appears as: <network switch ID> (Vblock Network Switch) Health: <health score><status> Summary | Calculated Status<status> Summary | Operational Status
Network switch chassis
Network switch chassis health and operability
Shows the overall health and operational status of each network switch chassis. It appears as: <network switch chassis ID> (Vblock Network Switch Chassis) Health: <healthscore> <status> Summary | Calculated Status<status> Summary | Operational Status
Fibre Channel port
Fibre Channel port health and operability
Shows the overall health and operational status of a Fibre Channel port in a network switch. Fibre Channel ports in maintenance mode have no health score. It appears as: Supervisor-# Port-# (Vblock Fiber Channel Port) Health: <score><status> Summary | Calculated Status<status> Summary | Operational Status
Fibre Channel port
Fibre Channel portadministrative state
Shows whether or not a Fibre Channel port can communicate with other networkdevices. Fibre Channel ports in maintenance mode have no administrative state.The two possible administrative states are up and down. It appears as:Supervisor-# Port-# (Vblock Fiber Channel Port) Health: <score><status> Summary | Administrative Status
Gigabit ethernet port
Gigabit ethernet porthealth and operability
Shows the overall health and operational status of a gigabit ethernet port in a network switch. It appears as:<gigabit ethernet port ID> (Vblock Gigabit Ethernet Port) Health: <health score><status> Summary | Calculated Status <status> Summary | Operational Status
Gigabit ehternet port
Gigabit ethernet portadministrative state
Shows whether or not a gigabit ethernet port can communicate with other network devices. The two possible administrative states are up and down. It appears as:<gigabit ethernet port ID> (Vblock Gigabit Ethernet Port) Health: <health score><status> Summary | Administrative Status
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COMPONENT ATTRIBUTE DESCRIPTION
Network switch power supply bay
Network switch power supply bay health and operability
Shows the operability of a network switch’s power supply bay. It appears as:Switch # - Power Supply Container (Vblock Power Supply Bay) Health: <healthscore> <status> Summary | Calculated Status<status> Summary | Operational Status
Network switch power supply unit
Network switch power supply unit health and operability
Shows the operability of a network switch’s power supply unit. It appears as:Switch # - Power Supply # (Vblock Power Supply Unit) Health: <health score><status> Summary | Calculated Status <status> Summary | Operational Status
Network switch fan bay
Network switch fanbay health andoperability
Shows overall health and operational status of network switch fan bays. It appears as: Switch # - Fan Container (Vblock Fan Bay) Health: <health score><status> Summary | Calculated Status <status> Summary | Operational Status
Network switch fan
Network switch fan health and operability
Shows overall health and operational status of network switch fans. It appears as:Switch # - Fan # (Vblock Fan) Health: <health score><status> Summary | Calculated Status <status> Summary | Operational Status
Network switch temperature sensor
Network switchthermal sensor health and operability
Shows Overall health and operational status of network switch thermal sensors. It appears as: Switch # - <sensor ID> - Sensor # (Vblock Temperature Sensor) Health: <health score> <status> Summary | Calculated Status <status> Summary | Operational Status
Network switch expansion module
Network switch expansion modulehealth and operability
Shows overall health and operational status of network switch expansion modules. It appears as:<expansion module ID> (Vblock Expansion Module) Health: <health score><status> Summary | Calculated Status<status> Summary | Operational Status
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6.4 Storage metricsStorage metrics are collected from storage device arrays. Several metrics show a component’s operational status. Possible operational statuses are operable, minor, degraded, major, or critical. All components have a calculated health status.
