HP Integrated VMware

HP integrated VMware ESXi 5.0 U1 June 2012Data sheets

HP Insight Manager WBEM Base Server Provider Overview 1

1 HP Insight Manager WBEM Base Server Provider Overview

Description

The HP Insight Management Web-Based Enterprise Management (WBEM) Base Server provider implements and extends CIM classes described in this document to model the base server. These classes provide computational information and capabilities and serve as an aggregation point to associate one or more elements that make up a base server, such as: Fans, PowerSupplies, Processor and Memory (Volatile and/or NonVolatile Storage).

Profile Name Organization Version

HP Base Server Profile (P00105) HP WBEM TC 2.0.0

HP Base Server Physical Asset Profile (P00114)

HP WBEM TC 1.4.0

HP Software Inventory (P00127) HP WBEM TC 2.0.0

Requirements

For each hardware architecture listed, this provider requires the following distributions

HP Integrity managed servers SLES 10 and later

RLEL 5.0 and later

HP ProLiant managed servers

SLES 11 and later

ESXi 4.0 u1 and later

ESXi 4.1 and later

ESXi 5.0 and later

Release History Initial release with HP Insight Management WBEM Providers for Linux v2.0.

1-1 Setting Up the Provider Installing the There are no special installation instructions for this provider. It is installed by default as


Provider part of the HP Insight Management WBEM providers.

Configuring the Provider

This provider does not accept specific configuration adjustments beyond standard HP Insight Management WBEM support.

1-2 Using the Provider Namespaces Supported by the Provider This provider returns instances in the root/hpq namespace.

Schema Supported by the Provider

This provider supports the following classes:

• SMX_ComputerSystem

• SMX_ComputerSystemChassis

• SMX_ComputerSystemPackage

• SMX_OperatingSystem

• SMX_RunningOS

• SMX_InstalledOS

• SMX_SMXSoftwareIdentity

• SMX_SMXInstalledSoftwareIdentity

• SMX_SystemFirmware

• SMX_SystemInstalledFirmwareIdentity

• SMX_SystemElementFirmwareIdentity

The tables in the following sections describe the properties of the supported classes. The classes are categorized by the class or superclass that defines the property, the first column is the Property Name (including type and units) and the second column describes how the provider determines the properties implementation. When the Property Implementation value is a number, the number given is the default behavior and the Managed Object Format interpretation is within parenthesis. If other values are returned, a problem is indicated.

Unless otherwise noted, all of the property implementation values given are for HP ProLiant and HP Integrity (cellular and non-cellular) systems. The location related properties and implementation values are determined based on the server type so they may differ.

1-2-1 SMX_ComputerSystem Class The SMX_ComputerSystem class implements the HP_ComputerSystem class to model the base server. There is only one instance of SMX_ComputerSystem instantiated on a server.


The following table lists the properties implemented.

Property Name Property Implementation

CIM_ManagedElement

Caption Computer system DNS name returned by uname.

Description Computer system DNS name returned by uname.

ElementName Computer system DNS name returned by uname.

CIM_ManagedSystemElement

Status Same as OperationalStatus[0].

OperationalStatus

OperationalStatus[0] contains the computer system consolidated status and indicates the worst status of any connected subsystem. OperationalStatus[0] will contain one of the following: 0 (Unknown) 1 (Other) 2 (OK) 3 (Degraded) 6 (Error)

10 (Stopped) The status values of the subsystems that make up the overall operational status are contained in OperationalStatus[1-n]. See the descriptions for GroupOperationalStatus for the list of possible values.

OperationalStatusClassNames

OperationalStatusClassNames[0] contains the computer system class name, SMX_ComputerSystem.CreationClassName. The class name of the HP_GroupSystemSpecificCollection class for the subsystems that make up the overall operational status reported in OperationalStatus[1-n] are contained in OperationalStatusClassNames[1-n]. See the datasheets for each provider for the values of each class name.



StatusDescriptions

StatusDescriptions[0] will contain one of the following corresponding to OperationalStatus[0]: One or more of the subsystems that make up this computer system have an OperationalStatus value of Unknown

One or more of the subsystems that make up this computer system have an OperationalStatus value of Other

One or more of the subsystems that make up this computer system have an OperationalStatus value of Degraded

One or more of the subsystems that make up this computer system have an OperationalStatus value of Error

One or more of the subsystems that make up this computer system have an OperationalStatus value of Stopped

The status descriptions of the subsystems that make up the overall operational status are contained in OperationalStatus[1-n]. These will be set to: Unknown OK Error Stopped Predictive Failure

HealthState

0 (Unknown) 5 (OK) 10 (Degraded) 20 (Major Failure)

CIM_LogicalElement

CIM_EnabledLogicalElement

EnabledState 5 (Not Applicable)

RequestedState 12 (Not Applicable)

EnabledDefault 2 (Enabled)

CIM_System

CreationClassName SMX_ComputerSystem

Roles Computer system roles string: initialized to not set.

CIM_ComputerSystem

OtherIdentifyingInfo

OtherIdentifyingInfo[0]: <GUID_String>

Where: <GUID_String> is the computer system physical GUID string. OtherIdentifyingInfo[1]: <MAC_String>

Where: <MAC_String> is the computer system MAC address. OtherIdentifyingInfo[2]: <Model_String>:

Where: <Model_String> is the computer system model string; and Serial_Number_String is the computer system physical serial number string. OtherIdentifyingInfo[3]: <Tag_String>

Where: <Tag_String> is the computer system asset tag string. OtherIdentifyingInfo[4]: <GUID_String::MAC_String>

Where: <GUID_String> is the computer system physical GUID string and <MAC_String> is the computer system MAC address. OtherIdentifyingInfo[5]: <ProductID_String>

Where: <ProductID_String> is SMX_ComputerSystemChassis.ProductID. OtherIdentifyingInfo[6]: <Target_String>

Where: <Target_String> is an opaque string used by the providers.



IdentifyingDescriptions

IdentifyingDescriptions[0]: CIM:GUID IdentifyingDescriptions[1]: CIM:MAC IdentifyingDescriptions[2]: CIM:Model:SerialNumber IdentifyingDescriptions[3]: CIM:Tag IdentifyingDescriptions[4] CIM:CorrelatableID IdentifyingDescriptions[5] HPQ:ProductID IdentifyingDescriptions[6] HPQ:SMXTarget

Dedicated 0 (Not Dedicated)

HP_ComputerSystem

Name Computer system DNS name returned by uname.

NameFormat DNSName

PrimaryOwnerName Computer system primary owner name string; initialized to not set.

PrimaryOwnerContact Computer system primary owner contact string; initialized to not set.

PrimaryOwnerPager Computer system primary owner pager string; initialized to not set.

SecondaryOwnerContact Computer system secondary owner contact string; initialized to not set.

SecondaryOwnerName Computer system secondary owner name string; initialized to not set.

SecondaryOwnerPager Computer system secondary owner pager string; initialized to not set.

LocationIndicator

State of the computer system Unit Identifier (UID) LED: 0 (Unknown) 2 (On) 3 (Off) 5 (Alternating)

SerialNumber The computer system physical serial number string.

IdentifyingNumber The computer system physical GUID string.

IncludedInSolution Boolean property that indicates whether the system is part of aggregate systems.

SolutionName

This property is a string that shall contain a unique name that describes the product family for the aggregate product along with the version. Notation: “<Solution Name> vX.Y.Z” where X is Major number, Y is Minor number and Z is Update number Eg. “CloudSystem Matrix v6.3.1a”. This property is only implemented if HP_ComputerSystem.IncludedInSolution is True.

Model The computer system model string.

SMX_ComputerSystem

1-2-1-1 Implemented Methods for SMX_ComputerSystem Class

Method Name Method Implementation

SendTestIndication

Method Parameters:

EventID, number of test event to send: 101 - Send Information Test Indication

102 - Send Warning Test Indication

103 - Send Critical Test Indication

Return Values:

0 - request to send indication successful

1 - method unsupported

2 - request to send indication failed

3 - provider is busy processing previously requested indication, try again

4 - EventID is not one of the defined values

Exception: CIM_ERR_INVALID_PARAMETER - EventID is the wrong type, does not exist or other internal error.

1-2-2 SMX_ComputerSystemChassis Class The SMX_ComputerSystemChassis class implements the HP_ComputerSystemChassis class to model the physical system chassis. There is only one instance of SMX_ComputerSystemChassis instantiated on a server.




CIM_PhysicalElement

Tag Unique value for instance.

For example: 1

CreationClassName SMX_ComputerSystemChassis

ElementName Computer system product name (model) string.

Manufacturer Computer manufacturer string.

Model Computer system product name (model) string.

SerialNumber Computer system physical serial number.

UserTracking Computer system asset tag string (writable property; persistent across reboots).

Name Computer system product name (model) string.

Status OK

StatusDescriptions Description of the state of the chassis, for example System is functional.

Description General description of the chassis

For example: Physical Package for this system.

OperationalStatus 2 (OK)

PoweredOn TRUE

CIM_PhysicalPackage

RemovalConditions 2 (Not Applicable)

PackageType 3 (Chassis/Frame)

CIM_PhysicalFrame

CIM_Chassis

ChassisPackageType See MOF for definitions. This value is retrieved from SMBIOS.

ChassisTypeDescription See MOF for definitions. This value is retrieved from SMBIOS



RackMountable 0 (Unknown) 1 (True) 2 (False)

HP_ComputerSystemChassis

ProductID Computer system product ID string

For example: 123456-123.

VirtualUUID[] If Synergy is enabled, this will contain the logical UUID for the system.

VirtualSerialNumber[] If Synergy is enabled, this will contain the logical Serial Number for the system.

TPMModule

Indicates the installed and enabled state of the Trusted Platform Module.

1: Other;

2: Absent;;

3: Present and Enabled;

4: Present but Disabled;

SMX_ComputerSystemChassis

1-2-3 SMX_ComputerSystemPackage Class The SMX_ComputerSystemPackage class implements the HP_ComputerSystemPackage class and associates instances of SMX_ComputerSystem and SMX_ComputerSystemChassis. There is only one instance of SMX_ComputerSystemPackage instantiated on a server.



CIM_Dependency

CIM_SystemPackaging

CIM_ComputerSystemPackage

PlatformGUID Computer system physical UUID value from SMBIOS.

HP_ComputerSystemPackage

Antecedent References SMX_ComputerSystemChassis

Dependent References SMX_ComputerSystem

SMX_ComputerSystemPackage


1-2-4 SMX_OperatingSystem Class The SMX_OperatingSystem class implements the CIM_OperatingSystem class to model the system operating system. There is only one instance of SMX_OperatingSystem instantiated on a server.



CIM_ManagedElement

Caption On Linux, first line of /etc/issue.

On ESXi, output of vmware -v

Description Output of uname -v.

ElementName Output of uname -s.



StatusDescriptions

StatusDescriptions[0] will contain the value map string corresponding to OperationalStatus[0]: For example: OK

Status OK

HealthState 5 (OK)

PrimaryStatus 1 (OK)

CIM_LogicalElement


EnabledState 2 (Enabled)

RequestedState 0 (Unknown)

EnabledDefault 2(Enabled)

TransitioningToState 12 (Not Applicable)

CIM_OperatingSystem

CSName SMX_ComputerSystem.Name

CSCreationClassName SMX_ComputerSystem.CreationClassName

Name Output of uname -s.



CreationClassName SMX_OperatingSystem

Version Output of uname -r.

OtherTypeDescription On Linux, NULL

On ESXi, Embedded

OSType On Linux, 36 (Linux)

On ESXi, 39 (VM)

LocalDateTime Current time.

LastBootUpTime Time when the operating system was last booted

SMX_OperatingSystem

1-2-5 SMX_RunningOS Class The SMX_RunningOS class implements the CIM_RunningOS class and associates the SMX_ComputerSystem instance and an SMX_OperatingSystem instance.



CIM_RunningOS

Antecedent References SMX_OperatingSystem


SMX_RunningOS

1-2-6 SMX_InstalledOS Class The SMX_InstalledOS class implements the CIM_InstalledOS class and associates the SMX_ComputerSystem instance and a SMX_OperatingSystem instance.



CIM_InstalledOS

PartComponent References SMX_OperatingSystem

GroupComponent References SMX_ComputerSystem


SMX_InstalledOS

1-2-7 SMX_SMXSoftwareIdentity Class The SMX_SMXSoftwareIdentity implements the HP_SoftwareIdentity class to model the SMX software identification information.



CIM_ManagedElement

Caption

Short description of the SMX product

For example:

HP Insight Management WBEM Providers

HP Insight Management Limited WBEM Providers

Description

Description of the SMX product

For example: HP Standards Management eXtensions (SMX) are WBEM Providers, using DMTF standard profiles.

ElementName

For a full installation of the WBEM providers

hp-smx

For a limited installation of the WBEM providers

hp-smx-limited for



StatusDescriptions Description of the installation status of the software identity

For example: SMX is installed properly

Status OK

HealthState 5 (OK)

CIM_LogicalElement

CIM_SoftwareIdentity

InstanceID Opaque string using HPQ as OrgID

For example: HPQ:SMX_SMXSoftwareIdentity-1.



MajorVersion The first numeric value in the VersionString.

MinorVersion The second numeric value in the VersionString.

RevisionNumber The third numeric value in the VersionString.

VersionString Version of SMX, for example: 02.00.00.

Manufacturer Hewlett Packard Company

Classifications[0] 5 (Instrumentation)

IsEntity TRUE

TargetOSTypes[0] On Linux, 36.

On ESXi, 39 (VM).

IdentityInfoType[]

IdentityInfoType[0] will contain the following: CIM:SoftwareFamily IdentityInfoType[1] will contain the following: HPQ:SoftwareCategory

IdentityInfoValue[]

IdentityInfoValue[0] will contain the following for a full installation of the WBEM providers: HPQ:hp-smx

IdentityInfoValue[0] will contain the following for a limited installation of the WBEM providers: HPQ:hp-smx-limited IdentityInfoValue[1] will contain the following: System Management

HP_SoftwareIdentity

SMX_SMXSoftwareIdentity

1-2-8 SMX_SMXInstalledSoftwareIdentity Class The SMX_SMXInstalledSoftwareIdentity class implements the CIM_InstalledSoftwareIdentity class and associates the SMX_ComputerSystem instance and a SMX_SMXSoftwareIdentity instance.



CIM_InstalledSoftwareIdentity

InstalledSoftware References SMX_SMXSoftwareIdentity

System References SMX_ComputerSystem

SMX_SMXInstalledSoftwareIdentity

1-2-9 SMX_SystemFirmware Class The SMX_SystemFirmware class implements the HP_SoftwareIdentity class and describes the firmware found on the server system.



CIM_ManagedElement

Caption

A description of the firmware. For example, on HP ProLiant: System ROM Firmware-<family_code>(<state>) () where family_code is the system ROM family code and state is either Active or Redundant.

For example: System ROM Firmware-P31 (Active) System ROM Firmware-P31 (Redundant)

Description A description of the firmware.

ElementName A description of the firmware.


Name A name for the firmware.


StatusDescriptions StatusDescriptions[0] will contain the following corresponding to OperationalStatus[0]: System Firmware Status: OK

HealthState 5 (OK)

CIM_LogicalElement

InstanceID

Opaque string using HPQ as OrgID

For example: HPQ:SMX_SystemFirmware:<n>

Where: <n> is used to identify the instance. For example: HPQ:SMX_SystemFirmware:1

MajorVersion The firmware major version.

MinorVersion The firmware minor version.

VersionString The firmware version.

Manufacturer HP

Classifications 11 (Bios/FCode)

ClassificationDescriptions System Firmware

IdentityInfoValue

On HP ProLiant, this will contain: HPQ:<family_code>

Where: <family_code> is the system ROM family code.

For example: HPQ:P31 On HP Integrity, this will contain: HPQ:ElementName

IdentityInfoType CIM:SoftwareFamily

ReleaseDate YYYYMMDD******.**********

Where: YYYY is the 4 digit year, MM is the 2 digit month, and DD is the 2 digit day

SMX_SystemFirmware

1-2-10 SMX_SystemInstalledFirmwareIdentity Class The HP_SystemInstalledFirmwareIdentity class extends the CIM_InstalledSoftwareIdentity class and associates the HP_ComputerSystem instance and a SMX_SystemFirmware instance.




SMX_SystemInstalledFirmwareIdentity


InstalledSoftware References SMX_SystemFirmware

System References SMX_ComputerSystem

1-2-11 SMX_SystemElementFirmwareIdentity Class The HP_SystemElementFirmwareIdentity class implements the HP_ElementSoftwareIdentity class and associates the HP_ComputerSystem instance and SMX_SystemFirmware instances.




CIM_Dependency

CIM_ElementSoftwareIdentity

UpgradeCondition 3 (Owner Upgradeable)

ElementSoftwareStatus

The ElementSoftwareStatus array will contain the following if the Antecedent refers to an instance of an Active Firmware: ElementSoftwareStatus[0]: 6 (Installed) ElementSoftwareStatus[1]: 2 (Current) The ElementSoftwareStatus array will contain the following if the Antecedent refers to an instance of a Redundant Firmware: ElementSoftwareStatus[0]: 6 (Installed) ElementSoftwareStatus[1]: 4 (Fallback)

SMX_SystemElementFirmwareIdentity

Antecedent References SMX_SystemFirmware


1-3 Supported Indications The following table describes the properties that are common to all of the SMX Base Server Provider indications that are implemented for server platforms, where available.

The following table lists the common properties implemented.


CIM_Indication

IndicationIdentifier GUID string generated at the time of the indication

IndicationTime Time of indication

CIM_AlertIndication

EventTime Time of the event or time of the indication if event time unknown

SystemName SMX_ComputerSystem.Name

SystemCreationClassName SMX_ComputerSystem.CreationClassName

HP_AlertIndication

ProviderVersion Provider Version in the format VV.UU.FF. For example: 01.05.00

NetworkAddresses Contains a list of all the IP addresses of the computer system generating the indication

OSType On ESX, 39 (VM) On Linux, 36 (Linux)

OSVersion The operating system version of the computer system generating the indication in the following format: <major>.<minor>.<build>

SystemFirmwareVersion Array of firmware versions of the computer system generating the indication

SystemSerialNumber Serial number of the computer system generating the indication

SystemProductID Product ID of the computer system generating the indication

SystemModel Model name of the computer system generating the indication

SystemGUID Platform GUID of the computer system generating the indication

SolutionProductModel Conditional property containing the Solution Name string when running in a aggregate product environment in the format <aggregate product family name> v<major>.<minor>.<update>

1-3-1 HP_DeviceIndication:WBEM Providers Started The following tables describe the SMX Base Server Provider indications that are implemented for all server platforms.


CIM_Indication

PerceivedSeverity 2 (Informational)

CIM_AlertIndication

Description HP Management WBEM Providers have started.

AlertType 5 (Device Alert)

EventID 1

ProviderName HP WBEM



RecommendedActions No action is recommended.

HP_AlertIndication

Summary WBEM Providers started indication Id:9

ProbableCause 1 (Other)

ProbableCauseDescription WBEM Providers Started

1-3-2 HP_DeviceIndication: WBEM Providers Informational Test Indication


CIM_Indication


CIM_AlertIndication

Description This is an information test event.


EventID 1

ProviderName HP Test


HP_AlertIndication

Summary Test Event


ProbableCauseDescription Test Indication

1-3-3 HP_DeviceIndication: WBEM Providers Warning Test Indication


CIM_Indication

PerceivedSeverity 3 (Warning)

CIM_AlertIndication

Description This is a warning test event.




EventID 2



HP_AlertIndication

Summary Test Event



1-3-4 HP_DeviceIndication: WBEM Providers Critical Test Indication


CIM_Indication

PerceivedSeverity 6 (Critical)

CIM_AlertIndication

Description This is a Critical Test Event


EventID 3



HP_AlertIndication

Summary Test Event



1-3-5 HP_DeviceIndication: ASR Reboot Occurred Property Name Property Implementation

CIM_Indication

PerceivedSeverity 5 (Major)



CIM_AlertIndication

Description The system has rebooted from an Automatic Server Recovery (ASR) event.


EventID 1

ProviderName HP Recovery

RecommendedActions Determine the nature of the ASR event and take corrective action.

HP_AlertIndication

Summary ASR reboot occurred

EventCategory 16 (System Power)

ProbableCause 111 (Timeout)

ProbableCauseDescription ASR reboot occurred

1-3-6 HP_DeviceIndication: Thermal Reboot Occurred Property Name Property Implementation

CIM_Indication


CIM_AlertIndication

Description The system has rebooted from thernal shutdownevent.


EventID 2


RecommendedActions Replace any failed or removed fans. Insure the air flow into, out of, and within the system chassis is not obstructed.

HP_AlertIndication

Summary Thermal reboot occurred

EventCategory 23 (System Cooling)

ProbableCause 51 (Temperature Unacceptable)

ProbableCauseDescription Thermal reboot occurred


1-3-7 HP_DeviceIndication: Fan Failure Reboot Occurred Property Name Property Implementation

CIM_Indication


CIM_AlertIndication

Description The system has rebooted from fan failure shutdown event.


EventID 3


RecommendedActions Replace any failed or removed fans.

HP_AlertIndication

Summary Fan failure reboot occurred


ProbableCause 94 (Fan Failure)

ProbableCauseDescription Fan failure reboot occurred

1-3-8 HP_DeviceIndication: VRM Failure Reboot Occurred Property Name Property Implementation

CIM_Indication


CIM_AlertIndication

Description The system has rebooted from VRM failure shutdown event.


EventID 4


RecommendedActions Replace any failed or removed power supplies.

HP_AlertIndication

Summary VRM failure reboot occurred




ProbableCause 89 (Power Supply Failure)

ProbableCauseDescription VRM failure reboot occurred

1-3-9 HP_DeviceIndication: POST Occurred


CIM_Indication


CIM_AlertIndication

Description Power-On Self-Test errors occurred during the last system startup.


EventID 1

ProviderName HP Post

RecommendedActions Determine the nature of the POST error and take corrective action.

HP_AlertIndication

Summary POST errors occurred

EventCategory 4 (System Harware)

ProbableCause 8 (Configuration/Customization Error)

ProbableCauseDescription POST Errors occurred

VariableNames VariableNames[0]: POST Error Code VariableNames[1]: POST Error String

VariableTypes VariableTypes[0]: 3 (uint8) VariableTypes[1]: 1 (string)

VariableValues VariableValues[0]: The POST error code as specified by the System ROM VariableValues[1]: The POST error string as specified by the System ROM

1-3-10

HP Insight Management WBEM Blade System Lite Provider Overview 1

1 HP Insight Management WBEM Blade System Lite Provider Overview

Description

The HP Insight Management Web-Based Enterprise Management (WBEM) Blade System Lite provider extends the management capability of referencing profiles by adding the capability to represent the Distributed Management Task Force (DMTF) Modular System Profile in HP specific ways. While this profile is based on the DMTF Modular System Profile, it does not conform to that profile. This is intended to be supported only by the blades within an enclosure as a means for tying the blade to an enclosure. This profile is not intended to be implemented by the enclosure (using the Onboard Administrator). The Onboard Administrator shall manage the shared enclosure resources.

This provider implements the following profiles and installs the necessary files:


HP Blade System Lite Profile (P00125)

HP WBEM TC 2.1.0

Requirements


HP Integrity managed servers

SLES 10 and later

RLEL 5.0 and later



ESXi 4.1 and later

ESXi 5.0 and later

Release History Initial release with HP Insight Management Providers for Linux v2.0.

1-1 Setting Up the Provider Installing the Provider

There are no special installation instructions for this provider. It is installed by default as part of the HP Insight Management WBEM providers.




1-2 Using the Provider Namespaces Supported by the Provider

This provider returns instances in the root/hpq namespace.



• SMX_BladeEnclosureCS

• SMX_BladeEnclosureCollection

• SMX_BladeSystemComponent

• SMX_MemberOfBladeEnclosureCollection

• SMX_BladeEnclosureGroupHostedCollection

• SMX_BladeEnclosureFW

• SMX_BladeEnclosureFWIdentity

• SMX_BladeEnclosureInstalledFWIdentity

• SMX_BladeCSLocation

• SMX_BladeCSElementLocation



1-2-1 SMX_BladeEnclosureCS Class The SMX_BladeEnclosureCS class implements the HP_BladeEnclosureCS class and describes a blade system enclosure.



CIM_ManagedElement

Caption

A description of the class.

For example, if enclosure name exists:

HP BladeSystem enclosure <enclosure name>

otherwise:

HP BladeSystem enclosure

Description




otherwise:


ElementName




otherwise:



OperationalStatus

0 (Unknown), enclosure status: Unknown

2 (OK), enclosure status: OK

3 (Degraded), enclosure status: Degraded

6 (Error), enclosure status: Error

StatusDescriptions

StatusDescriptions[0] per OperationalStatus[0]:

Server Blade Enclosure and Onboard Administrator status: Unknown

Server Blade Enclosure and Onboard Administrator status: OK

Server Blade Enclosure and Onboard Administrator status: Degraded

Server Blade Enclosure and Onboard Administrator status: Error

HealthState

0 (Unknown), enclosure status: Unknown

5 (OK), enclosure status: OK

10 (Degraded/Warning), enclosure status: Degraded

20 (Major Failure), enclosure status: Error

CIM_LogicalElement





CIM_System

CreationClassName SMX_BladeEnclosureCS

CIM_ComputerSystem

Dedicated 2 (Other)

OtherDedicatedDescriptions Modular

IdentifyingDescriptions

IdentifyingDescriptions[0]:

HPQ:ProductID

IdentifyingDescriptions[1]:

CIM:Model:SerialNumber


OtherIdentifyingInfo[0]:

<ProductID_String>

Where: <ProductID_String> is the blade enclosure product ID.

OtherIdentifyingInfo[1]:

<Model_String>:<Serial_Number_String>

Where: <Model_String> is the blade enclosure model string; and Serial_Number_String> is the blade enclosure serial number string.

Name Text description of the modular system enclosure. The DNS name is populated if available.

NameFormat DNSName

HP_BladeEnclosureCS

ManagementIPAddress The enclosure’s management IP address.

ManagementURL The URL of the enclosure’s management web-based user interface.

SerialNumber The serial number of the blade enclosure.



ProductID The product ID of the blade enclosure.

RackName The name of the rack.

RackUID The UUID of the rack.

EnclosureName Then name of the blade enclosure.

1-2-2 SMX_BladeEnclosureCollection Class The SMX_BladeEnclosureCollection class implements the HP_BladeEnclosureCollection class to aggregate the enclosure’s group operational status.



CIM_ManagedElement

Description A description of the class, for example: A collection of server blade enclosures with group aggregate status

ElementName A name for the class, for example: Server Blade Enclosure Collection.

CIM_Collection

CIM_SystemSpecificCollection

InstanceID Opaque identifier using HPQ for OrgID. For example: HPQ:SMX_BladeEnclosureCollection:1.

HP_GroupSystemSpecificCollection

Caption A caption for the class, for example: Server Blade Enclosure Collection

GroupOperationalStatus

Describes the group operational status of the blade enclosure collection. The group operational status represents the ‘worst-of’ algorithm for all individual enclosure statuses in HP_BladeEnclosureCS.OperationalStatus[0].

GroupOperationalStatus[0] contains group operational status:

0 (Unknown)

2 (OK)

3 (Degraded)

6 (Error)



GroupStatusDescriptions

GroupStatusDescriptions[0] per GroupOperationalStatus[0]:

Server Blade Enclosure and Onboard Administrator status: Unknown

Server Blade Enclosure and Onboard Administrator status: OK

Server Blade Enclosure and Onboard Administrator status: Degraded

Server Blade Enclosure and Onboard Administrator status: Error

HP_BladeEnclosureCollection

1-2-3 SMX_BladeSystemComponent Class The SMX_BladeSystemComponent class implements the HP_BladeSystemComponent class and associates the enclosure’s computer system instance to the blade’s computer system instance.



CIM_Component

CIM_SystemComponent

HP_BladeSystemComponent

GroupComponent References HP_BladeEnclosureCS (the blade enclosure computer system)

PartComponent References CIM_ComputerSystem (the blade servers computer system)

1-2-4 SMX_MemberOfBladeEnclosureCollection Class The SMX_MemberOfBladeEnclosureCollection class implements the HP_MemberOfBladeEnclosureCollection class and associates the enclosure’s computer system instance to the blade enclosure collection instance.



CIM_MemberOfCollection

HP_MemberOfBladeEnclosureCollection



Collection References HP_BladeEnclosureCollection

Member References HP_BladeEnclosureCS

1-2-5 SMX_BladeEnclosureGroupHostedCollection Class The SMX_BladeEnclosureGroupHostedCollection class implements the HP_BladeEnclosureGroupHostedCollection class and associates the enclosure’s computer system instance to the blade enclosure collection instance.



CIM_Dependency

CIM_HostedDependency

CIM_HostedCollection

HP_GroupHostedCollection

HP_BladeEnclosureGroupHostedCollection

Antecedent References HP_BladeEnclosureCS

Dependent References HP_BladeEnclosureCollection

1-2-6 SMX_BladeEnclosureFW Class The SMX_BladeEnclosureFW class implements the HP_BladeEnclosureFW class and describes blade enclosure firmware.



CIM_ManagedElement

Caption A caption for the class. For example: Server Blade Enclosure Firmware.

Description A description for the class. For example: HP Server Blade Enclosure Firmware.

ElementName OA


Name



HP BladeSystem enclosure <Enclosure_Name>

otherwise:


OperationalStatus 2 (OK), normal operation

StatusDescriptions Server Blade Enclosure Firmware status: OK

HealthState 5 (OK), normal operation

CIM_LogicalElement


InstanceID Opaque identifier using HPQfor OrgID.

For example: HPQ:SMX_BladeEnclosureFirmware:1.

MajorVersion The major version of the blade enclosure firmware.

MinorVersion The minor version number of the blade enclosure firmware.

VersionString String indicating the blade enclosure firmware version information. This property is the string translation of the content provided in the MajorVersion and MinorVersion properties.

Manufacturer Hewlett-Packard

Classifications 10 (Firmware)

ClassificationDescriptions HP Server Blade Enclosure Firmware

IdentifyingInfoValue HPQ:OA

IdentifyingInfoType CIM:SoftwareFamily

HP_BladeEnclosureFW

1-2-7 SMX_BladeEnclosureElementFWIdentity Class The SMX_BladeEnclosureElementFWIdentity class implements the HP_BladeEnclosureElementFWIdentity class and associates a blade enclosure to its corresponding firmware.




CIM_Dependency




ElementSoftwareStatus[0]:

6 (Installed)


2 (Current)

HP_BladeEnclosureElementFWIdentity

Antecedent References HP_BladeEnclosureFW

Dependent References HP_BladeEnclosureCS

1-2-8 SMX_BladeEnclosureInstalledFWIdentity Class The SMX_BladeEnclosureInstalledFWIdentity class implements the HP_BladeEnclosureInstalledFWIdentity class and associates a blade enclosure to its corresponding installed firmware.




HP_BladeEnclosureInstalledFWIdentity

System References HP_BladeEnclosureCS

InstalledSoftware References HP_BladeEnclosureFW

1-2-9 SMX_BladeCSLocation Class The SMX_BladeCSLocation class implements the HP_Location class and is used to model the server blade location within an enclosure.

CIM_ManagedElement

Caption

A description of the Blade location.

For example: Blade Computer System Bay Location <n>

Where: <n> represents the blade bay slot position printed on the enclosure labeling.

Description




ElementName




CIM_Location

Name

Unique identifier for this blade bay location instance.

For example: HPQ:SMX_BladeCSLocation:<n>


PhysicalPosition <n>


HP_Location

ElementLocationTag The computer system name.

ElementLocationTagDesc 24 (Blade)

LocationInformation LocationInformation[0]:

The blade bay number within the enclosure.

LocationInfoDesc LocationInfoDesc[0]:

14 (Blade Bay)


1-2-10 SMX_BladeCSElementLocation Class The SMX_BladeCSElementLocation class implements the HP_ElementLocation class and is used to represent an association between the CIM_Location and CIM_ManagedElement classes.

Property Name Value

Element References CIM_ComputerSystem

PhysicalLocation References HP_BladeCSLocation

1-3 Provider Indications Indications Generated by the Provider This provider generates no indications.

HP Insight Management WBEM Configuration Record Log Provider Overview 1

1 HP Insight Management WBEM Configuration Record Log Provider Overview

Description

The HP Insight Management Web-Based Enterprise Management (WBEM) Configuration (Config) Record Log provider implements the Configuration Snapshot Log on HP servers.



HP Record Log Profile (P00109)

HP WBEM TC 1.0

Requirements



RLEL 5.0 and later


SLES 11 and later


ESXi 4.1 and later

ESXi 5.0 and later











• SMX_ConfigRecordLog

• SMX_ConfigLogEntry

• SMX_ConfigLogManagesRecord

• SMX_ConfigUseOfLog

The tables in the following sections describe the properties of the supported classes. The classes are categorized by the class or superclass that defines the property, the first column is the property name (including type and units) and the second column describes how the provider determines the properties implementation. When the property implementation value is a number, the number given is the default behavior and the Managed Object Format interpretation is within parenthesis. If other values are returned, a problem is indicated.


1-2-1 SMX_ConfigRecordLog Class The SMX_ConfigRecordLog class implements the HP_CommonRecordLog class to model the server management record log.



CIM_ManagedElement

Caption Config record log.

Description Config record log.

ElementName Config record log.


Name Config record log.

OperationalStatus OperationalStatus[0] indicates the status of the Configuration Record Log:

2 (OK)

HealthState 5 (OK), when OperationalStatus[0]=2 (OK)

CIM_LogicalElement





RequestedState 12 (Not applicable)


CIM_Log

MaxNumberOfRecords 1 – Only the most recent snapshot of the configuration will be available.

CurrentNumberOfRecords Number of records in the Config log (SMX_ConfigLogEntry instances).

LogState 2 (Normal)

OverwritePolicy 2 (Wraps Never)

CIM_RecordLog

InstanceID HPQ:SMX_ConfigRecordLog:1

HP_CommonRecordLog

TimeOfLastChange Time of last log change.

The following table lists the methods implemented for the SMX_ConfigRecordLog class.


ClearLog Refer to HP Record Log profile (P00109).

UpdateConfig Refer to HP Record Log profile (P00109).

1-2-2 SMX_ConfigLogEntry Class The SMX_ConfigLogEntry class implements the HP_CommonLogEntry class to model logs records within the Configuration log.



CIM_ManagedElement

Caption Config record log entry.

Description Config record log entry.

ElementName Config record log entry.

CIM_RecordForLog



CIM_LogEntry

InstanceID Opaque key.

LogInstanceID SMX_ConfigRecordLog.InstanceID

LogName SMX_ConfigRecordLog.Name

RecordID Config record number.

CreationTimeStamp Config log event creation time stamp.

HP_CommonLogEntry

RecordDataType 3 (Delimited)

RawData Instances in CIM-XML encoding.

MajorClass 21 (Config Snapshot)

MinorClass 2 (None)

OSType

0 (Unknown)

36 (Linux)

39 (VMware)

SystemSerialNumber System serial number string from SMBIOS.

SystemProductID System product ID string from SMBIOS.

SystemModel System model number string from SMBIOS.

SystemName Computer system name.

LoggerType 2 (Server)

1-2-3 SMX_ConfigLogManagesRecord Class The SMX_ConfigLogManagesRecord class implements the HP_LogManagesRecord class and associates instances of HP_RecordLog and HP_LogEntry.



CIM_LogManagesRecord

HP_LogManagesRecord


Log Reference HP_CommonRecordLog.

Record Reference HP_CommonLogEntry.

1-2-4 SMX_ConfigUseOfLog Class The SMX_ConfigUseOfLog class implements the HP_UseOfLog class and associates the instance of HP_ComputerSystem with the instance of HP_CommonRecordLog.



CIM_Dependency

CIM_UseOfLog

HP_UseOfLog

Antecedent Reference HP_CommonRecordLog.

Dependent Reference HP_ComputerSystem.


HP Insight Management WBEM CPU Provider Overview 1

1 HP Insight Management WBEM CPU Provider Overview

Description

The HP Insight Management Web-Based Enterprise Management (WBEM) CPU provider implements and extends classes described in this document to model the system processors.



HP CPU Profile (P00106)

HP WBEM TC 1.1.0

HP CPU Consolidated Status Profile (P00107) HP WBEM TC 1.0.0

HP CPU Physical Asset Profile (P00108)

HP WBEM TC 1.0.0

HP Location Profile (P00124)

HP WBEM TC 1.2.0

Requirements



RLEL 5.0 and later


SLES 11 and later


ESXi 4.1 and later

ESXi 5.0 and later

Release History Initial release with HP Insight Management Providers for Linux v2.0.

1-1 Setting Up the Provider Installing the There are no special installation instructions for this provider. It is installed by default


Provider as part of the HP Insight Management WBEM providers.




Schema Supported by the Provider This provider returns instances in the root/hpq namespace.


• SMX_Processor

• SMX_ProcessorCapabilities

• SMX_ProcessorCore

• SMX_HardwareThread

• SMX_ProcessorCacheMemory

• SMX_SystemProcessor

• SMX_ProcessorElementCapabilities

• SMX_ProcessorCoreComponent

• SMX_HWThreadComponent

• SMX_AssociatedCacheMemory

• SMX_ProcessorCollection

• SMX_HostedProcessorCollection

• SMX_MemberOfProcessorCollection

• SMX_ProcessorChip

• SMX_RealizesProcessor

• SMX_SystemPhysicalProcessor

• SMX_ProcessorLocation

• SMX_ProcessorElementLocation

The tables in the following sections describe the properties of the supported classes. The classes are categorized by the class or superclass that defines the property, the first column is the Property Name (including type and units) and the second column describes how the provider determines the properties

implementation. When the Property Implementation value is a number, the number given is the default behavior and the Managed Object Format interpretation is within parenthesis. If other values are returned, a problem is indicated.


1-2-1 SMX_Processor Class The SMX_Processor class extends the CIM_Processor class to model the system processors.



CIM_ManagedElement

Caption Processor in <physical locations>

For text representing the CPU location, refer to “Physical Location”.

Description

<processor brand string> (<cpu> Family <x> Model y Stepping <z>)

Where: <processor brand string> is the processor brand string, (<cpu> is the CPU architecture type, <x> is the processor family number, <y> is the processor model number and z is the processor stepping number.

For example: Intel(R) Xeon(TM) CPU 3.06GHz (x86 Family 15 Model 2 Stepping 7)

Manufacturer: Intel(R) Family: Xeon(TM) CPU 3.06GHz (x86 Family 15 Model 2 Stepping 7)

ElementName Processor in <physical locations>



Name Processor in <physical locations>



OperationalStatus

0 (Unknown)

2 (OK), when CPU is enabled and operational

5 (Predictive Failure), when IML error info logged for this CPU

6 (Error), when CPU is disabled via POST error

10 (Stopped), when CPU is disabled via RBSU

StatusDescriptions

StatusDescriptions[0] text per OperationalStatus[0]:

Unknown

OK

Error

Stopped

Predictive Failure

HealthState

0 (Unknown), when OperationalStatus[0]=0 (Unknown)

5 (OK), when OperationalStatus[0]=2 (OK)

15 (Minor Failure), when OperationalStatus[0]=10 (Stopped)

20 (Major Failure), when OperationalStatus[0]=5 (Predictive Failure)

25 (Critical Failure), when OperationalStatus[0]=6 (Error)

CIM_LogicalElement





CIM_LogicalDevice

SystemCreationClassName SMX_ComputerSystem

SystemName computer system name

CreationClassName SMX_Processor

DeviceID Proc <n> where n is the processor number.

CIM_Processor

CPUStatus

1 (CPU Enabled)

2 (CPU Disabled by User using BIOS Setup)

3 (CPU Disabled By BIOS (POST Error))

4 (CPU Idle)

7 (Other)

Family Processor family number from SMBIOS

For example, 179 for Intel(R) Xeon(TM)

MaxClockSpeed maximum clock speed in MHz

For example: 3600

CurrentClockSpeed current clock speed in MHz

For example: 3066

DataWidth 32 – for x86 processors

64 – for x64 processors

AddressWidth 32 – for x86 processors

64 – for x64 processors

ExternalBusClockSpeed external bus clock speed in MHz

For example: 533

Characteristics

For x86 processors:

Characteristics[0]

3 (32-bit Capable)

For x64 processors:

Characteristics[0]

3 (32-bit Capable)

Characteristics[1]

2 (64-bit Capable)

NumberOfEnabledCores Number of enabled and operational cores for this processor

For example: 1, 2, 4

Stepping Stepping for processor

Role Processor Role

UniqueID Unique identifier for processor

HP_Processor

SMX_Processor

1-2-2 SMX_ProcessorCapabilities Class The SMX_ProcessorCapabilities class extends the CIM_ProcessorCapabilities class to model the processor capabilities.