Table 7: Storage Metrics
COMPONENT ATTRIBUTE DESCRIPTION
Storage Array Storage arrayhealth andoperability
Shows the operational status of each storage array in a Vblock System. It appears as: <storage array ID> (Vblock Storage Array) Health: <health score><status> Summary | Calculated Status<status> Summary | Operational Status
Storage Array Storage array available raw capacity
Shows a storage array’s available raw capacity in megabytes. It appears as:<storage array ID> (Vblock Storage Array) Health: <health score><available capacity> Summary | Available Raw Capacity (MB)
Storage Volume Storagevolume IOPS
Shows the total number of input and output operations. It appears as:<storage volume ID> (Vblock Storage Volume) Health: <health score><number of operations> Summary | Total IOPS
Data Mover Data mover health and operability
Shows the operable status of the data mover. It appears as:<data mover ID> (Vblock Data Mover Enclosure) Health: <health score><status> Summary | Calculated Status <status> Summary | Operational Status
Disk Array Disk array health andoperability
Shows the operable status of the disk array. It appears as:<disk array ID> (Vblock Disk Array Enclosure) Health: <health score><status> Summary | Calculated Status <status> Summary | Operational Status
Disk Array Disk array power supply unit healthand operability
Shows the operable status of a disk array’s power supply. It appears as:<array power supply ID> (Vblock Power Supply Unit) Health: <health score><status> Summary | Calculated Status<status> Summary | Operational Status
Disk Processor Disk processorhealth and operability
Shows the disk processor’s operable status. It appears as:<processor ID> (Vblock Disk Processor Enclosure) Health: <health score><status> Summary | Calculated Status <status> Summary | Operational Status
Disk Processor Disk processor power supply unit health and operability
Shows the disk processor power supply’s operable status. It appears as:<processor power supply ID> (Vblock Power Supply Unit) Health: <health score><status> Summary | Calculated Status<status> Summary | Operational Status
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COMPONENT ATTRIBUTE DESCRIPTION
Control Station Control station healthand operability
Shows the control station’s operable status. It appears as:<control station ID> (Vblock Control Station Enclosure) Health: <health score><status> Summary | Calculated Status <status> Summary | Operational Status
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7. Appendix I: Alerts ListThe Management Pack creates alerts based on various symptoms that it detects in the environment. See the table below for details regarding each alert.
Table 8: Management Pack Alerts
NAME DESCRIPTION
Vblock Critical CRITICAL: Vblock Critical
Vblock Inoperable CRITICAL: Vblock Inoperable
Vblock Unknown WARNING: Vblock Unknown
Vblock Down CRITICAL: Vblock Down
Vblock Degraded IMMEDIATE: Vblock Degraded
Vblock Major IMMEDIATE: Vblock Major
Vblock Minor WARNING: Vblock Minor
Vblock_mi Critical CRITICAL: Vblock_mi Critical
Vblock_mi Inoperable CRITICAL: Vblock_mi Inoperable
Vblock_mi Unknown WARNING: Vblock_mi Unknown
Vblock_mi Down CRITICAL: Vblock_mi Down
Vblock_mi Degraded IMMEDIATE: Vblock_mi Degraded
Vblock_mi Major IMMEDIATE: Vblock_mi Major
Vblock_mi Minor WARNING: Vblock_mi Minor
Compute Critical CRITICAL: Compute Critical
Compute Inoperable CRITICAL: Compute Inoperable
Compute Unknown WARNING: Compute Unknown
Compute Down CRITICAL: Compute Down
Compute Degraded IMMEDIATE: Compute Degraded
Compute Major IMMEDIATE: Compute Major
Compute Minor WARNING: Compute Minor
Vblock_compute_chassis Critical
CRITICAL: Vblock_compute_chassis Critical
Vblock_compute_chassis Inoperable
CRITICAL: Vblock_compute_chassis Inoperable
Vblock_compute_chassis Unknown
WARNING: Vblock_compute_chassis Unknown
Vblock_compute_chassis Down
CRITICAL: Vblock_compute_chassis Down
Vblock_compute_chassis Degraded
IMMEDIATE: Vblock_compute_chassis Degraded
Vblock_compute_chassis Major
IMMEDIATE: Vblock_compute_chassis Major
Vblock_compute_chassis Minor
WARNING: Vblock_compute_chassis Minor
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NAME DESCRIPTION
Vblock_blade Critical CRITICAL: Vblock_blade Critical
Vblock_blade Inoperable CRITICAL: Vblock_blade Inoperable
Vblock_blade Unknown WARNING: Vblock_blade Unknown
Vblock_blade Down CRITICAL: Vblock_blade Down
Vblock_blade Degraded IMMEDIATE: Vblock_blade Degraded
Vblock_blade Major IMMEDIATE: Vblock_blade Major
Vblock_blade Minor WARNING: Vblock_blade Minor
Vblock_compute Critical CRITICAL: Vblock_compute Critical
Vblock_compute Inoperable CRITICAL: Vblock_compute Inoperable
Vblock_compute Unknown WARNING: Vblock_compute Unknown
Vblock_compute Down CRITICAL: Vblock_compute Down
Vblock_compute Degraded IMMEDIATE: Vblock_compute Degraded
Vblock_compute Major IMMEDIATE: Vblock_compute Major
Vblock_compute Minor WARNING: Vblock_compute Minor
Vblock_cse Critical CRITICAL: Vblock_cse Critical
Vblock_cse Inoperable CRITICAL: Vblock_cse Inoperable
Vblock_cse Unknown WARNING: Vblock_cse Unknown
Vblock_cse Down CRITICAL: Vblock_cse Down
Vblock_cse Degraded IMMEDIATE: Vblock_cse Degraded
Vblock_cse Major IMMEDIATE: Vblock_cse Major
Vblock_cse Minor WARNING: Vblock_cse Minor
Vblock_dae Critical CRITICAL: Vblock_dae Critical
Vblock_dae Inoperable CRITICAL: Vblock_dae Inoperable
Vblock_dae Unknown WARNING: Vblock_dae Unknown
Vblock_dae Down CRITICAL: Vblock_dae Down
Vblock_dae Degraded IMMEDIATE: Vblock_dae Degraded
Vblock_dae Major IMMEDIATE: Vblock_dae Major
Vblock_dae Minor WARNING: Vblock_dae Minor
Vblock_dme Critical CRITICAL: Vblock_dme Critical
Vblock_dme Inoperable CRITICAL: Vblock_dme Inoperable
Vblock_dme Unknown WARNING: Vblock_dme Unknown
Vblock_dme Down CRITICAL: Vblock_dme Down
Vblock_dme Degraded IMMEDIATE: Vblock_dme Degraded
Vblock_dme Major IMMEDIATE: Vblock_dme Major
Vblock_dme Minor WARNING: Vblock_dme Minor
Vblock_dpe Critical CRITICAL: Vblock_dpe Critical
Vblock_dpe Inoperable CRITICAL: Vblock_dpe Inoperable
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NAME DESCRIPTION
Vblock_dpe Unknown WARNING: Vblock_dpe Unknown
Vblock_dpe Down CRITICAL: Vblock_dpe Down
Vblock_dpe Degraded IMMEDIATE: Vblock_dpe Degraded
Vblock_dpe Major IMMEDIATE: Vblock_dpe Major
Vblock_dpe Minor WARNING: Vblock_dpe Minor
Vblock_storage_engine Critical CRITICAL: Vblock_storage_engine Critical
Vblock_storage_engine Inoperable
CRITICAL: Vblock_storage_engine Inoperable
Vblock_storage_engine Unknown
WARNING: Vblock_storage_engine Unknown
Vblock_storage_engine Down CRITICAL: Vblock_storage_engine Down
Vblock_storage_engine Degraded
IMMEDIATE: Vblock_storage_engine Degraded
Vblock_storage_engine Major IMMEDIATE: Vblock_storage_engine Major
Vblock_storage_engine Minor WARNING: Vblock_storage_engine Minor
Vblock_storage_director Critical
CRITICAL: Vblock_storage_director Critical
Vblock_storage_director Inoperable
CRITICAL: Vblock_storage_director Inoperable
Vblock_storage_director Unknown
WARNING: Vblock_storage_director Unknown
Vblock_storage_director Down CRITICAL: Vblock_storage_director Down
Vblock_storage_director Degraded
IMMEDIATE: Vblock_storage_director Degraded