CIM_ManagedElement

Caption Processor Capabilities

Description Processor Capabilities

CIM_Capabilities

InstanceID HPQ:SMX_ProcessorCapabilities:<n>

Where: <n> is a unique number.

ElementName Processor Capabilities

CIM_EnabledLogicalElementCapabilities

ElementNameEditSupported False

RequestedStatesSupported None

CIM_ProcessorCapabilities

NumberOfProcessorCores number of processor cores

For example: 1, 2, 4

NumberOfHardwareThreads number of hardware threads

For example: 1, 2

HP_ProcessorCapabilities

VirtualizationTechnologyStatus

Value: 0 –if Intel VT Disabled 1 – if Intel VT Enabled

SMX_ProcessorCapabilities

1-2-3 SMX_ProcessorCore Class The SMX_ProcessorCore class extends the CIM_ProcessorCore class to model the processor cores.



CIM_ManagedElement

Caption Processor: Core:<c>

Where: is the processor number and <c> is the core number.

Description

<processor brand string> (<cpu> Family <x> Model <y> Stepping <z>) (Processor: Core:<c>)

Where: <processor brand string> is the processor brand string, <cpu> is the CPU architecture type, <x> is processor family number, <y> is processor model number, <z> is processor stepping number, is the processor number, and <c> is the core number.

For example: Manufacturer: Intel(R) Family: Xeon(TM) CPU 3.06GHz (x86 Family 15 Model 2 Stepping 7) (Processor:1 – Core:2)

ElementName Processor: Core:<c>



Name Processor: Core:<c>


OperationalStatus

0 (Unknown)





StatusDescriptions


Unknown.

OK

Predictive Failure

Error

Stopped

HealthState






CIM_LogicalElement





CIM_ProcessorCore

InstanceID HPQ:SMX_ProcessorCore Proc: Core:<c>

CoreEnabledState 2 (Core Enabled)

Characteristics

For x86 processors:

Characteristics[0]:

3 (32-bit Capable)

For x64 processors:

Characteristics[0]:

3 (32-bit Capable)

Characteristics[1]:

2 (64-bit Capable)

HP_ProcessorCore

Bootstrap FALSE

TRUE

SMX_ProcessorCore

1-2-4 SMX_HardwareThread Class The SMX_HardwareThread class extends the CIM_HardwareThread class to model the hardware threads.



CIM_ManagedElement

Caption Processor: Core:<c> Thread:<t>

Where: is the processor number, <c> is the core number, and <t> is the thread number

Description

<processor brand string> (<cpu> Family <x> Model <y> Stepping <z> Processor: Core:<c> Thread:<t>)

Where: <processor brand string> is the processor brand string, (<cpu> is the cpu architecture type, <x> is the processor family number, <y> is the processor model number and <z> is the processor stepping number, is the processor number, <c> is the core number, and <t> is the thread number.

For example: Intel(R) Xeon(TM) CPU 3.06GHz (x86 Family 15 Model 2 Stepping

7) Manufacturer: Intel(R) Family: Xeon(TM) CPU 3.06GHz (x86 Family 15 Model 2 Stepping 7) (Processor:1 Core:2 Thread:3)

ElementName Processor: Core:<c> Thread:<t>



Name Processor: Core:<c> Thread:<t>


OperationalStatus

0 (Unknown)





StatusDescriptions


OK

Error

Stopped

Predictive Failure

HealthState






CIM_LogicalElement





CIM_HardwareThread

InstanceID HPQ:SMX_HardwareThread: Proc: Core:<c> Thread:<t>

Where: is the processor number, <c> is the core number and <t> is the thread number

HP_HardwareThread

SMX_HardwareThread

1-2-5 SMX_CacheMemory Class The SMX_CacheMemory class implements the HP_CacheMemory class, which extends CIM_Memory to model the processor caches.



CIM_ManagedElement

Caption

Level <x> Data Cache where <x> is the cache level number

Level <x> Instruction Cache where <x> is the cache level number

Level <x> Unified Cache where <x> is the cache level number

For example: Level 1 Data Cache Level 2 Unified Cache

Description





ElementName



OperationalStatus

0 (Unknown)





StatusDescriptions


Unknown

OK

Stopped

Error

Predictive Failure

HealthState






CIM_LogicalElement





CIM_LogicalDevice


SystemName Computer system name

CreationClassName SMX_CacheMemory

DeviceID

Proc , Level <x> <type> Cache

Where: is the processor number, <x> is the cache level number, and <type> is the cache type (Data, Instruction, or Unified)

Proc , Core <c>, Level <x> <type> Cache

Where: is the processor number, <x> is the cache level number, and <type> is the cache type (Data, Instruction, or Unified)

For example: Proc 1, Level 1 Data Cache

For example: Proc 1, Core 2, Level 2 Unified Cache

CIM_StorageExtent

BlockSize 1 – number of bytes in a block

NumberOfBlocks Number of blocks in this cache

For example: 8192

Primordial False

CIM_Memory

HP_CacheMemory

SMX_ProcessorCacheMemory

1-2-6 SMX_SystemProcessor Class The SMX_SystemProcessor class extends the CIM_SystemDevice class and associates the SMX_ComputerSystem instance and SMX_Processor instances.



CIM_Component

CIM_SystemComponent

CIM_SystemDevice

HP_SystemProcessor

SMX_SystemProcessor




PartComponent References SMX_Processor

1-2-7 SMX_ProcessorElementCapabilities Class The SMX_ProcessorElementCapabilities class extends the CIM_ElementCapabilities class and associates SMX_Processor and SMX_ProcessorCapabilities instances.



CIM_ElementCapabilities

HP_ProcessorElementCapabilities

SMX_ProcessorElementCapabilities

ManagedElement References SMX_Processor

Capabilities References SMX_ProcessorCapabilities

1-2-8 SMX_ProcessorCoreComponent Class The SMX_ProcessorCoreComponent class extends the CIM_ConcreteComponent class and associates an SMX_Processor instance withSMXP_ProcessorCore instances.



CIM_Component

CIM_ConcreteComponent

HP_ProcessorCoreComponent

SMX_ProcessorCoreComponent

GroupComponent References SMX_Processor

PartComponent References SMX_ProcessorCore


1-2-9 SMX_HWThreadComponent Class The SMX_HWThreadComponent class extends the CIM_ConcreteComponent class and associates an SMX_ProcessorCore instance with SMX_HardwareThread instances.



CIM_Component

CIM_ConcreteComponent

HP_HWThreadComponent

SMX_HWThreadComponent

GroupComponent References SMX_ProcessorCore

PartComponent References SMX_HardwareThread

1-2-10 SMX_AssociatedProcessorCacheMemory Class The SMX_AssociatedProcessorCacheMemory class extends the CIM_AssociatedCacheMemory class. The SMX_AssociatedProcessorCacheMemory class associates an SMX_Processor instance with an SMX_CacheMemory instance.



CIM_Dependency

CIM_AssociatedMemory

CIM_AssociatedCacheMemory

Level

0 (Unknown)

1 (Other)

2 (Not Applicable)

3 (Primary)

4 (Secondary)

5 (Tertiary)



WritePolicy

0 (Unknown)

1 (Other)

2 (Write Back)

3 (Write Through)

4 (Varies with Address)

5 (Determination Per I/O)

CacheType

0 (Unknown)

1 (Other)

2 (Instruction)

3 (Data)

4 (Unified)

LineSize Cache line size in bytes

ReadPolicy

0 (Unknown)

1 (Other)

2 (Read)

3 (Read-Ahead)

4 (Read and Read-Ahead)

5 (Determination Per I/O)

Associativity

0 (Unknown)

1 (Other)

2 (Direct Mapped)

3 (2-way Set-Associative)


5 (Fully Associative)



HP_AssociatedCacheMemory

SMX_AssociatedProcessorCacheMemory

Antecedent References SMX_CacheMemory



Dependent References SMX_Processor

1-2-11 SMX_ProcessorCollection Class The SMX_ProcessorCollection class extends the HP_GroupSystemSpecificCollection class.



CIM_ManagedElement

Description A collection of processor packages with group aggregate status

ElementName SMX_ProcessorCollection

CIM_Collection


InstanceID HPQ:SMX_ProcessorCollection-1


Caption Processor Package Collection


GroupOperationalStatus[0] contains the processors consolidated status. GroupOperationalStatus[0] will contain one of the following:

0 (Unknown)

1 (Other)

2 (OK)

3 (Degraded)

5 (Predictive Failure)

6 (Error)

10 (Stopped)

The status values of the processors that make up the overall group operational status are contained in GroupOperationalStatus[1-n]. See the descriptions for OperationalStatus for members of the processor collection for the list of possible values.




GroupStatusDescriptions[0] text per GroupOperationalStatus[0]:

Unknown

Other

OK

Degraded

Predicted Failure

Failed

Stopped

The status descriptions of the processors that make up the overall operational status are contained in OperationalStatus[1-n]. See the descriptions for GroupStatusDescriptions for members of the processor collection for the list of possible values.

HP_ProcessorCollection

SMX_ProcessorCollection

1-2-12 SMX_HostedProcessorCollection Class The SMX_HostedProcessorCollection class extends the HP_GroupHostedCollection class and associates the SMX_ComputerSystem instance with the SMX_ProcessorCollection instance.



CIM_Dependency




SMX_HostedProcessorCollection

Antecedent References SMX_ComputerSystem

Dependent References SMX_ProcessorCollection

1-2-13 SMX_MemberOfProcessorCollection Class The SMX_MemberOfProcessorCollection class extends the CIM_MemberOfCollection class and associates the SMX_ProcessorCollection instance with an SMX_Processor instance.

SMX_MemberOfProcessorCollection

Member References SMX_Processor

Collection References SMX_ProcessorCollection

1-2-14 SMX_ProcessorChip Class The SMX_ProcessorChip class extends the CIM_Chip class to model the physical processor chip.



CIM_ManagedElement




Name Processor in <physical locations>


OperationalStatus

0 (Unknown)





StatusDescriptions


Unknown.

OK

Predicted Failiure

Error

Stopped

HealthState






CIM_PhysicalElement

Tag

<manufacturer string> <family string> <physical_location>

Where: <manufacturer string> is the processor manufacturing name, <family string> is the processor family name string and <physical location >is the CPU location.


Description

<processor brand string> (<cpu> Family <x> Model <y> Stepping <z>)

Where : <processor brand string> is the processor brand string, <cpu> is the CPU architecture type, <x> is the processor family number, <y> is the processor model number and <z> is the processor stepping number.

For example:


x86 Family 15 Model 2 Stepping 7

CreationClassName SMX_ProcessorChip



Manufacturer Processor manufacturer string from SMBIOS

For example: Intel

Model Model <y>

Where: <y> is the processor model number

Version Model <y> Stepping <z>

Where: <y> is the processor model number and <z> is the processor

stepping number

PoweredOn False – if CPU is disabled via RBSU or POST error

True – if CPU is enabled

CanBeFRUed True

CIM_PhysicalComponent

RemovalConditions 3 (Removable When Off)

CIM_Chip

HP_ProcessorChip

ProcessorChipRevision Stepping <z>

Where: <z> is the processor stepping number

SMX_ProcessorChip

1-2-15 SMX_RealizesProcessor Class The SMX_RealizesProcessor class extends the CIM_Realizes class and associates SMX_Processor instances with SMX_ProcessorChip instances.



CIM_Dependency

CIM_Realizes

HP_RealizesProcessor

SMX_RealizesProcessor

Antecedent References SMX_ProcessorChip

Dependent References SMX_Processor


1-2-16 SMX_SystemPhysicalProcessor Class The SMX_SystemPhysicalProcessor class extends the CIM_Container class and associates the SMX_ComputerSystemChassis instance with SMX_ProcessorChip instances.



CIM_Component

CIM_Container

HP_SystemPhysicalProcessor

SMX_SystemPhysicalProcessor

GroupComponent References SMX_ComputerSystemChassis

PartComponent References SMX_ProcessorChip

1-2-17 SMX_ProcessorLocation Class The SMX_ProcessorLocation class implements the HP_Location class which extends the class CIM_Location.

For ProLiant systems, processor location is denoted by the use of a slot number designator and a socket number designator. Either value might be zero, depending on the system:

• On older ProLiant systems, the processors are mounted on processor boards that fit in slots in the system. The slot number designator indicates the processor board slot where the processor is located. A socket number designator value of zero indicates one processor is mounted on a processor board. A nonzero socket number designator indicates the multiple processor board sockets where a processor is located.

• On modern ProLiant systems, processors are mounted in sockets on the system board. When the slot number designator is zero, the processors are located on the system board



CIM_ManagedElement



Description

<processor brand string> (<cpu> Family <x> Model <y> Stepping <z>)

Where : <processor brand string> is the processor brand string, <cpu> is the CPU architecture type, <x> is the processor family number, <y> is the processor model number and <z> is the processor stepping number.

For example: Intel(R) Xeon(TM) CPU 3.06GHz (x86 Family 15 Model 2 Stepping 7)




CIM_Location

Name

HPQ:SMX_ProcessorLocation:<a> Where: <a> is the slot number

HPQ:SMX_ProcessorLocation: Where: is the socket number

HPQ:SMX_ProcessorLocation:<a:b> Where: <a> is the slot number and is the socket number

PhysicalPosition

<a> Where: <a> is the slot number (when no socket number exists)

 Where: is the socket number (when no slot number exists)

<a:b> Where: <a> is the slot number and is the socket number


HP_Location

ElementLocationTag <physical locations>


ElementLocationTagDesc 14 (Processor Module)

LocationInformation

If only socket number is available:

LocationInformation[0]: Where: is the socket number

If only slot number is available:

LocationInformation[0]:<a> Where: <a> is the slot number

If both socket and slot numbers are available:

LocationInformation[0]: Where: is the socket number

LocationInformation[1]: <a> Where: <a> is the slot number.

LocationInfoDesc

If only socket number is available:

LocationInfoDesc[0]: 4 (Socket) indicates that the first element of the LocationInformation array contains the socket number

If only slot number is available:

LocationInfoDesc[0]: 0 (Slot), indicates that the second element of the LocationInformation array contains the slot number

If both socket and slot numbers are available:

LocationInfoDesc[0]: 4(Socket), indicates that the first element of the LocationInformation array contains the socket number LocationInfoDesc[1]: 0 (Slot), indicates that the second element of the LocationInformation array contains the slot number

HP_ProcessorLocation

SMX_ProcessorLocation

1-2-18 SMX_ProcessorElementLocation Class The SMX_ProcessorElementLocation class extends the HP_ElementLocation class and associates SMX_ProcessorChip instances with SMX_ProcessorLocation instances.



CIM_ElementLocation

HP_ElementLocation

SMX_ProcessorElementLocation

Element References SMX_ProcessorChip

PhysicalLocation References SMX_ProcessorLocation

1-3 Physical Location The Processor Physical Location is a string representing the physical location of a physical CPU module or chip. This string should represent the physical location of the device with which an end-user can uniquely locate the device. Most of these strings will be represented in customer documentation, silkscreen labels, or hood tags.

The following table lists the properties implemented. Any combination of the following applicable descriptors could be used to better define the device location.

All Systems HP Integrity Cellular Servers HP Blade Servers in

C3000/C7000 Enclosures

CPUSocket=<socket_num> on System Mainboard

Cabinet=<cell_or_blade_cabinet_num> _

ProcessorBoard=<board_num> Cell=<cell_num> Blade=<blade_num>

System Mainboard(referring to motherboard)

_ _

CPUSocket=<socket_num> on ProcessorBoard=<board_num> _ _

1-4 Provider Indications Indications Generated by the Provider

The SMX CPU Provider generates WBEM indications described in the following sections.

Note These Indications only apply to Proliant Servers.

1-4-1 Common Properties for Provider Indications The following table describes the properties that are common to all of the SMX CPU Provider indications that are implemented for HP server platforms where available:


CIM_Indication



IndicationIdentifier GUID string generated at the time of indication.

IndicationTime Time of indication.

CIM_AlertIndication

EventTime Time of the event or time of the indication if event time unknown.



HP_AlertIndication

ProviderVersion Provider Version in the format VV.UU.FF.

For example: 01.05.00

NetworkAddresses Contains a list of all the IP addresses of the computer system generating the indication.

OSType On ESX, 39 (VM).

On Linux, 36 (Linux).


SystemFirmwareVersion Array of firmware versions of the computer system generating the indication.

SystemSerialNumber Serial number of the computer system generating the indication.

SystemProductID Product ID of the computer system generating the indication.

SystemModel Model name of the computer system generating the indication.

SystemGUID Platform GUID of the computer system generating the indication.


1-4-2 HP_DeviceIndication: Processor Failed POST Property Name Property Implementation

CIM_Indication



PerceivedSeverity 4 (Minor)

CIM_AlertIndication

Description CPU Failed Power on Self Test (POST)


EventID 1

EventCategory 2 (Processor)

ProviderName HP Processor

RecommendedActions Replace the failed processor

HP_AlertIndication

Summary CPU Failed Power on Self Test (POST)


1-4-3 HP_DeviceIndication: Processor Disabled by BIOS or EFI Property Name Property Implementation

CIM_Indication


CIM_AlertIndication

Description CPU has been disabled by BIOS or EFI


EventID 2



RecommendedActions Enable processor via BIOS or EFI

HP_AlertIndication

Summary CPU has been disabled by BIOS or EFI


1-4-4 HP_DeviceIndication: Processor Predicted to fail Property Name Property Implementation

CIM_Indication


CIM_AlertIndication

Description CPU Predictive Failure Notification


EventID 3



RecommendedActions Replace the failing processor.

HP_AlertIndication

Summary CPU Predictive Failure detected


HP Insight Manager WBEM Ethernet 1

1 HP Insight Manager WBEM Ethernet

Description

The HP Insight Management Web-Based Enterprise Management (WBEM) Ethernet Port provider implements and extends Common Information Model (CIM) classes described in this document to model the ethernet port. These classes reside in the local host OS CIM Object Manager (CIM OM) on each individual monitored system and describe the ethernet ports, associated controllers, and logical ethernet interfaces that are available in the system. These classes do not describe Management Processor of iLO related information that information is provided by the MPLite provider.


Ethernet Port Profile (DSP1014)

Distributed Management Task Force 1.0.0

Host LAN Network Port Profile (DSP1035)


IP Protocol Profile (with IPv6 implementation (DSP103)


HP Ethernet Teaming Profile (P00117)

HP WBEM TC 1.1.0

HP Location Profile HP WBEM TC 1.2.0

For the hardware architecture s listed, this provider requires the following distributions

Requirements


RLEL 5.0 and later



ESXi 4.1 and later

ESXi 5.0 and later










• SMX_EthernetPort

• SMX_EthernetDevice

• SMX_EthernetLANEndpoint

• SMX_EthernetLANHostedAccessPoint

• SMX_EthernetPortToLANEndpoint

• SMX_EthernetPortController

• SMX_EthernetPortControllerPCIDevice

• SMX_EthernetPortControllerEthernetPort

• SMX_EthernetPortControllerPhysicalPackage

• SMX_EthernetControllerPhysicalPackageEthernetController

• SMX_EthernetControllerLocation

• SMX_EthernetControllerPhysicalPackageEthernetControllerLocation

• SMX_IPProtocolEndpoint

• SMX_IPProtocolBindsToEthernetLANEndpoint

• SMX_EthIPHostedAccessPoint

• SMX_EthernetRemoteServiceAccessPoint

• SMX_EthernetRemoteAccessAvailableToIPEndpoint

• SMX_EthernetRemoteServiceHostedAccessPoint

• SMX_EthernetStatistics

• SMX_EthernetPortStatisticalData


• SMX_EthernetPortControllerSoftwareIdentity

• SMX_EthernetPortControllerFirmwareIdentity

• SMX_EthernetElementSoftwareIdentity

• SMX_EthernetElementFirmwareIdentity

• SMX_EthernetCollection

• SMX_EthernetMemberOfCollection

• SMX_EthernetGroupHostedCollection

• SMX_EthernetTeam,

• SMX_EthermetTeamMember

• SMX_HostedEthernetTeam

• SMX_EthernetTeamToLANEndpoint

• SMX_EthEventSettings



1-2-1 SMX_EthernetPort Class The SMX_EthernetPort class implements the HP_EthernetPort class to describe the capabilities and characteristics of each EthernetPort in a monitored system.



CIM_ManagedElement

Caption

Text describing this port as advertised from PCI configuration/header information.

For example: Broadcom Corporation NetXtreme BCM5753M Gigabit Ethernet PCI Express (rev 21).

Description A description of the instance with unique port number for each port

on a particular controller.

For example: Ethernet port <PortNumber> on ethernet controller <controller_id>.

ElementName Same as Caption.


HealthState 5 (OK), 10 (Degraded), 20 (MajorFailure)

Name

The logical MAC address of the Ethernet Port, typically for the format FFFFFFFFFFFF

Where: each <F> is a text representation of a hexadecimal digit 0x0 - 0xF.

OperationalStatus

0 (Unknown)

2 (OK)

3 (Degraded - indicating that there is no link for this port)

6 (Error - indicating a link that was active is now lost)

StatusDescriptions


Unknown

OK

Degraded

Error

CIM_LogicalElement





CIM_LogicalDevice

CreationClassName SMX_EthernetPort

DeviceID HPQ:SMX_EthernetPort:<InstanceNum>



MaxSpeed Current bandwidth in bits per second if port has link (value is 0, otherwise). Typically one of the following:

10000000, 100000000, 1000000000, or 2500000000

CIM_NetworkPort

AutoSense Boolean that is true if Ethernet Port can automatically determine speed of comm. charateristics of the network

FullDuplex Boolean that is true if operating in FullDuplex mode

LinkTechnology 2 (Ethernet)

Permanent Address

The logical MAC address of the Ethernet Port, typically for the format FFFFFFFFFFFF

Where: each <F> is a text representation of a hexadecimal digit 0x0 - 0xF.

PortNumber Unique number assigned to each Ethernet Port on a given ethernet controller in the form of <port_id>. These numbers are not unique across multiple controllers that exist on the same system.

Speed Current bandwidth in bits per second if port has link (value is 0, otherwise). Typically one of the following:

10000000, 100000000, or 1000000000

SupportedMaximumTransmission Unit 64-bit unsigned integer of MTU in bytes

ActiveMaximumTransmissionUnit 64-bit unsigned integer reporting current active MTU in bytes

CIM_EthernetPort

PortType 0 (Unknown)



1 (Other)

50 (10BaseT)

51 (10-100BaseT)

52 (100BaseT)

53 (1000BaseT)

54 (2500BaseT)

55 (10GBaseT)

56 (10Gbase-CX4)

100 (100Base-FX)

101 (100Base-SX)

102 (1000Base-SX)

103 (1000Base-LX)

104 (1000Base-CX)

105 (10GBase-SR)

106 (10GBase-SW)

107 (10GBbase-LX4)

108 (10GBase-LR)

109 (10GBase-LW)

110 (10GBase-ER)

111 (10GBase-EW)

Capabilities[]

Array of 16 bit unsiged integers advertising the capabilities of the EthernetPort: 0 (Unknown) 1 (Other) 2 (AlertOnLan) 3 (WakeOnLan)

CapabilityDescriptions[]

Capability Descriptions[0] per Capabilities[0]. Text descriptions for the Capabilities array above. For example: Unknown Other

Alert On LAN Wake On LAN

EnabledCapabilities[] Specifies which of the Ethernet Ports capabilities are enabled.

NetworkAddresses[] Array of MAC addresses affiliated with port. Formatted like 001122334455 with no delimiting.

HP_EthernetPort

VirtualPortNumber Non-Zero Virtual Port Number for FlexNICs that are partitioned.

Value is 0 for non-Flex NICs and FlexNICs that are not partitioned.

1-2-2 SMX_EthernetDevice Class The SMX_EthernetDevice class implements the HP_EthernetDevice class and associates the enclosure’s computer system instance to the blade’s computer system instance.



CIM_EthernetDevice

GroupComponent Reference to SMX_ComputerSystem (the computer system in which this Ethernet Port resides.)

PartComponent Reference to SMX_EthernetPort (the instance of Ethernet Port in this Computer System.)

1-2-3 SMX_EthernetLANEndpoint Class The SMX_EthernetLANEndpoint class implements the HP_EthernetLANEndpoint class and describes a communication endpoint that, when its associate interface is connected to a LAN, may send and receive data frame.



CIM_ManagedElement

Caption

LAN Endpoint information for OS Exposed Ethernet Port information.

For example: LAN Endpoint (instanceNum) for: 82546GB Gigabit Ethernet Controller port <portNumber>




HealthState 5 (OK), normal operation

20 (MajorFailure)

Name Opaque key, of the format HPQ:SMX_EthernetLANEndpoint:instanceNumber

OperationalStatus

0 (Unknown)

2 (OK)

3 (Degraded - indicating that there is no link for this port)

6 (Error - indicating a link that was active is now lost)

StatusDescriptions


Unknown

OK

Degraded

Error

CIM_LogicalDevice


CIM_ServiceAccessPoint

CreationClassName SMX_EthernetLANEndpoint



CIM_ProtocolEndpoint

Description Text representing of what the operating system labels this endpoint.

For example: eth3

ElementName LAN Endpoint information for OS Exposed Ethernet Port information.



For example: LAN Endpoint(instanceNum) for: 82546GB Gigabit Ethernet Controller port portNumber

ProtocolIFType 6 (Ethernet CSMA/CD)

CIM_LANEndpoint

MACAddress

Text representing the principal unicast address used in communication with the LAN Endpoint. Twelve hexadecimal digits.

For example: 0102a3b40506

HP_EthernetLANEndpoint

1-2-4 SMX_EthernetLANHostedAccessPoint Class The SMX_EthernetLANHostedAccessPoint class implements the HP_EthernetLANHostedAccessPoint class and associates the Ethernet LAN Endpoint to the Computer System in a managed system.



CIM_Dependency


CIM_HostedAccessPoint

HP_EthernetLANHostedAccessPoint

Antecedent Reference to SMX_ComputerSystem.

Dependent Reference to SMX_EthernetLANEndpoint.

1-2-5 SMX_EthernetPortToLANEndpoint Class The SMX_EthernetPortToLANEndpoint class implements the HP_EthernetPortToLANEndpoint class and associates the Ethernet Port instance to its Ethernet LAN Endpoint instance.



CIM_Dependency

CIM_DeviceSAPImplementation

HP_EthernetPortToLANEndpoint

Antecedent Reference to SMX_EthernetPort.

Dependent Reference to SMX_EthernetLANEndpoint.

1-2-6 SMX_EthernetPortController Class The SMX_EthernetPortController class implements the HP_EthernetPortController class and is a logical device corresponding to a hardware Ethernet network controller.



CIM_ManagedElement

Caption A description of the class.

For example: Ethernet Controller controller_id

Description A description of the class.

For example: Ethernet Controller <controller_id>

ElementName A description of the class.

For example: Ethernet Controller <controller_id>


HealthState 5 (OK - normal operation)

Name A description of the class.

For example: Ethernet Controller controller_id

OperationalStatus 2 (OK - normal operation)



StatusDescriptions Ethernet Controller status: OK

CIM_LogicalDevice


CIM_LogicalDevice

CreationClassName SMX_EthernetPortController



IdentifyingDescriptions None

CIM_Controller

CIM_PortController

ControllerType 2 (Ethernet)

ControllerVersion Hardware revision number of the controller or None if unknown, and None for non-numeric revisions

ExtendedControllerVersion Hardware revision number of the controller for non-numeric revisions

1-2-7 SMX_EthernetPortControllerEthernetPort Class The SMX_EthernetPortControllerEthernetPort class implements the HP_EthernetPortControllerEthernetPort class and associates an Ethernet Port Controller to its Ethernet Ports.



CIM_ControlledBy

HP_EthernetPortControllerEthernetPort

Antecedent Reference to SMX_EthernetPortController.

Dependent Reference to SMX_EthernetPort


1-2-8 SMX_EthernetPortControllerPhysicalPackage Class The SMX_EthernetPortControllerPhysicalPackage class implements the HP_EthernetPortControllerPhysicalPackage class and describes an Ethernet Port Controller Physical Package.




CIM_ManagedElement

Caption

Product name.

For example: Controller (num_ports-port): Broadcom Corporation NetXtreme BCM5753M Gigabit Ethernet PCI Express (rev 21)

Name Name and location

For example: Ethernet Controller Package

HealthState 5 (OK - normal operation)

OperationalStatus 2 (OK - normal operation)

StatusDescriptions Ethernet Controller Package status: OK

CIM_PhysicalElement

CanBeFRUed

Boolean describing if this individual physical package can be replaced in the field.

True - if PCI card

False - if embedded device on Motherboard

CreationClassName SMX_EthernetPortControllerPhysicalPackage

Description

Product name.

For example: Controller (num_ports-port): Broadcom Corporation NetXtreme BCM5753M Gigabit Ethernet PCI Express (rev 21)

ElementName Same as Name property

Manufacturer Text representing vendor information from PCI configuration space.

For example: HP, Intel, Broadcom

Tag Opaque key HPQ:SMX_EthernetPortControllerPhysicalPackage: controller_id



Version Hardware version of the Package or N/A

CIM_PhysicalPackage

OtherPackageType

If PackageType is 1 (Other), then this text will further describe the package.

For example: Embedded Controller

PackageType

0 (Unknown)

1 (Other - more information in OtherPackageType)

9 (Module/Card)

HP_EthernetPortPhysicalPackage

1-2-9 SMX_EthernetControllerPhysicalPackageEthernetController Class The SMX_EthernetControllerPhysicalPackageEthernetController class implements the HP_EthernetControllerPhysicalPackageEthernetController class and associates an Ethernet Port Controller Physical Package to its logical Ethernet Port Controller.



CIM_Dependency

CIM_Realizes

HP_EthernetControllerPhysicalPackageEthernetController

Antecedent Reference to SMX_EthernetPortControllerPhysicalPackage.

Dependent Reference to SMX_EthernetPortController.

1-2-10 SMX_EthernetControllerLocation Class The SMX_EthernetControllerLocation class implements the HP_EthernetControllerLocation class. It describes the location information of the Ethernet Controller Physical Package or card.


CIM_ManagedElement

ElementName Product Name.

For Example: 2 port controller: Broadcom Corporation NetXtreme BCM5753M Gigabit Ethernet PCI Express (rev 21)

Description Value of ElementLocationTag prefaced with either “Embedded Controller” or “Ethernet Controller in”

Caption Same as Description.

CIM_Location

Name PCISLOT or EMBEDDED ETHERNET

PhysicalPosition for other servers

Opaque key.

For example, for a controller in slot 3 the key would be: FF-FF-FF-FF-FF-03-FF-85

For an embedded controller 2 the key would be:

FF-FF-FF-FF-FF-00-02-88

HP_Location

ElementLocationTagDesc 23 (PCI Adapter Slot)

18 (Embedded Port)

ElementLocationTag <physical location>

Refer to “Physical Location” for more information.

LocationInfoDesc

Array of numerical enumerators describing values at comparable index in the LocationInformation array index 1, 2, 3, or 4.

LocationInfoDesc[0] per LocationInformation[0]

PCI Card 3 (PCI Slot)

Embedded devices 17 (Embedded Device)

Additional enumerators for Cellular servers

10 (Cell if it is an embedded device in a cellular system)

2 (Interconnect Bay)



7 (Cabinet)

6 (Chassis)

Additional enumerators for HP BladeSystem servers

14 (Blade)

1 (Mezzanine)

LocationInformation

Array of text values representing the location components that describe this Ethernet Controller Physical location.

LocationInfoDesc[0] per LocationInfornation[0].

Refer to the LocationInfoDescription array to determine what type of location information is represented.

1-2-11 SMX_EthernetControllerPhysicalPackageEthernetControllerLocation Class The SMX_EthernetControllerPhysicalPackageEthernetControllerLocation class implements the HP_EthernetControllerPhysicalPackageEthernetControllerLocation class and associates SMX_EthernetControllerPhysicalPackageto its logical SMX_EthernetControllerLocation.



CIM_PhysicalElementLocation

HP_EthernetPortControllerPhysicalPackageEthernetControllerLocation

Element Reference to SMX_EthernetPortControllerPhysicalPackage.

PhysicalLocation Reference to SMX_EthernetControllerLocation.

1-2-12 SMX_IPProtocolEndpoint Class The SMX_IPProtocolEndpoint class implements the HP_IPProtocolEndpoint class and describes capabilities and characteristics of each IP interface in a managed system.


Property Name Value

CIM_ManagedElement

ElementName IP Protocol Endpoint information for OS Exposed Ethernet Port

Property Name Value

information.

For example: IP Protocol Endpoint (instanceNum) for: port <portnumber> 82546GB Gigabit Ethernet Controller

For ESXi, IP Protocol Endpoint information for management network logical interface name. For example: IP protocol Endpoint <instanceNum> for vmk0-ipv4-0

Caption Same as associated ElementName

Description

Operating System ethernet device name.

For example: eth1

For ESXi, management network logical interface name. For example: vmk0-ipv4-0


HealthState Same as associated LAN Endpoint.

StatusDescriptions


Unknown

OK

Degraded

Error

CIM_LogicalElement





CreationClassName SMX_IPProtocolEndpoint


Property Name Value


OperationalStatus

0 (Unknown)

2 (OK)

3 (Degraded)

6 (Error)

CIM_IPProtocolEndpoint

AddressOrigin

How the Address was assigned to this IP Protocol Endpoint.

0 (Unknown)

3 (Static)

4 (DHCP)

IPv4Address Only initialized if IP interface advertises a valid IPv4 Address.

IPv6Address Only initialized if IP interface advertises a valid IPv6 Address.

IPv6AddressType

If ProtocolIFType is 4097 or 4098, then this property will be implemented.

3 (Loopback)

5 (Link Local Unicast)

7 (Embedded IPv4 Address)

IPv6SubnetPrefixLength Unsigned integer. Only initialized if IP interface advertises a valid IPv6 Address. It is used to describe the prefix length of the IPv6Address subnet (experimental schema.)

PrefixLength Same as IPv6SubnetPrefixLength (non-experimental schema.)

Name

Opaque Key.

SMX scoped instance name.

For example: HPQ:SMX_IPProtocolEndpoint: instance_num

NameFormat

Text describing the method to create a unique name for every IPProtocolEndpoint.

For example: Opaque Key. Unique scoped instance information


Property Name Value

HPQ:SMX_IPProtocolEndpoint: concatenated with the class instance id number.

ProtocolIFType

1 (Other)

4096 (IPv4)

4097 (IPv6)

4098 (IPv4/IPv6)

SubnetMask Text representing the mask of the IPv4 address, if defined; otherwise, 0.0.0.0/

HP_IPProtocolEndpoint

1-2-13 SMX_IPBindsToEthernetLANEndpoint Class The SMX_IPBindsToEthernetLANEndpoint class implements the HP_IPBindsToEthernetLANEndpoint class and associates an instance of an IPProtocolEndpoint with its representative Ethernet LAN Endpoint instance.

NOTE: Currently not implemented on VMware ESXi platform. The association information between IP addresses and physical NICs is not available to OEM providers on ESXi.



CIM_SAPSAPDependency

CIM_BindsTo

CIM_BindsToLANEndpoint

FrameType 1 (Ethernet)

HP_IPBindsToEthernetLANEndpoint

Antecedent Reference to SMX_EthernetLANEndpoint.

Dependent Reference to SMX_IPProtocolEndpoint.

1-2-14 SMX_EthIPHostedAccessPoint SMX_EthIPHostedAccessPoint implements the class HP_EthIPHostedAccessPoint and associates IP Protocol Endpoints to the Computer System.





HP_EthIPHostedAccessPont

Antecedent Reference to SMX_ComputerSystem

Dependent Reference to SMX_IPProtocolEndpoint

1-2-15 SMX_EthernetRemoteServiceAccessPoint Class The SMX_EthernetRemoteServiceAccessPoint class implements the HP_RemoteServiceAccessPoint class and describes the managed systems view of the default gateway.

NOTE: Currently not implemented on on VMware ESXi platform.



CIM_ManagedElement

ElementName

A unique description of the gateway.

For example: RemoteServiceAccessPoint: Gateway for interface_name


CIM_LogicalElement



CreationClassName SMX_RemoteServiceAccessPoint

Name

A unique description of the gateway.

For example: RemoteServiceAccessPoint: Gateway for interface_name





CIM_RemoteServiceAccessPoint

AccessContext 0 (Unknown)

2 (Default Gateway)

AccessInfo

If ProtocolIFType = 4095 (IPv4), then text value will be dot-delimited IP address of default gateway followed by the IPv4 netmask; otherwise, 0.0.0.0 if the default gateway is unassigned.

If ProtocolIFType = 4097 or 4098 (IPv6), the text value will be either a valid IPv6 Address or ::/128if default gateway is unassigned.

InfoFormat 3 (IPv4 Address)

4 (Ipv6 Address)

1-2-16 SMX_EthernetRemoteAccessAvailableToIPEndpoint Class The class implements the HP_RemoteAccessAvailableToIPEndpoint class and associates the Default Gateway represented by the SMX_EthernetRemoteServiceAccessPoint instance to the IP Protocol Endpoint that has access to it.




CIM_Dependency

CIM_RemoteAccessAvailableToElement

IsDefault

Boolean true if only 1 default and only 1 gateway is present. In some systems, there may be order of access constraints if multiple gateways are present.

Refer to the OrderOfAccess property for gateway priorities

OrderOfAccess 0 (default - indicates ordering doesn’t apply; otherwise the numbers indicate priority order of access.)

HP_RemoteAccessAvailableToIPEndpoint

Antecedent Reference to SMX_EthernetRemoteServiceAccessPoint

Dependent Reference to SMX_IPProtocolEndpoint

1-2-17 SMX_EthernetRemoteServiceHostedAccessPoint Class The SMX_EthernetRemoteServiceHostedAccessPoint class implements the HP_RemoteServiceHostedAccessPoint class and associates the Remote Service Access Point to the Computer System in a managed system.




CIM_Dependency



HP_EthernetLANHostedAccessPoint

Antecedent Reference to SMX_ComputerSystem

Dependent Reference to SMX_EthernetRemoteServiceAccessPoint

1-2-18 SMX_EthernetStatistics SMX_EthernetStatistics implements the class HP_EthernetStatistics. The following table lists the property implementation for SMX_EthernetStatistics.


CIM_ManagedElement

Caption For Ethernet Ports, same as associated EthernetPort.Caption.

Description A description of the instance with unique port number for each port on a particular controller For example: Ethernet port <PortNumber> on ethernet controller <controller_id>

ElementName Same as Caption

CIM_StatisticalData

InstanceId HPQ:SMX_EthernetStatistics: <instance_id>

SampleInterval 00000000000000.000000:000

StatisticTime Time of current statistics

CIM_NetworkPortStatistics

BytesReceived Total number of bytes received

BytesTransmitted Total number of bytes transmitted

PacketsReceived Total number of packets received

CIM_EthernetPortStatistics

AlignmentErrors See CIM_EthernetPortStatistics mof.

DeferredTransmissions See CIM_EthernetPortStatistics mof.

ExcessiveCollisions See CIM_EthernetPortStatistics mof.

FCSErrors See CIM_EthernetPortStatistics mof.

InternalMACReceiveErrors See CIM_EthernetPortStatistics mof.

InternalMACTransmitErrors See CIM_EthernetPortStatistics mof.

LateCollisions See CIM_EthernetPortStatistics mof.

MultipleCollisionFrames See CIM_EthernetPortStatistics mof.

SingleCollisionFrames See CIM_EthernetPortStatistics mof.

HP_EthernetStatistics

1-2-19 SMX_EthernetPortStatisticalData SMX_EthernetPortToStatisticalData associates Ethernet Ports to Ethernet Port Statistics.


CIM_ElementStatisticalData

Key:ManagedElement Reference SMX_EthernetPort

Key:Stats Reference SMX_EthernetStatistics

HP_EthernetPortStatisticalData

1-2-20 SMX_EthernetPortControllerSoftwareIdentity SMX_EthernetPortControllerSoftwareIdentity implements the class CIM_SoftwareIdentity. It represents the adapter driver software of the associated Ethernet Port.


CIM_ManagedElement

Caption Ethernet Port Controller Driver

Description <product name> Device Driver Where: <product name> is the product name of the Ethernet Adapter.