Vblock_storage_director Major IMMEDIATE: Vblock_storage_director Major
Vblock_storage_director Minor WARNING: Vblock_storage_director Minor
Vblock_brick Critical CRITICAL: Vblock_brick Critical
Vblock_brick Inoperable CRITICAL: Vblock_brick Inoperable
Vblock_brick Unknown WARNING: Vblock_brick Unknown
Vblock_brick Down CRITICAL: Vblock_brick Down
Vblock_brick Degraded IMMEDIATE: Vblock_brick Degraded
Vblock_brick Major IMMEDIATE: Vblock_brick Major
Vblock_brick Minor WARNING: Vblock_brick Minor
Vblock_xstoragecontroller Critical
CRITICAL: Vblock_xstoragecontroller Critical
Vblock_xstoragecontroller Inoperable
CRITICAL: Vblock_xstoragecontroller Inoperable
Vblock_xstoragecontroller Unknown
WARNING: Vblock_xstoragecontroller Unknown
Vblock_xstoragecontroller Down
CRITICAL: Vblock_xstoragecontroller Down
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NAME DESCRIPTION
Vblock_xstoragecontroller Degraded
IMMEDIATE: Vblock_xstoragecontroller Degraded
Vblock_xstoragecontroller Major
IMMEDIATE: Vblock_xstoragecontroller Major
Vblock_xstoragecontroller Minor
WARNING: Vblock_xstoragecontroller Minor
Vblock_expansion_module Critical
CRITICAL: Vblock_expansion_module Critical
Vblock_expansion_module Inoperable
CRITICAL: Vblock_expansion_module Inoperable
Vblock_expansion_module Unknown
WARNING: Vblock_expansion_module Unknown
Vblock_expansion_module Down
CRITICAL: Vblock_expansion_module Down
Vblock_expansion_module Degraded
IMMEDIATE: Vblock_expansion_module Degraded
Vblock_expansion_module Major
IMMEDIATE: Vblock_expansion_module Major
Vblock_expansion_module Minor
WARNING: Vblock_expansion_module Minor
Vblock_fabric_extender Critical CRITICAL: Vblock_fabric_extender Critical
Vblock_fabric_extender Inoperable
CRITICAL: Vblock_fabric_extender Inoperable
Vblock_fabric_extender Unknown
WARNING: Vblock_fabric_extender Unknown
Vblock_fabric_extender Down CRITICAL: Vblock_fabric_extender Down
Vblock_fabric_extender Degraded
IMMEDIATE: Vblock_fabric_extender Degraded
Vblock_fabric_extender Major IMMEDIATE: Vblock_fabric_extender Major
Vblock_fabric_extender Minor WARNING: Vblock_fabric_extender Minor
Vblock_fabric_interconnect Critical
CRITICAL: Vblock_fabric_interconnect Critical
Vblock_fabric_interconnect Inoperable
CRITICAL: Vblock_fabric_interconnect Inoperable
Vblock_fabric_interconnect Unknown
WARNING: Vblock_fabric_interconnect Unknown
Vblock_fabric_interconnect Down
CRITICAL: Vblock_fabric_interconnect Down
Vblock_fabric_interconnect Degraded
IMMEDIATE: Vblock_fabric_interconnect Degraded
Vblock_fabric_interconnect Major
IMMEDIATE: Vblock_fabric_interconnect Major
Vblock_fabric_interconnect Minor
WARNING: Vblock_fabric_interconnect Minor
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NAME DESCRIPTION
Vblock_fan Critical CRITICAL: Vblock_fan Critical
Vblock_fan Inoperable CRITICAL: Vblock_fan Inoperable
Vblock_fan Unknown WARNING: Vblock_fan Unknown
Vblock_fan Down CRITICAL: Vblock_fan Down
Vblock_fan Degraded IMMEDIATE: Vblock_fan Degraded
Vblock_fan Major IMMEDIATE: Vblock_fan Major
Vblock_fan Minor WARNING: Vblock_fan Minor
Vblock_fan_bay Critical CRITICAL: Vblock_fan_bay Critical
Vblock_fan_bay Inoperable CRITICAL: Vblock_fan_bay Inoperable
Vblock_fan_bay Unknown WARNING: Vblock_fan_bay Unknown
Vblock_fan_bay Down CRITICAL: Vblock_fan_bay Down
Vblock_fan_bay Degraded IMMEDIATE: Vblock_fan_bay Degraded
Vblock_fan_bay Major IMMEDIATE: Vblock_fan_bay Major
Vblock_fan_bay Minor WARNING: Vblock_fan_bay Minor
Vblock_fc_port Critical CRITICAL: Vblock_fc_port Critical
Vblock_fc_port Inoperable CRITICAL: Vblock_fc_port Inoperable
Vblock_fc_port Unknown WARNING: Vblock_fc_port Unknown
Vblock_fc_port Down CRITICAL: Vblock_fc_port Down
Vblock_fc_port Degraded IMMEDIATE: Vblock_fc_port Degraded
Vblock_fc_port Major IMMEDIATE: Vblock_fc_port Major
Vblock_fc_port Minor WARNING: Vblock_fc_port Minor
Vblock_gbe_port Critical CRITICAL: Vblock_gbe_port Critical
Vblock_gbe_port Inoperable CRITICAL: Vblock_gbe_port Inoperable
Vblock_gbe_port Unknown WARNING: Vblock_gbe_port Unknown
Vblock_gbe_port Down CRITICAL: Vblock_gbe_port Down
Vblock_gbe_port Degraded IMMEDIATE: Vblock_gbe_port Degraded
Vblock_gbe_port Major IMMEDIATE: Vblock_gbe_port Major
Vblock_gbe_port Minor WARNING: Vblock_gbe_port Minor
Network Critical CRITICAL: Network Critical
Network Inoperable CRITICAL: Network Inoperable
Network Unknown WARNING: Network Unknown
Network Down CRITICAL: Network Down
Network Degraded IMMEDIATE: Network Degraded
Network Major IMMEDIATE: Network Major
Network Minor WARNING: Network Minor
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NAME DESCRIPTION
Vblock_network_chassis Critical
CRITICAL: Vblock_network_chassis Critical
Vblock_network_chassis Inoperable
CRITICAL: Vblock_network_chassis Inoperable
Vblock_network_chassis Unknown
WARNING: Vblock_network_chassis Unknown
Vblock_network_chassis Down CRITICAL: Vblock_network_chassis Down
Vblock_network_chassis Degraded
IMMEDIATE: Vblock_network_chassis Degraded
Vblock_network_chassis Major IMMEDIATE: Vblock_network_chassis Major
Vblock_network_chassis Minor WARNING: Vblock_network_chassis Minor
Vblock_power_supply_bay Critical
CRITICAL: Vblock_power_supply_bay Critical
Vblock_power_supply_bay Inoperable
CRITICAL: Vblock_power_supply_bay Inoperable
Vblock_power_supply_bay Unknown
WARNING: Vblock_power_supply_bay Unknown
Vblock_power_supply_bay Down
CRITICAL: Vblock_power_supply_bay Down
Vblock_power_supply_bay Degraded
IMMEDIATE: Vblock_power_supply_bay Degraded
Vblock_power_supply_bay Major
IMMEDIATE: Vblock_power_supply_bay Major
Vblock_power_supply_bay Minor
WARNING: Vblock_power_supply_bay Minor
Vblock_power_supply_unit Critical
CRITICAL: Vblock_power_supply_unit Critical
Vblock_power_supply_unit Inoperable
CRITICAL: Vblock_power_supply_unit Inoperable
Vblock_power_supply_unit Unknown
WARNING: Vblock_power_supply_unit Unknown
Vblock_power_supply_unit Down
CRITICAL: Vblock_power_supply_unit Down
Vblock_power_supply_unit Degraded
IMMEDIATE: Vblock_power_supply_unit Degraded
Vblock_power_supply_unit Major
IMMEDIATE: Vblock_power_supply_unit Major
Vblock_power_supply_unit Minor
WARNING: Vblock_power_supply_unit Minor
Vblock_spe Critical CRITICAL: Vblock_spe Critical
Vblock_spe Inoperable CRITICAL: Vblock_spe Inoperable
Vblock_spe Unknown WARNING: Vblock_spe Unknown
Vblock_spe Down CRITICAL: Vblock_spe Down
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NAME DESCRIPTION
Vblock_spe Degraded IMMEDIATE: Vblock_spe Degraded
Vblock_spe Major IMMEDIATE: Vblock_spe Major
Vblock_spe Minor WARNING: Vblock_spe Minor
Storage Critical CRITICAL: Storage Critical
Storage Inoperable CRITICAL: Storage Inoperable
Storage Unknown WARNING: Storage Unknown
Storage Down CRITICAL: Storage Down
Storage Degraded IMMEDIATE: Storage Degraded
Storage Major IMMEDIATE: Storage Major
Storage Minor WARNING: Storage Minor
Vblock_storage_chassis Critical
CRITICAL: Vblock_storage_chassis Critical
Vblock_storage_chassis Inoperable
CRITICAL: Vblock_storage_chassis Inoperable
Vblock_storage_chassis Unknown
WARNING: Vblock_storage_chassis Unknown
Vblock_storage_chassis Down CRITICAL: Vblock_storage_chassis Down
Vblock_storage_chassis Degraded
IMMEDIATE: Vblock_storage_chassis Degraded