ElementName Ethernet Port Controller Driver


Name DriverFilename

CIM_LogicalElement


ClassificationDescriptions Ethernet Port Controller Driver

Classifications 2 (Driver)

InstanceID HPQ:SMX_EthernetPortControllerSoftwareIdentity:<instanceNum>

Manufacturer Manufacturer

VersionString Driver Version

1-2-21 SMX_EthernetPortControllerFirmwareIdentity SMX_EthernetPortControllerFirmwareIdentity implements the class CIM_SoftwareIdentity. It represents the adapter firmware of the associated Ethernet Port.


CIM_ManagedElement

Caption Ethernet Port Controller Firmware

Description Ethernet Port Controler Firmware details for <Model name>

Where: <Model name> is the Model name of the Ethernet Adapter.

ElementName PCI Vendor Id: Device Id


Name Ethernet Port Controler Firmware details for <Model name> Where: <Model name> is the Model name of the Ethernet Adapter.

CIM_LogicalElement


ClassificationDescriptions Ethernet Port Controller Firmware

Classifications 10 (firmware)

InstanceID HPQ:SMX_EthernetPortControllerFirmwareIdentity: <instanceNum>

IdentityInfoType Describes type of information stored in the corresponding component of the IdentityInfoValue array. [0]: 'CIM:SoftwareFamily' [1]: 'HPQ:SoftwareCategory'

IdentityInfoValue[0] Specific identity info strings that map to IdentityInfoType array.

[0]: 'HPQ:<Model name>' [1]: 'NIC'

TargetTypes An array of strings that describes the compatible installer(s). Currently a blank array in SMX : ['']


VersionString Firmware Version

1-2-22 SMX_EthernetElementSoftwareIdentity SMX_EthernetElementSoftwareIdentity implements the class CIM_ElementSoftwareIdentity. It represents the association between SMX_EthernetPortController and SMX_EthernetPortControllerSoftwareIdentity.


CIM_Dependency



Antecedent ref:SMX_EthernetPortControllerSoftwareIdentity

Dependent ref:SMX_EthernetPortController


ElementSoftwareStatus ElementSoftwareStatus[0]: 2 (Current) ElementSoftwareStatus[1]: 6 (Installed)

1-2-23 SMX_EthernetElementFirmwareIdentity SMX_EthernetElementFirmwareIdentity implements the class CIM_ElementSoftwareIdentity. It represents the association between SMX_EthernetPortController and SMX_EthernetPortControllerFirmwareIdentity.


CIM_ Dependency

Antecedent ref:SMX_EthernetPortControllerFirmwareIdentity

Dependent ref:SMX_EthernetPortController


ElementSoftwareStatus ElementSoftwareStatus[0]: 2 (Current) ElementSoftwareStatus[1]: 6 (Installed)

1-2-24 SMX_EthernetCollection SMX_EthernetCollection implements the class HP_EthernetCollection. It represents the collection of all Ethernet Ports.


CIM_ManagedElement

Caption Ethernet Adapter Collection

Description This is a collection of all Ethernet Ports.

ElementName Ethernet Adapter Collection

CIM_Collection




InstanceID HPQ:SMX_EthernetCollection-1


GroupOperationalStatus 0 (Unknown) 2 (OK) 3 (Degraded) 6 (Error)

GroupStatusDescriptions GroupStatusDescriptions[0] per GroupOperationalStatus[0]: Unknown OK Degraded Error

HP_EthernetCollection

1-2-25 SMX_EthernetMemberOfCollection SMX_EthernetMemberOfCollection associates Ethernet Ports to the Ethernet Collection.



Collection ref:SMX_EthernetCollection

Member ref:SMX_EthernetPort

CIM_MemberOfPolicyCollection

Included Writeable boolean property indicating if the ethernet port instance referenced by Member will contribute status to the SMX_EthernetCollection. Property can be modified using the ModifyInstance() intrinsic method. TRUE—Include member status in collection status FALSE—Do not include member status in collection status

HP_EthernetMemberOfCollection

1-2-26 SMX_EthernetGroupHostedCollection SMX_EthernetGroupHostedCollection associates the Ethernet Collection to the Computer System.



CIM_Dependency

Antecedent ref:SMX_ComputerSystem

Dependent ref:SMX_EthernetCollection



HP_EthernetGroupHostedCollection

1-2-27 SMX_EthernetTeam SMX_EthernetTeam models Ethernet Redundancy Sets (Ethernet Teams).



CIM_ManagedElement

Caption Device Name For example: HP Network Team #1

Description Local Area Connection For example: Local Area Connection #10

ElementName Same as caption.

CIM_Collection


Key:InstanceId System GUID for the team.

CIM_RedundancySet

LoadBalanceAlgorithm 0 (None) 1 (Other) 3 (Round Robin)

MaxNumberSupported Number of ports configured in team.



MinNumberNeeded 1

OtherLoadBalanceAlgorithm When LoadBalanceAlgorithm is 1 (Other), OtherLoadBalanceAlgorithm is set to configured Load Balance Algorithm. For example: Automatic

RedundancyStatus 2 (Fully Redundant) 3 (Degraded Redundancy) 4 (Redundancy Lost) 5 (Overall Failure).

TypeOfSet 2 (N+1) 3 (Load Balanced).

HP_GroupRedundancySet

GroupOperationalStatus 2 (OK) 3 (Degraded) 6 (Error)

HP_EthernetTeam

ActiveMaximumTransmissionUnit Current maximum transmission unit in bytes.

Speed The current bandwidth of the team in bits per second.

TeamCapabilities[]

Capabilities of an Ethernet Team. Refer to Windows Ethernet Teaming mof, HP_WinEthRedundancySet.mof For example: Fast Path Failover

TeamCurrentOperatingMode Current operating mode of the Ethernet Team. For example: 802.3ad Dynamic With Fault Tolerance

TeamEnabledCapabilities[] Currently enabled capabilities of the Ethernet Team For example: Fast Path Failover

TeamOperatingMode

Operating modes of an Ethernet Team. Refer to Windows Ethernet Teaming mof, HP_WinEthRedundancySet.mof. For example: 802.3ad Dynamic With Fault Tolerance

1-2-28 SMX_EthernetTeamMember SMX_EthernetTeamMember associates the Ethernet Ports to Ethernet Teams.





Key:Collection ref:HP_EthernetTeam

Key:Member ref:HP_EthernetPort

HP_EthernetTeamMember

MemberOperationalStatus 2 (OK) 3 (Degraded) 6 (Error)

MemberStatusDescriptions Refer to HP Ethernet Teaming Profile. For example: Degraded (Fast Path)

Role 0 (Unknown) 1 (None) 1000 (Tx/Rx – Transmit/Receive) 1001 (Tx – Transmit only) 1002 (Standby – Spare)

1-2-29 SMX_HostedEthernetTeam SMX_HostedEthernetTeam associates the Ethernet Teams to the containing Computer System.



CIM_OwningCollectionElement

Key:OwnedElement ref:HP_EthernetTeam

Key:OwningElement ref:HP_ComputerSystem

HP_HostedEthernetTeam

1-2-30 SMX_EthernetTeamToLANEndpoint SMX_EthernetTeamToLANEndpoint associates the Ethernet Teams to the Ethernet LAN Endpoints.




CIM_ Dependency

Key:OwnedElement ref:HP_EthernetTeam

Key:OwningElement ref:HP_ComputerSystem

HP_ EthernetTeamToLANEndpoint

1-2-31 SMX_EthEventSetting SMX_EthEventSettings models configurable Ethernet Indication settings.



CIM_SettingData

Caption HP Ethernet Event Provider configurable settings

Description HP Ethernet Event Provider configurable settings

ElementName HP Ethernet Event Provider configurable settings

InstanceId 0

HP_EthEventSettings

SMX_EthEventSettings

ActiveAdapterCountChanged If enabled, an event is generated when a change is detected in number of active adapter count of a team. Default, disabled.

FloodThreshold Time, in seconds, used for indication flood control, default 10 seconds

InterfaceAvailable If enabled, an event is generated when a network interface becomes available. Default, disabled.

InterfaceUnAvailable If enabled, an event is generated when a network interface becomes unavailable. Default, disabled.

MaxFloodLevel Max number of events within Flood Threshold, default 100 events.

MemberJoinedTeam If enabled, an event is generated when an adapter joins a team. Default, disabled.



MemberLeftTeam If enabled, an event is generated when an adapter leaves a team. Default, disabled.

MemberRoleChanged If enabled, an event is generated when any change in team member role is detected. Default, disabled.

MemberStatusChanged If enabled, an event is generated when any change in team member status is detected. Default, disabled.

MonitorLANEndpoints If enabled, events related to SMX_EthernetLANEndpoint are generated. Default, disabled.

MonitorPorts If enabled, events related to SMX_EthernetPort are generated. Default, enabled.

MonitorRedundancySets If enabled, events related to SMX_EthernetTeam are generated. Default, true.

PolInterval The longest interval between network status polls, in seconds. Value 0 disables polling and is not recommended. Using very low values can increase CPU utilization. Default 200.

1-3 Supported Indications The following table describes the properties that are common to all of the SMX Ethernet Port Provider indications that are implemented for server platforms, where available.


CIM_Indication

IndicationIdentifier GUID string generated at the time of indication


CIM_AlertIndication




HP_AlertIndication

ProviderVersion Provider Version in the format VV.UU.FF For example: 01.05.00












1-3-1 HP_AlertIndication: Network Interface Connectivity Lost The following indications are implemented for HP ProLiant and Integrity server platforms, where available..


CIM_Indication


CIM_AlertIndication

Description If the Network Interface is a Ethernet Port, the Ethernet Port has transitioned from OK to Error.

AlertingManagedElement WBEM Path of the SMX_EthernetPort instance

AlertingElementFormat 2 (CIMObjectPath)

AlertType 2 (Communications Alert)

EventID 2

ProviderName HP Ethernet

RecommendedActions View the Ethernet Port status in HP Systems Insight Manager (SIM). View the System Event Log for additional information.

HP_AlertIndication

Summary The Network interface has lost connectivity.

EventCategory 9 (Network Device)



EventSubCategory 11 (Ethernet port) 12 (Ethernet team) 13 (Ethernet LAN Endpoint)

ProbableCause 7 (Communications Subsystem Failure)

ProbableCauseDescription Network Interface Lost Connectivity

1-3-2 HP_AlertIndication: Network Interface Connectivity Restored


CIM_Indication

PerceivedSeverity 2 (Information)

CIM_Alertindication

Description If the Network Interface is an Ethernet Port, the Ethernet Port has transitioned from Error to OK.

AlertingManagedElement WBEM Path of the SMX_EthernetPort instance



EventID 3


RecommendedActions No action is recommended

HP_AlertIndication

Summary The interface network connectivity has been restored.


EventSubCategory 11 (Ethernet port) 12 (Ethernet team) 13 (Ethernet LAN Endpoint)


ProbableCauseDescription Network Interface Connectivity Restored


1-3-3 HP_AlertIndication: Group System Specific Consolidated Status Policy Change


CIM_Indication


CIM_Alertindication

Description HP_GroupSystemSpecificConsolidated operational status policy has been modified to monitor operational status from different set of managed elements.

AlertingManagedElement WBEM Path of HP_GroupSystemSpecificCollection instance


AlertType 2 (Model Alert)

EventID 201

ProviderName HP Consolidated Status

RecommendedActions Inspect the members of the collection to discovery whether each managed element status is included in collection operational status.

HP_AlertIndication

Summary Consolidated Status Collection operational status policy has changed

EventCategory 1 (Other)

EventSubCategory Consolidated Status Policy Change


ProbableCauseDescription This group status policy change is caused by activation or deactivation of Status Propagation Filtering for existing managed elements in HP_GroupSystemSpecificCollection.

NOTE: Indications 1-3-4 thru 1-3-14 are currently not implemented on on VMware ESXi platform.

1-3-4 HP_AlertIndication:Ethernet Team Redundancy Lost Property Name Property Implementation

CIM_Indication




CIM_Alertindication

Description An Ethernet team's redundancy status changed to Redundancy Lost. All members of an Ethernet team, except one, are failed.

AlertingManagedElement WBEM Path of SMX_EthernetTeam instance reporting lost redundancy



EventID 5


RecommendedActions Check the Ethernet Team and Ethernet Team Member status. View the System Event Log for additional information.

HP_AlertIndication

Summary Ethernet team lost redundancy


EventSubCategory 12 (Ethernet team)

ProbableCause 88 (Loss of Redundancy)

ProbableCauseDescription Ethernet Team Redundancy Lost

1-3-5 HP_AlertIndication: Ethernet Team Redundancy Increased Property Name Property Implementation

CIM_Indication


CIM_Alertindication

Description An Ethernet team's redundancy has increased. A team member recovered from a failed or degraded state.

AlertingManagedElement WBEM Path of SMX_EthernetTeam instance reporting increased redundancy.



EventID 6





HP_AlertIndication

Summary Ethernet team redundancy increased


EventSubCategory 12 (Ethernet team))


ProbableCauseDescription Ethernet Team Redundancy Increased

1-3-6 HP_AlertIndication: Ethernet Team Redundancy Decreased Property Name Property Implementation

CIM_Indication


CIM_Alertindication

Description An Ethernet team's redundancy has decreased. A team member has changed to failed or degraded state.

AlertingManagedElement WBEM Path of SMX_EthernetTeam instance reporting decreased redundancy



EventID 4



HP_AlertIndication

Summary Ethernet team's redundancy decreased




ProbableCauseDescription Ethernet Team Redundancy Decreased


1-3-7 HP_AlertIndication: Ethernet Team Redundancy Restored Property Name Property Implementation

CIM_Indication


CIM_Alertindication

Description An Ethernet team's redundancy status changed to Fully Redundant. An Ethernet team member status changed from Error or Degraded to OK.

AlertingManagedElement WBEM Path of SMX_EthernetTeam instance reporting full redundancy restored.



EventID 15



HP_AlertIndication

Summary Ethernet team redundancy Fully Redundant.




ProbableCauseDescription Ethernet Team Redundancy Status Changed to Fully Redundant

1-3-8 HP_AlertIndication: Ethernet Team Member Status Change Property Name Property Implementation

CIM_Indication


CIM_Alertindication

Description An Ethernet team member's status has changed. This is an optional indication that can be disabled via the Ethernet Event Provider settings.

AlertingManagedElement WBEM Path of SMX_EthernetTeam instance reporting a member



status change.



EventID 10



HP_AlertIndication

Summary Ethernet team member reported status change




ProbableCauseDescription Ethernet Team Member Status Change

1-3-9 HP_AlertIndication: Ethernet Team Member Role Change Property Name Property Implementation

CIM_Indication


CIM_Alertindication

Description An Ethernet Team member's role has changed. This is an optional indication that can be disabled via the Ethernet Event Provider settings.

AlertingManagedElement WBEM Path of SMX_EthernetTeam instance reporting a member role change.



EventID 9



HP_AlertIndication



Summary Ethernet Team Member Reported Role Change.




ProbableCauseDescription Ethernet Team Member Reported Role Change

1-3-10 HP_AlertIndication: Ethernet Team Member Dropped Property Name Property Implementation

CIM_Indication


CIM_Alertindication

Description A team member was dropped from the team via the HP Network Configuration Utility (NCU). This is an optional indication that can be disabled via the Ethernet Event Provider settings.

AlertingManagedElement WBEM Path of SMX_EthernetTeam instance reporting a dropped team member.



EventID 8



HP_AlertIndication

Summary Ethernet Team Member Dropped from Team.




ProbableCauseDescription Ethernet Team Member Dropped from Team

1-3-11 HP_AlertIndication: Ethernet Team Member Added Property Name Property Implementation



CIM_Indication


CIM_Alertindication

Description A new team member has been added to an Ethernet team via the HP Network Configuration Utility (NCU). This is an optional indication that can be disabled via the Ethernet Event Provider settings.

AlertingManagedElement WBEM Path of SMX_EthernetTeam instance reporting lost redundancy.



EventID 7



HP_AlertIndication

Summary Ethernet Team Member Added to Team




ProbableCauseDescription Ethernet Team Member Added to Team

1-3-12 HP_AlertIndication: Network Interface No Longer Available


CIM_Indication

PerceivedSeverity 3 (DegradedWarning)

CIM_Alertindication

Description A network interface is no longer available. An Ethernet adapter was removed or an Ethernet team or VLAN was removed via the HP Network Configuration Utility (NCU).

AlertingManagedElement WBEM Path of SMX_EthernetTeam instance reporting network interface no longer available.





EventID 12


RecommendedActions Ensure the network interface was made unavailable intentionally.

HP_AlertIndication

Summary Network interface no longer available




ProbableCauseDescription Network Interface Unavailable

1-3-13 HP_AlertIndication: Network Interface Available Property Name Property Implementation

CIM_Indication


CIM_Alertindication

Description A new network interface is available. An Ethernet adapter has been added or an Ethernet team or VLAN has been created. This is an optional indication that can be disabled via the Ethernet Event Provider settings.

AlertingManagedElement WBEM Path of SMX_EthernetTeam instance reporting network interface available.



EventID 11



HP_AlertIndication

Summary New Network Interface Available






ProbableCauseDescription New Network Interface Available

1-3-14 HP_AlertIndication: Ethernet Team Active Member Count Change


CIM_Indication


CIM_Alertindication

Description The number of active adapters in an Ethernet team has changed. This is an optional indication that can be disabled via the Ethernet Event Provider settings.

AlertingManagedElement WBEM Path of SMX_EthernetTeam instance reporting a member role change.



EventID 13



HP_AlertIndication

Summary Ethernet team reported change in number of active members.




ProbableCauseDescription Ethernet team reported change in number of active members

1-4 Physical Location The Ethernet Port Physical Location is a string representing the physical location of the Ethernet Port. This string should represent the physical location of the device with which an end-user can uniquely locate the device. Most of these strings will be represented in customer documentation, silkscreen labels, or hood tags.


All Systems HP Integrity

Cellular Servers HP BladeServers in C3000/

C7000 Enclosures

Slot=<num> Cabinet=<num> Blade=<num>

Embedded Controller=<logical_controller_id>

Bay=<num> RootPort=<num> (if embedded on System Board)

System Mainboard (referring to System Board/motherboard)

Chassis=<num> Mezzanine=<num> (I/O Mezzanine slot num)

HP Insight Manager WBEM Fibre Channel Host Bus Adapter Provider 1

1 HP Insight Manager WBEM Fibre Channel Host Bus Adapter Provider

Description

The HP Insight Management Web-Based Enterprise Management (WBEM) Fibre Channel Host Bus Adapter Profile describes the behavior of Fibre Channel host adapters supporting the SCSI (Fibre Channel Protocol) command set. A Fibre Channel (FC) adapter used in a host system is called a Host Bus Adapter (HBA). An HBA is a physical device that contains one or more Fibre Channel ports. A single system can contain one or more HBAs.



SNIA SMI-S FC HBA Profile, Host book Storage Networking Industry Association (SNIA)

1.4.0 r1

HP FC HBA Profile HP WBEM TC 1.0.5

Requirements



RLEL 5.0 and later



ESXi 4.1 and later

ESXi 5.0 and later

Release History

Initial release with HP Insight Management Providers for Linux v2.0.










• SMX_FCHBAFCPort

• SMX_FCHBAPortController

• SMX_FCHBAFCPortStatistics

• SMX_FCHBALogicalPortGroup

• SMX_FCHBAPhysicalPackage

• SMX_FCHBAProduct

• SMX_FCHBASoftwareIdentityDrv

• SMX_FCHBAFirmwareIdentityFW

• SMX_FCHBAFirmwareIdentityBIOS

• SMX_FCHBAGroupSystemSpecificCollection

• SMX_FCHBAComputerSystemFCPort

• SMX_FCHBAPortControllerPCIDevice

• SMX_FCHBAComputerSystemPortController

• SMX_FCHBAComputerSystemLogicalPortGroup

• SMX_FCHBAComputerSystemSoftwareIdentityDrv

• SMX_FCHBAFCPortFCPortStatistics

• SMX_FCHBAFCPortLogicalPortGroup

• SMX_FCHBAPortControllerFCPort

• SMX_FCHBAPhysicalPackagePortController

• SMX_FCHBASoftwareIdentityDrvPortController

• SMX_FCHBAPortControllerFirmwareIdentityFW

• SMX_FCHBAPortControllerFirmwareIdentityBIOS

• SMX_FCHBAProductPhysicalComponent


• SMX_FCHBASystemPackaging

• SMX_FCHBAGroupHostedCollection

• SMX_FCHBAFCPortGroupSystemSpecific

• SMX_FCHBALocation

• SMX_FCHBAPhysicalElementLocation



1-2-1 SMX_FCHBAComputerSystem SMX_FCHBAComputerSystem is used to idenitfy classes that represent all Fibre Channel ports.


CIM_ManagedElement

Caption Fibre Channel System

ElementName Fibre Channel System


Name GUID

OperationalStatus[0] 0 (Unknown) 2 (OK) 6 (Error) 10 (Stopped)

StatusDescriptions[0] Unknown OK Stopped Error

CIM_LogicalElement



CIM_Systems

CreationClassName SMX_FCHBAComputerSystem

NameFormat Other

CIM_ComputerSystem

Dedicated 0

IdentifyingDescriptions[0] HPQ:GUID

OtherIdentifyingInfo[0] GUID

1-2-2 SMX_FCHBAFCPort Class The SMX_FCHBAFCPort class implements the HPFCHBA_FCPort class is used to represent a FC port device.


Property Name Value

CIM_ManagedElement

ElementName

Fibre Channel Port <port controller number> <-port number> Where: <FC port controller number> is the associated FC port controller instance number; <-port number> is the FC port number and is only added when the associated FC port controller has multiple FC ports.


OperationalStatus[0]

0 (Unknown)

2 (OK-Online)

6 (Error)

10 (Stopped)

11 (In Service)


Property Name Value

StatusDescriptions[0]

Unknown

OK-Online

Stopped Offline

Stopped Bypassed

Stopped Diagnostics

Stopped Link down

Error

CIM_LogicalElement





CIM_LogicalDevice

CreationClassName SMX_FCHBAFCPort

DeviceID Opaque value.

SystemName Opaque value.

SystemCreationClassName SMX_FCHBAComputerSystem

CIM_LogicalPort

MaxSpeed

Typically one of the following (in Bits per Second):

0

1000000000

2000000000

10000000000


Property Name Value

OtherPortType

Other

Not present

Fabric

Public Loop

FL Port

Fabric Port

Fabric expansion port

Generic Fabric Port

Private Loop

Point to Point

PortType 1 (Other)

Speed

Typically one of the following (in Bits per Second):

0 1000000000

2000000000

10000000000

UsageRestriction 4 (not restricted)

CIM_NetworkPort

LinkTechnology 4 (FC)

PermanentAddress Port WWN

PortNumber Port number.

SupportedMaximumTransmissionUnit Port maximum frame size.

1-2-3 SMX_FCHBAPortController Class The SMX_FCHBAPortController class represents a logical device corresponding to a hardware network port controller.


Property Name Value

CIM_ManagedElement

ElementName Product Name

Property Name Value


Name NodeWWN

CIM_LogicalElement





CIM_LogicalDevice

CreationClassName SMX_FCHBAPortController

DeviceID Node WWN:SerialNumber:<instanceNum>

Where: <instanceNum> is the port controller instance number for the same adapter.


SystemName Opaque

CIM_Controller

CIM_PortController

ControllerType 4 (FC)

1-2-4 SMX_FCHBAFCPortStatistics Class The SMX_FCHBAFCPortStatistics class represents statistics for a FC port. .

The following table lists the properties implemented and the HBAAPI_PORTSTATISTICS prefix refers to the HBA API HBA_PORTSTATISTICS structure. This information comes directly from the HBA and is not altered.

Property Name Value

CIM_ManagedElement

ElementName Product name

CIM_StatisticalData

InstanceID Opaque


Property Name Value

SampleInterval 00000000000000.000000:000

CIM_NetworkPortStatistics

BytesTransmitted HBAAPI_PORTSTATISTICS.TxWords

BytesReceived HBAAPI_PORTSTATISTICS.RxWords

PacketsTransmitted HBAAPI_PORTSTATISTICS.TxFrames

PacketsReceived HBAAPI_PORTSTATISTICS.RxFrames

CIM_FCPortStatistics

CRCErrors HBAAPI_PORTSTATISTICS.InvalidCRCCount

DumpedFrames HBAAPI_PORTSTATISTICS.DumpedFrames

ErrorFrames HBAAPI_PORTSTATISTICS.ErrorFrames

InvalidTransmissionWords HBAAPI_PORTSTATISTICS.InvalidTxWordCount

LinkFailures HBAAPI_PORTSTATISTICS.LinkFailureCount

LIPCount HBAAPI_PORTSTATISTICS.LIPCount

LossOfSignalCounter HBAAPI_PORTSTATISTICS.LossOfSignalCount

LossOfSyncCounter HBAAPI_PORTSTATISTICS.LossOfSyncCount

NOSCount HBAAPI_PORTSTATISTICS.NOSCount

PrimitiveSeqProtocolErrCount HBAAPI_PORTSTATISTICS.PrimitiveSeqProtocolErrCount

1-2-5 SMX_FCHBALogicalPortGroup Class The SMX_FCHBALogicalPortGroup class is a collection of one or more ports logically grouped for administrative and discovery/topology purposes.



Property Name Value

CIM_ManagedElement

Description Grouping of all FC Ports for this HBA

Caption Logical Port Group

ElementName Logical Port Group

CIM_Collection


InstanceID Opaque

CIM_LogicalPortGroup

Name NodeWWN

NameFormat WWN

1-2-6 SMX_FCHBAPhysicalPackage Class The SMX_FCHBAPhysicalPackage class represents the physical elements of the associated FC port controller.


Property Name Value

CIM_ManagedElement


Caption Adapter Name


Name NodeWWN

OperationalStatus[]

1 (Other)

2 (OK)

3 (Degraded)

6 (Error)

CIM_PhysicalElement

Property Name Value

CreationClassName SMX_FCHBAPhysicalPackage


Model Model

OtherIdentifyingInfo Location; PCI Slot <x>

Where: <x> is the PCI slot number OR PCI Mezzanine=<x> where <x> is the Mexannine slot number.

SerialNumber Serial Number

Tag NodeWWN: <instanceNum>

Where: <instanceNum> is the port controller instance number for the same adapter

Version Board Version or N/A when not available

CIM_PhysicalPackage


1-2-7 SMX_FCHBAProduct Class The SMX_FCHBAProduct class is used to aggregate physical element of the FC HBA.

The following table lists the properties implemented and the HBAAPI_ADAPTERATTRIBUTES prefix refers to the HBA API HBA_ADAPTERATTRIBUTES structure. This information comes directly for the HBA and is not altered

Property Name Value

CIM_ManagedElement


CIM_Product

IdentifyingNumber HBAAPI_ADAPTERATTRIBUTES.VendorSpecificID

Name NodeWWN: <instanceNum>


Vendor Manufacturer

Version F/W Version of HBA or N/A when not available

1-2-8 SMX_FCHBASoftwareIdentityDrv Class The SMX_FCHBASoftwareIdentityDrv class represents adapter software associated with the FC port controller.


Property Name Value

CIM_ManagedElement

Caption FCHBA Driver

Description <Product_Name> Device Driver

Where: <Product_Name> is the product name of the HBA.

ElementName FCHBA Driver


Name NodeWWN

CIM_LogicalElement


ClassificationDescriptions FCHBA Driver

Classifications 2 (Driver)

InstanceID HPQ:NodeWWN:<instanceNum>



VersionString File version of the Driver.

1-2-9 SMX_FCHBAFirmwareIdentityFW Class The SMX_FCHBAFirmwareIdentityFW class represents adapter firmware associated with the FC port controller.


Property Name Value

CIM_ManagedElement

Caption FCHBA Firmware

Property Name Value

Description FCHBA Firmware details for <Model_Name>

Where: <Model_Name> is the model name of the HBA.

ElementName FCHBA Firmware


Name NodeWWN

CIM_LogicalElement


ClassificationDescriptions FCHBA Firmware

Classifications 10 (firmware)




SerialNumber Serial number

VersionString Firmware version

1-2-10 SMX_FCHBAFirmwareIdentityBIOS Class The SMX_FCHBAFirmwareIdentityBIOS class represents adapter BIOS associated with the FC port controller.


Property Name Value

CIM_ManagedElement

Caption FCHBA Option ROM

Description FCHBA Option ROM detail for <Model_Name>

Where: product name is the Model_Name of the HBA.

ElementName FCHBA Option ROM


Property Name Value

Name NodeWWN

CIM_LogicalElement


ClassificationDescriptions FCHBA Option ROM

Classifications 11 (bios/fc)




VersionString BIOS Version as reported by HBA

TargetTypes HBA BIOS UNKNOWN

SerialNumber Serial Number

MajorVersion 0

MinorVersion 0

RevisionNumber 0

HP_SoftwareIdentity

1-2-11 SMX_FCHBAGroupSystemSpecificCollection Class The SMX_FCHBAGroupSystemSpecificCollection class is used to represent the group status of all FC Ports.


Property Name Value

CIM_ManagedElement

Caption FCHBA Consolidated Status

Description Consolidated status for HP FC HBAs

ElementName FCHBA Consolidated Status

CIM_Collection


Property Name Value


InstanceID Opaque


GroupOperationalStatus[0]

0 (Unknown)

1 (Other)

2 (OK)

3 (Degraded)

6 (Error)

10 (Stopped)

GroupStatusDescriptions[0]

Unknown

Other

OK

Degraded

Error

Stopped

1-2-12 SMX_FCHBAComputerSystemFCPort Class The SMX_FCHBAComputerSystemFCPort class is used to represent an association between SMX_ComputerSystem and HPFCHBA_FCPort.


Property Name Value

CIM_Component

CIM_SystemDevice

SMX_FCHBAComputerSystemFCPort

GroupComponent Refer to SMX_FCHBAComputerSystem class properties.

PartComponent Refer to SMX_FCHBAFCPort class properties.

1-2-13 SMX_FCHBAComputerSystemPortController Class The SMX_FCHBAComputerSystemPortController class is used to represent an association between SMX_ComputerSystem and SMX_FCHBAPortController.



Property Name Value

CIM_Component

CIM_SystemDevice

SMX_FCHBAComputerSystemPortController

GroupComponent Refer to SMX_FCHBAComputerSystem class properties.

PartComponent Refer to SMX_FCHBAPortController class properties.

1-2-14 SMX_FCHBAPortControllerPCIDevice Class The SMX_FCHBAPortControllerPCIDevice class is used to represent an association between SMX_PCIDevice and SMX_FCHBAPortController.


Property Name Value

CIM_ConcreteIdentity

SMX_FCHBAPortControllerPCIDevice

SystemComponent Refer to SMX_PCIDevice class properties.

SameComponent Refer to SMX_FCHBAPortController class properties.

1-2-15 SMX_FCHBAComputerSystemLogicalPortGroup Class The SMX_FCHBAComputerSystemLogicalPortGroup class is used to represent an association between SMX_ComputerSystem and SMX_FCHBALogicalPortGroup.


Property Name Value

CIM_Dependency



SMX_FCHBAComputerSystemLogicalPortGroup

Antecedent Refer to SMX_FCHBAComputerSystem class properties.

Dependent Refer to SMX_FCHBALogicalPortGroup class properties.


1-2-16 SMX_FCHBAComputerSystemSoftwareIdentityDrv Class The SMX_FCHBAComputerSystemSoftwareIdentityDrv class is used to represent an association between SMX_ComputerSystem and SMX_FCHBASoftwareIdentityDrv.


Property Name Value

CIM_Component

CIM_SystemDevice

SMX_FCHBAComputerSystemSoftwareIdentityDrv

InstalledSoftware Refer to SMX_FCHBASoftwareIdentityDrv class properties.

System Refer to SMX_FCHBAComputerSystem class properties.

1-2-17 SMX_FCHBAFCPortFCPortStatistics Class The SMX_FCHBAFCPortFCPortStatistics class is used to represent an association between SMX_FCHBAFCPort and SMX_FCHBAFCPortStatistics.


Property Name Value

CIM_ElementStatisticalData

SMX_FCHBAFCPortFCPortStatistics

ManagedElement Refer to SMX_FCHBAFCPort class properties.

Stats Refer to SMX_FCHBAFCPortStatistics class properties.

1-2-18 SMX_FCHBAFCPortLogicalPortGroup Class The SMX_FCHBAFCPortLogicalPortGroup class is used to represent an association between SMX_FCHBAFCPort and SMX_FCHBALogicalPortGroup.


Property Name Value


SMX_FCHBAFCPortLogicalPortGroup

Collection Refer to SMX_FCHBALogicalPortGroup class properties.


Member Refer to SMX_FCHBAFCPort class properties.

1-2-19 SMX_FCHBAPortControllerFCPort Class The SMX_FCHBAPortControllerFCPort is used to represent an association between SMX_FCHBAPortController and SMX_FCHBAFCPort.


Property Name Value

CIM_Dependency

CIM_ControlledBy

SMX_FCHBAPortControllerFCPort

Antecedent Refer to SMX_FCHBAPortController class properties.

Dependent Refer to SMX_FCHBAFCPort class properties.

1-2-20 SMX_FCHBAPhysicalPackagePortController Class The SMX_FCHBAPhysicalPackagePortController class is used to represent an association between SMX_FCHBAPortController and SMX_FCHBAPhysicalPackage.


Property Name Value

CIM_Dependency

CIM_Realizes

SMX_FCHBAPhysicalPackagePortController

Antecedent Refer to SMX_FCHBAPhysicalPackage class properties.

Dependent Refer to SMX_FCHBAPortController class properties.

1-2-21 SMX_FCHBASoftwareIdentityDrvPortController Class The SMX_FCHBASoftwareIdentityDrvPortController class is used to represent an association between SMX_FCHBAPortController and SMX_FCHBASoftwareIdentityDrv.


Property Name Value

CIM_Dependency



SMX_FCHBASoftwareIdentityDrvPortController

Antecedent Refer to SMX_FCHBASoftwareIdentityDrv class properties.


1-2-22 SMX_FCHBAPortControllerFirmwareIdentityFW Class The SMX_FCHBAPortControllerFirmwareIdentityFW class is used to represent an association between SMX_FCHBAPortController and SMX_FCHBAFirmwareIdentityFW.


Property Name Value

CIM_Dependency


SMX_FCHBAPortControllerFirmwareIdentityFW

Antecedent Refer to SMX_FCHBAFirmwareIdentityFW class properties.


1-2-23 SMX_FCHBAPortControllerFirmwareIdentityBIOS Class The SMX_FCHBAPortControllerFirmwareIdentityBIOS class is used to represent an association between SMX_FCHBAPortController and SMX_FCHBAFirmwareIdentityBIOS.


Property Name Value

CIM_Dependency


SMX_FCHBAPortControllerFirmwareIdentityBIOS

Antecedent Refer to SMX_FCHBAFirmwareIdentityBIOS class properties.


1-2-24 SMX_FCHBAProductPhysicalComponent Class The SMX_FCHBAProductPhysicalComponent class is used to represent an association between SMX_FCHBAProduct and SMX_FCHBAPhysicalPackage.



Property Name Value

CIM_Component

CIM_ProductPhysicalComponent

SMX_FCHBAProductPhysicalComponent

GroupComponent Refer to SMX_FCHBAProduct class properties.

PartComponent Refer to SMX_FCHBAPhysicalPackage class properties.

1-2-25 SMX_FCHBASystemPackaging Class The SMX_FCHBASystemPackaging class is used to represent an association between SMX_FCHBAPhysicalPackage and SMX_ComputerSystem.


Property Name Value

CIM_Dependency

CIM_SystemPackaging

SMX_FCHBASystemPackaging

Antecedent Refer to SMX_FCHBAPhysicalPackage class properties.

Dependent Refer to SMX_FCHBAComputerSystem class properties.

1-2-26 SMX_FCHBAGroupHostedCollection Class The SMX_FCHBAGroupHostedCollection class is used to represent an association between SMX_ComputerSystem and SMX_FCHBAGroupSystemSpecificCollection.


Property Name Value

CIM_Dependency




SMX_FCHBAGroupHostedCollection

Antecedent Refer to SMX_ComputerSystem class properties.

Dependent Refer to SMX_FCHBAGroupSystemSpecificCollection class properties.

1-2-27 SMX_FCHBAFCPortGroupSystemSpecific Class The SMX_FCHBAFCPortGroupSystemSpecific class is used to represent an association between SMX_FCHBAFCPort and SMX_FCHBAGroupSystemSpecificCollection.


Property Name Value


SMX_FCHBAFCPortGroupSystemSpecific

Collection Refer to SMX_FCHBAGroupSystemSpecificCollection class properties.

Member Refer to SMX_FCHBAFCPort class properties.

1-2-28 SMX_FCHBALocation Class The SMX_FCHBALocation class is used to specify the location of the HBA, PCI Slot number.


Property Name Value

CIM_ManagedElement

CIM_Location

Name

NodeWWN:SerialNumber:<instanceNum>

Where: <instanceNum> is the port controller instance number for the same adapter.

HP_Location

ElementLocationTag <physical location>


ElementLocationTagDesc 1 (slot)

PhysicalPosition <physical location>


1-2-29 SMX_FCHBAPhysicalElementLocation Class The SMX_FCHBAPhysicalElementLocation is used to represent an association between the SMX_FCHBAPhysicalPackage and SMX_FCHBALocation.


Property Name Value

CIM_ElementLocation

SMX_FCHBAPhysicalElementLocation

Element Refer to SMX_FCHBAPhysicalPackage class properties.

PhysicalLocation Refer to SMX_FCHBALocation class properties.

1-2-30 SMX_FCHBASCSIProtocolController SMX_FCHBASCSIProtocolController represents a protocol controller that manages a SCSI interface. This class is used for backward compatibility with SMI-S 1.0.

Property Name Value

CIM_ManagedElement

ElementName ProductName



OperationalStatus[0] 0 (Unknown) 2 (OK-Online) 6 (Error) 10 (Stopped) 11 (In Service)

CIM_LogicalElement





CIM_LogicalDevice

CreationClassName SMX_FCHBASCSIProtocolController


Property Name Value

DeviceID PortWWN

SystemName Opaque value


CIM_ProtocolController

MaxUnitsControlled 255

CIM_SCSIProtocolController

1-2-31 SMX_FCHBASCSIProtocolEndpoint SMX_FCHBASCSIProtocolEndpoint represents a SCSI protocol controller running through a part.

Property Name Value

CIM_ManagedElement

ElementName SCSI Protocol Endpoint


Name PortWWN

CIM_LogicalElement





CreationClassName SMX_FCHBASCSIProtocolEndpoint

SystemName Opaque value



ProtocolIFType 57 (HIPPI Interface)


ConnectionType 2 (fibre channel)

Role 2 (initiator)


1-2-32 SMX_FCHBAComputerSystemSCSIProtocolController SMX_FCHBAComputerSystemSCSIProtocolController is used to represent an association between SMX_FCHBAComputerSystem and SMX_FCHBASCSIProtocolController.

Property Name Value

CIM_Component

CIM_SystemDevice

SMX_FCHBAComputerSystemSCSIProtocolController

GroupComponent ref:SMX_FCHBAComputerSystem

PartComponent ref:SMX_FCHBASCSIProtocolController

1-2-33 SMX_FCHBAFCPortSCSIProtocolEndpoint SMX_FCHBAFCPortSCSIProtocolEndpoint is used to represent an association between SMX_FCHBAFCPort and SMX_FCHBASCSIProtocolEndpoint.

Property Name Value

CIM_Dependency

CIM_DeviceSAPImplementation

SMX_FCHBAFCPortSCSIProtocolEndpoint

Antecendent ref:SMX_FCHBAFCPort

Dependent ref:SMX_FCHBASCSIProtocolEndpoint

1-2-34 SMX_FCHBASCSIProtocolControllerFCPort SMX_FCHBASCSIProtocolControllerFCPort is used to represent an association between SMX_FCHBASCSIProtocolController and SMX_FCHBAFCPort.

Property Name Value

CIM_Dependency

CIM_ProtocolControllerForDevice

CIM_ProtocolControllerFCPort

SMX_FCHBASCSIProtocolControllerFCPort

Antecendent ref:SMX_FCHBASCSIProtocolController


Property Name Value

Dependent ref:SMX_FCHBAFCPort

1-2-35 SMX_FCHBASystemServiceAccessPoint SMX_FCHBASystremServiceAccessPoint is used to represent an association between SMX_FCHBAComputerSystem and SMX_FCHBASCSIProtocolEndpoint.