Vblock_storage_chassis Major IMMEDIATE: Vblock_storage_chassis Major
Vblock_storage_chassis Minor WARNING: Vblock_storage_chassis Minor
Vblock_vplex Critical CRITICAL: Vblock_vplex Critical
Vblock_vplex Inoperable CRITICAL: Vblock_vplex Inoperable
Vblock_vplex Unknown WARNING: Vblock_vplex Unknown
Vblock_vplex Down CRITICAL: Vblock_vplex Down
Vblock_vplex Degraded IMMEDIATE: Vblock_vplex Degraded
Vblock_vplex Major IMMEDIATE: Vblock_vplex Major
Vblock_vplex Minor WARNING: Vblock_vplex Minor
Vblock_vplex_enclosure Critical
CRITICAL: Vblock_vplex_enclosure Critical
Vblock_vplex_enclosure Inoperable
CRITICAL: Vblock_vplex_enclosure Inoperable
Vblock_vplex_enclosure Unknown
WARNING: Vblock_vplex_enclosure Unknown
Vblock_vplex_enclosure Down CRITICAL: Vblock_vplex_enclosure Down
Vblock_vplex_enclosure Degraded
IMMEDIATE: Vblock_vplex_enclosure Degraded
Vblock_vplex_enclosure Major IMMEDIATE: Vblock_vplex_enclosure Major
Vblock_vplex_enclosure Minor WARNING: Vblock_vplex_enclosure Minor
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NAME DESCRIPTION
Vblock_vplex_processor Critical
CRITICAL: Vblock_vplex_processor Critical
Vblock_vplex_processor Inoperable
CRITICAL: Vblock_vplex_processor Inoperable
Vblock_vplex_processor Unknown
WARNING: Vblock_vplex_processor Unknown
Vblock_vplex_processor Down CRITICAL: Vblock_vplex_processor Down
Vblock_vplex_processor Degraded
IMMEDIATE: Vblock_vplex_processor Degraded
Vblock_vplex_processor Major IMMEDIATE: Vblock_vplex_processor Major
Vblock_vplex_processor Minor WARNING: Vblock_vplex_processor Minor
Vblock_storage Critical CRITICAL: Vblock_storage Critical
Vblock_storage Inoperable CRITICAL: Vblock_storage Inoperable
Vblock_storage Unknown WARNING: Vblock_storage Unknown
Vblock_storage Down CRITICAL: Vblock_storage Down
Vblock_storage Degraded IMMEDIATE: Vblock_storage Degraded
Vblock_storage Major IMMEDIATE: Vblock_storage Major
Vblock_storage Minor WARNING: Vblock_storage Minor
Vblock_switch Critical CRITICAL: Vblock_switch Critical
Vblock_switch Inoperable CRITICAL: Vblock_switch Inoperable
Vblock_switch Unknown WARNING: Vblock_switch Unknown
Vblock_switch Down CRITICAL: Vblock_switch Down
Vblock_switch Degraded IMMEDIATE: Vblock_switch Degraded
Vblock_switch Major IMMEDIATE: Vblock_switch Major
Vblock_switch Minor WARNING: Vblock_switch Minor
Vblock_temp_sensor Critical CRITICAL: Vblock_temp_sensor Critical
Vblock_temp_sensor Inoperable
CRITICAL: Vblock_temp_sensor Inoperable
Vblock_temp_sensor Unknown WARNING: Vblock_temp_sensor Unknown
Vblock_temp_sensor Down CRITICAL: Vblock_temp_sensor Down
Vblock_temp_sensor Degraded IMMEDIATE: Vblock_temp_sensor Degraded
Vblock_temp_sensor Major IMMEDIATE: Vblock_temp_sensor Major
Vblock_temp_sensor Minor WARNING: Vblock_temp_sensor Minor
Vblock_object Critical CRITICAL: Vblock_object Critical
Vblock_object Inoperable CRITICAL: Vblock_object Inoperable
Vblock_object Unknown WARNING: Vblock_object Unknown
Vblock_object Down CRITICAL: Vblock_object Down
Vblock_object Degraded IMMEDIATE: Vblock_object Degraded
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NAME DESCRIPTION
Vblock_object Major IMMEDIATE: Vblock_object Major
Vblock_object Minor WARNING: Vblock_object Minor
Vblock_object Critical CRITICAL: Vblock_object Critical
Vblock_object Inoperable CRITICAL: Vblock_object Inoperable
Vblock_object Unknown WARNING: Vblock_object Unknown
Vblock_object Down CRITICAL: Vblock_object Down
Vblock_object Degraded IMMEDIATE: Vblock_object Degraded
Vblock_object Major IMMEDIATE: Vblock_object Major
Vblock_object Minor WARNING: Vblock_object Minor
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