Property Name Value

CIM_Dependency



SMX_FCHBASysteServiceAccessPoint

Antecendent ref:SMX_FCHBAComputerSystem

Dependent ref:SMX_FCHBASCSIProtocolEndpoint

1-2-36 SMX_FCHBAConcreteIdentity SMX_FCHBAConcreteIdentity is used to represent an association between SMX_ComputerSystem and SMX_FCHBAComputerSystem.

Property Name Value

CIM_LogicalIdentity


SMX_FCHBAConcreteIdentity

SystemElement ref:SMX_ComputerSystem

SameElement ref:SMX_FCHBAComputerSystem

1-3 Physical Location The Physical Location is a string representing the physical location of the Fibre Channel Host Bus Adapter device. This string should represent the physical location of the device with which an end-user can uniquely locate the device. Most of these strings will be represented in customer documentation, silkscreen labels, or hood tags.


All Systems HP Integrity Cellular Servers HP BladeServers in C3000 /

C7000 Enclosures

PCI Slot=<num> Cabinet=<num> Blade=<num>

Embedded Controller=<logical_ controller_id>



Chassis=<num> Mezzanine=<num> (I/O Mezzanine slot num)

HP Insight Manager WBEM Host File System Provider Overview 1

1 HP Insight Manager WBEM Host File System Provider Overview

Description

The HP Insight Management Web-Based Enterprise Management (WBEM) Host Filesystem provider and extends CIM classes described in this document to model the filesystems hosted by a managed node. These classes provide computational information and capabilities that serve as an aggregation point to associate one or more elements that make up hosted filesystems and logical disks.


HP Base Server Physical Asset Profile (P00114) HP WBEM TC 1.4..0

HP Software Inventory (P00127) HP WBEM TC 2.0.0

Requirements



RLEL 5.0 and later


SLES 11 and later


ESXi 4.1 and later

ESXi 5.0 and later










• SMX_LocalFileSystem

• SMX_HostedLocalFileSystem

• SMX_LocalLogicalDisk

• SMX_LocalFSResidesOnExtent



1-2-1 SMX_LocalFileSystem Class The SMX_LocalFileSystem class implements the CIM_LocalFileSystem class to model the files hosted on the managed node. There is only one instance of SMX_LocalFileSystem for each filesystem on the managed node.



CIM_ManagedElement


CIM_LogicalElement


CIM_FileSystem

CSName SMX_ComputerSystem.Name

CSCreationClassName SMX_ComputerSystem.CreationClassName

CreationClassName SMX_LocalFileSystem

Name Same as Root property.



Root OS path name to filesystem root location.

For example: /home/users

AvailableSpace Total amount of free space for the filesystem in bytes. Unknown = 0.

BlockSize Read/write data block size in bytes.

FileSystemSize Total size of the filesystem in bytes. Unknown = 0.

FileSystemType String describing the type of filesystem.

For example: ext2, reiserfs, msdos, vfat, iso0990

NumberOfFiles Number of files contained in the filesystem

CIM_LocalFileSystem

SMX_LocalFileSystem

1-2-2 SMX_HostedLocalFileSystem Class The SMX_HostedLocalFileSystem class implements the CIM_InstalledOS class and associates the SMX_ComputerSystem and the SMX_LocalFileSystem instances.



CIM_HostedFileSystem

SMX_HostedLocalFileSystem

PartComponent References SMX_LocalFileSystem


1-2-3 SMX_LocalLogicalDisk Class The SMX_LocalLogicalDisk class implements the CIM_LogicalDisk class and presents a contiguous range of logical blocks hosted locally on the managed node. These LogicalDisks are identifiable by applications through the Name field, which contains the access path to the logical disk.




CIM_ManagedElement


CIM_LogicalElement


CIM_LogicalDevice



CreationClassName SMX_LocalLogicalDisk

DeviceID Path to logical disk.

For example: /dev/cdrom1

CIM_StorageExtent


DataOranization

0 (Other)

1 (Unknown)

2 (Fixed Block)

Primordial Can the containing system create or delete this element?

True or False


NumberOfBlocks Number of Blocks on the storage extent.

CIM_LogicalDisk

NameFormat 1 (Other)

12 (OS Device Name)

NameNamespace 1 (Other)

8 (OS Device Namespace)

SMX_LogicalDisk


1-2-4 SMX_LocalFSResidesOnExtent Class The SMX_LocalFSResidesOnExtent class implements the CIM_ResidesOnExtent class and associates the SMX_LocalFileSystem and SMX_LocalLogicalDisk instances.



CIM_ResidesOnExtent

SMX_LocalFSResidesOnExtent

Antecedent References SMX_LocalLogicalDisk

Dependent References SMX_LocalFileSystem

HP Insight Management WBEM IML Record Log Provider Overview 1

1 HP Insight Management WBEM IML Record Log Provider Overview

Description

The HP Insight Management Web-Based Enterprise Management (WBEM) Integrated Management Log (IML) provider implements the server management record log.



HP Record Log Profile (P00109) HP WBEM TC 1.1.0

Requirements



SLES 11 and later

RHEL 5.3 and later

ESXi 4.0 U1 and later










• SMX_IMLRecordLog

• SMX_IMLLogEntry

• SMX_IMLLogManagesRecord


• SMX_IMLUseOfLog



1-2-1 SMX_IMLRecordLog Class The SMX_IMLRecordLog class implements the HP_CommonRecordLog class to model the server management record log.



CIM_ManagedElement

Caption IML record log

Description Integrated Management Log

ElementName IML record log


Name IML record log

OperationalStatus

OperationalStatus[0] indicates the highest severity of IML log entries and will contain one of the following: 2 (OK), only informational or repaired events exist in the IML log 3 (Degraded), at least one degraded event exists in the IML log 6 (Error), at least one critical event exists in the IML log

StatusDescriptions

StatusDescriptions[0] will contain one of the following corresponding to OperationalStatus[0]: IML log has no critical or degraded events IML log has at least one degraded event IML log has at least one critical event



HealthState 5 (OK), when OperationalStatus[0]=2 (OK) 10 (Degraded), when OperationalStatus[0]=3 (Degraded) 20 (Major Failure), when OperationalStatus[0]=6 (Error)

CIM_LogicalElement



RequestedState 5 (No Change)


CIM_Log

MaxNumberOfRecords 0 (Indicates variable length records. There is no maximum number of records in the IML – there will be as many variable length records as will fit in the IML non-volatile memory.)

CurrentNumberOfRecords Number of records in the IML log (SMX_IMLLogEntry instances.)

LogState 2 (Normal)

OverwritePolicy 2 (Wraps When Full) The IML entries will fill up available IML non-volatile memory space until no room is left. The oldest log entries will then be deleted as needed to create room for new log entries.

CIM_RecordLog

InstanceID HPQ:SMX_IMLRecordLog:1

HP_CommonRecordLog


The following table lists the methods implemented for the SMX_IMLRecordLog class.


ClearLog Refer to HP Record Log profile (P00109)

RepairAll Refer to HP Record Log profile (P00109).

1-2-2 SMX_IMLLogEntry Class The SMX_IMLLogEntry class implements the HP_CommonLogEntry class to model logs records within the IML log.

CIM_ManagedElement

Caption IML record log entry <RecordID>

Where: <RecordID> is the SMX_IMLLogEntry.RecordID for the event.

Description Description based on specific IML log event.

ElementName IML record log entry <RecordID>

Where: RecordID is the SMX_IMLLogEntry.RecordID for the event.

CIM_RecordForLog

CIM_LogEntry

InstanceID HPQ:SMX_IMLLogEntry:<n>

Where: <n> is the IML event number.

LogInstanceID SMX_IMLRecordLog.InstanceID

LogName SMX_IMLRecordLog.Name

RecordID IML event number.

CreationTimeStamp IML log event creation time stamp.

HP_CommonLogEntry

RecordDataType 3 (Delimited)

RawData IML log event raw data.

MajorClass 18 (IML)

MinorClass 2 (None)

UpdateTimestamp IML log event update time stamp.

OccurrenceCount Number of occurrences of this same IML event type.

Severity

0 (Unknown) 2 (Information) 3 (Repaired) 4 (Degraded/Warning) 7 (Critical)



OSType 0 (Unknown) 36 (Linux) 39 (VMware)

SystemSerialNumber System serial number string from SMBIOS.

SystemProductID System product ID string from SMBIOS.

SystemModel System model number string from SMBIOS.

SystemName Computer system name

VendorID 0 (Unknown) 3 (HP) 5 (Compaq)

ServerHardwareArchitecture 0 (Unknown) 7 (x86-32) 10 (x86-64)


The following table lists the methods implemented for the SMX_IMLLogEntry class.


Repair Refer to HP Record Log profile (P00109).

1-2-3 SMX_IMLLogManagesRecord Class The SMX_IMLLogManagesRecord class implements the HP_LogManagesRecord class and associates instances of SMX_IMLRecordLog and SMX_IMLLogEntry.




HP_LogManagesRecord

Log References SMX_IMLRecordLog

Record References SMX_IMLLogEntry


1-2-4 SMX_IMLUseOfLog Class The SMX_IMLUseOfLog class implements the HP_UseOfLog class and associates the instance of SMX_ComputerSystem with the instance of SMX_IMLRecordLog.



CIM_Dependency

CIM_UseOfLog

HP_UseOfLog

Antecedent References SMX_IMLRecordLog


1-3 Supported indications There are no indications specific to the profile registration implementation.

HP Insight Management WBEM IPMI Record Log Provider Overview 1

1 HP Insight Management WBEM IPMI Record Log Provider Overview

Description

The HP Insight Management Web-Based Enterprise Management (WBEM) Intelligent Platform Management Interface (IPMI) Record Log provider supports system logs available on HP servers. These logs are called the System Event Log (SEL) and the Forward Progress Log (FPL) and contain informational, warning, and critical event information about a server’s performance and sensors.



HP Record Log Profile (P00109 sample test edit)

HP WBEM TC 1.1.0

Requirements



RLEL 5.0 and later


SLES 11 and later


ESXi 4.1 and later

ESXi 5.0 and later

Release History • Initial release with HP Insight Management WBEM Providers for Linux v2.0.









• SMX_FPLRecordLog

• SMX_FPLLogEntry

• SMX_FPLLogManagesRecord

• SMX_FPLUseOfLog

• SMX_SELRecordLog

• SMX_SELLogEntry

• SMX_SELLogManagesRecord

• SMX_SELRecordLogIndication

• SMX_SELUseOfLog

The tables in the following sections describe the properties of the supported classes. The classes are categorized by the class or superclass that defines the property, the first column is the property name (including type and units) and the second column describes how the provider determines the properties implementation. When the property implementation value is a number, the number given is the default behavior and the Managed Object Format interpretation is within parenthesis. If other values are returned, a problem is indicated.


1-2-1 SMX_FPLRecordLog Class The SMX_FPLRecordLog class implements the HP_CommonRecordLog class to model the server management record log.



CIM_ManagedElement

Caption FPL record log



Description Forward Progress Log

ElementName FPL record log


Name FPL record log

OperationalStatus OperationalStatus[0] indicates whether the FPL log is in good health and accepting new FPL entries. 2 (OK), FPL is operating properly

StatusDescriptions StatusDescriptions[0] will contain the following value corresponding to OperationalStatus[0]: OK


CIM_LogicalElement





CIM_Log

MaxNumberOfRecords Number of records which will be greater than 0

CurrentNumberOfRecords Number of records in the FPL log (SMX_FPLLogEntry instances)

LogState 2 (Normal)

OverwritePolicy 2 (Wraps When Full) The FPL entries fill up available FPL non-volatile memory space until no room is left. The oldest log entries are then be deleted as needed to create room for new log entries.

CIM_RecordLog

InstanceID HPQ:SMX_FPLRecordLog:1

HP_CommonRecordLog

TimeOfLastChange Time of last log change

The following table lists implemented methods for the SMX_FPLRecordLog class.


ClearLog See the HP Record Log profile.

RepairAll See the HP Record Log profile.

1-2-2 SMX_FPLLogEntry Class The SMX_FPLLogEntry class implements the HP_CommonLogEntry class to model logs records within the FPL log.



CIM_ManagedElement

Caption FPL record log entry <RecordID>

Where: <RecordID> is the SMX_FPLLogEntry.RecordID for the event.

Description Same as Caption.


CIM_RecordForLog

CIM_LogEntry

InstanceID HPQ:<opaque hexadecimal key>

LogInstanceID SMX_FPLRecordLog.InstanceID

LogName SMX_FPLRecordLog.Name

RecordID FPL event number

HP_CommonLogEntry

RawData FPL log event raw data array

MajorClass 11 (FPL)

MinorClass 2 (None)



SystemSerialNumber System serial number string from SMBIOS. For example: USE4822L0H

SystemModel System model number string from SMBIOS. For example: server rx6600



The following table lists implemented methods for the SMX_FPLLogEntry class.


Repair See the HP Record Log profile.

1-2-3 SMX_FPLLogManagesRecord Class The SMX_FPLLogManagesRecord class implements the HP_LogManagesRecord class and associates instances of HP_RecordLog and HP_LogEntry.




HP_LogManagesRecord

Log References SMX_FPLRecordLog

Record References SMX_FPLLogEntry

1-2-4 SMX_FPLUseOfLog Class The SMX_FPLUseOfLog class implements the HP_UseOfLog class and associates the instance of HP_ComputerSystem with the instance of HP_CommonRecordLog.




CIM_Dependency

CIM_UseOfLog

HP_UseOfLog

Antecedent References SMX_FPLRecordLog


1-2-5 SMX_SELRecordLog Class The SMX_SELRecordLog class implements the HP_CommonRecordLog class to model the server management record log.



CIM_ManagedElement

Caption SEL record log

Description System Event Log

ElementName SEL record log


Name SEL record log

OperationalStatus OperationalStatus[0] indicates whether the SEL log is in good health and accepting new SEL entries. 2 (OK), SEL is operating properly

StatusDescriptions StatusDescriptions[0] will contain the following value corresponding to OperationalStatus[0]: OK


CIM_LogicalElement







CIM_Log

MaxNumberOfRecords Number of records available in NVRAM. This will be greater than 0

CurrentNumberOfRecords Number of records in the SEL log (not equal to the SMX_SELLogEntry instances as these instances are the sum of both SEL log entries and the SEL cache).

LogState 2 (Normal)

OverwritePolicy 2 (Wraps When Full) The SEL entries fill up available SEL non-volatile memory space until no room is left. The oldest log entries are then be deleted as needed to create room for new log entries.

CIM_RecordLog

InstanceID HPQ:SMX_SELRecordLog:1

HP_CommonRecordLog


The following table lists implemented methods for the SMX_SELRecordLog class.


ClearLog See the HP Record Log profile.

RepairAll See the HP Record Log profile.

1-2-6 SMX_SELLogEntry Class The SMX_SELLogEntry class implements the HP_CommonLogEntry class to model logs records within the SEL log.

CIM_ManagedElement

Caption SEL record log entry <RecordID>

Where: RecordID is the SMX_SELLogEntry.RecordID for the event.



CIM_RecordForLog

CIM_LogEntry

InstanceID HPQ:<opaque hexadecimal key>

LogInstanceID SMX_SELRecordLog.InstanceID

LogName SMX_SELRecordLog.Name

RecordID SEL event number.

HP_CommonLogEntry

RawData SEL log event raw data array

MajorClass 12 (SEL)

MinorClass 2 (None)

SystemSerialNumber System serial number string from SMBIOS. For example: USE4822L0H

SystemModel System model number string from SMBIOS. For example: server rx6600


The following table lists implemented methods for the SMX_SELLogEntry class.


Repair See the HP Record Log Profile.

1-2-7 SMX_SELLogManagesRecord Class The SMX_SELLogManagesRecord class implements the HP_LogManagesRecord class and associates instances of HP_RecordLog and HP_LogEntry.




HP_LogManagesRecord

Log References SMX_SELRecordLog

Record References SMX_SELLogEntry

1-2-8 SMX_SELUseOfLog Class The SMX_SELUseOfLog class implements the HP_UseOfLog class and associates the instance of HP_ComputerSystem with the instance of HP_CommonRecordLog.



CIM_Dependency

CIM_UseOfLog

HP_UseOfLog

Antecedent References SMX_SELRecordLog



1-3 Provider Indications

1-3-1 SMX_SELRecordLogIndication Class The SMX_SELRecordLogIndication class implements and extends the HP_CommonRecordLogIndication class to Alert Clients to to new WBEM events found in the SEL Record log.

The following table describes the properties that are exposed for the SEL Record Log Provider indications that are implemented for server platforms, where available:


CIM_Indication



CIM_AlertIndication




HP_AlertIndication


AlertType 1 (Other)

Description Long text description of the event.

EventCategory Any of 30 Supported WBEM Event Categories: 0-9, 11,14,16,18, 20-21, 23,25,28, 33-34, 39, 40-43, 45-46

EventID Valid specific WBEM Event Number.

ProviderName FPL_IndicationProvider



NetworkAddresses Contains a list of all the IP addresses or hostname of the computer system generating the indication.

OSType On Linux, 36 (Linux)

OSVersion The operating system version of the computer system generating the indication in the following format: <major>, <minor>, <build>

ProbableCause 0 (Unknown)

ProbableCauseDescription Short text describing cause if known.

RecommendedActions If action exists, this array will contain text values of human readable strings for potential resolution.

Summary Short Text describing the SEL Record Log Event.






SystemVirtualUUID[] If Synergy is enabled, this will contain the logical UUID for the system.

SystemVirtualSerialNumber[] If Synergy is enabled, this will contain the logical Serial Number for the system.

EnclosureName HP_BladeEnclosureCS.Name

RackName Rack name, if one exists

RackUUID Rack Unique Identifier, if one exists

BladeName HP_ComputerSystem.Name, if BladeSystem

BladeBay HP_BladeCSLocation.LocationInformation[0], if BladeSystem

HP_CommonRecordLogIndication

PerceivedSeverity 0 (Unknown)

3 (Degraded/Warning)

6 (Critical)

RecordLogInstanceID Opaque Record Log key.



LogEntryInstanceIDs Array of length 1 containing an opaque Log Entry key.

SMX_SELRecordLogIndication

RawData Array if 14 bytes of raw event data.

VariableNames

Indexed arrays VariableNames[0] per VariableValues[0] per VariableTypes[0], any or all of the following values:

“IPMIEventHex” “DataFieldTypeName” “DecodedDataFiled” “ReportingEntityID” “ReportingEntityFullName” “IPMIEventID” “SWID”

VariableTypes 1

VariableValues

For VariableNames “IPMIEventHex”:

This will be hex string representing the IPMIEvent For VariableNames “DataFieldTypeName”:

This will contain text Physical Location For VariableNames “DecodedDataFiled”:

“Physical Location = “ followed by HWPhysicalLocation For VariableNames “ReportingEntityID”:

Value will contain hex string representing the ReportingEntity For VariableNames “ReportingEntityFullName”:

Value will be NA For VariableNames “IPMIEventID”:

Value will contain hex string representation of IPMIEventID

For VariableNames “SWID”:

Value will contain hex string representation of SystemGUID

HWPhysicalLocation 8-Byte Physical Location blob represented as a string For example: “00-ff-ff-ff-ff-05-ff-64”

HP Insight Management WBEM Management Processor Lite Provider 1

1 HP Insight Management WBEM Management Processor Lite Provider

Description

The HP Insight Management Web-Based Enterprise Management (WBEM) Management Processor Lite provider extends the management capability of referencing profiles by adding the capability to represent HP Management Processor on HP servers.



HP Management Processor (MP) Lite Profile

HP WBEM TC 2.1.1

Requirements



RLEL 5.0 and later



ESXi 4.1 and later

ESXi 5.0 and later









Schema Supported by the Provider This provider supports the following classes:

• SMX_ManagementProcessor

• SMX_MPFirmware

• SMX_MPCollection

• SMX_MPHostedCollection

• SMX_MPComponentCS

• SMX_MPMemberOfCollection

• SMX_MPElementFirmwareIdentity

• SMX_MPInstalledFirmwareIdentity

• SMX_MPConsolidatedStatusView

• SMX_MPScopedConsolidatedStatusView

• SMX_ManagementController

• SMX_MPControllerMP

• SMX_MPControllerPCIDevice



1-2-1 SMX_ManagementProcessor Class The SMX_ManagementProcessor class implements the HP_ManagementProcessor to describe a management processor controller system.



CIM_ManagedElement

Caption

Short Description of the Management Processor, including the product name and the enabled state of the MP.

For example: Product name of the management processor in the format: <product name> (X) Where: <product name> is the name of the MP product and (X) indicates whether the MP is Active or Inactive/Disabled. For example: Integrated Lights Out 2 (iLO 2) (Active) Integrated Lights Out 2 (iLO 2) (Inactive)

Integrated Lights Out 3 (iLO 3) (Active)


Remote Insight Board Lights Out Edition II (RILOE-II)

Light Out 100 (LO100) (Active)

Description

Description of the Management Processor, including the product name.

For example: HP Management Processor - <product name> Where: <product name> is the name of the MP product. For example: HP Management Processor – Integrated Lights Out 2 (iLO 2)

ElementName

Name of the Management Processor, including the product name and the enabled state of the MP.

For example: Product name of the management processor in format: <product name> (X) Where: <product name> is the name of the MP product. (X)indicates whether the MP is Active or Inactive/Disabled For example: Integrated Lights Out 2 (iLO 2) (Inactive)

Integrated Lights Out 2 (iLO 2) (Inactive)



OperationalStatus

Enumerators indicating the Management Processor operational status (refer to OperationalStatus mapping table in HP Management Processor Lite Profile for specific descriptions of when each value is populated). OperationalStatus[0] contains MP operational status: 0 (Unknown), when NICCondition=0 2 (OK), normal operation 3 (Degraded), when NICCondition=5 6 (Error), when NICCondition=6 or MP software interface fails

OperationalStatus[1] contains NIC status (when MP is enabled): 0 (Unknown), when NICCondition=0 or MP software interface fails 2 (OK), normal operation 3 (Degraded), when NICCondition=5 6 (Error), when NICCondition=6 10 (Stopped), when NICCondition=3 15 (Dormant), when NICCondition=4 Note:

When a Management Processor is disabled (refer to property EnabledState) OperationalStatus[0] will always report a status of 2 (OK) so as not to contribute negatively to overall system status. An MP is disabled only if the user has manually disabled it via the MP’s RBSU settings; this is seen as a normal condition. In this scenario OperationalStaus[1] is not populated.

StatusDescriptions

Descriptive text per OperationalStatus. StatusDescriptions[0] text per OperationalStatus[0]: Management Processor Status: Unknown Management Processor Status: OK Management Processor Status: Degraded Management Processor Status: Error

StatusDescriptions[1] text per OperationalStatus[1]: Management Processor NIC Status: Unknown Management Processor NIC Status: OK Management Processor NIC Status: NIC disconnected Management Processor NIC Status: NIC failed Management Processor NIC Status: NIC is disabled Management Processor NIC Status: Not in use, MP is


Property Name Property Implementation utilizing host NIC

HealthState

0 (Unknown), when OperationalStatus[0]=0 (Unknown) 5 (OK), normal operation 10 (Degraded/Warning), when OperationalStatus[0]=3 (Degraded) 20 (Major failure), when OperationalStatus[0]=6 (Error) Note:

When a Management Processor is disabled (refer to property EnabledState) HealthState will always report a state of 5 (OK) so as not to contribute negatively to overall system status. An MP is disabled only if the user has manually disabled it via the MP’s RBSU settings; this is seen as a normal condition.

CIM_LogicalElement


EnabledState

2 (Enabled) for active MP 3 (Disabled) for inactive/disabled MP Note:

The Active MP may be enabled or disabled (the user can manually disable the MP via RBSU settings). The Inactive MP is always disabled.





CIM_System

CreationClassName SMX_ManagementProcessor

Name Opaque instance identifier using HPQ as the OrgID. For example: HPQ:SMX_ManagementProcessor:1

CIM_ComputerSystem

Dedicated 14 (Management)

ResetCapability 4 (Enabled)

HP_ManagementProcessor

ControllerType

Enumerator indicating the model or type of management processor. 0 (Unknown) 1 (Other) 2 (PCI Board-Remote Insight Lights Out Edition II (RILOE II)) 3 (Embedded Integrated Lights Out Controller (iLO)) 4 (Embedded Integrated Lights Out Controller 2 (iLO 2)) 5 (Embedded Integrity Management Processor) 6 (Embedded Integrity Integrated Lights Out Controller (iLO)) 7 (Embedded Integrity Integrated Lights Out Controller 2 (iLO 2))

8(Embedded Lights Out 100 Series (LO 100)) 9(Embedded Integrated Lights Out Controller 3 (iLO 3))

10(Embedded Integrity Integrated Lights Out Controller 3 (iLO 3))

11(Embedded Integrity Integrated Lights Out Controller 4 (iLO 4))

OtherControllerType Descriptive text describing the controller type when ControllerType=1 (Other)

HardwareVersion The hardware version of the management processor.

UniqueIdentifier String which uniquely distinguishes the management processor controller from any other MP hardware.



IPAddress

The IP address of the MP-resident network interface. Note:

When a Management Processor is disabled (refer to property EnabledState) IP Address will always be reported as 0.0.0.0. Network communication with the MP is not possible when the MP is disabled.

URL

The Uniform Resource Locator of the management processor controller’s web-based user interface. Note:

When a Management Processor is disabled (refer to property EnabledState) URL will always be reported as https://0.0.0.0. Network communication with the MP is not possible when the MP is disabled.

SupportedProtocols An array of values indicating the protocol(s) supported by the management processor controller. It is assumed that any protocol listed is active and can be utilized.

NICCondition

Enumerator indicating the condition of the MP-resident network interface connection.

0 (Unknown) 2 (OK) 3 (NIC disabled) 4 (NIC not in operation-alternate host NIC in use)

5 (NIC in operation but disconnected) 6 (Failed) Note:

When a Management Processor is disabled (refer to property EnabledState) NICCondition will always report a state of 3 (NIC disabled ). Network communication with the MP is not possible when the MP is disabled.



ActiveLicense

Enumerator indicating the license type of the Management Processor. 0 (Unknown) 1 (None) 2 (iLO Advanced) 3 (iLO Light) 4 (iLO Advanced for Blade System) 5 (iLO standard for Blade System) Note:

When communication failure with MP occurs then ActiveLicense is Unknown. If no license present then ActiveLicense is None.

LicenseKey Management Processor License Key

HostName The network hostname in use by this management processorif one is defined

IPv6Address The IPv6 address of the management processorcontroller’s NIC if one is defined

IPv6SubnetPrefixLength Describes the prefix length of the IPv6Address property in order to specify a valid IPv6 subnet

IPv4Address The IPv4 address of the management processorcontroller’s NIC if one is defined

IPv4SubnetMask The mask for the IPv4 address of the management processorcontroller’s NIC if an IPv4 address is defined

PermanentAddress The permanent network address or MAC that is hard-coded for the management processor controller’s NIC

GatewayIPAddresses[] The IPv4 and IPv6 addresses which define the default IPv4 and/orIPv6 gateways for the management processor

HP_ManagementProcessor

1-2-2 SMX_MPFirmware Class The SMX_MPFirmware class implements the HP_MPFirmware class to describe management processor firmware



CIM_ManagedElement

Caption Short Description of the MP firmware



For example: Management Processor Firmware

Description Description of the MP firmware. For example: HP Management Processor Firmware

ElementName

Represents the target type/firmware family. Examples: RI7 for iLO 2

RI9 for iLO 3

RI10 for iLO 4

Lights Out 100 (LO100)


Name

Product name of the management processor. Examples: Integrated Lights Out 2 (iLO 2)

Lights Out 100 (LO100)

OperationalStatus 2 (OK), normal operation 6 (Error), when MP software interface fails

StatusDescriptions Management Processor Firmware Status: OK

HealthState 5 (OK), normal operation 20 (Major failure), when MP software interface fails

CIM_LogicalElement


InstanceID Opaque instance identifier using HPQ as the OrgID. For example: HPQ:SMX_MPFirmware:1

MajorVersion The major version of the MP firmware.

MinorVersion The minor version number of the MP firmware.

VersionString String indicating the MP firmware version information. This property is the string translation of the content provided in the MajorVersion and MinorVersion properties.

Manufacturer Hewlett-Packard




ClassificationDescriptions HP Management Processor Firmware

IdentityInfoValue

Indexed array that provides the values described by the type information stored in the corresponding component of the IdentityInfoType array. For IdentityInfoType CIM:SoftwareFamily, the value will represent the target type/firmware family: Examples: HPQ:RI7 for ProLiant iLO 2

HPQ:RI9 for ProLiant iLO 3

HPQ:RI10 for ProLiant iLO 4

HPQ:iLO2 for Integrity iLO 2 HPQ:MP for Integrity MP

HPQ:Lights Out 100 (LO100)

IdentityInfoType

Indexed array that provides the Description of the type of information that is stored in the corresponding component of the IdentityInfoValue array. CIM:SoftwareFamily

ReleaseDate The MP firmware date (in DMTF datetime format).

Example: 20100324000000.000000+000

HP_MPFirmware

1-2-3 SMX_MPCollection Class The SMX_MPCollection class implements the HP_MPCollection class to represent the collection of all management processor controller systems in a computer system and forwards group operational status.



CIM_ManagedElement

Description Description of the class, for example: HP Management Processor Collection

ElementName ElementName for the class

For example: Management Processor Collection



CIM_Collection


InstanceID Opaque instance identifier using HPQ as the OrgID.

For example: HPQ:SMX_MPCollection:1


Caption Caption for the class, for example: Management Processor Collection


Describes the group operational status of the management processor collection (refer to HP Management Processor Lite Profile). The group operational status represents the “worst-of” algorithm for all individual MP statuses in HP_ManagementProcessor.OperationalStatus[0]. GroupOperationalStatus[0] contains group operational status: 0 (Unknown) 2 (OK) 3 (Degraded) 6 (Error)


GroupStatusDescriptions[0] text per GroupOperationalStatus[0]: Aggregate Management Processor Collection Status: Unknown Aggregate Management Processor Collection Status: OK Aggregate Management Processor Collection Status: Degraded Aggregate Management Processor Collection Status: Error

SMX_MPCollection

1-2-4 SMX_MPHostedCollection Class The SMX_MPHostedCollection class implements the HP_MPHostedCollection class, which associates a management processor collection to the scoping computer system.



CIM_Dependency





HP_MPHostedCollection


Dependent References SMX_MPCollection

1-2-5 SMX_MPComponentCS Class The SMX_MPComponentCS class implements the HP_MPComponentCS class to associate a management processor subsystem to the scoping computer system that contains it.



CIM_Component

CIM_SystemComponent

CIM_ComponentCS

HP_MPComponentCS


PartComponent References SMX_ManagementProcessor

1-2-6 SMX_MPMemberOfCollection Class The SMX_MPMemberOfCollection class implements the HP_MPMemberOfCollection class to associate a management processor to the collection to which it belongs.




HP_MPMemberOfCollection

Included

Writeable boolean property indicating if the management processor instance referenced by Member will contribute status to the HP_MPCollection. Property can be modified using the ModifyInstance() intrinsic method. TRUE—Include member status in collection status FALSE—Do not include member status in collection status

Collection References SMX_MPCollection


Member References SMX_ManagementProcessor

1-2-7 SMX_MPElementFirmwareIdentity Class The SMX_MPElementFirmwareIdentity class implements the HP_MPElementFirmwareIdentity class to associate a management processor to its corresponding firmware.



CIM_Dependency




ElementSoftwareStatus[0]: 6 (Installed) ElementSoftwareStatus[1]: 2 (Current)

HP_MPElementFirmwareIdentity

Antecedent References SMX_MPFirmware

Dependent References SMX_ManagementProcessor

1-2-8 SMX_MPInstalledFirmwareIdentity Class The SMX_MPInstalledFirmwareIdentity class implements the CIM_MPInstalledFirmwareIdentity class to associate a management processor to its corresponding installed firmware.




SMX_MPInstalledFirmwareIdentity

System References SMX_ManagementProcessor

InstalledSoftware References SMX_MPFirmware

1-2-9 SMX_MPConsolidatedStatusView Class HP_ConsolidatedStatusView extends the class CIM_View instances are used to aggregate and model all Consolidated Status information into a instances related to a single subsystem. If consolidated View Classes are


implemented, there shall be one instance of HP_ConsolidatedStatusView for each instance of HP_GroupSystemSpecificCollection.


CIM_ManagedElement

Caption Unique name that describes this consolidated status view class instance collection represents.

ElementName Same value as Caption defined above

CIM_View

InstanceID

Opaque instance identifier HPQ as the OrgID

Example:

HPQ:SMX_MPConsolidatedStatusView:1

HP_ConsolidatedStatusView

GroupCreationClassName HP_GroupSystemSpecificCollection.CreationClassName value

GroupCreationOperationalStatus current status value of the HP_GroupSystemSpecificCollection

MemberOperationalStatus[] Status(es) of the members

MemberCreationClassNames[] CIM_ManagedSystemElement.CreationClassName values

MemberCreationStatusIncluded[] Boolean indicating whether the various CIM_ManagedSystemElement Included

MemberObjectPaths[] Object path references to each CIM_ManagedSystemElement member of this collection

1-2-10 SMX_MPScopedConsolidatedStatusView Class HP_ScopedConsolidatedStatusView extends the class CIM_ScopedView for use with HP_ComputerSystem and HP_ConsolidatedStatusView. There shall be one instance of HP_ScopedConsolidatedStatusView implemented for each HP_ConsolidatedStatusView instance.

.


CIM_ScopedView

HP_ScopedConsolidatedStatusView

Antecedent References HP_ComputerSystem

Dependent References SMX_MPConsolidatedStatusView

1-2-11 SMX_ManagementController Class The SMX_ManagementController class implements the HP_ManagementController to describe a management controller.



CIM_ManagedElement

Caption

Short Description of the Management Controller, including the product name and the enabled state of the MP.

For example: Product name of the management controller in the format: <product name> (X) Where: <product name> is the name of the MP product and (X) indicates whether the MP is Active or Inactive/Disabled. For example: Integrated Lights Out 2 (iLO 2) (Active) Integrated Lights Out 2 (iLO 2) (Inactive)





Description

Description of the Management Controller, including the product name.

For example: HP Management Processor Controller - <product name> Where: <product name> is the name of the MP product. For example: HP Management Processor Controller – Integrated Lights Out 2 (iLO 2)

ElementName

Name of the Management Controller, including the product name and the enabled state of the MP.

For example: Product name of the management processor controller in format: <product name> (X) Where: <product name> is the name of the MP product. (X)indicates whether the MP is Active or Inactive/Disabled For example: Integrated Lights Out 2 (iLO 2) (Inactive)

Integrated Lights Out 2 (iLO 2) (Inactive)






OperationalStatus

Enumerators indicating the Management Processor operational status (refer to OperationalStatus mapping table in HP Management Processor Lite Profile for specific descriptions of when each value is populated). OperationalStatus[0] contains MP operational status: 0 (Unknown), when NICCondition=0 2 (OK), normal operation 3 (Degraded), when NICCondition=5 6 (Error), when NICCondition=6 or MP software interface fails

OperationalStatus[1] contains NIC status (when MP is enabled): 0 (Unknown), when NICCondition=0 or MP software interface fails 2 (OK), normal operation 3 (Degraded), when NICCondition=5 6 (Error), when NICCondition=6 10 (Stopped), when NICCondition=3 15 (Dormant), when NICCondition=4 Note:

When a Management Processor is disabled (refer to property EnabledState) OperationalStatus[0] will always report a status of 2 (OK) so as not to contribute negatively to overall system status. An MP is disabled only if the user has manually disabled it via the MP’s RBSU settings; this is seen as a normal condition. In this scenario OperationalStaus[1] is not populated.



StatusDescriptions

Descriptive text per OperationalStatus. StatusDescriptions[0] text per OperationalStatus[0]: Management Processor Status: Unknown Management Processor Status: OK Management Processor Status: Degraded Management Processor Status: Error

StatusDescriptions[1] text per OperationalStatus[1]: Management Processor NIC Status: Unknown Management Processor NIC Status: OK Management Processor NIC Status: NIC disconnected Management Processor NIC Status: NIC failed Management Processor NIC Status: NIC is disabled Management Processor NIC Status: Not in use, MP is utilizing host NIC

HealthState

0 (Unknown), when OperationalStatus[0]=0 (Unknown) 5 (OK), normal operation 10 (Degraded/Warning), when OperationalStatus[0]=3 (Degraded) 20 (Major failure), when OperationalStatus[0]=6 (Error) Note:

When a Management Processor is disabled (refer to property EnabledState) HealthState will always report a state of 5 (OK) so as not to contribute negatively to overall system status. An MP is disabled only if the user has manually disabled it via the MP’s RBSU settings; this is seen as a normal condition.

CIM_LogicalElement


EnabledState

2 (Enabled) for active MP 3 (Disabled) for inactive/disabled MP Note:

The Active MP may be enabled or disabled (the user can manually disable the MP via RBSU settings). The Inactive MP is always disabled.





CIM_LogicalDevice

CreationClassName SMX_ManagementController


SystemName Value of SMX_ComputerSystem.Name property

DeviceID Opaque unique ID for this instance

CIM_Controller

SupportedProtocol 20 (I2C)

CIM_ManagementController

SMX_ManagementController

1-2-12 SMX_MPControllerMP Class The SMX_MPControllerMP class implements the CIM_SystemDevice class to associate a management processor to its corresponding management controller.



CIM_SystemDevice

SMX_MPControllerMP

GroupComponent References SMX_ManagementProcessor

PartComponent References SMX_ManagementController

1-2-13 SMX_MPControllerPCIDevice Class The SMX_MPControllerPCIDevice class implements the CIM_ConcreteIdentity class to associate a management controller to its corresponding PCI Devices.




SMX_MPControllerPCIDevice

SystemElement References SMX_PCIDevice

SameElement References SMX_ManagementController



The following tables describe the SMX WBEM MP Provider indications that are implemented for HP Consolidated Status View.

1-3-1 Provider Indication Common Properties Property Name Property Implementation

CIM_Indication



CIM_AlertIndication




HP_AlertIndication





OSVersion The operating system version of the computer system generating the indication in the following format: major.minor.build





SolutionProductModel

Conditional property containing the Solution Name string when running in a aggregate product environment in the format <aggregate product family name> v<major>.<minor>.<update>


RackName Rack name if one exists

RackUUID Rack Unique Identifier if one exists

BladeName HP_ComputerSystem.Name

BladeBay HP_BladeCSLocation.LocationInformation[0]

1-3-2 HP_AlertStatusIndication: Group System Specific Collection Policy Change The following table describes Mandatory Group System Specific Collection Policy Changed indication. This indication alerts clients to underlying changes in managed element’s state propagation filtering policy and whether those elements participate actively in the OperationalStatus of an HP_GroupSystemSpecificCollection instance. This indication shall be sent in the following cases:

If a managed element’s state propagation filtering policy is changed by altering the association CIM_MemberOfCollection.Included Boolean property


CIM_Indication


CIM_AlertIndication

Description HP_GroupSystemSpecificConsolidated operational status policy has been modified to monitor operational status from different set of managed elements.

AlertingManagedElement WBEM Path of the HP_GroupSystemSpecificCollection


Property Name Property Implementation instance



EventID “1”

ProviderName “HP MP”

RecommendedActions “Inspect property arrays MemberObjectPaths and MemberStatusIncluded to discover new managed elements and whether each managed element status is included in collection operational status.”

HP_AlertIndication

Summary “Consolidated View Class Collection operational status policy has changed “



ProbableCauseDescription

“This group status policy change is a caused by one of two changes:

1. Additional or removal of managed elements to an HP_GroupSystemSpecificCollection

2. Activation or deactivation of State Propagation Filtering for existing managed elements in HP_GroupSystemSpecificCollection.”

1-3-3 HP_AlertStatusIndication: Consolidated Status Changed-OK The following table describes one of the conditional Consolidated Status Changed indications. These Consolidated Status Changed indications shall be implemented if not all managed elements associated to an HP_GroupSystemSpecificCollection support the device status changed indications. If all managed elements of the collection support the device status changed indications, then the Consolidated Status Changed indications should not be implemented. If HP_ConsolidatedStatusView is not implemented, then AlertingManagedElement shall represent the CIM Object Path of the HP_GroupSystemSpecificCollection instance.


CIM_Indication


CIM_AlertIndication



Description Consolidated View Class Collection operational status has transitioned to OK or participating members in the HP_GroupSystemSpeciticCollection have transitioned to OK.

AlertingManagedElement CIM Object Path of the HP_ConsolidatedStatusView instance if implemented. Otherwise CIM Object Path of the HP_GroupSystemSpecificCollection.



EventID “2”


RecommendedActions None

HP_AlertIndication

Summary “Consolidated View Class Collection operational status has transitioned to OK. “


OtherEventCategory “View Class Status Changed”


ProbableCauseDescription

“Operational Status of participating members in this collection have transitioned to OK from Degraded or Error state. These Operational Status changes could have also affected the HP_GroupSystemSpecificCollection’s operational status.

1-3-4 HP_AlertStatusIndication: Consolidated Status Changed-Degraded The following table describes one of the conditional Consolidated Status Changed indications. These Consolidated Status Changed indications shall be implemented if not all managed elements associated to an HP_GroupSystemSpecificCollection support the device status changed indications. If all managed elements of the collection support the device status changed indications, then the Consolidated Status Changed indications should not be implemented. If HP_ConsolidatedStatusView is not implemented, then AlertingManagedElement shall represent the CIM Object Path of the HP_GroupSystemSpecificCollection instance.


CIM_Indication



PerceivedSeverity 3 (Degraded)

CIM_AlertIndication

Description Consolidated View Class Collection operational status has transitioned to Degraded or participating members in the HP_GroupSystemSpeciticCollection are now Degraded or Failed.

AlertingManagedElement CIM Object Path of the HP_ConsolidatedStatusView instance if implemented. Otherwise CIM Object Path of the HP_GroupSystemSpecificCollection..



EventID “3”


RecommendedActions “Inspect this View Class MemberOperationalStatus, MemberStatusIncluded and MemberObjectPath arrays to indict degraded or failing collection members.”

HP_AlertIndication

Summary “Consolidated View Class Collection operational status has transitioned to Degraded. “




ProbableCauseDescription “Operational Status of participating members in this collection have transitioned to Degraded state. These Operational Status changes could have also affected the HP_GroupSystemSpecificCollection’s operational status.”

1-3-5 HP_AlertStatusIndication: Consolidated Status Changed-Error The following table describes one of the conditional Consolidated Status Changed indications. These Consolidated Status Changed indications shall be implemented if not all managed elements associated to an HP_GroupSystemSpecificCollection support the device status changed indications. If all managed elements of the collection support the device status changed indications, then the Consolidated Status Changed indications should not be implemented. If HP_ConsolidatedStatusView is not implemented, then AlertingManagedElement shall represent the CIM Object Path of the HP_GroupSystemSpecificCollection instance.



CIM_Indication


CIM_AlertIndication

Description Consolidated View Class Collection operational status has transitioned to error.

AlertingManagedElement CIM Object Path of the HP_ConsolidatedStatusView instance if implemented. Otherwise CIM Object Path of the HP_GroupSystemSpecificCollection.



EventID “4”


RecommendedActions “Inspect this View Class MemberOperationalStatus, MemberStatusIncluded and MemberObjectPath arrays to indict failing collection member.”

HP_AlertIndication

Summary “Consolidated View Class Collection operational status has transitioned to Error. “




ProbableCauseDescription “Operational Status of participating members in this collection have transitioned to Error state and caused operational status for the for the collection to transition to Error.”

HP Insight Management WBEM PCI Device Provider Overview 1

1 HP Insight Management WBEM PCI Device Provider Overview

Description The HP Insight Management Web-Based Enterprise Management (WBEM) PCI Device provider implements the profiles listed to support PCI devices installed on HP servers. The following table details the profiles implemented and files installed by this provider.

Implemented Profiles

• DMTF: PCI Device Profile (DSP1075) 1.0.0a 09/2007

• DMTF: Physical Asset Profile

• HP: Location Profile 1.2.0

1-1 Uses Cases Refer to DMTF PCI Device Profile for Use Cases located at: http://www.dmtf.org/standards/profiles.

1-2 Class Implementations The following classes and properties are implemented as specified in the following tables for HP Server platforms where available. The classes below describe PCI Device.

1-2-1 SMX_PCIDevice Property Name Property Implementation

CIM_ManagedElement

Caption A user-friendly description for this PCI device provided by the operating system.

Description A user-friendly description for this PCI device provided by the operating system.

ElementName A hardware ID for this PCI device provided by the operating system. CIM_ManagedSystemElement

Name A hardware ID for this PCI device provided by the operating system. CIM_LogicalDevice

CreationClassName “SMX_PCIDevice”

DeviceID Unique identifier for this PCI device instance. SystemCreationClassName SMX_ComputerSystem.CreationClassName SystemName SMX_ComputerSystem.Name

http://www.dmtf.org/standards/profiles


Property Name Property Implementation CIM_EnabledLogicalElement



RequestedState 12 (Not Applicable) CIM_PCIController

CIM_PCIDevice

Capabilities Contains the capabilities of the PCI device.13 (PCI Express device) 5 (PCI-X capable device)

CapabilityDescriptions Descriptions of capabilities.

ClassCode

Register of 8 bits that identify the basic function of the PCI device. This property is only the upper byte (offset 0Bh) of the 3-byte ClassCode field. Note the ValueMap array of the property specifies the decimal representation of this information.

DomainNumber The domain/segment number where this PCI device resides.

BusNumber The bus number where this PCI device resides.

DeviceNumber The device number assigned to this PCI device for the bus.

FunctionNumber The function number for this PCI device.

PCIDeviceID PCI device ID as described in the configuration registers for this PCI device.

Revision Revision ID as described in the configuration registers for this PCI device. (NOTE: The property “Revision” is maintained to keep backwards compatibility)

RevisionID Revision ID as described in the configuration registers for this PCI device.

SubClassCode

Register of 8 bits that identifies with further granularity the subclass of the PCI device. This property is only the middle byte (bit offset 08h) of the 24-bit ClassCode register. Note the meaning of this property is interpreted based on the value of the ClassCode byte.

SubsystemID Subsystem ID as described in the configuration registers for this PCI device.

SubsystemVendorID Subsystem Vendor ID as described in the configuration registers for this PCI device.

VendorID Vendor ID as described in the configuration registers for this PCI device.

HP_PCIDevice

SMX_PCIDevice

SubClassCode The basic sub-function of the PCI device. The value of the property is

interpreted based on the value of the ClassCode byte.

1-2-2 SMX_PCICard Property Name Property Implementation

CIM_ManagedElement

Caption “PCI Card <cardNum>” CIM_ManagedSystemElement

Name “PCI Card <cardNum>” CIM_PhysicalElement

CreationClassName “SMX_PCICard”

Tag “PCI Card <cardNum>”

Description “PCI Card <cardNum>”

ElementName “PCI Card <cardNum>” CIM_PhysicalPackage


PackageType 9 (Module/Card)

VendorCompatibilityStrings “HPQ:PCICard” CIM_Card

HostingBoard False HP_PCICard

1-2-3 SMX_PCISlot Property Name Property Implementation

CIM_ManagedElement

Caption Same as Name. CIM_ManagedSystemElement

Name “PCI” <physical location> Refer to “Physical Location” for more information.

CIM_PhysicalElement

CreationClassName “SMX_PCISlot”

Tag Opaque Key. HPQ:SMX_PCISlot:<unique_keys>

Description Same as Name.

ElementName Same as Name.



PoweredOn True – if slot is powered on False – if slot is not powered

CIM_PhysicalConnector

ConnectorLayout 7 (Slot)

ConnectorPinout

“PCI” – if 33 MHz PCI slot “PCI-66” – if 66 MHz PCI slot “PCI-X” – if PCI-X slot “PCI Express” – if PCI Express slot “PCI Express Mezzanine” – if in-blade Mezzanine slot

ConnectorType 43 (PCI) – if this is a 33 MHz PCI slot 80 (PCI-66MHZ) – if this is a 66 MHz PCI slot 98 (PCI-X) – if this is a PCI-X slot 1 (Other) – if this is a PCI Express slot

ConnectorDescription

Only initialized if ConnectorType == 1 (Other): “PCI Express” – if this is a PCI Express slot or “PCI Express Mezzanine” if mezzanine slot in a blade, otherwise this property is not set

OtherTypeDescription Deprecated in favor of ConnectorDescription CIM_Slot

Number The physical PCI slot number

SupportsHotPlug True – if slot supports PCI hot plug operations False – if slot does not support PCI hot plug operations

VendorCompatibilityStrings “HPQ:PCISlot” HP_PCISlot

1-2-4 SMX_PCICardInSlot Property Name Property Implementation

Antecedent References SMX_PCISlot

Dependent References SMX_PCICard

1-2-5 SMX_RealizesPCIDevice Property Name Property Implementation

Antecedent References SMX_PCICard

Dependent References SMX_PCIDevice

1-2-6 SMX_SystemPCISlot Property Name Property Implementation


PartComponent References SMX_PCISlot

1-2-7 SMX_SystemPCIDevice Property Name Property Implementation


PartComponent References SMX_PCIDevice

1-2-8 SMX_PCISlotLocation Property Name Property Implementation

CIM_ManagedElement

Caption Same as ElementLocationTag.

Description Same as ElementLocationTag.

ElementName Same as ElementLocationTag. CIM_Location

Name Unique identifier of the form: HPQ:SMX_PCISlotLocation: <unique_keys>

PhysicalPosition

Opaque key. Example for slot 6 in cabinet 1, bay 2 chassis 3 :“01-02-03-FF-FF-06-FF-85” For Slot 2 in a non-cellular in this system: “FF-FF-FF-FF-FF-02-FF-85”

HP_Location

ElementLocationTagDesc 0 (Hood Tag)

ElementLocationTag "PCI Slot Location" <physical location>. Refer to “Physical Location” for more information.


LocationInfoDesc

Array of numerical enumerators describing values at comparable index in the LocationInformation array index 1,2, 3, or 4.

LocationInfoDesc[0] per LocationInformation[0] 3 (PCI Slot).

Additional enumerators for Cellular servers 7 (Cabinet) 6 (Chassis)

Additional enumerators for HP BladeSystem servers 14 (Blade) 1 (Mezzanine)

LocationInformation

Array of text values representing the location components that describe this PCI Slot location. LocationInfoDesc[0] per LocationInfornation[0]. Cross-reference with LocationInfoDescription array to determine what type of location information is represented

1-2-9 SMX_PCISlotElementLocation Property Name Property Implementation

Element References SMX_PCISlot

PhysicalLocation References SMX_PCISlotLocation

1-3 Physical Location The Physical Location is a string representing the physical location of any PCI device. This string should represent the physical location of the device from which an end-user can uniquely locate the device. Most of these strings will be visible in customer documentation, silkscreen labels, or hood tags.


All Systems HP Integrity Cellular Servers

HP BladeServers in C3000 / C7000 Enclosures


Embedded Controller=<logical_controller_id>


Mezzanine=<num> Chassis=<num> Mezzanine=<num> (I/O Mezzanine slot num)


This provider generates no indications.

HP Insight Management Power Supply Provider Overview 1

1 HP Insight Management Power Supply Provider Overview

Description

The HP Insight Management Web-Based Enterprise Management (WBEM) Power Supply provider implements the HP Power Supply profile to model power supplies in servers.



HP Power Supply Profile HP WBEM TC 1.3 (P103)

HP Location Profile HP WBEM TC 1.2.0 (P124)

HP Power Supply Physical Asset Profile HP WBEM TC 1.0.2 (P116)

Requirements For each hardware architecture listed, this provider requires the following distributions


RLEL 5.0 and later



ESXi 4.1 and later

ESXi 5.0 and later

Release History

Initial release with HP Insight Management WBEM Providers for Linux v2.0.




This provider does not accept specific configuration adjustments beyond standard HP


Insight Management WBEM support.




• SMX_PowerSupply

• SMX_PowerCollection

• SMX_PowerRedundancySet

• SMX_MemberOfPowerRedundancy

• SMX_HostedPowerRedundancySet

• SMX_MemberOfPowerCollection

• SMX_HostedPowerCollection

• SMX_SystemPowerSupply

• SMX_PowerSupplyLocation

• SMX_PowerSupplyElementLocation

• SMX_PowerSupplyModule

• SMX_SystemPhysicalPowerSupply

• SMX_RealizesPowerSupply

• SMX_PowerMeter

• SMX_AssociatedPowerMeter

• SMX_SystemPowerMeter

• SMX_PowerControllerFirmware

• SMX_PowerControllerInstalledFirmwareIdentity

• SMX_PowerControllerElementFirmwareIdentity

The tables in the following sections describe the properties of the supported classes. The classes are categorized by the class or superclass that defines the property, the first column is the property name (including type and units) and the second column describes how the provider determines the properties implementation. When the property implementation value is a number, the number given is the default


behavior and the Managed Object Format interpretation is within parenthesis. If other values are returned, a problem is indicated.


1-2-1 SMX_PowerSupply Class The SMX_PowerSupply class is used to model power supplies on servers. Power supply numbers for existing instances do not change when other power supplies are added and removed.



CIM_ManagedElement

Caption

Short description of this power supply for the name displayed by the MP or iLO and its location.

For example: Power Supply1 at PowerSupplySlot=2, Power Supply 1a at PowerSupplySlot=2

Description

Description of this power supply, including ElementName, PowerSupplyType and StatusDescription[0] and StatusDescription[1].

For example: Elementname provides power for PowerSupplyType.StatusDescription Where: Elementname represents the value of ElementName, PowerSupplyType represents the corresponding string value of the PowerSupplyType enumeration, and StatusDescription represents the value of StatusDescriptions[0]and StatusDescription[1].

ElementName





2 (OK) – if power supply is operating properly; 3 (Degraded) – if power supply is degraded; 6 (Error) – if power supply has failed

OperationalStatus[1] Extended Warning and Error status. See the MOF and Profile




Description of the status of the power supply corresponding to the OperationalStatus. For example: Power Supply is operating properly– if OperationalStatus[0] is 2 (OK); Power Supply is degraded – if OperationalStatus[0] is 3 (Degraded) Power Supply has failed – if OperationalStatus is 6 (Error)

StatusDescriptions[1] Description of the extended warning/error status corresponding to the OperationalStatus[1]. See Profile.

HealthState 5 (OK) – if power supply is operating properly; 10 (Degraded) if power supply is degraded 20 (Major Failure) – if power supply has failed

Name

Unique name of this power supply from the name displayed by the MP or iLO and its location.


TimeOfLastStateChange Time that state last changed for power supply. 0 if it has not changed since provider startup.

CIM_LogicalDevice

CreationClassName SMX_PowerSupply

DeviceID Unique identifier for this power supply instance.







CIM_PowerSupply

TotalOutputPower Power reported in Milliwatts .The value 0 denotes ‘unknown’ output power.



HP_PowerSupply

PowerSupplyType Enumeration describing the type of power supply. Refer to the Managed Object Format.

1-2-2 SMX_PowerCollection Class The SMX_PowerCollection class is used to model power supply collections on servers. There is one instance of this class on servers modeling power supplies.



CIM_ManagedElement

Caption Power Collection

Description

This is a collection of all devices including power supplies that provide power. GroupStatusDescription. Where: GroupStatusDescription represents the value of the GroupStatusDescriptions[0] property.

ElementName Power Collection


InstanceID Unique identifier for this power collection instance


Represents the most severe power redundancy status and non-fault tolerant power supply operational status: 0 (Unknown) – if power collection status is unknown; 2 (OK) – if power supplies are operating properly; 3 (Degraded) – if no SMX_PowerSupply.OperationalStatus[0] for all non-fault tolerant power supplies report 6 (Error) and SMX_PowerRedundancySet.RedundancyStatus for any power redundancy sets report 3 (Degraded Redundancy) or 4 (Redundancy Lost) and no power redundancy sets report 5 (Overall Failure). 6 (Error) – if SMX_PowerSupply.OperationalStatus[0] for any non-fault tolerant power supplies report 6 (Error) or SMX_PowerRedundancySet.RedundancyStatus for any power redundancy sets report 5 (Overall Failure). Note: The system starts up with a redundancy status set to 4 (Redundancy Lost) and no power supplies have been removed or failed, the GroupOperationalStatus will be set to 2 (OK) because this is a valid configuration.


Unknown status for power supplies - if GroupOperationalStatus[0] is 0 (Unknown); Power supplies are operating properly if GroupOperationalStatus[0] is 2 (OK); Power supplies are degraded if GroupOperationalStatus[0] is 3 (Degraded); Power supplies have failed if GroupOperationalStatus[0] is 6 (Error)

1-2-3 SMX_PowerRedundancySet Class The SMX_PowerRedundancySet class is used to model power supply redundancy sets on servers.



CIM_ManagedElement

Caption

Short description of this redundancy set.

For example: Power Redundancy Set <n>

Where: <n> represents the number of the redundancy set instance.

Description Description of this redundancy set

For example: Power Redundancy Set <n> is collection of fault tolerant power supplies that provide redundant power


ElementName

User printable name for this power redundancy set.

For example: Power Redundancy Set <n>



InstanceID Unique identifier for this power redundancy instance.

CIM_RedundancySet

MaxNumberSupported Represents the maximum number of power supplies supported for this redundancy set.

MinNumberNeeded Represents the minimum number of power supplies needed to function.

TypeOfSet 3 (Load Balanced)

LoadBalanceAlgorithm 0 (Unknown)

RedundancyStatus

0 (Unknown) – if the redundancy status is unknown; 2 (Fully Redundant) – if the all power supplies in the set are operating properly and enough to achieve redundancy; 3 (Degraded Redundancy) – if there are at least enough power supplies for the redundancy set to provide power, but power supplies have failed; 4 (Redundancy Lost) – if there are not enough power supplies required to achieve redundancy, but enough for the redundancy set to provide power; 5 (Overall Failure) – if there are not enough power supplies operating properly for the redundancy set to provide power.

1-2-4 SMX_MemberOfPowerRedundancy Class The SMX_MemberOfPowerRedundancy class is used to represent an association between HP_PowerSupply and HP_PowerRedundancySet.




Collection References HP_PowerRedundancySet

Included

Writable Boolean property indicating if the power supply instance referenced by Member will contribute status to the HP_PowerCollection. Property can be modified using the ModifyInstance() intrinsic method.

True: Include member status in collection status

False: Do not include member status in collection status

Member References HP_PowerSupply

1-2-5 SMX_HostedPowerRedundancySet Class The SMX_HostedPowerRedundancySet class is used to represent an association between HP_PowerRedundancySet and the computer system that contains this redundancy set.



OwningElement References HP_ComputerSystem

OwnedElement References HP_PowerRedundancySet

1-2-6 SMX_MemberOfPowerCollection Class The SMX_MemberOfPowerCollection class is used to represent an association between the HP_PowerSupply and HP_PowerCollection classes.



Collection References HP_PowerCollection

Included

Writable Boolean property indicating if the power supply instance referenced by Member will contribute status to the HP_PowerCollection

True: Include member status in collection status

False: Do not include member status in collection status

Member References HP_PowerSupply

1-2-7 SMX_HostedPowerCollection Class The SMX_HostedPowerCollection class is used to represent an association between the HP_PowerCollection class and the computer system that contains this collection.




Dependent References HP_PowerCollection

1-2-8 SMX_SystemPowerSupply Class The SMX_SystemPowerSupply class is used to represent an association between the HP_PowerSupply class and the computer system that contains this power supply.



GroupComponent References HP_ComputerSystem

PartComponent References HP_PowerSupply

1-2-9 SMX_PowerSupplyLocation Class The SMX_PowerSupplyLocation class is used to model power supply locations on servers.



CIM_ManagedElement

Caption

Name of this power supply from the name displayed by the MP or iLO and its location.

For example: Power Supply1 at PowerSupplySlot=2

Description

Description of this power supply location, including the location.

For example on HP Proliant: The location of the power supply <n>. Please refer to power supply position <n> printed on the system.

Where: <n> presents the power supply position printed on the system labeling.

ElementName User displayable name of this power supply location, including the location.

For example: Power Supply1 at PowerSupplySlot=2

CIM_Location

Name Unique identifier for this power supply location instance.

PhysicalPosition Physical position of this Power Supply.

For example on HP Proliant: Number represents the power supply position printed on the system.

HP_Location

ElementLocationTag

Location string based on ElementLocationTagDesc.

For example, on HP Proliant: Power Supply <n>

Where : <n> represents the power supply position printed on the system.

ElementLocationTagDesc On HP Proliant: 0 (HoodTag)

LocationInfoDesc An array of tags describing the corresponding location path information contained in the LocationInformation property array.

LocationInformation An array of string values describing the location path of a managed element containment hierarchy.

1-2-10 SMX_PowerSupplyElementLocation Class The SMX_PowerSupplyElementLocation class is used to represent an association between the CIM_Location and CIM_ManagedElement classes.



Element Refernces SMX_PowerSupplyModule

PhysicalLocation Refernces SMX_PowerSupplyLocation

1-2-11 SMX_PowerSupplyModule Class The SMX_PowerSupplyModule class is used to model physical power supplies on servers. Power supply numbers for existing instances do not change when other power supplies are added and removed.



CIM_ManagedElement

Caption



Description

Description of this power supply module, including ElementName, Type and Status. For example: ElementName provides power for PowerSupplyType. StatusDescription Where: ElementName represents the value of ElementName, PowerSupplyType represents the corresponding string value of the PowerSupplyType enumeration and StatusDescription represents the value of StatusDescriptions[0].

ElementName




OperationalStatus[0] 2 (OK) – if power supply is operating properly; 3 (Degraded) – if power supply is degraded; 6 (Error) – if power supply has failed


Description of the status of the power supply corresponding to the OperationalStatus. For example: Power Supply is operating properly – if OperationalStatus[0] is 2 (OK); Power Supply is degraded – if OperationalStatus[0] is 3 (Degraded) Power Supply has failed – if OperationalStatus is 6 (Error)

HealthState 5 (OK) – if power supply is operating properly; 10 (Degraded) if power supply is degraded 20 (Major Failure) – if power supply has failed



Name



CIM_PhysicalElement

CreationClassName SMX_PowerSupplyModule

PartNumber The part number assigned by the organization that is responsible for producing or manufacturing the PhysicalElement.

SerialNumber A manufacturer-allocated number used to identify the Physical Element.

Tag Unique identifier for this power supply instance.

CIM_PhysicalPackage

RemovalConditions 0 (Unknown) 3 (Removable when off) 4 (Removable when on or off)

PackageType 6 (PowerSupply)

1-2-12 SMX_SystemPhysicalPowerSupply Class The SMX_SystemPhysicalPowerSupply class extends the CIM_Container class and association of the HP_ComputerSystemChassis instance with HP_PowerSupplyModule.



GroupComponent References HP_ComputerSystemChassis

PartComponent References HP_PowerSupplyModule

1-2-13 SMX_RealizesPowerSupply Class The SMX_RealizesPowerSupply class extends the CIM_Realizes class and associates the HP_PowerSupply instance with HP_PowerSupplyModule instances.




Antecedent References HP_PowerSupplyModule

Dependent References HP_PowerSupply

1-2-14 SMX_PowerSupplySlot Class The SMX_PowerSupplySlot class is used to model physical power supply slots on servers.



CIM_ManagedElement

Caption Short description of this power supply slot.

For example: PowerSupplySlot=2

Description Description of the power supply slot.


ElementName Name of the power supply slot.



OperationalStatus[0] 2 (OK) – if power supply slot is operating properly

StatusDescriptions[0] Power supply slot is operating properly – if OperationalStatus[0] is 2 (OK)

HealthState 5 (OK) – if power supply is operating properly

Name Name of the power supply slot.


CIM_PhysicalElement

CreationClassName SMX_PowerSupplySlot

Tag Unique identifier for this power supply slot.

CIM_PhysicalPackage


Number <n>

Where: <n> represents the number of the power supply slot.

1-2-15 SMX_SystemPowerSupplySlot Class The SMX_SystemPowerSupplySlot class extends the CIM_Container class and association of the HP_ComputerSystemChassis instance with HP_PowerSupplySlot.




PartComponent References HP_PowerSupplySlot

1-2-16 SMX_PowerSupplyInSlot Class The SMX_PowerSupplyInSlot class extends the CIM_ElementInConnector class and associates the HP_PowerSupplySlot instance with HP_PowerSupplyModuleinstances.



Antecedent References HP_PowerSupplySlot

Dependent References HP_PowerSupplyModule

1-2-17 SMX_Power Meter SMX_PowerMeter is used to model power utilization on Servers. Please note: power supply numbers for existing instances do not change when other power supplies are added and removed. Not all systems support reporting power utilization .


CIM_ManagedElement



Caption

Short description of this power utilization sensor using the name of the power supply displayed by the MP or iLO and its location. For example: Power utilization sensor for Power Supply 1 at PowerSupplySlot=1

Description

Description of this power utilization sensor including the Caption and StatusDescriptions. For example: Power utilization sensor for Power Supply 1 at PowerSupplySlot=1

Where: StatusDescription represents the value of StatusDescriptions[0]

ElementName

Short description of this power utilization sensor using the name of the power supply displayed by the MP or iLO. For example: Power utilization sensor for Power Supply 1


OperationalStatus[0] 2 (OK) – if power utilization sensor is operating properly;


Description of the status of the power utilization sensor corresponding to the OperationalStatus. For example: Power Supply is operating properly – if OperationalStatus[0] is 2 (OK);

HealthState 5 (OK) – if power utilization sensor is operating properly;

Name

Short description of this power utilization sensor using the name of the power supply displayed by the MP or iLO and location. For example: Power utilization sensor for Power Supply 1 at PowerSupplySlot=1.

CIM_LogicalDevice:

CreationClassName SMX_PowerMeter

DeviceID Unique identifier for this power utilizaton sensor.









CIM_Sensor

SensorType 13 (Power Consumption)

CurrentState “Normal”

PossibleStates Array may contain the following value: PossibleStates[0] = “Normal”

CIM_NumericSensor

CurrentReading Current reading of the power meter

BaseUnits 7 (Watts)

RateUnits 0 (None)

UnitModifier 0

1-2-18 SMX_SystemPowerMeter SMX_SystemPowerMeter class and associates the HP_ComputerSystem instance with HP_PowerMeter.



PartComponent References HP_PowerMeter

1-2-19 SMX_AssociatedPowerMeter The SMX_AssociatedPowerMeter class associates the HP_PowerSupply instance with HP_PowerMeter instance.


Dependent References SMX_PowerSupply

Antecedent References SMX_PowerMeter


1-2-20 SMX_PowerControllerFirmware SMX_PowerControllerFirmware is used to model power controller firmware on Servers. Not all systems support reporting power controller firmware.


CIM_ManagedElement

Caption Power controller firmware

Description

Description of this power utilization sensor including the Caption and StatusDescriptions. For example: Power controller firmware. StatusDescription Where: StatusDescription represents the value of StatusDescriptions [0]

ElementName Power controller firmware


OperationalStatus[0] 2 (OK)


Description of the status of the power utilization sensor corresponding to the OperationalStatus. For example: OK;

HealthState 5 (OK)

Name Power controller firmware.

CIM_LogicalElement


InstanceID Opaque key

Manufacturer Hewlett-Packard Company


ClassificationDescriptions Power controller firmware

IsEntity TRUE

VersionString The firmware version string

MajorVersion The firmware major version number, if any



MinorVersion The firmware minor version number, if any

RevisionNumber The firmware revision number number, if any

1-2-21 SMX_PowerControllerElementFirmwareIdentity The SMX_PowerControllerElementFirmwareIdentity class associates the HP_ComputerSystem instance with HP_PowerControllerFirmware.


Dependent References HP_ComputerSystem

Antecedent References HP_PowerControllerFirmware

UpgradeCondition Owner Upgradeable (3)

ElementSoftwareStatus 2 (Current), 6 (Installed)

1-2-22 SMX_PowerControllerInstalledFirmwareIdentity The SMX_PowerControllerInstalledFirmwareIdentity class associates the HP_ComputerSystem instance with the installed HP_PowrControllerFirmware instance.


System References HP_ComputerSystem

InstalledSoftware References HP_PowerControllerFirmware

1-3 Provider Indications

Indications Generated by the Provider

The following tables describe the SMX WBEM Power Supply Provider indications that are implemented for HP ProLiant server platforms where available.

HP Integrity server platforms implement power supply related indications in the SMX IPMI Record Log provider.


CIM_Indication





CIM_AlertIndication




HP_AlertIndication

















RackName Rack name if one exists

RackUUID Rack Unique Identifier if one exists



1-3-2 HP_DeviceIndication: Power Supply AC Input Loss Property Name Property Implementation

CIM_Indication


CIM_AlertIndication

Description A power supply has failed – input power lost. PowerSupplyCaption Where: PowerSupplyCaption is the SMX_PowerSupply.Caption for the power supply that has failed

AlertingManagedElement WBEM Path of SMX_PowerSupply instance representing the failed power supply



EventID “9”

ProviderName “HP Power”

RecommendedActions “Check the input power being supplies to the failed power supply and reconnect power.”

HP_AlertIndication

Summary “Power supply failed – input power lost“



ProbableCauseDescription “Power Supply Failed due to input power loss.”


1-3-3 HP_DeviceIndication: Power Supply Removed Property Name Property Implementation

CIM_Indication


CIM_AlertIndication

Description A power supply has been removed. PowerSupply

Where: PowerSupply is the system power supply that was removed.

AlertingManagedElement WBEM Path of the SMX_PowerSupply instance.



EventID 1

ProviderName HP Power

RecommendedActions Check the system power supply configuration. Verify that this power supply was removed intentionally.

HP_AlertIndication

Summary Power supply removed



ProbableCauseDescription Power Supply Removed

1-3-4 HP_DeviceIndication: Power Supply Inserted Property Name Property Implementation

CIM_Indication


CIM_AlertIndication

Description A power supply has been inserted. PowerSupplyCaption Where: PowerSupplyCaption is the SMX_PowerSupply.Caption for the power supply that has been inserted.



AlertingManagedElement WBEM Path of SMX_PowerSupply instance representing the inserted power supply.



EventID 2



HP_AlertIndication

Summary Power supply inserted



ProbableCauseDescription Power Supply has been Inserted

1-3-5 HP_DeviceIndication: Power Supply Failed Property Name Property Implementation

CIM_Indication


CIM_AlertIndication

Description A power supply has failed. PowerSupplyCaption

Where: PowerSupplyCaption is the SMX_PowerSupply.Caption for the power supply that has failed.

AlertingManagedElement WBEM Path of SMX_PowerSupply instance representing the failed power supply.



EventID 3




RecommendedActions Check the failed power supply and replace if necessary.

HP_AlertIndication

Summary Power supply failed



ProbableCauseDescription Power Supply Failed

1-3-6 HP_DeviceIndication: Power Supply Degraded .


CIM_Indication


CIM_AlertIndication

Description A power supply has failed. PowerSupplyCaption

Where: PowerSupplyCaption is the SMX_PowerSupply.Caption for the power supply that has degraded.

AlertingManagedElement WBEM Path of SMX_PowerSupply instance representing the degraded power supply.



EventID 20


RecommendedActions Check the degraded power supply and replace if necessary.

HP_AlertIndication

Summary Power supply degraded





ProbableCauseDescription Power supply degraded

1-3-7 HP_DeviceIndication: Power Supply Repaired Property Name Property Implementation

CIM_Indication


CIM_AlertIndication

Description power supply has been repaired. PowerSupplyCaption

Where: PowerSupplyCaption is the SMX_PowerSupply.Caption for the power supply that has been repaired.

AlertingManagedElement WBEM Path of SMX_PowerSupply instance representing the repaired power supply.



EventID 4



Summary Power supply repaired



ProbableCauseDescription Power supply repaired

1-3-8 HP_DeviceIndication: Power Supply Redundancy Reduced


CIM_Indication


CIM_AlertIndication



Description

A fault tolerant power supply is no longer providing power for a power redundancy set. RedundancySetCaption Where: RedundancySetCaption represents the SMX_PowerRedundancySet.Caption for the redundancy set with reduced redundancy.

AlertingManagedElement WBEM Path of SMX_PowerRedundancySet instance representing the redundancy set with reduced redundancy.



EventID 5



HP_AlertIndication

Summary Power redundancy reduced



ProbableCauseDescription Power Redundancy has been Reduced

1-3-9 HP_DeviceIndication: Power Supply Redundancy Lost Property Name Property Implementation

CIM_Indication


CIM_AlertIndication

Description

Power redundancy has been lost. RedundancySetCaption

Where: RedundancySetCaption represents the SMX_PowerRedundancySet.Caption for the redundancy set that lost redundancy.

AlertingManagedElement WBEM Path of SMX_PowerRedundancySet.Caption instance representing the redundancy set where redundancy was lost.





EventID 6


RecommendedActions Check the power supply configuration and check the status of the power redundancy. Ensure the system is being powered adequately. Add or replace power supplies if necessary.

HP_AlertIndication

Summary Power redundancy lost



ProbableCauseDescription Power Redundancy has been Lost

1-3-10 HP_DeviceIndication: Power Supply Redundancy Failed Important: This indication is not supported on HP Proliant systems since redundancy set failure, which is failure beyond redundancy lost, will cause system shutdown.


CIM_Indication


CIM_AlertIndication

Description

Power redundancy has been lost. RedundancySetCaption

Where: RedundancySetCaption represents the SMX_PowerRedundancySet.Caption for the redundancy set that failed redundancy.

AlertingManagedElement WBEM Path of SMX_PowerRedundancySet instance representing the redundancy set where redundancy failed.



EventID 20




RecommendedActions Check the power supply configuration and check the status of the power redundancy. Ensure the system is being powered adequately. Add or replace power supplies if necessary.

HP_AlertIndication

Summary Power redundancy set failed



ProbableCauseDescription Power Redundancy Set has Failed

1-3-11 HP_DeviceIndication: Power Supply Redundancy Restored


CIM_Indication


CIM_AlertIndication

Description

Power redundancy for the system has been restored. RedundancySetCaption

Where: RedundancySetCaption is SMX_PowerRedundancySet.Caption of the redundancy set the power redundancy set with restored redundancy.

AlertingManagedElement WBEM Path of SMX_PowerRedundancySet instance representing the power redundancy set with restored redundancy.



EventID 8



HP_AlertIndication



Summary Power redundancy restored



HP Insight Management WBEM Profile Registration Provider 1

1 HP Insight Management WBEM Profile Registration Provider

Description

The HP Insight Management Web-Based Enterprise Management (WBEM) Management Profile Registration provider extends the management capability of referencing profiles by adding the capability to represent HP Management Processor on HP servers. This provider implements the following profiles and installs the necessary files:


HP Profile Registration Profile (P00100)

HP WBEM TC 1.0.0

Requirements



RLEL 5.0 and later

HP ProLiant managed servers ESXi 3.5 and later









• SMX_RegisteredProfile

• SMX_ExtendsProfile

• SMX_ReferencedProfile

• SMX_PRPBaseServerECTP

• SMX_FCPBaseServerECTP



1-2-1 SMX_RegisteredProfile Class

The SMX_RegisteredProfile class implements the Distributed Management Task Force (DMTF) and Storage Networking Industry Association (SNIA) SMI-S storage profiles.



CIM_ManagedElement

Caption The DMTF Profile table lists the property values for this class.

Description The DMTF Profile table lists the property values for this class.

ElementName The DMTF Profile table lists the property values for this class.

CIM_RegisteredProfile

AdvertiseTypeDescriptions NULL for DMTF profiles

None for SNIA SMI-S storage profiles

AdvertiseTypes 3 (SLP)

InstanceID HPQ:<n>

Where: :<n> is a unique number.

OtherRegisteredOrganization NULL for DMTF profiles

None for SNIA SMI-S storage profiles. "HP WBEM TC" for HP extension profiles.

RegisteredName The DMTF Profile table lists the property values for this class.



RegisteredOrganization 1 (Other) for HP extension profiles 2 (DMTF) for DMTF profiles

11 (SNIA) for SNIA SMI-S storage profiles

RegisteredVersion The DMTF Profile table lists the property values for this class.

The following table lists all possible DMTF Profiles. Some implementations only support a subset of these profiles so only the subset is reported.

RegisteredName Registered

Version Caption/Description/ElementName

Base Server 1.0.0 DMTF Base Server Profile

CPU 1.0.0 DMTF CPU Profile

Fan 1.0.0 DMTF Fan Profile

Power Supply 1.1.0 DMTF Power Supply Profile

System Memory 1.0.0 DMTF System Memory Profile

Physical Asset 1.0.0 DMTF Physical Asset Profile

OS Status 1.0.0 DMTF OS Status Profile

Record Log 1.0.0 DMTF Record Log Profile

Ethernet Port 1.0.0 DMTF Ethernet Port Profile

IP Interface 1.0.1 DMTF IP Interface Profile

Sensors 1.0.1 DMTF Sensors Profile

PCI Device 1.0.0 DMTF PCI Device Profile

Software Inventory 1.0.0 DMTF Software Inventory Profile

Profile Registration 1.0.0 DMTF Profile Registration Profile

The following table lists all possible SNIA Profiles. Some implementations only support a subset of these profiles so only the subset is reported.



Block Services 1.3.0 SNIA Block Services Profile

Disk Drive Lite 1.3.0 SNIA Disk Drive Lite Profile




Extent Composition 1.2.0 SNIA Extent Composition Profile

Disk Sparing 1.3.0 SNIA Disk Sparing Profile

Generic Initiator Ports 1.3.0 SNIA Generic Initiator Ports Profile

DA Target Ports 1.3.0 SNIA DA Target Ports Profile

Indication 1.3.0 SNIA Indication Profile

Host Hardware RAID Controller 1.1.0 SNIA Host Hardware RAID Controller

Profile

FC Initiator Port 1.3.0 SNIA FC Initiator Port Profile

FC HBA 1.3.0 SNIA FC HBA Profile

The following table lists all possible HP WBEM TC Profiles. Some implementations only support a subset of these profiles so only the subset is reported.



HP Base Server 2.0.0 HP Base Server Profile

HP CPU 1.1.0 HP CPU Profile

HP Fan 1.3.0 HP Fan Profile

HP Power Supply 1.3.0 HP Power Supply Profile

HP System Memory 1.0.0 HP Memory Profile

HP Base Server Physical Asset 1.4.0 HP Base Server Physical Asset Profile

HP CPU Physical Asset 1.0.0 HP CPU Physical Asset Profile

HP Memory Physical Asset 1.0.0 HP Memory Physical Asset Profile

HP Fan Physical Asset 1.1.0 HP Fan Physical Asset Profile

HP Power Supply Physical Asset 1.0.2 HP Power Supply Physical Asset Profile

HP CPU Consolidated Status 1.0.0 HP CPU Consolidated Status Profile

HP Sensors 1.2.0 HP Sensors Profile

HP Record Log 1.1.0 HP Record Log Profile




HP Software Inventory 2.0.0 HP Software Inventory Profile

HP Blade System Lite 2.1.0 HP Blade system Lite Profile

HP Management Processor Lite 2.1.1 HP Management Processor Lite Profile

HP FC HBA 1.0.5 HP FC HBA Profile

HP Storage Enclosure 1.0.2 HP Storage Enclosure Profile

HP Profile Registration 2.0.0 HP Profile Registration Profile

HP Smart Array 2.0.0 HP Smart Array Profile

HP SAS HBA 2.0.0 HP SAS HBA Profile

1-2-2 SMX_ExtendsProfile Class The SMX_ExtendsProfile class extends the CIM_Dependency class and associates an extension profile registration and the parent profile it extends.



CIM_Dependency

HP_ExtendsProfile

Antecedent References CIM_RegisteredProfile (extended)

Dependent References HP_RegisteredProfile (extends)

1-2-3 SMX_ReferencedProfile Class The SMX_ReferencedProfile class extends the CIM_ ReferencedProfile class and associates an HP profile that references another profile when both are registered in the root\Interop namespace.



CIM_Dependency

SMX_ReferencedProfile

Antecedent References CIM_RegisteredProfile (referenced)


Dependent References CIM_RegisteredProfile (referenced)

1-2-4 SMX_PRPBaseServerECTP Class The SMX_PRPBaseServerECTP class extends the CIM_ElementConformsToProfile class and associates the Base Server registered profile with the HP specific central class that defined the implementation of the profile.



CIM_ElementConformsToProfile

ConformantStandard References CIM_RegisteredProfile

ManagedElement References SMX_ComputerSystem

HP_ElementConformsToProfile

1-2-5 SMX_FCPBaseServerECTP Class The SMX_FCPBaseServerECTP class extends the CIM_ElementConformsToProfile class and associates the Base Server registered profile with the HP specific central class that defined the implementation of the profile.



CIM_ElementConformsToProfile

ConformantStandard References CIM_RegisteredProfile

ManagedElement References SMX_FCHBAComputerSystem

HP_ElementConformsToProfile


SAS HBA Provider Datasheet version 1.05

The following chapters define the supported properties for the SAS HBA provider. For details of each property, see the HP SAS HBA profile (P00122) and associated MOF file.

1-1-1 SMX_SASArraySystem SMX_SASArraySystem represents the top level system. There is one instance per HBA.

Table 16-1 Class: SMX_SASArraySystem (CIM_ComputerSystem)

Property name Property implementation

CIM_ManagedElement

ElementName Controller name and location For example, HP 8 INT Port SAS/SATA HBA in Slot 3


OperationalStatus[0] Overall status of the Array System and attached devices. This is calculated as per the algorithm described in the HP SAS HBA Profile. • 0 (Unknown) • 2 (OK) • 3 (Degraded) • 6 (Error)

CIM_LogicalElement





CIM_System

CreationClassName SMX_SASArraySystem

Name Controller Serial Number

NameFormat Other

CIM_ComputerSystem

Dedicated • Dedicated[0]: 3 (Storage) • Dedicated[1]: 15 (Block Server)

IdentifyingDescriptions Other Vendor Specific Name

OtherIdentifyingInfo Controller Serial Number

1-1-2 SMX_SASArrayController

SMX_SASArrayController represents the controller. There is one per HBA.

Table 16-2 Class: SMX_SASArrayController (CIM_ComputerSystem)


CIM_ManagedElement



OperationalStatus[0] Status for Array Controller • 0 (Unknown) • 2 (OK) • 6 (Error)

CIM_LogicalElement





CIM_System

CreationClassName SMX_SASArrayController


NameFormat Other

CIM_ComputerSystem

Dedicated 0 (Not Dedicated)


OtherIdentifyingInfo Controller Serial Number

1-1-3 SMX_SASStorageVolume SMX_SASStorageVolume represents the Logical Volumes configured on the SAS HBA.

Table 16-3 Class: SMX_SASStorageVolume (CIM_StorageVolume)


CIM_ManagedElement

ElementName Logical drive number with raid description For example, Logical Volume 1 (RAID 1)




Name Concatenation of Vendor + Model + SerialNumber+Logical Drive number For example, HP+HP 8 INT Port SAS/SATA HBA+C007760405+LD1

CIM_LogicalElement





CIM_LogicalDevice

CreationClassName SMX_SASStorageVolume

DeviceID Opaque Key

SystemCreationClassName SMX_SASArraySystem

SystemName SMX_SASArraySystem.Name

CIM_StorageExtent

ConsumableBlocks Total Number of blocks on the volume.

BlockSize Block Size in bytes

DataRedundancy • 1 (for RAID 0) • 2 (for RAID 1)

DeltaReservation Set to a value of 0

ExtentStatus[0] This will indicate extended status for the volume. • 2 (None) • 11 (Rebuild – Volume is currently rebuilding data)

IsBasedOnUnderlyingRedundancy False

NoSinglePointOfFailure • True—RAID 1 or above • False—RAID 0

NumberOfBlocks Total Number of blocks on the volume.

PackageRedundancy • 0 (RAID 0) • 1 (RAID 1)

Primordial • TRUE • FALSE (Always set this value to False)

CIM_Storagevolume

NameFormat 7 (SNVM)

SMX_SASStoragevolume

Deleteable See HP SAS HBA Profile

FaultTolerance See HP SAS HBA Profile



OperationalStatus[0] Volume status • 0 (Unknown) • 2 (OK) • 3 (Degraded) - RAID redundancy lost or rebuilding

data • 6 (Error)

OSName Corresponding OS name for this volume

1-1-4 SMX_SASDiskDrive SMX_SASDiskDrive represents the hard drives connected to SAS HBA controllers.

Table 16-4 Class: SMX_SASDiskDrive (CIM_DiskDrive)


CIM_ManagedElement

ElementName Disk location For example, “Port 1E Box 1 Bay 2” Or “Port 1E Device 8” Or “Port 1E Bay 2” Or “Bay 2”


Name SAS Address

OperationalStatus[0] Operational Status for the disk drive • 0 (Unknown) • 2 (OK) • 5 (Predictive Failure) • 6 (Error)

CIM_LogicalElement





CIM_LogicalDevice

CreationClassName SMX_SASDiskDrive

DeviceID Opaque value



CIM_MediaAccessDevice

CIM_DiskDrive

Table 16-4 Class: SMX_SASDiskDrive (CIM_DiskDrive)


SMX_SASDiskDrive

DriveConfiguration See HP SAS HBA Profile

DriveHasMNPData See HP SAS HBA Profile

DriveInterface See HP SAS HBA Profile

DrivePlacement See HP SAS HBA Profile

DriveRotationalSpeed See HP SAS HBA Profile

Description • Unknown (If neither SAS or SATA) • SAS (If disk drive interface is SAS) • SATA (If disk drive interface is SATA)

NegotiatedDataWidth 0

NegotiatedSpeed 0

SSDTotalPowerOnHours

This value indicates the total number of hours that the Solid State Disk has been powered on. This property will only be available if the controller firmware supports reporting of solid state drive life information.

SSDPercentageEnduranceUsed Percentage of Endurance Used for SSD Wear out Disk

SSDLifeRemaining SSD Life Remaining

SSDWearStatus SSD Wear out Status

SmartDriveCarrierAuthStatus Smart Drive Carrier Authentication Status

1-1-5 SMX_SASStorageExtent SMX_SASStorageExtent represents the consumable storage that is available on a disk drive. There is one instance per disk drive.

Table 16-5 Class: SMX_SASStorageExtent (CIM_StorageExtent)


CIM_ManagedElement

ElementName Disk location For example, “Port 1E Box 1 Bay 2” Or “Port 1E Device 8” Or “Port 1E Bay 2” Or “Bay 2”


Name Serial number of drive

Table 16-5 Class: SMX_SASStorageExtent (CIM_StorageExtent)


OperationalStatus[0] Operational Status for the disk drive • 0 (Unknown) • 2 (OK) • 5 (Predictive Failure) • 6 (Error)

CIM_LogicalElement





CIM_LogicalDevice

CreationClassName SMX_SASStorageExtent

DeviceID Opaque ID



CIM_StorageExtent

BlockSize Block size in bytes

ConsumableBlocks Total number of blocks on disk drive

ExtentStatus[0] Indicates extended status for the disk drive • 2 (None) • 11 (Rebuild – disk drive is currently rebuilding

data)

NumberOfBlocks Total number of blocks on disk drive

Primordial Set to True

SMX_SASStorageExtent

OSName Corresponding OS name for drives that are not part of RAID set

1-1-6 SMX_SASDiskDriveFirmware SMX_SASDiskDriveFirmware represents the firmware installed on a disk drive. There is one instance per disk drive.

Table 16-6 Class: SMX_SASDiskDriveFirmware (CIM_SoftwareIdentity)


CIM_ManagedElement

Table 16-6 Class: SMX_SASDiskDriveFirmware (CIM_SoftwareIdentity)


ElementName TargetType value


Name Disk Drive Firmware

CIM_LogicalElement

Caption Disk Drive Firmware

Description Disk Drive Firmware


ClassificationDescriptions[0] Disk Drive Firmware

Classifications[0] 10 (Firmware)


Manufacturer Disk drive vendor string

IdentityInfoType [0]CIM:SoftwareFamily [1]HPQ:SoftwareCategory

IdentityInfoValue [0]HPQ:<TargetType value> [1]Storage Device

VersionString Drive firmware as reported from SCSI identify command

IsEntity False(always set to False)

SMX_SASDiskDriveFirmware

1-1-7 SMX_SASPhysicalPackage SMX_SASPhysicalPackage represents the overall physical package for the HBA as a whole. There is one instance per HBA.

Table 16-7 Class: SMX_SASPhysicalPackage (CIM_PhysicalPackage)


CIM_ManagedElement

ElementName Controller name and location

Description Host Based RAID Controller



CIM_PhysicalElement

Table 16-7 Class: SMX_SASPhysicalPackage (CIM_PhysicalPackage)


CreationClassName SMX_SASPhysicalPackage

Manufacturer Controller vendor string

Model Controller model string

PartNumber N/A–Not available for this implementation

SerialNumber Controller Serial Number

Tag HBA Serial number

CIM_PhysicalPackage


SMX_SASPhysicalPackage

1-1-8 SMX_SASDiskPhysicalPackage SMX_SASDiskPhysicalPackage represents the physical aspects of the disk drive. There is one instance per disk drive.

Table 16-8 Class: SMX_SASDiskPhysicalPackage (CIM_PhysicalPackage)


CIM_ManagedElement

ElementName Disk location, for example,” Port 1E Box 1 Bay: 5” Or Port 1E Device 8 Or “Port 1E Bay 2” Or “Bay 2”


Name Disk location, for example, “Port 1E Box 1 Bay: 5” Or “Port 1E Device 8” Or “Port 1E Bay 2” Or “Bay 2”

CIM_PhysicalElement

CreationClassName SMX_SASDiskPhysicalPackage

Caption Disk location, for example, Port 1E Box 1 Bay: 5” Or “Port 1E Device 8” Or “Port 1E Bay 2” Or “Bay 2”

Manufacturer Drive vendor string

Model Drive model string

PartNumber N/A—Not available in this implementation

SerialNumber Drive serial number

Tag Controller Serial number (SerialNumber: PhysicalDriveDeviceNumber)

Version N/A—Not available in this implementation

CIM_PhysicalPackage

Table 16-8 Class: SMX_SASDiskPhysicalPackage (CIM_PhysicalPackage)


HotSwappable • TRUE—Drive is hot swappable • FALSE—Drive is not hot swappable

RemovalConditions • 0 (Unknown) • 2 (Not Applicable) • 3 (Removable when off) • 4 (Removable when on or off)

SMX_SASDiskPhysicalPackage

1-1-9 SMX_SASPortController SMX_SASPortController represent the HBA in the host system. There is one instance per HBA.

Table 16-9 Class: SMX_SASPortController (CIM_PortController)


CIM_ManagedElement

ElementName Controller name and location, for example, HP 8 INT Port SAS/SATA HBA in Slot 3


CIM_LogicalElement





CIM_LogicalDevice

CreationClassName SMX_SASPortController

DeviceID Controller serial number



CIM_Controller

CIM_PortController

ControllerType 1 (Other)

OtherControllerType SAS/SATA

SMX_SASPortController

1-1-10 SMX_SASDAPort

SMX_SASDAPort represents the front-end port for an HBA in the host system. Direct Attached implies that the array controller is attached to a local bus on the host (for example, PCI).

Table 16-10 Class: SMX_SASDAPort (CIM_DAPort)


CIM_ManagedElement

ElementName Controller name and location, for example, HP 8 INT Port SAS/SATA HBA in Slot 3


OperationalStatus[0] Port status • 0 (Unknown) • 2 (OK) • 6 (Error)

CIM_LogicalElement





CIM_LogicalDevice

CreationClassName SMX_SASDAPort

DeviceID Opaque key



CIM_LogicalPort

UsageRestriction 2 (Front-End Only)

CIM_DAPort

PortType 82 (PCI)

SMX_SASDAPort

1-1-11 SMX_SASFirmware SMX_SASFirmware represents the firmware installed on a SAS HBA controller.

Table 16-11 Class: SMX_SASFirmware (CIM_SoftwareIdentity)


CIM_ManagedElement

ElementName TargetType value Set to controller model

Table 16-11 Class: SMX_SASFirmware (CIM_SoftwareIdentity)



Name HBA Firmware

CIM_LogicalElement

Caption HBA Firmware

Description HBA Firmware


ClassificationDescriptions[0] HBA Firmware



Manufacturer Controller Vendor string

IdentityInfoType [0]CIM:SoftwareFamily [1] HPQ:SoftwareCategory

IdentityInfoValue [0]HPQ:<TargetType value> Set to controller model [1]:Storage Controller

VersionString Controller firmware version string

IsEntity False (always set to False)

SMX_SASFirmware

1-1-12 SMX_SASPrimordialPool SMX_SASPrimordialPool represents the total raw storage managed by the array controller that is assigned to Raid volumes.

Table 16-12 Class: SMX_SASPrimordialPool (CIM_StoragePool)


CIM_ManagedElement

ElementName Controller name and location: pool identifier. For example, HP 8 INT Port SAS/SATA HBA in Slot 3: Primordial Pool


CIM_LogicalElement

CIM_StoragePool


PoolID Controller serial number

Primordial TRUE

Table 16-12 Class: SMX_SASPrimordialPool (CIM_StoragePool)


RemainingManagedSpace 0

TotalManagedSpace Total raw space available to controller. This is calculated by summing the total space on all raid drives connected to this controller.

SMX_SASPrimordialPool

1-1-13 SMX_SASPrimordialPoolNoRaid SMX_SASPrimordialPoolNoRaid represents the total raw storage managed by the array controller that is not assigned to raid volumes.

Table 16-13 Class: SMX_SASPrimordialPoolNoRaid (CIM_StoragePool)


CIM_ManagedElement

ElementName Controller name and location: pool identifier For example, HP 8 INT Port SAS/SATA HBA in Slot 3: Primordial Pool (No Raid)


CIM_LogicalElement

CIM_StoragePool


PoolID Controller serial number + :NORAID

Primordial TRUE


TotalManagedSpace Total raw space available to controller. This is calculated by summing the total space on all non raid drives connected to this controller.

SMX_SASPrimordialPoolNoRaid

1-1-14 SMX_SASStoragePool SMX_SASStoragePool represents any concrete storage pools created on an array controller. There is one instance per HBA for this implementation.

Table 16-14 Class: SMX_SASStoragePool (CIM_StoragePool)


CIM_ManagedElement

Table 16-14 Class: SMX_SASStoragePool (CIM_StoragePool)


ElementName Controller name and location: pool identifier For example, HP 8 INT Port SAS/SATA HBA in Slot 3: Storage Pool


CIM_LogicalElement

CIM_StoragePool


PoolID Controller serial number:1

Primordial FALSE


TotalManagedSpace Total raw space managed by this pool

SMX_SASStoragePool

1-1-15 SMX_SASStorageSetting SMX_SASStorageSetting represents the current raid configuration for a Storage Volume. There is one instance per Storage Volume.

Table 16-15 Class: SMX_SASStorageSetting (CIM_StorageSetting)


CIM_ManagedElement

ElementName RAID <n>, where <n> is the raid description • RAID 0 • RAID 1

CIM_SettingData


CIM_StorageSetting

ChangeableType 0 (Not Changeable)

DataRedundancyGoal • 1 (RAID 0) • 2 (RAID 1)

DataRedundancyMax • 1 (RAID 0) • 2 (RAID 1)

DataRedundancyMin • 1 (RAID 0) • 2 (RAID 1)

DeltaReservationGoal 0

DeltaReservationMax 0

Table 16-15 Class: SMX_SASStorageSetting (CIM_StorageSetting)


DeltaReservationMin 0

NoSinglePointOfFailure • FALSE—RAID 0 • TRUE—RAID 1

PackageRedundancyGoal • 0 (RAID 0) • 1 (RAID 1)

PackageRedundancyMax • 0 (RAID 0) • 1 (RAID 1)

PackageRedundancyMin • 0 (RAID 0) • 1 (RAID 1)

SMX_SASStorageSetting

1-1-16 SMX_SASSCSIProtocolEndpoint SMX_SASSCSIProtocolEndpoint represents an access point to storage resources.

Table 16-16 Class: SMX_SASSCSIProtocolEndpoint (CIM_SCSIProtocolEndpoint)


CIM_ManagedElement



CIM_LogicalElement





CreationClassName SMX_SASSCSIProtocolEndpoint

Name HBA Serial Number




ProtocolIFType 0 (Unknown)

CIM_SCSIProtocolEndpoint

ConnectionType 1 (Other)

OtherConnectionType PCI

Table 16-16 Class: SMX_SASSCSIProtocolEndpoint (CIM_SCSIProtocolEndpoint)


Role 4 (Both Initiator and Target)

SMX_SASSCSIProtocolEndpoint

1-1-17 SMX_SASSCSIProtocolController SMX_SASSCSIProtocolController represents a view a SCSI resources on the controller.

Table 16-17 Class: SMX_SASSCSIProtocolController (CIM_SCSIProtocolController)


CIM_ManagedElement



OperationalStatus[0] Operational status of the controller • 0 (Unknown) • 2 (OK) • 6 (Error)

CIM_LogicalElement





CIM_LogicalDevice

CreationClassName SMX_SASSCSIProtocolController

DeviceID Opaque key






SMX_SASSCSIProtocolController

1-1-18 SMX_SASStorageRedundancySet SMX_SASStorageRedundancySet represents disk sparing aspect of a RAID configuration. There is an instance for every raid set that has spare drives configured.

Table 16-18 Class: SMX_SASStorageRedundancySet (CIM_StorageRedundancySet)


CIM_ManagedElement

ElementName Storage Redundancy Set

CIM_Collection



CIM_RedundancySet

LoadBalanceAlgorithm 2 (No Load Balancing)

MaxNumberSupported 0

MinNumberNeeded 0

RedundancyStatus • 2 (Fully Redundant) • 4 (Redundancy Lost)

TypeOfSet[0] 5 (Limited Sparing)

CIM_StorageRedundancySet

SMX_SASStorageRedundancySet

1-1-19 SMX_SASStorageSpecificCollection SMX_SASStorageSpecificCollection represents a collection of SAS HBA controllers that are grouped together to report consolidated status.

Table 16-19 Class: SMX_SASStorageSpecificCollection (HP_GroupHostedCollection)


CIM_ManagedElement

Caption SAS HBA Consolidated Status

Description A consolidated OperationalStatus for all SMX_SASArraySystem instances

ElementName SAS HBA Consolidated Status

CIM_Collection




GroupOperationalStatus Consolidated status for all array controllers. See HP SAS HBA profile for details on how this is calculated

GroupStatusDescriptions Description of GroupOperationalStatus

SMX_SASStorageSpecificCollection

1-1-20 SMX_SASArraySystemLocation SMX_SASArraySystemLocation represents a location string for the HBA.

Table 16-20 Class: SMX_SASArraySystemLocation (HP_Location)


CIM_ManagedElement

Caption Controller name and location For example, HP 8 INT Port SAS/SATA HBA in Slot 3

Description Controller name and location For example, HP 8 INT Port SAS/SATA HBA in Slot 3


CIM_Location

Name Opaque key

PhysicalPosition Opaque key

HP_Location

ElementLocationTag PCI Slot number

ElementLocationTagDesc 23 (Adapter)

LocationInformation PCI Slot number For example, 3—PCI Slot 3

LocationInfoDesc 3 (PCI Slot)

SMX_SASArraySystemLocation

1-1-21 SMX_SASDiskDriveLocation SMX_SASDiskDriveLocation represents a location string for the disk drive.

Table 16-21 Class: SMX_SASDiskDriveLocation (HP_Location)


CIM_ManagedElement

Caption Disk location For example, “Port 1E Box 1 Bay 2” Or “Port 1E Device 8” Or “Port 1E Bay 2” Or “Bay 2”

Description Disk location For example, “Port 1E Box 1 Bay 2” Or “Port 1E Device 8” Or “Port 1E Bay 2” Or “Bay 2”

ElementName Disk location For example, “Port 1E Box 1 Bay 2 ” Or “Port 1E Device 8” Or “Port 1E Bay 2” Or “Bay 2”

Table 16-21 Class: SMX_SASDiskDriveLocation (HP_Location)


CIM_Location

Name Opaque key


HP_Location

ElementLocationTag Bay Number or SCSI ID of Disk

ElementLocationTagDesc 20 (Bay) or 21 (SCSI ID)

SMX_SASDiskDriveLocation

1-1-22 SMX_SASStorageCapabilities SMX_SASStorageCapabilities represents the possible capabilities of a Storage Pool.

Table 16-22 Class: SMX_SASStorageCapabilities (CIM_StorageCapabilities)


CIM_ManagedElement

ElementName • For Primodial Pools Controller name and location, for example, HP 8 INT Port SAS/SATA HBA in Slot 3 for internal

• For Concrete Pools Controller name and location:Array identifier, for example, HP 8 INT Port SAS/SATA HBA in Slot 3: Storage Pool for internal

CIM_Capabilities


CIM_StorageCapabilities

DataRedundancyDefault • 0 (When Pool is NonRAID) • 1 (When number of drives = 1) • 2 (When number of drives > 1) For example, Pool

can be configured for redundancy.

DataRedundancyMax • 0 (When Pool is NonRAID) • 1 (When number of drives = 1) • 2 (When number of drives > 1) For example, Pool

can be configured for redundancy.

DataRedundancyMin • 0 (When Pool is NonRAID) • 1 (No single point of failure RAID)

DeltaReservationDefault 0



Table 16-22 Class: SMX_SASStorageCapabilities (CIM_StorageCapabilities)


ElementType 5 (Storage Pool)

NoSinglePointOfFailure • True—When number of drives > 1 (For example, Pool can be configured for redundancy.)

• False—When number of drives = 1 or Pool is NonRAID

NoSinglePointOfFailureDefault • True—When number of drives > 1 (For example, Pool can be configured for redundancy.)

• False—When number of drives = 1 or Pool is NonRAID

PackageRedundancyDefault • 0 (When Pool is NonRAID) • 1 (When number of drives = 1) • 2 (When number of drives > 1)

PackageRedundancyMax • 0 (When Pool is NonRAID) • 1 (When number of drives = 1) • 2 (When number of drives > 1)

PackageRedundancyMin 0

SMX_SASStorageCapabilities

1-1-23 SMX_SASProduct SMX_SASProduct represents the marketing information for the HBA.

Table 16-23 Class: SMX_SASProduct (CIM_Product)


CIM_ManagedElement

ElementName Controller name and location For example, HP 8 INT Port SAS/SATA HBA in Slot 3, for internal

CIM_Product

IdentifyingNumber Opaque key

Name String representing the Marketing Name

Vendor HP

Version Firmware version of HBA

SMX_SASProduct

1-1-24 SMX_SASDriveCage

SMX_SASDriveCage represents the drive cage assembly and back plane within a storage enclosure. There can be multiple instances within a duplexed enclosure.

Table 16-24 Class: SMX_SASDriveCage (CIM_PhysicalPackage)


CIM_ManagedElement

ElementName Port <m> Box <n>, where <m> is the name of the port this drive cage is connected and <n> is the Box Number For example, Port IE Box 1


Name Serial Number of drive cage N/A—when serial number is not available

CIM_PhysicalElement

CreationClassName SMX_SASDriveCage

Manufacturer Drive Cage Vendor string

Model Drive Cage Model string

PartNumber N/A–Not available in this implementation

Tag Opaque key

SerialNumber Enclosure Serial number

Version N/A–Not available in this implementation

CIM_PhysicalPackage


HP_DriveCage

BackplaneSpeed See profile

DriveBays See profile

DuplexLocation See profile

SMX_SASDriveCage

1-1-25 SMX_SASEnclosureFirmware SMX_SASEnclosureFirmware represents the firmware installed on a MSA Enclosure.

Table 16-25 Class: SMX_SASEnclosureFirmware (CIM_SoftwareIdentity)

Property name Property Implemenation

CIM_ManagedElement

ElementName TargetType value

Table 16-25 Class: SMX_SASEnclosureFirmware (CIM_SoftwareIdentity)

Property name Property Implemenation

Name Storage Enclosure Firmware

CIM_LogicalElement

Caption Storage Enclosure Firmware

Description Storage Enclosure Firmware


ClassificationDescriptions[0] Storage Enclosure Firmware



Manufacturer Enclosure Vendor string

IdentityInfoType [0]CIM:SoftwareFamily [1] HPQ:SoftwareCategory

IdentityInfoValue [0]HPQ:<TargetType value> [1] Storage Device

VersionString Enclosure firmware string

SMX_SASEnclosureFirmware

1-1-26 SMX_SASStorageEnclosure SMX_SASStorageEnclosure represents the physical chassis for an internal or externally attached enclosure.

Table 16-26 Class: SMX_SASStorageEnclosure (HP_StorageEnclosure)


CIM_ManagedElement

ElementName Port: <m> Box: <n>, where <m> is the port and <n> is the box number


Name Port: <m> Box: <n>, where <m> is the port and <n> is the box number

CIM_PhysicalElement

CreationClassName SMX_SASStorageEnclosure

Manufacturer Enclosure vendor string • HP • N/A, if not available

Model Enclosure model string • MSA50 -10D25G1 • N/A, if not available

Table 16-26 Class: SMX_SASStorageEnclosure (HP_StorageEnclosure)


PartNumber N/A—Not available in this implementation

SerialNumber Enclosure Serial Number N/A is reported if there is no serial number (for example, internal enclosures).

Tag Opaque key

Version N/A—Not available in this implementation

CIM_PhysicalPackage


CIM_PhysicalFrame

CIM_Chassis

HP_StorageEnclosure

Location See HP Storage Enclosure Profile

SMX_SASStorageEnclosure

1-1-27 SMX_SASStorageEnclosureProcessor SMX_SASStorageEnclosureProcessor represents the management processor within a Storage Enclosure. This instance contains the operational status for all managed components in the enclosure if applicable.

Table 16-27 Class: SMX_SASStorageEnclosureProcessor (CIM_ComputerSystem)


CIM_ManagedElement

ElementName Port: <m> Box: <n>, where <m> is the port and <n> is the box number


OperationalStatus[0,1, 2, 3 ] Operational status for enclosure and associated power supplies, fans, and sensors. The use of OperationalStatus is described in the HP Storage Enclosure Profile. Index values are populated as follows: • Index[0]—Enclosure status:

○ 0 (Unknown) ○ 2 (OK) ○ 3 (Degraded) ○ 6 (Error)

• Index[1]—Fan status (See Profile) • Index[2]—Power Supply status (See Profile) • Index[3]—Temp Sensor Status (See Profile)

Table 16-27 Class: SMX_SASStorageEnclosureProcessor (CIM_ComputerSystem)


CIM_LogicalElement





CIM_System

CreationClassName SMX_SASStorageEnclosureProcessor

Name Opaque Key

NameFormat Other

CIM_ComputerSystem

Dedicated[0] 2 (Other)

IdentifyingDescriptions[0] Other Vendor Specific Name

OtherDedicatedDescriptions[0] SDE - indicates Storage Device Enclosure

OtherIdentifyingInfo[0] Vendor:SerialNumber enclosure is attached to For example, HP:2SUJ1029

SMX_SASStorageEnclosureProcessor

1-1-28 SMX_SASStorageEnclosureLocation SMX_SASStorageEnclosureLocation represents a location string for the enclosure.

Table 16-28 Class: HPAS_StorageEnclosureLocation (HP_Location)


ElementName Enclosure location For example, Port 1E Box 1

Caption Enclosure location For example, Port 1E Box 1

Description Enclosure location For example, Port 1E Box 1

Name Key

PhysicalPosition Key

ElementLocationTag • Unknown for Undetermined • External for external enclosures • Internal for drive cages located within the host

chassis

ElementLocationTagDesc 19 (Box)

1-1-29 SMX_SASSmartDriveCarrierAppFirmware Class The SMX_SASSmartDriveCarrierAppFirmware class implements the CIM_SoftwareIdentity class

and represents the firmware installed on a Smart Drive Carrier. This class is implemented only when the

hardware includes Smart Drive Carrier support.



CIM_ManagedElement

ElementName Smart Drive Carrier Application Firmware


Name Smart Drive Carrier Application Firmware

CIM_LogicalElement

Caption Smart Drive Carrier Application Firmware

Description Smart Drive Carrier Application Firmware


ClassificationDescriptions[0] Smart Drive Carrier Application Firmware




IdentityInfoType [0]CIM:SoftwareFamily

[1]HPQ:SoftwareCategory

IdentityInfoValue [0]HPQ:<TargetType value>

[1]Storage Controller


SMX_SASSmartDriveCarrierAppFirmware

1-1-30 SMX_SASSmartDriveCarrierBootldrFirmware Class The SMX_SASSmartDriveCarrierBootldrFirmware class implements the CIM_SoftwareIdentity class and

represents the firmware installed on a Smart Drive Carrier Bootloader. This class is implemented only when

the hardware includes Smart Drive Carrier support. The following table lists the properties implemented.


CIM_ManagedElement

ElementName Smart Drive Carrier Bootloader Firmware


Name Smart Drive Carrier Bootloader Firmware

CIM_LogicalElement

Caption Smart Drive Carrier Bootloader Firmware

Description Smart Drive Carrier Bootloader Firmware


ClassificationDescriptions[0] Smart Drive Carrier Bootloader Firmware









SMX_SASSmartDriveCarrierBootldrFirmware

1-1-31 SMX_SASDriveCageDiskPhysicalPackage (Association)

Table 16-29 Class: SMX_SASDriveCageDiskPhysicalPackage (CIM_Container)


GroupComponent SMX_SASDriveCage

PartComponent SMX_SASDiskPhysicalPackage

1-1-32 SMX_SASStorageEnclosureDriveCage (Association)

Table 16-30 Class: SMX_SASStorageEnclosureDriveCage (CIM_Container)


GroupComponent SMX_SASStorageEnclosure

PartComponent SMX_SASDriveCage

1-1-33 SMX_SASStorageEnclosureEnclosureLocation (Association)

Table 16-31 Class: SMX_SASStorageEnclosureEnclosureLocation (CIM_PhysicalElementLocation)


Element SMX_SASStorageEnclosure

PhysicalLocation SMX_SASStorageEnclosureLocation

1-1-34 SMX_SASArraySystemStorageEnclosureProcessor (Association)

Table 16-32 Class: SMX_SASArraySystemStorageEnclosureProcessor (CIM_SystemComponent)


GroupComponent SMX_SASArraySystem

PartComponent SMX_SASStorageEnclosureProcessor

1-1-35 SMX_SASStorageEnclosureProcessorEnclosureFirmware (Association)

Table 16-33 Class: SMX_SASStorageEnclosureProcessorEnclosureFirmware (CIM_ElementSoftwareIdentity)


Antecedent SMX_SASEnclosureFirmware

Dependent SMX_SASStorageEnclosureProcessor

ElementSoftwareStatus • ElementSoftwareStatus[0]: 2 (Current) • ElementSoftwareStatus[1]: 6 (Installed)

1-1-36 SMX_SASStorageEnclosureStorageEnclosureProcessor (Association)

Table 16-34 Class: SMX_SASStorageEnclosureStorageEnclosureProcessor (CIM_systemPackaging)


Antecedent SMX_SASStorageEnclosure

Dependent SMX_SASStorageEnclosureProcessor

1-1-37 SMX_SASStorageVolumeStorageSetting (Association)

Table 16-35 Class: SMX_SASStorageVolumeStorageSetting (CIM_ElementSettingData)


ManagedElement SMX_SASStorageVolume

SettingData SMX_SASStorageSetting

IsCurrent 1 (Is Current)

IsDefault 1 (Is Default)

1-1-38 SMX_SASPrimordialPoolStorageCapabilities (Association)

Table 16-36 Class: SMX_SASPrimordialPoolStorageCapabilities (CIM_ElementCapabilities)


Capabilities SMX_SASStorageCapabilities

Table 16-36 Class: SMX_SASPrimordialPoolStorageCapabilities (CIM_ElementCapabilities)


ManagedElement SMX_SASPrimordialPool

1-1-39 SMX_SASPrimordialPoolNoRaidStorageCapabilities (Association)

Table 16-37 Class: SMX_SASPrimordialPoolNoRaidStorageCapabilities (CIM_ElementCapabilities)



ManagedElement SMX_SASPrimordialPoolNoRaid

1-1-40 SMX_SASStoragePoolStorageCapabilities (Association)

Table 16-38 Class: SMX_SASStoragePoolStorageCapabilities (CIM_ElementCapabilities )



ManagedElement SMX_SASStoragePool

1-1-41 SMX_SASArraySystemSCSIProtocolController (Association)

Table 16-39 Class: SMX_SASArraySystemSCSIProtocolController (CIM_SystemDevice)



PartComponent SMX_SASSCSIProtocolController

1-1-42 SMX_SASArraySystemPortController (Association)

Table 16-40 Class: SMX_SASArraySystemPortController (CIM_Logicaldentity)


Table 16-40 Class: SMX_SASArraySystemPortController (CIM_Logicaldentity)


SameElement SMX_SASArraySystem

SystemElement SMX_SASPortController

1-1-43 SMX_SASArraySystemDiskDrive (Association)

Table 16-41 Class: SMX_SASArraySystemDiskDrive (CIM_SystemDevice)



PartComponent SMX_SASDiskDrive

1-1-44 SMX_SASArraySystemStorageVolume (Association)

Table 16-42 Class: SMX_SASArraySystemStorageVolume (CIM_SystemDevice)



PartComponent SMX_SASStorageVolume

1-1-45 SMX_SASArraySystemStorageExtent (Association)

Table 16-43 Class: SMX_SASArraySystemStorageExtent (CIM_SystemDevice)



PartComponent SMX_SASStorageExtent

1-1-46 SMX_SASArraySystemDAPort (Association)

Table 16-44 Class: SMX_SASArraySystemDAPort (CIM_SystemDevice)



PartComponent SMX_SASDAPort

1-1-47 SMX_SASArraySystemPrimordialPool (Association)

Table 16-45 Class: SMX_SASArraySystemPrimordialPool (CIM_HostedStoragePool)



PartComponent SMX_SASPrimordialPool

1-1-48 SMX_SASArraySystemPrimordialPoolNoRaid (Association)

Table 16-46 Class: SMX_SASArraySystemPrimordialPoolNoRaid (CIM_HostedStoragePool)



PartComponent SMX_SASPrimordialPoolNoRaid

1-1-49 SMX_SASArraySystemStoragePool (Association)

Table 16-47 Class: SMX_SASArraySystemStoragePool (CIM_HostedStoragePool)



PartComponent SMX_SASStoragePool

1-1-50 SMX_SASComputerSystemArraySystem (Association)

Table 16-48 Class: SMX_SASComputerSystemArraySystem (CIM_ComponentCS)


GroupComponent HP_ComputerSystem

PartComponent SMX_SASArraySystem

1-1-51 SMX_SASArraySystemArrayController (Association)

Table 16-49 Class: SMX_SASArraySystemArrayController (CIM_ComponentCS)


Table 16-49 Class: SMX_SASArraySystemArrayController (CIM_ComponentCS)



PartComponent SMX_SASArrayController

1-1-52 SMX_SASProductPhysicalPackage (Association)

Table 16-50 Class: SMX_SASProductPhysicalPackage (CIM_ProductPhysicalPackage)


GroupComponent SMX_SASProduct

PartComponent SMX_SASPhysicalPackage

1-1-53 SMX_SASStoragePoolStorageExtent (Association)

Table 16-51 Class: SMX_SASStoragePoolStorageExtent (CIM_ConcreteComponent)


GroupComponent SMX_SASStoragePool


1-1-54 SMX_SASPrimordialPoolStorageExtent (Association)

Table 16-52 Class: SMX_SASPrimordialPoolStorageExtent (CIM_ConcreteComponent)


GroupComponent SMX_SASPrimordialPool


1-1-55 SMX_SASPrimordialPoolNoRaidStorageExtent (Association)

Table 16-53 Class: SMX_SASPrimordialPoolNoRaidStorageExtent (CIM_ConcreteComponent)


GroupComponent SMX_SASPrimordialPoolNoRaid

Table 16-53 Class: SMX_SASPrimordialPoolNoRaidStorageExtent (CIM_ConcreteComponent)



1-1-56 SMX_SASStorageSpecificCollectionArraySystem (Association)

Table 16-54 Class: SMX_SASStorageSpecificCollectionArraySystem (CIM_MemberOfCollection)


Collection SMX_SASStorageSpecificCollection

Member SMX_SASArraySystem

1-1-57 SMX_SASStorageRedundancySetStorageExtent (Association)

Table 16-55 Class: SMX_SASStorageRedundancySetStorageExtent (CIM_MemberOfCollection)


Collection SMX_SASStorageRedundancySet

Member SMX_SASStorageExtent

1-1-58 SMX_SASArraySystemFirmware (Association)

Table 16-56 Class: SMX_SASArraySystemFirmware (CIM_InstalledSoftwareIdentity)


InstalledSoftware SMX_SASFirmware

System SMX_SASArraySystem

1-1-59 SMX_SASSCSIProtocolControllerStorageVolume (Association)

Table 16-57 Class: SMX_SASSCSIProtocolControllerStorageVolume (CIM_ProtocolControllerForUnit)


Table 16-57 Class: SMX_SASSCSIProtocolControllerStorageVolume (CIM_ProtocolControllerForUnit)


Antecedent SMX_SASSCSIProtocolController

Dependent SMX_SASStorageVolume

DeviceNumber Device LUN number

DeviceAccess 2 (Read Write)

1-1-60 SMX_SASFirmwareArraySystem (Association)

Table 16-58 Class: SMX_SASFirmwareArraySystem (CIM_ElementSoftwareIdentity)


Antecedent SMX_SASFirmware

Dependent SMX_SASArraySystem


1-1-61 SMX_SASDiskDriveDiskDriveFirmware (Association)

Table 16-59 Class: SMX_SASDiskDriveDiskDriveFirmware (CIM_ElementSoftwareIdentity)


Antecedent SMX_SASDiskDriveFirmware

Dependent SMX_SASDiskDrive


1-1-62 SMX_SASSmartDrvCarrierAppElementFirmwareIdentity (Association) This class is implemented only when the hardware includes Smart Drive Carrier support.

The following table lists the associations implemented for this class.


Antecedent SMX_SASSmartDriveCarrierAppFirmware


1-1-63 SMX_ SASSmartDrvCarrierAppInstalledFirmwareIdentity (Association) This class is implemented only when the hardware includes Smart Drive Carrier support.




InstalledSoftware SMX_SASSmartDriveCarrierAppFirmware

1-1-64 SMX_ SASSmartDrvCarrierBootldrElementFirmwareIdentity (Association) This class is implemented only when the hardware includes Smart Drive Carrier support.



Antecedent SMX_SASSmartDriveCarrierBootldrFirmware


1-1-65 SMX_ SASSmartDrvCarrierBootldrInstalledFirmwareIdentity (Association) This class is implemented only when the hardware includes Smart Drive Carrier support.




InstalledSoftware SMX_SASSmartDriveCarrierBootldrFirmware

1-1-66 SMX_SASDiskPhysicalPackageDiskDrive (Association)

Table 16-60 Class: SMX_SASDiskPhysicalPackageDiskDrive (CIM_Realizes)


Antecedent SMX_SASDiskPhysicalPackage


1-1-67 SMX_SASStoragePoolStorageVolume (Association)

Table 16-61 Class: SMX_SASStoragePoolStorageVolume (CIM_AllocatedFromStoragePool)


Antecedent SMX_SASStoragePool


SpaceConsumed Bytes consumed by volume

1-1-68 SMX_SASPrimordialPoolStoragePool (Association)

Table 16-62 Class: SMX_SASPrimordialPoolStoragePool (CIM_AllocatedFromStoragePool)


Antecedent SMX_SASPrimordialPool

Dependent SMX_SASStoragePool

SpaceConsumed Bytes consumed by storage pool

1-1-69 SMX_SASSpareExtentStorageRedundancySet (Association)

Table 16-63 Class: SMX_SASSpareExtentStorageRedundancySet (CIM_IsSpare)


Antecedent SMX_SASStorageExtent

Dependent SMX_SASStorageRedundancySet

1-1-70 SMX_SASStorageExtentStorageVolume (Association)

Table 16-64 Class: SMX_SASStorageExtentStorageVolume (CIM_BasedOn)


Table 16-64 Class: SMX_SASStorageExtentStorageVolume (CIM_BasedOn)


Antecedent SMX_SASStorageExtent


1-1-71 SMX_SASDAPortSCSIProtocolEndpoint (Association)

Table 16-65 Class: SMX_SASDAPortSCSIProtocolEndpoint (CIM_DeviceSAPImplementation)


Antecedent SMX_SASDAPort

Dependent SMX_SASSCSIProtocolEndpoint

1-1-72 SMX_SASStorageGroupHostedCollection (Association)

Table 16-66 Class: SMX_SASStorageGroupHostedCollection (HP_GroupHostedCollection)


Antecedent HP_ComputerSystem

Dependent SMX_SASStorageSpecificCollection

1-1-73 SMX_SASPhysicalPackageArraySystem (Association)

Table 16-67 Class: SMX_SASPhysicalPackageArraySystem (CIM_ComputerSystemPackage)


Antecedent SMX_SASPhysicalPackage

Dependent SMX_SASArraySystem

1-1-74 SMX_SASPhysicalPackageArraySystemLocation (Association)

Table 16-68 Class: SMX_SASPhysicalPackageArraySystemLocation (CIM_PhysicalElementLocation)


Table 16-68 Class: SMX_SASPhysicalPackageArraySystemLocation (CIM_PhysicalElementLocation)


Element SMX_SASPhysicalPackage

Physical Location SMX_SASArraySystemLocation

1-1-75 SMX_SASDiskPhysicalPackageDiskDriveLocation (Association)

Table 16-69 Class: SMX_SASDiskPhysicalPackageDiskDriveLocation (CIM_PhysicalElementLocation)


Element SMX_SASDiskPhysicalPackage

PhysicalLocation SMX_SASDiskDriveLocation

1-1-76 SMX_SASSCSIProtocolEndpointSCSIProtocolController (Association)

Table 16-70 Class: SMX_SASSCSIProtocolEndpointSCSIProtocolController (CIM_SAPAvailableForElement)


AvailableSAP SMX_SASSCSIProtocolEndpoint

ManagedElement SMX_SASSCSIProtocolController

1-2 Supported indications

1-2-1 SAS HBA status OK

Table 16-71 HP_DeviceIndication: SAS HBA status OK


CIM_Indication




CIM_AlertIndication

Description A SAS/SATA HBA status has changed from non-OK to OK.

AlertingManagedElement WBEM Path of controller



EventID 1


ProviderName HP SAS


SystemName Name of the computer system generating the indication

SystemCreationClassName CreationClassName of the computer system generating the indication

HP_AlertIndication

Summary HBA status OK

EventCategory 11 (I/O Adapter)


ProbableCauseDescription HBA Status Changed to OK

ProviderVersion Provider version generating the indication in the format, <major>.<minor>.<revision>.<build>

NetworkAddresses Contains a list of all the IP addresses (IPv4 and IPv6) of the computer system generating the indication

OSType • • On ESXi, 39(VM) • On Linux, 36 (Linux)

OSVersion The operating system version of the computer system generating the indication in the format: <major>.<minor>.<build>

SystemFirmwareVersion Firmware version of the computer system generating the indication



ImpactedDomain • 3 (Enclosure) for c-Class blade systems • 4 (System) for all other systems When ImpactedDomain is 3 (Enclosure), the properties indicated with (*) are populated.

BladeBay * HP_BladeCSLocation.LocationInformation[0]

BladeName * HP_ComputerSystem.Name

EnclosureName * HP_BladeEnclosureCS.Name

RackName * Rack name if one exists

RackUID * Rack Unique Identifier if one exists

SystemVirtualSerialNumber Conditional property containing the virtual system serial number string when running in a Virtual Connect environment

SystemVirtualUUID Conditional property containing the virtual system UUID when running in a Virtual Connect environment


HP_HardwareIndication

HWFirmwareVersion Controller firmware version string

HWLogicalLocation Controller Location string For example, Slot 3

HWManufacturer Controller Manufacturer string

HWSerialNumber Controller Serial Number

HP_DeviceIndication

DeviceModel Controller Model string

1-2-2 SAS HBA in Error state

Table 16-72 HP_DeviceIndication: SAS HBA in Error state


CIM_Indication


PerceivedSeverity Severity • 5 (Major)


CIM_AlertIndication



Description A SAS/SATA HBA status has changed to Error.

AlertingManagedElement WBEM Path of controller



EventID 2


ProviderName HP SAS

RecommendedActions Replace the HBA.



HP_AlertIndication

Summary HBA status Error

EventCategory 11 (I/O Adapter)

ProbableCause 2 (Adapter/Card Error)

ProbableCauseDescription HBA Status Changed to Error












ImpactedDomain • 3 (Enclosure) for c-Class blade systems • 4 (System) for all other systems When ImpactedDomain is 3 (Enclosure) the properties indicated with (*) are populated.










HWFirmwareVersion Controller firmware version string

HWLogicalLocation Controller Location string For example, Slot 3

HWManufacturer Controller Manufacturer string

HWSerialNumber Controller Serial Number

HP_DeviceIndication

DeviceModel Controller Model string

1-2-3 Physical Drive Status OK

Table 16-73 HP_DeviceIndication: Physical Drive status OK


CIM_Indication




CIM_AlertIndication



Description A physical drive status has changed from non-OK to OK.

AlertingManagedElement WBEM Path of disk drive



EventID 201


ProviderName HP SAS




HP_AlertIndication

Summary Physical Drive Status is now OK

EventCategory 6 (Primary Storage)


ProbableCauseDescription Physical Drive Status Changed to OK


OSType • • On ESXi, 39 (VM) • OnLinux, 36 (Linux)







VariableNames • VariableNames[0]: FailureDescription • VariableNames[1]: DriveInterface



VariableTypes • VariableTypes[0]: 1 (String) • VariableTypes[1]: 4 (uint16)

VariableValues • VariableValues[0]: Short Description of failure • VariableValues[1]: HPSA_DiskDrive.DriveInterface In some cases, the property VariableValues can have N/A or “” values.











HWFirmwareVersion Disk firmware version string

HWLogicalLocation Disk Location string For example, Bay 3

HWManufacturer Disk Manufacturer string

HWSerialNumber Disk Serial Number

HP_DeviceIndication

DeviceModel Disk Model string

1-2-4 Physical Drive status ERROR

Table 16-74 HP_DeviceIndication: Physical Drive status ERROR




CIM_Indication


PerceivedSeverity Severity For example, 5 (Major)


CIM_AlertIndication

Description A physical drive status has changed to Error.




EventID 202


ProviderName HP SAS

RecommendedActions Check for failed or removed physical drives.



HP_AlertIndication

Summary Physical drive status Error


ProbableCause 86 (Disk Failure)

ProbableCauseDescription Physical Drive Status Changed to Error



OSType • • On ESXi, 39 (VM) • On Linux, 36 (Linux)









VariableNames FailureDescription

VariableTypes 1 (String)

VariableValues Short Description of failure In some cases, the property VariableValues can have N/A or “” values.















HP_DeviceIndication


1-2-5 Physical Drive status REBUILDING

Table 16-75 HP_DeviceIndication: Physical Drive status REBUILDING


CIM_Indication


PerceivedSeverity Severity For example, 2 (Information)


CIM_AlertIndication

Description A physical drive status has changed to Rebuilding. Data is now being rebuilt onto this drive from the RAID set.




EventID 203


ProviderName HP SAS




HP_AlertIndication

Summary Physical drive rebuilding



ProbableCauseDescription Physical Drive Rebuilding







HP_DeviceIndication


1-2-6 Physical Drive status PREDICTIVE FAILURE

Table 16-76 HP_DeviceIndication: Drive status PREDICTIVE FAILURE


CIM_Indication




CIM_AlertIndication

Description A physical drive status has changed to Predictive Failure.




EventID 204


ProviderName HP SAS

RecommendedActions Replace drive immediately to avoid loss of data.



HP_AlertIndication

Summary Physical drive predictive failure



ProbableCauseDescription Physical Drive Predictive Failure








HWSerialNumber

Disk Serial Number

HP_DeviceIndication


1-2-7 Physical Drive status PREDICTIVE FAILURE due to Solid State Drive Wear out

Table 16-77 HP_DeviceIndication: Drive status PREDICTIVE FAILURE due to SSD Wear out


CIM_Indication




CIM_AlertIndication

Description A physical drive status has changed to Predictive Failure due to solid state wear out.




EventID 401


ProviderName HP SAS




HP_AlertIndication



Summary Physical drive in predictive failure state due to SSD wear out



ProbableCauseDescription Physical Drive Predictive Failure due to Solid state wear out





























HP_DeviceIndication


1-2-8 Logical Drive status OK

Table 16-78 HP_DeviceIndication: Logical Drive status OK


CIM_Indication




CIM_AlertIndication

Description A logical drive status has changed from non-OK to OK.

AlertingManagedElement WBEM Path of Storage Volume



EventID 101




ProviderName HP SAS




HP_AlertIndication

Summary Logical Drive status OK



ProbableCauseDescription Logical Drive Status Changed to OK


NetworkAddresses List of all the IP addresses of the computer system generating the indication



















1-2-9 Logical Drive status ERROR

Table 16-79 HP_DeviceIndication: Logical Drive status ERROR


CIM_Indication




CIM_AlertIndication

Description A logical drive status has changed to Error.




EventID 102


ProviderName HP SAS




HP_AlertIndication

Summary Logical drive status Error





ProbableCauseDescription Logical Drive Status Changed to Error





















1-2-10 Logical Drive status Degraded

Table 16-80 HP_DeviceIndication: Logical Drive is in a degraded state


CIM_Indication




CIM_AlertIndication

Description A logical drive is in a degraded state. Device is still servicing I/O, but redundancy may be degraded or lost.




EventID 103


ProviderName HP SAS

RecommendedActions Check status of physical drives. Degraded status may be caused by failed or missing physical drives, or a data recovery operation on one or more physical drives.



HP_AlertIndication

Summary Logical drive degraded state



ProbableCauseDescription Logical Drive State Changed to Degraded

Table 16-80 HP_DeviceIndication: Logical Drive is in a degraded state




















1-2-11 Enclosure Power Supply status changed to Non Redundant

Table 16-81 HP_DeviceIndication: Enclosure Power Supply status changed to Non Redundant


CIM_Indication




CIM_AlertIndication

Description A Storage Enclosure Power Subsystem status has changed to non-redundant.

AlertingManagedElement WBEM Path of HP_StorageEnclosureProcessor



EventID 301


ProviderName HP SAS

RecommendedActions Check status of all enclosure power supplies. Ensure that power supplies have not failed. Add or replace power supplies as necessary.



HP_AlertIndication

Summary Power Supply status Non-Redundant

EventCategory 17 (Primary Storage Power)


ProbableCauseDescription Redundant Power Supply Status Changed to Non-Redundant


NetworkAddresses List of all the IP addresses of the computer system generating the indication























HWLogicalLocation Enclosure Location string For example, Port 1I Box 1

HWSerialNumber Enclosure Serial Number



HP_DeviceIndication

DeviceModel Enclosure Model string

1-2-12 Enclosure Power Supply Status changed to OK (Redundant)

Table 16-82 HP_DeviceIndication: Enclosure Power Supply status changed to OK (Redundant)


CIM_Indication


PerceivedSeverity 2 (Info)


CIM_AlertIndication

Description A Storage Enclosure Power Supply has changed to Fully Redundant.

AlertingManagedElement WBEM Path of SMX_SASStorageEnclosureProcessor



EventID 302


ProviderName HP SAS




HP_AlertIndication

Summary Redundant power supply status OK



ProbableCauseDescription Redundant Power Supply Status Changed to OK







HP_DeviceIndication


1-2-13 Enclosure Power Supply Status changed to Redundant Degraded

Table 16-83 HP_DeviceIndication: Enclosure Power Supply status changed to Redundant Degraded


CIM_Indication




CIM_AlertIndication

Description A Storage Enclosure Power Supply status has changed to Degraded Redundancy.




EventID 303


ProviderName HP SAS




HP_AlertIndication

Summary Power supply status Redundant Degraded


ProbableCause 89 (Power supply failure)



ProbableCauseDescription Redundant Power Supply Degraded



























HP_DeviceIndication


1-2-14 Enclosure Temperature sensor Status changed to OK

Table 16-84 HP_DeviceIndication: Enclosure Temperature sensor status changed to OK


CIM_Indication




CIM_AlertIndication

Description A Storage Enclosure Temperature sensor Status changed from non-OK to OK.




EventID 307


ProviderName HP SAS




HP_AlertIndication

Summary Temperature sensor status OK



EventCategory 24 (Primary Storage Cooling)


ProbableCauseDescription Temperature Status Changed to OK



























HP_DeviceIndication


1-2-15 Enclosure Temperature sensor status changed to Warning

Table 16-85 HP_DeviceIndication: Enclosure Temperature sensor status changed to Warning


CIM_Indication




CIM_AlertIndication

Description A Storage Enclosure Temperature sensor Status changed to Warning Condition. This indicates the enclosure temperature is above normal, otherwise enclosure is still operating normally.




EventID 308


ProviderName HP SAS



RecommendedActions Ensure that the system is adequately ventilated. Check for proper room temperature and internal/external airflow. Add or repair fans and air baffling if necessary.



HP_AlertIndication

Summary Temperature sensor status Warning Condition



ProbableCauseDescription Temperature Status Changed to Warning Condition



























HP_DeviceIndication


1-2-16 Enclosure Temperature sensor Status Changed to Critical

Table 16-86 HP_DeviceIndication: Enclosure Temperature sensor status changed to Critical


CIM_Indication


PerceivedSeverity 5 (major)


CIM_AlertIndication



Description A Storage Enclosure Temperature sensor status has changed to Critical. An enclosure temperature is reaching the maximum allowed temperature for normal operation. A shutdown is imminent. Action is required before loss of data occurs.




EventID 309


ProviderName HP SAS




HP_AlertIndication

Summary Temperature sensor status Critical


ProbableCause 51 (Temperature Unacceptable )

ProbableCauseDescription Temperature Status Changed to Critical



























HP_DeviceIndication


1-2-17 Enclosure Fan Status Changed to OK

Table 16-87 HP_DeviceIndication: Enclosure Fan status changed to OK




CIM_Indication




CIM_AlertIndication

Description A Storage Enclosure Fan status has changed from a non-OK state to OK.




EventID 304


ProviderName HP SAS




HP_AlertIndication

Summary Fan status OK



ProbableCauseDescription Fan Status Changed to OK



























HP_DeviceIndication


1-2-18 Enclosure Fan status changed to Degraded

Table 16-88 HP_DeviceIndication: Enclosure Fan status changed to Degraded


CIM_Indication




CIM_AlertIndication

Description A Storage Enclosure Fan status has changed to Degraded. An enclosure has detected there might be a problem with one or more of the fans.




EventID 305


ProviderName HP SAS




HP_AlertIndication

Summary Fan status Degraded


ProbableCause 94 (Fan failure)

ProbableCauseDescription Fan Degraded





Table 16-88 HP_DeviceIndication: Enclosure Fan status changed to Degraded






















HP_DeviceIndication


1-2-19 Enclosure Fan Status change to Failure

Table 16-89 HP_DeviceIndication: Enclosure Fan status changed to Failure


CIM_Indication




CIM_AlertIndication

Description A Storage Enclosure Fan Status changed to Failure. An enclosure has detected a failure in the fan subsystem and there is insufficient fan capability to ensure normal operation.




EventID 306


ProviderName HP SAS




HP_AlertIndication

Summary Fan status Error



ProbableCauseDescription Fan Failure






HP_DeviceIndication


HP Insight Manager WBEM Smart Component Installer Provider Overview 1

1 HP Insight Manager WBEM Smart Component Installer Provider Overview

Description

The HP Insight Management Web-Based Enterprise Management (WBEM) Smart Component Installer implements and extends CIM classes described in this document to support installation of HP SmartComponents. This provider supports the InstallFromURI() method with the http URI scheme to retrieve and install HP Smart Components.


DMTF Software Update Profile (DSP 1025)

DMTF 1.0.0

HP Software Update (P00127) HP WBEM TC 2.0.0

Requirements


HP ProLiant managed servers ESXi 5.0 and later

Release History Initial release with HP Insight Management WBEM Providers for ESXi 5.0.









• SMX_SCInstallationService

• SMX_SCInstallationServiceCapabilities

• SMX_SCInstallerHostedService

• SMX_SCInstallerElementCapabilities

• SMX_SCInstallerConcreteJob

• SMX_SCInstallerJobHostedDependency

• SMX_SCInstallerOwningJobElement



1-2-1 SMX_SCInstallationService Class The SMX_SCInstallationService class implements the HP_SoftwareInstallationService class to model the Smart Component installation service. There is only one instance of SMX_SCInstallationService instantiated on a server.



CIM_ManagedElement

Caption “HP Smart Component Installer”

Description “HP Smart Component Installer”

ElementName “HP Smart Component Installer”




StatusDescriptions StatusDescriptions[0] shall contain OK

HealthState 5 (OK)



CIM_LogicalElement





CIM_Service

CreationClassName SMX_SCInstallationService

SystemCreationClassName SMX _ComputerSystem


Name “HP Smart Component Installer”

CIM_SoftwareInstallationService


1-2-1-1 Implemented Methods for SMX_SCInstallationService Class


InstallFromURI

Must be root to request this method. Unless specified, the matching value in the InstallOptionValues[]for each InstallOptions[] is NULL or an empty string.

Must set either install or discovery option.

Method Parameters:

URI: the http scheme URL to the SmartComponent file to download

InstallOptions[]:

2: Defer Reset –Smart Component not setting reboot

3: Force Install – Smart Component force

4: Install – Smart Component default execution

6: Repair – Smart Component –e or rewrite

7: Reboot – Smart Component reboot

11:Silent – Smart Component silent

32769: Smart Component –u (Use file)

32770: Smart Component –d (Discovery)

32771: Smart Component –g or Downgrade

32772: Smart Component –m or Mutual

32773: Smart Component Estimated Execution Time

Matching InstallOptionValues[]:

InstallOptions[] = 32769: InstallOptionsValues[] = Contents of XML file to use for smart component installation instructions

InstallOptions[] = 32773: InstallOptionsValues[] = Number of seconds Smart Component execution is expected to take

Job: Object path to the SMX_SCInstallerConcreteJob instance that can be used to track the status of the Job and retrieve detailed status and discovery results.

Return Values:

0 : Successful

1 : Not Supported

4 : Failed

6: Target In Use – an Smart Component execution is already in progress

4096: Request initiated, Job Created

1-2-2 SMX_SCInstallationServiceCapabilities Class The SMX_SCInstallationServiceCapabilities class implements the HP_SoftwareInstallationServiceCapabilities class to model the installation service capabilities. There is only one instance of SMX_SCInstallationServiceCapabilities instantiated on a server.



CIM_ManagedElement

InstanceID Opaque identifier

Caption “HP Smart Component Installer Capabilities”

Description “HP Smart Component Installer Capabilities”

ElementName “HP Smart Component Installer Capabilities”

CIM_Capabilities

CIM_SoftwareInstallationServiceCapabilities

SupportedAsychronousActions 5: URI

SupportedSynchronousActions 2: None

SupportedExtendedResourceTypes 12: HP Smart Component

CanAddToCollection False

SupportedInstallOptions[]

2: Defer Reset –Smart Component not setting reboot

3: Force Install – Smart Component force

4: Install – Smart Component default execution

6: Repair – Smart Component –e or rewrite. This value instructs the firmware to be re-installed if the version of firmware to be deployed is the same as or newer than what is already installed. In the event the firmware on the hardware to be flashed is newer than the version of firmware in the component, the installation of the firmware is bypassed

7: Reboot – Smart Component reboot

11: Silent – Smart Component silent

32768 : unpack. This value will cause the component to extract the contents of the embedded zip file to the directory identified by <dirname>

32769: Smart Component –u (Use file). This option tells the smart component to update the devices as reflected in the XML file passed

in as <filename>. This is used by components that do self-discovery to let higher level applications such as HP Smart Update Manager (HP SUM) whether a particular device needs to be updated when in a multi-target environment.

32770: Smart Component –d (Discovery)

32771: Smart Component –g or Downgrade. This value instructs the firmware to be installed if the version of firmware to be deployed is earlier than or newer than what is already installed. Installation is not to occur if the firmware version installed matches the version within the component. 32772: Smart Component –m or Mutual. SHARED STORAGE ENCLOSURES ONLY! This value is used to inform a component it is OK to flash a drive or enclosure in a shared storage environment. An example of a shared storage environment is a clustered environment. Flashing a drive from one server in the cluster while other servers are accessing the drive can cause data corruption and/or data loss. 32773: Smart Component estimated execution time.

SupportedURISchemes[] 5: http

SMX_SCInstallationServiceCapabilities

1-2-3 SMX_SCInstallerHostedService Class The SMX_SCInstallerHostedService class implements the CIM_HostedService class and associates instances of SMX_ComputerSystem and SMX_SCInstallationService. There is only one instance of SMX_SCInstallerHostedService instantiated on a server.




CIM_HostedService


Dependent References SMX_SCInstallationService

SMX_SCInstallerHostedService

1-2-4 SMX_SCInstallerElementCapability Class The SMX_SCInstallerElementCapability class implements the CIM_ElementCapability class and associates instances of SMX_SCInstallationServiceCapability and SMX_SCInstallationService. There is only one instance of SMX_SCInstallerElementCapability instantiated on a server.

CIM_HostedService

Capability References SMX_SCInstallationServiceCapability

ManagedElement References SMX_SCInstallationService

Characteristics[] 2: Default

3: Current

SMX_SCInstallerElementCapability

1-2-5 SMX_SCInstallerConcreteJob Class The SMX_SCInstallerConcreteJob class implements the HP_InstallerConcreteJob class to model an execution of the Smart Component installation service. There is one instance of SMX_SCInstallationService instantiated on a server for each invocation of the SMX_SCInstallationService.InstallFromURI method.



CIM_ManagedElement

Name

“Job for execution of HP Smart Component <name>”

where <name> is the name of the Smart Component being executed

Caption “Job for execution of HP Smart Component <name>”


Description “Job for execution of HP Smart Component <name>”


ElementName “Job for execution of HP Smart Component <name>”



CIM_LogicalElement




StatusDescriptions StatusDescriptions[0] will contain OK

CIM_Job

PercentComplete 0-100 – proper calculation of percent complete requires client to use the SmartComponent estimated execution time install option.

DeleteOnCompletion True

StartTime The time the job started.

ErrorCode

0-7 - return code from Smart Component 0-7

7- internal error in provider, SmartComponent not executed

500 - download of SmartComponent failed.

ErrorDescription

Text description of the ErrorCode

If SmartComponent executed and returned return code 0, ErrorDescription = “OK”.

If SmartComponent executed and returned return code other than 0, ErrorDescription = “Flasher returned error code: X” where X is the 1-7.

Any other ErrroDescription means download failure or internal provider error and SmartComponent was not executed.

CIM_ConcreteJob

JobState

State of the Job. Valid values are:

3 (Starting)

4 (Running)

7 (Completed) – SmartComponent was successfully downloaded and executed and returned return code of 0

8 (Terminated) – user requested SmartComponent to be terminated via RequestStateChange() method

9 (Killed) – user requested SmartComponent to be killed via RequestStateChange() method

10 (Exception) – any failure in provider to download or execute the SmartComponent, or the SmartComponent returned return code other than 0.

TimeBeforeRemoval “00000000001500.000000:000”

15 minutes



SMX_SCInstallerConcreteJob

1-2-5-1 Implemented Methods for SMX_SCInstallerConcreteJob Class


GetDetailedStatus

Get the detailed status of the last execution of the Smart Component.

Method parameters:

DetailedStatus[]: array of strings containing the contents of the detailed status output file from the SmartComponent

Return Values:

0 : Successful

1 : Not Supported

4 : Failed

GetDiscoveryData

Get the discovery data from the last execution of the Smart Component.

Method parameters:

DiscoveryData[]: array of strings containing the contents of the discovery output file from the SmartComponent

Return Values:

0 : Successful

1 : Not Supported

4 : Failed

RequestStateChange

Request to abort or kill the active SmartComponent installation. Only valid if the download is in progress, not the actual execution of the SmartComponent.

Method parameters:

RequestedState: The valid states that can be requested are Terminate(4) and Kill(5).

Timeout: Not supported

Return Values:

0 : Successful

2 : Vendor specific error. Job is performing SmartComponent execution and thus cannot be aborted or killed.

4 : Failed

5: Invalid parameters

4096 : Requested State Transition started.


4097 : Invalid State Transition. Job is not in running state.

4098 : Use of Timeout Parameter Not Supported.

1-2-6 SMX_SCInstallerOwningJobElement Class The SMX_SCInstallerOwningJobElement class implements the CIM_OwningJobElement class and associates instances of SMX_SCInstallerConcreteJob and SMX_SCInstallationService.



CIM_OwningJobElement

OwnedElement References SMX_SCInstallerConcreteJob

OwningElement References SMX_SCInstallationService

SMX_SCInstallerOwningJobElement

1-2-7 SMX_SCInstallerJobHostedDependency Class The SMX_SCInstallerJobHostedDependency class implements the CIM_HostedDependency class and associates instances of SMX_SCInstallerConcreteJob and SMX_SCInstallationService.




CIM_HostedService

Antecedent References SMX_SCInstallationService

Dependent References SMX_SCInstallerConcreteJob

SMX_SCInstallerJobHostedDependency

1-3 Supported Indications No Indications are supported in the SMX_SCInstallerService provider.

HP Insight Management WBEM System Temperature Sensor Provider 1

1 HP Insight Management WBEM System Temperature Sensor Provider

Description

The HP Insight Management Web-Based Enterprise Management (WBEM) Management System Temperature Sensor provider extends the management capability of referencing profiles by adding the capability to represent HP Management Processor on HP servers. This provider implements the following profiles and installs the necessary files:


HP Sensor Profile HP WBEM TC 1.0

Requirements



RLEL 5.0 and later


SLES 11 and later


ESXi 4.1 and later

ESXi 5.0 and later








• SMX_NumericSensor

• SMX_SensorCollection

• SMX_SystemSensor

• SMX_HostedSensorCollection

• SMX_MemberOfSensorCollection



1-2-1 SMX_NumericSensor Class The SMX_NumericSensor class implements the HP_NumericSensor and is used to model temperature sensors on servers.



CIM_ManagedElement

Caption

“Temperature Sensor <sensorID>”

Where: <sensorID> is the name displayed by the MP or iLO.

For example: Temperature Sensor Temp 1

Description

“Temperature Sensor <sensorID> detects for NumericSensorType.StatusDescription”

Where: <sensorID>” is the name displayed by the MP or iLO represents the number of the temperature sensor instance, NumericSensorType represents the value of NumericSensorTypeand StatusDescription represents the value of StatusDescriptions[0].

ElementName

“Temperature Sensor <sensorID>”

Where: <sensorID> is the name displayed by the MP or iLO.

For example: Temperature Sensor Temp 1





2 (OK) – if temperature reported by the sensor is within normal operating range; 2 (OK) – if temperature reported by the sensor has exceeded its non-critical threshold and has set fans to full speed; 6 (Error) – if temperature reported by the sensor has exceeded its threshold and the system is gracefully shutting down.


Temperature reported by the sensor is within normal operating range – if temperature reported by the sensor is within normal operating range; Temperature reported by the sensor has exceeded its non-critical threshold and the fans have been set to full speed – if temperature reported by the sensor has exceeded its threshold and has set fans to full speed; Temperature reported by the sensor has exceeded its threshold and the system is gracefully shutting down – if OperationalStatus is 6 (Error)

HealthState 5 (OK) – if OperationalStatus[0] value is 2 (OK); 20 (Major Failure) – if OperationalStatus[0] value is 6 (Error)

Name Temperature Sensor n where n represents the number of the temperature sensor instance(s).

CIM_LogicalDevice

CreationClassName SMX_NumericSensor

DeviceID Unique identifier for this temperature sensor instance.

SystemCreationClassName HP_ComputerSystem.CreationClassName

SystemName HP_ComputerSystem.Name





CIM_Sensor

SensorType 2 (Temperature)



CurrentState Normal – if OperationalStatus[0] is 2 (OK); Critical – if OperationalStatus[0] is 6 (Error);

PossibleStates Array can contain any of the following values: PossibleStates[0] = Normal; PossibleStates[1] = Critical;

CIM_NumericSensor

CurrentReading Current reading of temperature sensor

BaseUnits 2 (Degrees C)

RateUnits 0 (None)

UnitModifier 0

SupportedThresholds

SupportedThresholds[0] = 1 (UpperThresholdNotCritical) if the system will set fans to full speed if the threshold is crossed; SupportedThresholds[0] = 3 (UpperThresholdCritical) set if the system will gracefully attempt to shutdown the system if the threshold is crossed; SupportedThresholds[0] = 5 (UpperThresholdFatal) if the system will immediately power down the system if the threshold is crossed.

SettableThresholds empty

UpperThresholdNonCritical Contains the threshold temperature that CurrentReading must exceed to be in a non-critical state. This is only set if the system will set fans to full speed if the threshold is crossed.

UpperThresholdCritical Contains the threshold temperature that CurrentReading must exceed to be in a critical state. This is only set if the system will gracefully attempt to shutdown the system if the threshold is crossed.

UpperThresholdFatal Contains the threshold temperature that CurrentReading must exceed to be fatal. This is only set if the system will immediately power down the system if the threshold is crossed.

HP_NumericSensor

NumericSensorType Enumeration describing the type of temperature sensor. Refer to the Managed Object Format.


1-2-2 SMX_SensorCollection Class The SMX_SensorCollection class implements the HP_SensorCollection and is used to model temperature sensor collections on servers. There is one instance of this class on systems modeling sensors.



CIM_ManagedElement

Caption Temperature Sensor Collection

Description

This is a collection of temperature sensors. GroupStatusDescription.

Where: GroupStatusDescription represents the value of the GroupStatusDescriptions[0] property.

ElementName Temperature Sensor Collection


InstanceID Unique identifier for this sensor collection instance.



Represents the most severe sensor group operational status: 2 (OK) – if temperatures reported by the sensors are within normal operating range; 2 (OK) – if temperatures reported by the sensors have exceeded their non-critical threshold and has set fans to full speed; 6 (Error) – if temperatures reported by the sensors have exceeded their non-critical threshold and the system is gracefully shutting down.


Temperatures reported by the sensors are operating within normal operating range if temperatures reported by the sensors are within normal operating range; Temperatures reported by the sensors have exceeded their non-critical threshold and the fans have been set to full speed if temperatures reported by the sensors have exceeded their threshold and has set fans to full speed; Temperatures reported by the sensors have exceeded their threshold and the system is gracefully shutting down if temperatures reported by the sensors have exceeded their threshold and the system is gracefully shutting down.


1-2-3 SMX_MemberOfSensorCollection Class The SMX_MemberOfSensorCollection class implements the HP_MemberOfSensorCollection class and is used to represent an association between the SMX_NumericSensor and SMX_SensorCollection classes.



Collection References SMX_SensorCollection

Member References SMX_NumericSensor

1-2-4 SMX_HostedSensorCollection Class The SMX_HostedSensorCollection class implements the HP_HostedSensorCollection class and is used to represent an association between the SMX_SensorCollection class and the computer system that contains the collection.




Dependent References SMX_SensorCollection

1-2-5 SMX_SystemSensor Class The SMX_SystemSensor class implements the HP_SystemSensor class and is used to represent an association between the SMX_NumericSensor class and the computer system that contains the sensor.




PartComponent References SMX_NumericSensor


The following tables describe the SMX WBEM System Temperature Sensor Provider indications that are implemented for HP ProLiant server platforms where available.

1-3-1 HP_AlertIndication: Temperature Sensor Threshold Exceeded


CIM_Indication




CIM_AlertIndication

Description

A temperature sensor has detected that the temperature has exceeded the normal operating range. <SensorCaption>

Where: <SensorCaption> is the SMX_NumericSensor.Caption for the sensor that has failed.

AlertingManagedElement WBEM Path of the SMX_NumericSensor instance representing the temperature sensor detecting the exceeded threshold.



EventID 1


ProviderName HP Temperature




HP_AlertIndication

Summary Temperature threshold exceeded detected



ProbableCauseDescription Temperature Threshold Exceeded Detected

ProviderVersion For example: 2.2.0.0


OSType SMX_OperatingSystem.OSType


SystemFirmwareVersion Firmware version of the computer system generating the indication.





SolutionProductModel

Conditional property containing the Solution Name string when running in a aggregate product environment in the format <aggregate product family name> v<major>.<minor>.<update>

VariableNames

Contains the temperature sensor threshold property name that sets a value: UpperThresholdNonCritical UpperThresholdCritical UpperThresholdFatal

VariableTypes 9 (sint32)

VariableValues SMX_NumericSensor, UpperThresholdNonCritical, UpperThresholdCritical or UpperThresholdFatal property value that is set for the temperature sensor detecting the exceeded threshold.

ImpactedDomain

3 (Enclosure) for c-Class blade systems 4 (System) for all other systems Note:

When ImpactedDomain is 3 (Enclosure) the properties indicated with (*) below will be populated.

RackName * Rack name, if one exists.

RackUID * Rack Unique Identifie, if one exists.

SystemVirtualSerialNumber Conditional property containing the virtual system serial number string when running in a Virtual Connect environment.

SystemVirtualUUID Conditional property containing the virtual system UUID when running in a Virtual Connect environment.

1-3-2 HP_AlertIndication: Temperature Sensor Recovery from Threshold Exceeded


CIM_Indication




CIM_AlertIndication

Description

A temperature sensor has detected that the temperature has returned to a normal operating range. <SensorCaption>

Where: <SensorCaption> is the SMX_NumericSensor.Caption for the temperature sensor detecting a recovered exceeded threshold.

AlertingManagedElement WBEM Path of SMX__NumericSensor instance representing the temperature sensor detecting a recovered exceeded threshold.



EventID 2


ProviderName HP Temperature






HP_AlertIndication

Summary Threshold exceeded condition recovery


ProbableCause 52 (Threshold Crossed)

ProbableCauseDescription Threshold Exceeded Condition has Recovered





SystemFirmwareVersion Firmware version of the computer system generating the indication.





ImpactedDomain

3 (Enclosure) for c-Class blade systems 4 (System) for all other systems Note:

When ImpactedDomain is 3 (Enclosure) the properties indicated with (*) below will be populated.






RackName * Rack name, if one exists.

RackUID * Rack Unique Identifier, if one exists.

SystemVirtualSerialNumber Conditional property containing the virtual system serial number string when running in a Virtual Connect environment.

SystemVirtualUUID Conditional property containing the virtual system UUID when running in a Virtual Connect environment.

HP Insight Management WBEM Smart Array Provider 1

1 HP Insight Management WBEM Smart Array Provider

Description

The HP Insight Management Web-Based Enterprise Management (WBEM) Management Smart Array provider extends the management capability of referencing profiles by adding the capability to represent HP Management Processor on HP servers. This provider only supports internal storage and direct attached external storage, such as MSA 60/70. It does not support externally attached MSA controllers, such as MSA500 and fibre attached devices, for example MSA1000.This provider implements the following profiles and installs the necessary files:


HP Smart Array Profile (P00121) HP WBEM TC 2.0.0 (P00121)


Requirements


RLEL 5.0 and later


SLES 11 and later


ESXi 4.1 and later

ESXi 5.0 and later










• SMX_SAArraySystem • SMX_SAArrayController • SMX_SAStorageVolume • SMX_SADiskDrive • SMX_SAStorageExtent • SMX_SADiskDriveFirmware • SMX_SAPhysicalPackage • SMX_SAArrayControllerPhysicalPackage • SMX_SADiskPhysicalPackage • SMX_SAStorageEnclosure • SMX_SAStorageEnclosureProcessor • SMX_SAPortController • SMX_SADAPort • SMX_SAFirmware • SMX_SAEnclosureFirmware • SMX_SAPrimordialPool • SMX_SAStoragePool • SMX_SAMediaAccessStatData • SMX_SAStorageSetting • SMX_SADriveCage • SMX_SASCSIProtocolEndpoint • SMX_SASCSIProtocolController • SMX_SAStorageRedundancySet • SMX_SAStorageSpecificCollection • SMX_SADriveCageLocation • SMX_SAArraySystemLocation • SMX_SADiskDriveLocation • SMX_SAArrayControllerLocation • SMX_SAStorageCapabilities • SMX_SAProduct • SMX_SAStorageEnclosureLocation • SMX_SASmartDriveCarrierAppFirmware • SMX_SASmartDriveCarrierBootldrFirmware • SMX_SASmartDrvCarrierAppElementFirmwareIdentity (Association) • SMX_SASmartDrvCarrierAppInstalledFirmwareIdentity (Association) • SMX_SASmartDrvCarrierBootldrElementFirmwareIdentity (Association) • SMX_SASmartDrvCarrierBootldrInstalledFirmwareIdentity (Association) • SMX_SAArraySystemRedundancySet (Association) • SMX_SAStorageVolumeStorageSetting (Association) • SMX_SAPrimordialPoolStorageCapabilities (Association) • SMX_SAStoragePoolStorageCapabilities (Association) • SMX_SAArraySystemStorageEnclosureProcessor (Association) • SMX_SAArraySystemSCSIProtocolController (Association) • SMX_SAArraySystemPortController (Association) • SMX_SAArraySystemDiskDrive (Association) • SMX_SAArraySystemStorageVolume (Association) • SMX_SAArraySystemStorageExtent (Association)


• SMX_SAArraySystemDAPort (Association) • SMX_SMX_SAArraySystemDAPort (CIM_SystemDevice) • SMX_SAArraySystemPrimordialPool (Association) • SMX_SAArraySystemStoragePool (Association) • SMX_SAComputerSystemArraySystem (Association) • SMX_SAArraySystemArrayController (Association) • SMX_SAStorageEnclosureStorageEnclosureProcessor (Association) • SMX_SAProductPhysicalPackage (Association) • SMX_SAStorageEnclosureDriveCage (Association) • SMX_SAPhysicalPackageArrayControllerPhysicalPackage (Association) • SMX_SAPhysicalPackageStorageEnclosure (Association) • SMX_SADriveCageDiskPhysicalPackage (Association) • SMX_SAStoragePoolStorageExtent (Association) • SMX_SAStorageSpecificCollectionArraySystem (Association) • SMX_SAStorageRedundancySetStorageExtent (Association) • SMX_SAArraySystemFirmware (Association) • SMX_SASCSIProtocolControllerStorageVolume (Association) • SMX_SAFirmwareArraySystem (Association) • SMX_SAStorageEnclosureProcessorEnclosureFirmware (Association) • SMX_SADiskDriveDiskDriveFirmware (Association) • SMX_SADiskDriveStorageExtent (Association) • SMX_SADiskPhysicalPackageDiskDrive (Association) • SMX_SAStoragePoolStorageVolume (Association) • SMX_SAPrimordialPoolStoragePool (Association) • SMX_SASpareExtentStorageExtent (Association) • SMX_SASpareExtentStorageRedundancySet (Association) • SMX_SAStorageExtentStorageVolume (Association) • SMX_SADAPortSCSIProtocolEndpoint (Association) • SMX_SAStorageGroupHostedCollection (Association) • SMX_SAPhysicalPackageArraySystem (Association) • SMX_SAArrayControllerPhysicalPackageArrayController (Association) • SMX_SADiskDriveMediaAccessStatData (Association) • SMX_SAArrayControllerPhysicalPackageArrayControllerLocation (Association) • SMX_SAPhysicalPackageArraySystemLocation (Association) • SMX_SADriveCageDriveCageLocation (Association) • SMX_SADiskPhysicalPackageDiskDriveLocation (Association) • SMX_SASCSIProtocolEndpointSCSIProtocolController (Association) • SMX_SAStorageEnclosureEnclosureLocation (Association) • SMX_SATSASSCSIProtocolEndpoint • SMX_SAISASSCSIProtocolEndpoint • SMX_SATSASPort • SMX_SAISASPort • SMX_SAISASPortISASSCSIProtocolEndPoint (Association) • SMX_SAArraySystemISASSCSIProtocolEndPoint (Association) • SMX_SAArraySystemISASPort (Association) • SMX_SAPortControllerISASPort (Association) • SMX_SAArraySystemTSASSCSIProtocolEndpoint (Association) • SMX_SATSASPortTSASSCSIProtocolEndpoint (Association) • SMX_SAArraySystemTSASPort (Association) • SMX_SADiskDriveTSASSCSIProtocolEndpoint (Association) • SMX_SASCSIInitiatorTargetLogicalUnitPath

• SMX_SAPortControllerPCIDevice



1-2-1 SMX_SAArraySystem Class The SMX_SAArraySystem class implements the HPSA_ArraySystem class and represents the top-level system. There is one instance per HBA.



CIM_ManagedElement

ElementName

Controller/Storage System name and <physical location>.


For example: “Smart Array in Slot=3” for internal

For example: “Smart Array Embedded Controller=7” for embedded controller where 7 is the internal identifier for the embedded controller.



Overall status of the Array System and attached devices.

This is calculated per the algorithm described in the HP Smart Array Profile.

0 (Unknown)

2 (OK)

3 (Degraded)

6 (Error)

More info for OperationalStatus result. This provides a short Description to identify who is contributing to non-OK status.

For example:

Controller Failure

Logical Drive Failure

Storage Enclosure Failure

Controller Non-Failure Problem

Physical Drive Non-Failure Problem

Logical Drive Non-Failure Problem

Storage Enclosure Non-Failure Problem

Array is operating properly

Array status is unknown

CIM_LogicalElement





CIM_System

CreationClassName SMX_SAArraySystem

Name

Controller Serial Number

EMBEDDED-<id> will be reported if there is no Serial Number for device is local

For example: embedded on motherboard.

PCISLOT-<Slot number> will be reported if there is no Serial Number for device is local

For example: PCI occupies slot.

NameFormat Other

CIM_ComputerSystem

Dedicated

Dedicated[0]:

3 (Storage)

Dedicated[1]:

15 (Block Server)



Controller Serial Number

EMBEDDED-<id> will be reported if there is no Serial Number for device is local


PCISLOT-<Slot number> will be reported if there is no Serial Number for device is local.

For example: a PCI occupies slot.

Identify() See HP Smart Array Profile

1-2-2 SMX_SAArrayController Class The SMX_SAArrayController class implements the HPSA_ArrayController class and represents the controller. There is one per HBA and may have multiple controllers.



CIM_ManagedElement

ElementName

Controller name and <physical location>.

Status for Array Controller.

0 (Unknown)

2 (OK)

6 (Error)

CIM_LogicalElement





CIM_System

CreationClassName SMX_SAArrayController

Name

Controller Serial Number.

EMBEDDED-<id> will be reported if there is no Serial Number.


PCISLOT-<Slot number> will be reported if there is no Serial Number and the controller is in a PCI slot

Where: <Slot number> is the number of PCI slot.

NameFormat Other

CIM_ComputerSystem

Dedicated Dedicated[0]

0 (Not Dedicated)

HPSA_Arraycontroller

ADGSupported See HP Smart Array Profile

AcceleratorBackupPowerSource See HP Smart Array Profile

BatteryStatus See HP Smart Array Profile

CacheBoardPresent See HP Smart Array Profile

CacheHasBattery See HP Smart Array Profile

CacheParityReadErrors See HP Smart Array Profile



CacheParityWriteErrors See HP Smart Array Profile

CacheReadPercent See HP Smart Array Profile

CacheSerialNumber See HP Smart Array Profile

CacheSizeTotal See HP Smart Array Profile

CacheState See HP Smart Array Profile

CacheStatus See HP Smart Array Profile

CacheWritePercent See HP Smart Array Profile

ControllerStatus See HP Smart Array Profile

ExpandPriority See HP Smart Array Profile

NumberOfPorts See HP Smart Array Profile

RebuildPriority See HP Smart Array Profile

NumberOfInternalPorts See HP Smart Array Profile

NumberofExternalPorts See HP Smart Array Profile

1-2-3 SMX_SAStorageVolume Class The SMX_SAStorageVolume class implements the HPSA_StorageVolume class and represents the Logical Volumes configured on the Smart Array.



CIM_ManagedElement

ElementName Logical drive number with raid Description

For example: Logical Volume 1 (RAID 1+0)


Name VPD Pg83 identifier for the volume.

CIM_LogicalElement







CIM_LogicalDevice

CreationClassName SMX_SAStorageVolume

DeviceID Opaque Key

SystemCreationClassName SMX_SAArraySystem

SystemName SMX_SAArraySystem.Name

CIM_StorageExtent

ConsumableBlocks 0

BlockSize Block Size in bytes

DataRedundancy 1 (RAID 0, RAID 5, RAID 6), RAID 50, RAID 60

2 (RAID 1+0)

DeltaReservation 0

ExtentStatus[0]

This will indicate extended status for the volume.

2 (None)

11 (Rebuild – Volume is currently rebuilding data)

IsBasedOnUnderlyingRedundancy False

NoSinglePointOfFailure True – RAID 1 or above

False – RAID 0

NumberOfBlocks Total Number of blocks on the volume.

PackageRedundancy

0 (RAID 0)

1 (RAID 1+0, RAID 5)

2 (RAID 6), RAID 50, RAID 60

CIM_Storagevolume



NameFormat 2 (VPD83NAA6)

HPSA_Storagevolume

Accelerator See HP Smart Array Profile

Deleteable See HP Smart Array Profile

FaultTolerance See HP Smart Array Profile

OperationalStatus[0, 1] Volume status. DMTF defined value will be populated in index[0] and extended status will be populated in index[1] per HP Smart Array Profile.

OSName Corresponding OS name for this volume.

StripeSize See HP Smart Array Profile


1-2-4 SMX_SADiskDrive Class The SMX_SADiskDrive class implements the HPSA_DiskDrive class and represents the hard drives connected to Smart Array controllers.



CIM_ManagedElement

ElementName Disk location

For example: Port: 1E Box 1 Bay: 5


Name Drive Serial Number

OperationalStatus[] Drive status, DMTF defined value is populated in index (0) and extended status is populated in index(1) per HP Smart Array Profile

CIM_LogicalElement







CIM_LogicalDevice

CreationClassName SMX_SADiskDrive

DeviceID Opaque value



TotalPowerOnHours Number of service hours logged for the drive

CIM_MediaAccessDevice

CIM_DiskDrive

HPSA_DiskDrive

DriveConfiguration See HP Smart Array Profile

DriveHasMNPData See HP Smart Array Profile

DriveInterface See HP Smart Array Profile

DrivePlacement See HP Smart Array Profile

DriveRotationalSpeed See HP Smart Array Profile

NegotiatedDataWidth See HP Smart Array Profile

NegotiatedSpeed See HP Smart Array Profile


SSDTotalPowerOnHours See HP Smart Array Profile

SSDPercentageEnduranceUsed See HP Smart Array Profile

SSDLifeRemaining See HP Smart Array Profile

SSDWearStatus See HP Smart Array Profile

SmartDriveCarrierAuthStatus See HP Smart Array Profile

OtherSmartDriveCarrierAuthStatus See HP Smart Array Profile


1-2-5 SMX_SAStorageExtent Class The SMX_SAStorageExtent class implements the HPSA_StorageExtent class and represents the consumable storage that is available on a disk drive. There is one instance per disk drive.



CIM_ManagedElement




Name Serial number of drive


Operational Status for the disk drive

0 (Unknown)

2 (OK)

5 (Predictive Failure)

6 (Error)

OperationalStatus[1] Drive extended status per HP Smart Array Profile

CIM_LogicalElement





CIM_LogicalDevice

CreationClassName SMX_SAStorageExtent

DeviceID Opaque ID



CIM_StorageExtent



BlockSize Block size in bytes

ConsumableBlocks Total number of blocks on disk drive

ExtentStatus[0]

This will indicate extended status for the disk drive

Possible values:

2 (None)

11 (Rebuild – disk drive is currently rebuilding data)

NumberOfBlocks Total number of blocks on disk drive

Primordial Set to True

TotalPowerOnHours Total service hours reported disk drive

HPSA_StorageExtent

1-2-6 SMX_SADiskDriveFirmware Class The SMX_SADiskDriveFirmware class implements the HPSA_DiskDriveFirmware class and represents the firmware installed on a disk drive. There is one instance per disk drive.



CIM_ManagedElement

ElementName Disk Drive Firmware


Name Disk Drive Firmware

CIM_LogicalElement

Caption Disk Drive Firmware

Description Disk Drive Firmware


ClassificationDescriptions[0] Disk Drive Firmware



Manufacturer Disk drive vendor string




[1]Storage Device

VersionString Drive firmware as reported from SCSI identify command

HPSA_DiskDriveFirmware

1-2-7 SMX_SAPhysicalPackage Class The SMX_SAPhysicalPackage class implements the HPSA_PhysicalPackage class and represents the overall physical package for the array system as a whole. There is one instance per HBA or Storage Subsystem.



CIM_ManagedElement

ElementName Controller/Storage System name and <physical location>.


Description Host Based RAID Controller ( For Internal Controller)


Name See Serial number implementation

CIM_PhysicalElement

CreationClassName SMX_SAPhysicalPackage



PartNumber N/A – Not Available for this implementation

SerialNumber Controller Serial number for HBA’s

Tag Opaque Key


Version N/A – Not Available for this implementation

CIM_PhysicalPackage


HPSA_PhysicalPackage

1-2-8 SMX_SAArrayControllerPhysicalPackage Class The SMX_SAArrayControllerPhysicalPackage class implements the HPSA_ArrayControllerPhysicalPackage class and represents the physical aspects of any Smart Array controller. There is one instance per HBA.



CIM_ManagedElement

ElementName






Name Controller Serial number

CIM_ PhysicalElement

CreationClassName SMX_SAArrayControllerPhysicalPackage



PartNumber N/A – Not Available for this implementation

SerialNumber Controller Serial number

Tag Opaque Key

Version N/A – Not Available for this implementation


CIM_PhysicalPackage


HPSA_ ArrayControllerPhysicalPackage

1-2-9 SMX_SADiskPhysicalPackage Class The SMX_SADiskPhysicalPackage class represents the physical aspects of the disk drive. There is one instance per disk drive.



CIM_ManagedElement




Name Disk location


CIM_ PhysicalElement

CreationClassName SMX_SADiskPhysicalPackage

Manufacturer Drive vendor string

Model Drive model string

PartNumber N/A – Not Available in this implementation

SerialNumber Drive serial number

Tag Opaque Key

Version N/A – Not Available in this implementation

CIM_PhysicalPackage

HotSwappable TRUE - Drive is hot swappable

FALSE – Drive is not hot swappable



RemovalConditions

2 (Not Applicable)

3 (Removable when off)

4 (Removable when on or off)

HPSA_ DiskPhysicalPackage

1-2-10 SMX_SAStorageEnclosure Class The SMX_SAStorageEnclosure class implements the HPSA_StorageEnclosureclass and represents the physical chassis for an internal or externally attached enclosure.

CIM_ManagedElement

ElementName Port: <m> Box: <n>

Where: <m> is the port and <n> is the box number.


Name Port: <m> Box: <n>


CIM_PhysicalElement

CreationClassName SMX_SAStorageEnclosure

Manufacturer

Enclosure vendor string

For example: HP

For example: N/A if not available

Model

Enclosure model string

For example: PROLIANT 6L6I

For example: N/A if not available

PartNumber N/A – Not Available in this implementation

SerialNumber Enclosure Serial Number.

N/A will be reported if there is no serial number (For example: internal enclosures).

Tag Opaque key

Version N/A – Not Available in this implementation

CIM_PhysicalPackage


CIM_PhysicalFrame

CIM_Chassis

HP_StorageEnclosure

Location See HP Storage Enclosure Profile

HPSA_StorageEnclosure

1-2-11 SMX_SAStorageEnclosureProcessor Class The SMX_SAStorageEnclosureProcessor class represents the management processor within a Storage Enclosure. This instance contains the operational status for all managed components in the enclosure if applicable.



CIM_ManagedElement

ElementName Port: <m> Box: <n>



OperationalStatus[0,1, 2, 3 ]

Operational status for enclosure and associated power supplies, fans and sensors.

The use of OperationalStatus is described in the HP Storage Enclosure Profile. Index values are populated as follows.

Index[0] – Enclosure status:

0 (Unknown)

2 (OK)

3 (Degraded)

6 (Error)

Index[1] – Fan status (See Profile)

Index[2] – Power Supply status (See Profile)

Index[3] – Temp Sensor Status (See Profile)

Note:

Operational status for Fan, Power and Temp Sensor will be not detectedfor internal storage enclosure(s) of the local controller(s)

For example: PCI or Embedded.

CIM_LogicalElement






CIM_System

CreationClassName SMX_SAStorageEnclosureProcessor

Name Opaque Key

NameFormat Other

CIM_ComputerSystem

Dedicated[0] 2 (Other)

IdentifyingDescriptions[0] Other Vendor Specific Name

OtherDedicatedDescriptions[0] SDE - indicates Storage Device Enclosure

OtherIdentifyingInfo[0] Port Number:BoxNumber enclosure is attached to.

For example: 1E:1

HPSA_StorageEnclosureProcessor

1-2-12 SMX_SAPortController Class The SMX_SAPortController class represents the HBA in the host system. There is one instance per HBA.



CIM_ManagedElement

ElementName








CIM_LogicalElement





CIM_LogicalDevice

CreationClassName SMX_SAPortController

DeviceID Controller serial number



CIM_Controller

CIM_PortController

ControllerType 1 (Other)

OtherControllerType SAS/SATA – SAS/SATA HBA

HPSA_PortController

1-2-13 SMX_SADAPort Class The SMX_SADAPort class implements the HPSA_DAPort class and represents the front-end port for an HBA in the host system. Direct attached implies that the array controller is attached to a local bus on the host, such as PCI.



CIM_ManagedElement



ElementName







Port status

0 (Unknown)

2 (OK)

6 (Error)

CIM_LogicalElement





CIM_LogicalDevice

CreationClassName SMX_SADAPort

DeviceID Opaque key



CIM_LogicalPort

UsageRestriction 2 (Front-End Only)

CIM_DAPort

HPSA_DAPort

1-2-14 SMX_SAFirmware Class The SMX_SAFirmware class implements the HPSA_Firmware class and represents the firmware installed on a Smart Array controller.

CIM_ManagedElement

ElementName TargetTypes value


Name Array Controller Firmware

CIM_LogicalElement

Caption Array Controller Firmware

Description Array Controller Firmware


ClassificationDescriptions[0] Array Controller Firmware






IdentityInfoValue [0]HPQ:<TargetTypes value>



TargetTypes Controller Model

HPSA_Firmware

1-2-15 SMX_SASmartDriveCarrierAppFirmware Class The SMX_SASmartDriveCarrierAppFirmware class implements the CIM_SoftwareIdentity class and represents the firmware installed on a Smart Array Drive Carrier. This class is implemented only when the hardware includes Smart Drive Carrier support.



CIM_ManagedElement

ElementName Smart Drive Carrier Application Firmware


Name Smart Drive Carrier Application Firmware

CIM_LogicalElement

Caption Smart Drive Carrier Application Firmware

Description Smart Drive Carrier Application Firmware


ClassificationDescriptions[0] Smart Drive Carrier Application Firmware









SMX_SASmartDriveCarrierAppFirmware

1-2-16 SMX_ SASmartDriveCarrierBootldrFirmware Class The SMX_SASmartDriveCarrierBootldrFirmware class implements the CIM_SoftwareIdentity class and represents the firmware installed on a Smart Drive Carrier Bootloader. This class is implemented only when the hardware includes Smart Drive Carrier support.The following table lists the properties implemented.


CIM_ManagedElement

ElementName Smart Drive Carrier Bootloader Firmware




Name Smart Drive Carrier Bootloader Firmware

CIM_LogicalElement

Caption Smart Drive Carrier Bootloader Firmware

Description Smart Drive Carrier Bootloader Firmware


ClassificationDescriptions[0] Smart Drive Carrier Bootloader Firmware









SMX_ SASmartDriveCarrierBootldrFirmware

1-2-17 SMX_SAEnclosureFirmware Class The SMX_SAEnclosureFirmware class implements the HPSA_EnclosureFirmware class and represents the firmware installed on a Smart Array Enclosure.



CIM_ManagedElement

ElementName TargetTypes value


Name Storage Enclosure Processor Firmware

CIM_LogicalElement

Caption Storage Enclosure Processor Firmware

Description Storage Enclosure Processor Firmware


ClassificationDescriptions[0] Storage Enclosure Processor Firmware



Manufacturer Enclosure Vendor string



IdentityInfoValue [0]HPQ:<TargetTypes value>

[1]StorageDevice

VersionString Enclosure firmware string

TargetTypes Enclosure model

HPSA_EnclosureFirmware

1-2-18 SMX_SAPrimordialPool Class The SMX_SAPrimordialPool class implements the HPSA_PrimordialPool class and represents the total raw storage managed by the array controller. There is one instance per array system.



CIM_ManagedElement

ElementName




CIM_LogicalElement

CIM_StoragePool


PoolID Controller serial number

Primordial Always set to TRUE

RemainingManagedSpace Remaining raw space on controller. This is calculated by summing the remaining space on all drives attached to the controller.

TotalManagedSpace Total raw space available to controller. This is calculated by summing the total space on all drives connected to this controller.

HPSA_PrimordialPool

1-2-19 SMX_SAStoragePool Class The SMX_SAStoragePool class implements the HPSA_StoragePool class and represents any concrete storage pools created on an array controller. There is one instance per array system.



CIM_ManagedElement

ElementName






CIM_LogicalElement

CIM_StoragePool


PoolID Controller serial number: <n> where n is the array number as supplied from API.

Primordial Always set to FALSE

RemainingManagedSpace Remaining raw space in current pool

TotalManagedSpace Total raw space managed by this pool

HPSA_StoragePool

1-2-20 SMX_SAMediaAccessStatData Class The SMX_SAMediaAccessStatData class implements the HPSA_MediaAccessStatData and represents the Monitoring and Performance data counters on HP Disk Drives.



CIM_ManagedElement

CIM_StatisticalData


SampleInterval 00000000000000.000000:000

CIM_MediaAccessStatData

HPSA_MediaAccessStatData

AbortedCommands See HP Smart Array Profile

BadTargetErrors See HP Smart Array Profile

DRQTimeouts See HP Smart Array Profile

ECCRecoveredReadErrors See HP Smart Array Profile



FailedReadRecovers See HP Smart Array Profile

FailedWriteRecovers See HP Smart Array Profile



FormatErrors See HP Smart Array Profile

HardReadErrors See HP Smart Array Profile

HardwareErrors See HP Smart Array Profile

HardWriteErrors See HP Smart Array Profile

HotPlugCount See HP Smart Array Profile

MediaFailures See HP Smart Array Profile

NotReadyErrors See HP Smart Array Profile

OtherTimeOuts See HP Smart Array Profile

SCSIBusFaults See HP Smart Array Profile

SectorsRead See HP Smart Array Profile

SectorsWritten See HP Smart Array Profile

SeekCount See HP Smart Array Profile

SeekErrors See HP Smart Array Profile

ServiceHours See HP Smart Array Profile

SpinUpErrors See HP Smart Array Profile

RetryRecoveredReadErrors See HP Smart Array Profile

RetryRecoveredWriteErrors See HP Smart Array Profile

1-2-21 SMX_SAStorageSetting Class The SMX_SAStorageSetting class implements the HPSA_StorageSetting class and represents the current raid configuration for a storage volume. There is one instance per storage volume.



CIM_ManagedElement

ElementName

RAID <n>

Where: <n> is the RAID Description.

For example: RAID 0

For example: RAID 1+0

For example: RAID 5

For example: RAID 6

CIM_SettingData


CIM_StorageSetting

ChangeableType 0 (Not Changeable)

DataRedundancyGoal 1 (RAID 0, RAID 4, RAID 5, RAID 6, RAID 50, RAID 60)

2 (RAID 1, RAID 1+0, RAID 5+1)

DataRedundancyMax 1 (RAID 0, RAID 4, RAID 5, RAID 6, RAID 50, RAID 60)


DataRedundancyMin 1 (RAID 0, RAID 4, RAID 5, RAID 6, RAID 50, RAID 60)


DeltaReservationGoal 0



NoSinglePointOfFailure False – RAID 0

True – RAID 1+0, RAID 5, RAID 6, RAID 50, RAID 60

PackageRedundancyGoal

0 (RAID 0)

1 (RAID 1, RAID 1+0, RAID 4, RAID 5, RAID 6,)

2 (RAID 6, RAID 50, RAID 60)

PackageRedundancyMax

0 (RAID 0)

1 (RAID 1+0, RAID 5, RAID 5+1)



PackageRedundancyMin

0 (RAID 0)

1 (RAID 1, RAID 1+0, RAID 4, RAID 5, RAID 5+1)


HPSA_StorageSetting

1-2-22 SMX_SADriveCage Class The SMX_SADriveCage class implements the HPSA_DriveCage class and represents the drive cage assembly and back plane within a storage enclosure. There may be multiple instances within a duplexed enclosure.

Note: For internal drives, no Drive Cage info will be populated

CIM_ManagedElement

ElementName

Port <n>

Where: <n> is the name of the port this drive cage is connected.

For example: Port J3


Name Serial Number of drive cage

N/A – when serial number is not available

CIM_PhysicalElement

CreationClassName SMX_SADriveCage

Manufacturer Drive Cage Vendor string

Model Drive Cage Model string

PartNumber N/A – Not available in this implementation

Tag Opaque key

SerialNumber Enclosure Serial number

Version N/A – Not available in this implementation

CIM_PhysicalPackage


HP_DriveCage

BackplaneSpeed See HP Smart Array profile

DriveBays See HP Smart Array profile

DuplexLocation See HP Smart Array profile

HPSA_DriveCage


1-2-23 SMX_SASCSIProtocolEndpoint Class The SMX_SASCSIProtocolEndpoint class implements the HPSA_SCSIProtocolEndpoint class and represents an access point to storage resources.



CIM_ManagedElement

ElementName






CIM_LogicalElement





CreationClassName SMX_SASCSIProtocolEndpoint

Name HBA Serial Number




ProtocolIFType 1 (Other)

OtherTypeDescription SCSI

CIM_SCSIProtocolEndpoint

ConnectionType 1 (Other)

OtherConnectionType PCI



Role

0 (Unknown)

2 (Initiator)

3 (Target)

4 (Both Initiator and Target)

HPSA_SCSIProtocolEndpoint

1-2-24 SMX_SASCSIProtocolController Class The SMX_SASCSIProtocolController class implements the HPSA_SCSIProtocolController class and represents a view a SCSI resources on the array controller.



CIM_ManagedElement

ElementName







Operational status of the controller

0 (Unknown)

2 (OK)

6 (Error)

CIM_LogicalElement







CIM_LogicalDevice

CreationClassName SMX_SASCSIProtocolController

DeviceID Opaque key





CIM_ SCSIProtocolController

HPSA_ SCSIProtocolController

1-2-25 SMX_SAStorageRedundancySet Class The SMX_SAStorageRedundancySet class implements the HPSA_StorageRedundancySet class and represents disk sparing aspect of a RAID configuration. There is an instance for every logical drive that has spare drives configured.



CIM_ManagedElement

ElementName Storage Redundancy Set

CIM_Collection



CIM_RedundancySet


MaxNumberSupported 0

MinNumberNeeded 0



RedundancyStatus 2 (Fully Redundant)

4 (Redundancy Lost)

TypeOfSet[0] 5 (Limited Sparing)

CIM_StorageRedundancySet

HPSA_StorageRedundancySet

1-2-26 SMX_SAStorageSpecificCollection Class The SMX_SAStorageSpecificCollection class implements the HPSA_StorageSpecificCollection class and represents a collection of smart array controllers that have been grouped together to report consolidated status.



CIM_ManagedElement

Caption Storage Array Consolidated Status

Description Storage Array Consolidated Status

ElementName Storage Array Consolidated Status

CIM_Collection




GroupOperationalStatus[0] Consolidated status for all array controllers.

Refer to section 9.10 of the HP Smart Array profile for details on how this is calculated and status example.

GroupStatusDescriptions[0] Description of GroupOperationStatus

HPSA_ StorageSpecificCollection


1-2-27 SMX_SADriveCageLocation Class The SMX_SADriveCageLocation class implements the HPSA_DriveCageLocation class and represents a location string for the drive cage.



CIM_ManagedElement

Caption Drive Cage

Description Drive Cage

ElementName Drive Cage

CIM_Location

Name Opaque key


HP_Location

ElementLocationTag Duplex Top, Duplex Bottom, Non Duplex

ElementLocationTagDesc 22 (Drive Cage)

LocationInformation[0]

HBA Port identifier

For example: J3

For example: 2I

For example: 1E

LocationInfoDesc[0] Port

HPSA_DriveCageLocation

1-2-28 SMX_SAArraySystemLocation Class The SMX_SAArraySystemLocation class implements the HPSA_ArraySystemLocation class and represents a location string for the array system.



CIM_ManagedElement

Caption Smart Array in <physical location>




CIM_Location

Name Opaque key


HP_Location

ElementLocationTag PCI Slot Number – when ‘Adapter’ is specified in ElementLocationTagDesc

ElementLocationTagDesc 23 (Adapter) – for internal HBA’s





LocationInfoDesc[0] 3 (PCI Slot) – for internal HBA’s

HPSA_ArraySystemLocation

1-2-29 SMX_SADiskDriveLocation Class The SMX_SADiskDriveLocation class implements the HPSA_DiskDriveLocation class and represents a location string for the disk drive.



CIM_ManagedElement

Caption

Controller name, Drive Type and Disk Location

For example: Smart Array E500 Physical Drive – Port: 1E Box 1 Bay: 5

Description


For example: Smart Array E500 Physical Drive - Port: 1E Box 1 Bay: 5

ElementName


For example: Smart Array E500 Physical Drive - Port: 1E Box 1 Bay: 5

CIM_Location

Name Opaque key


HP_Location

ElementLocationTag Bay Number of Disk Drive - When ‘Bay’ is specified in ElementLocationTagDesc.

ElementLocationTagDesc 20 (Bay)– when firmware supports Bay numbering

HPSA_DiskDriveLocation

1-2-30 SMX_SAArrayControllerLocation Class The SMX_SAArrayControllerLocation class implements the HPSA_ArrayControllerLocation class and represents a location string for the array controller.



CIM_ManagedElement

Caption Smart Array in <physical location>




CIM_Location

Name Opaque key


HP_Location

ElementLocationTag

For Internal HBA’s:

PCI Slot Number

For example: 3 – for adapter in PCI Slot 3

For example: 0 – for Embedded adapter

ElementLocationTagDesc 23 (Adapter) – for Internal HBA’s





LocationInfoDesc[0]

1(MezzanineSlot)—for internal HBA on a Mezzanine Card

3 (PCI Slot) – for internal HBA in a PCI slot

17(Embedded Device) – for internal HBA embedded on Motherboard

HPSA_ArrayControllerLocation

1-2-31 SMX_SAStorageCapabilities Class The SMX_SAStorageCapabilities class implements the HPSA_StorageCapabilities class and represents the possible Capabilities of a storage pool.



CIM_ManagedElement

ElementName

For Primodial Pools:





For Concrete Pools:

Controller name and <physical location>, Array Identifier

For example: Smart Array in Slot=3:0

CIM_Capabilities

InstanceID Key: Opaque key

CIM_StorageCapabilities

DataRedundancyDefault 1 (When number of drives is an odd number)

2 (When number of drives is an even number – For example: Pool can be configured for mirroring)

DataRedundancyMax 1 (When number of drives is an odd number)

2 (When number of drives is an even number – For example: Pool can be configured for mirroring)

DataRedundancyMin 1

DeltaReservationDefault 0



ElementType 5 (Storage Pool)

NoSinglePointOfFailure

True - When number of drives > 1

(For example: Pool can be configured for redundancy)

False – When number of drives <= 1

NoSinglePointOfFailureDefault

True - When number of drives > 1

(For example: Pool can be configured for redundancy)

False – When number of drives <= 1

PackageRedundancyDefault

0 (When number of drives <= 1)

1 (When number of drives = 2 or 3)

2 (When number of drives > 3)

PackageRedundancyMax

0 (When number of drives <= 1)

1 (When number of drives = 2 or 3)

2 (When number of drives > 3)

PackageRedundancyMin 0

HPSA_StorageCapabilities

1-2-32 SMX_SAProduct Class The SMX_SAProduct class implements the HPSA_Product class and represents the top level marketing information for the array system.



CIM_ManagedElement

ElementName





CIM_Product

IdentifyingNumber Opaque key

Name String representing the Marketing name.

Vendor HP

Version Firmware version of HBA or Storage System.

HPSA_Product

1-2-33 SMX_SAStorageEnclosureLocation Class The SMX_SAStorageEnclosureLocation class implements the HPSA_StorageEnclosureLocation class and represents a location string for the enclosure.



ElementName

Enclosure location

Port: <m> Box: <n>


Caption

Enclosure location

Port: <m> Box: <n>


Description

Enclosure location

Port: <m> Box: <n>


Name Key

PhysicalPosition Key

ElementLocationTag

Unknown for Undetermined

External for external enclosures

Internal for drive cages located within the host chassis

ElementLocationTagDesc 19 (Box)

HPSA_StorageEnclosureLocation

1-2-34 SMX_SAStorageVolumeStorageSetting (Association) The following table lists the associations implemented for this class.


ManagedElement SMX_SAStorageVolume

SettingData SMX_SAStorageSetting

IsCurrent 1 (Set to Is Current)



IsDefault 1 (Set to Is Default)

1-2-35 SMX_SAPrimordialPoolStorageCapabilities (Association) The following table lists the associations implemented for this class.


Capabilities SMX_SAStorageCapabilities

ManagedElement SMX_SAPrimordialPool

1-2-36 SMX_SAStoragePoolStorageCapabilities (Association) The following table lists the associations implemented for this class.


Capabilities SMX_SAStorageCapabilities

ManagedElement SMX_SAStoragePool

1-2-37 SMX_SAArraySystemStorageEnclosureProcessor (Association) The following table lists the associations implemented for this class.


GroupComponent SMX_SAArraySystem

PartComponent SMX_SAStorageEnclosureProcessor

1-2-38 SMX_SAArraySystemSCSIProtocolController (Association) The following table lists the associations implemented for this class.




PartComponent SMX_SASCSIProtocolController

1-2-39 SMX_SAArraySystemPortController (Association) The following table lists the associations implemented for this class.


SameElement SMX_SAArraySystem

SystemElement SMX_SAPortController

1-2-40 SMX_SAArraySystemDiskDrive (Association) The following table lists the associations implemented for this class.



PartComponent SMX_SADiskDrive

1-2-41 SMX_SAArraySystemStorageVolume (Association) The following table lists the associations implemented for this class.



PartComponent SMX_SAStorageVolume

1-2-42 SMX_SAArraySystemStorageExtent (Association) The following table lists the associations implemented for this class.



PartComponent SMX_SAStorageExtent


1-2-43 SMX_SAArraySystemDAPort (Association) The following table lists the associations implemented for this class.



PartComponent SMX_SADAPort

1-2-44 SMX_SAArraySystemPrimordialPool (Association) The following table lists the associations implemented for this class.



PartComponent SMX_SAPrimordialPool

1-2-45 SMX_SAArraySystemStoragePool (Association) The following table lists the associations implemented for this class.



PartComponent SMX_SAStoragePool

1-2-46 SMX_SAComputerSystemArraySystem (Association) The following table lists the associations implemented for this class.


GroupComponent HP_ComputerSystem

PartComponent SMX_SAArraySystem

1-2-47 SMX_SAArraySystemArrayController (Association) The following table lists the associations implemented for this class.




PartComponent SMX_SAArrayController

1-2-48 SMX_SAStorageEnclosureStorageEnclosureProcessor (Association) The following table lists the associations implemented for this class.


Antecedent SMX_SAStorageEnclosure

Dependent SMX_SAStorageEnclosureProcessor

1-2-49 SMX_SAProductPhysicalPackage (Association) The following table lists the associations implemented for this class.


GroupComponent SMX_SAProduct

PartComponent SMX_SAPhysicalPackage

1-2-50 SMX_SAStorageEnclosureDriveCage (Association) The following table lists the associations implemented for this class.


GroupComponent SMX_SAStorageEnclosure

PartComponent SMX_SADriveCage

1-2-51 SMX_SAPhysicalPackageArrayControllerPhysicalPackage (Association) The following table lists the associations implemented for this class.



GroupComponent SMX_SAPhysicalPackage

PartComponent SMX_SAArrayControllerPhysicalPackage

1-2-52 SMX_SAPhysicalPackageStorageEnclosure (Association) The following table lists the associations implemented for this class.


GroupComponent SMX_SAPhysicalPackage

PartComponent SMX_SAStorageEnclosure

1-2-53 SMX_SADriveCageDiskPhysicalPackage (Association) The following table lists the associations implemented for this class.


GroupComponent SMX_SADriveCage

PartComponent SMX_SADiskPhysicalPackage

1-2-54 SMX_SAStoragePoolStorageExtent (Association) The following table lists the associations implemented for this class.


GroupComponent SMX_SAStoragePool

PartComponent SMX_SAStorageExtent

1-2-55 SMX_SAStorageSpecificCollectionArraySystem (Association) The following table lists the associations implemented for this class.


Collection SMX_SAStorageSpecificCollection

Member SMX_SAArraySystem


1-2-56 SMX_SAStorageRedundancySetStorageExtent (Association) The following table lists the associations implemented for this class.


Collection SMX_SAStorageRedundancySet

Member SMX_SAStorageExtent

1-2-57 SMX_SAArraySystemFirmware (Association) The following table lists the associations implemented for this class.


InstalledSoftware SMX_SAFirmware

System SMX_SAArraySystem

1-2-58 SMX_SASCSIProtocolControllerStorageVolume (Association) The following table lists the associations implemented for this class.


Antecedent SMX_SASCSIProtocolController

Dependent SMX_SAStorageVolume

DeviceAccess 2 (Read Write)

DeviceNumber Device LUN number

1-2-59 SMX_SAFirmwareArraySystem (Association) The following table lists the associations implemented for this class.


Antecedent SMX_SAFirmware


Dependent SMX_SAArraySystem



2 (Current)


6 (Installed)

1-2-60 SMX_SAStorageEnclosureProcessorEnclosureFirmware (Association) The following table lists the associations implemented for this class.


Antecedent SMX_SAEnclosureFirmware

Dependent SMX_SAStorageEnclosureProcessor



2 (Current)


6 (Installed)

1-2-61 SMX_SADiskDriveDiskDriveFirmware (Association) The following table lists the associations implemented for this class.


Antecedent SMX_SADiskDriveFirmware

Dependent SMX_SADiskDrive



2 (Current)


6 (Installed)


1-2-62 SMX_SASmartDrvCarrierAppElementFirmwareIdentity (Association) This class is implemented only when the hardware includes Smart Drive Carrier support.



Antecedent HPSA_SmartDriveCarrierAppFirmware

Dependent HPSA_SADiskDrive

1-2-63 SMX_ SASmartDrvCarrierAppInstalledFirmwareIdentity (Association) This class is implemented only when the hardware includes Smart Drive Carrier support.



System HPSA_ArraySystem

InstalledSoftware HPSA_SmartDriveCarrierAppFirmware

1-2-64 SMX_ SASmartDrvCarrierBootldrElementFirmwareIdentity (Association) This class is implemented only when the hardware includes Smart Drive Carrier support.



Antecedent HPSA_SmartDriveCarrierBootldrFirmware



1-2-65 SMX_ SASmartDrvCarrierBootldrInstalledFirmwareIdentity (Association) This class is implemented only when the hardware includes Smart Drive Carrier support.



System HPSA_ArraySystem

InstalledSoftware HPSA_SmartDriveCarrierBootldrFirmware

1-2-66 SMX_SADiskDriveStorageExtent (Association) The following table lists the associations implemented for this class.


Antecedent SMX_SADiskDrive

Dependent SMX_SAStorageExtent

1-2-67 SMX_SADiskPhysicalPackageDiskDrive (Association) The following table lists the associations implemented for this class.


Antecedent SMX_SADiskPhysicalPackage


1-2-68 SMX_SAStoragePoolStorageVolume (Association) The following table lists the associations implemented for this class.


Antecedent SMX_SAStoragePool



SpaceConsumed Bytes consumed by volume

1-2-69 SMX_SAPrimordialPoolStoragePool (Association) The following table lists the associations implemented for this class.


Antecedent SMX_SAPrimordialPool

Dependent SMX_SAStoragePool

SpaceConsumed Bytes consumed by storage pool

1-2-70 SMX_SASpareExtentStorageExtent (Association) The following table lists the associations implemented for this class.


Antecedent SMX_SAStorageExtent

Dependent SMX_SAStorageExtent

1-2-71 SMX_SASpareExtentStorageRedundancySet (Association) The following table lists the associations implemented for this class.



Dependent SMX_SAStorageRedundancySet

1-2-72 SMX_SAStorageExtentStorageVolume (Association) The following table lists the associations implemented for this class.





1-2-73 SMX_SADAPortSCSIProtocolEndpoint (Association) The following table lists the associations implemented for this class.


Antecedent SMX_SADAPort

Dependent SMX_SASCSIProtocolEndpoint

1-2-74 SMX_SAStorageGroupHostedCollection (Association) The following table lists the associations implemented for this class.


Antecedent HP_ComputerSystem

Dependent SMX_SAStorageSpecificCollection

1-2-75 SMX_SAPhysicalPackageArraySystem (Association) The following table lists the associations implemented for this class.


Antecedent SMX_SAPhysicalPackage

Dependent SMX_SAArraySystem

1-2-76 SMX_SAArrayControllerPhysicalPackageArrayController (Association) The following table lists the associations implemented for this class.


Antecedent SMX_SAArrayControllerPhysicalPackage

Dependent SMX_SAArrayController


1-2-77 SMX_SADiskDriveMediaAccessStatData (Association) The following table lists the associations implemented for this class.


ManagedElement SMX_SADiskDrive

Stats SMX_SAMediaAccessStatData

1-2-78 SMX_SAArrayControllerPhysicalPackageArrayControllerLocation (Association) The following table lists the associations implemented for this class.


Element SMX_SAArrayControllerPhysicalPackage

PhysicalLocation SMX_SAArrayControllerLocation

1-2-79 SMX_SAPhysicalPackageArraySystemLocation (Association) The following table lists the associations implemented for this class.


Element SMX_SAPhysicalPackage

PhysicalLocation SMX_SAArraySystemLocation

1-2-80 SMX_SADriveCageDriveCageLocation (Association) The following table lists the associations implemented for this class.


Element SMX_SADriveCage

PhysicalLocation SMX_SADriveCageLocation

1-2-81 SMX_SADiskPhysicalPackageDiskDriveLocation (Association) The following table lists the associations implemented for this class.


Element SMX_SADiskPhysicalPackage

PhysicalLocation SMX_SADiskDriveLocation

1-2-82 SMX_SASCSIProtocolEndpointSCSIProtocolController (Association) The following table lists the associations implemented for this class.


AvailableSAP SMX_SASCSIProtocolEndpoint

ManagedElement SMX_SASCSIProtocolController

1-2-83 SMX_SAStorageEnclosureEnclosureLocation (Association) The following table lists the associations implemented for this class.


Element SMX_SAStorageEnclosure

PhysicalLocation SMX_SAStorageEnclosureLocation

1-2-84 SMX_SATSASSCSIProtocolEndpoint SMX_SATSASSCSIProtocolEndpoint implements the HPSA_SATSASSCSIProtocolEndPoint class and represents each port on SAS Drive. The following table lists the associations implemented for this class.


CIM_ManagedElement

ElementName Protocol Endpoint for <xxx>

Where <xxx> is the value populated in the ElementName property of the

instance of SMX_SATSASPort associated to this instance via the association SMX_SATSASPortTSASSCSIPE

Caption

Protocol Endpoint for <xxx>

Where <xxx> is the value populated in the ElementName property of the instance of SMX_SATSASPort associated to this instance via the association SMX_SATSASPortTSASSCSIPE


Name

SMX_SADiskDrive.DeviceID:<unique value>

Where <SMX SADiskDrive.DeviceID> is the DeviceID property of the instance of SMX_SADiskDrive associated to this instance via the association SMX_SADiskDriveTSASSCSIPE, and unique value is a unique value across all instances of SMX_SATSASSCSIProtocolEndpoint. For example, a dual port disk has two instances of SMX_SATSASSCSIProtocolEndpoint with the name properties set to:- PH77MW3991:0:0 - PH77MW3991:0:1


SystemCreationClassName SMX ArraySystem

SystemName The property value of HPSA_ArraySystem.nam

CreationClassName SMX SATSASSCSIProtocolEndpoint




CIM_ SCSIProtocolEndpoint

ProtocolIFType 1 (Other)


Role 3 (Target)

HPSA_SATSASSCSIProtocolEndpoint

Path Redundancy path status:

0 (Unknown)2 (Active)3 (Passive)5 (Path Error)


1-2-85 SMX_SAISASSCSIProtocolEndpoint SMX_SAISASSCSIProtocolEndpoint implements HPSA_SAISASSCSIProtocolEndpoint and HPSA_SAISASSCSIProtocolEndpoint represents each port on the smart array controller. The following table lists the associations implemented for this class.

CIM_ManagedElement

Caption


Where: <xxx> is the value populated in the ElementName property of the instance of SMX_SATSASPort associated to this instance via the association SMX_SATSASPortTSASSCSIPE

ElementName


Where: <xxx> is the value populated in the ElementName property of the instance of SMX_SATSASPort associated to this instance via the association SMX_SATSASPortTSASSCSIPE


Name The same value as the DeviceID property of the instance of SMX_SAISASPort associated to this instance through the association SMX_SAISASPortISASSCSIPE.


SystemCreationClassName SMX SAArraySystem

SystemName The property value of HPSA_ArraySystem.name

CreationClassName SMX ISASSCSIProtocolEndpoint

ProtocolIFType 1 (other)


Role 2 (initiator)

1-2-86 SMX_SATSASPort The following table lists the associations implemented for this class.


CIM_ManagedElement

Caption

Port <unique_index>

Where: <unique_index> is a unique index across all ports on a single drive

mailto:Caption

mailto:unique_index

mailto:unique_index

ElementName

Port <unique_index>

Where: <unique_index> is a unique index across all ports on a single drive


OperationalStatus

2 (OK)

For multi-path supported firmware implementations, the status of the port is OK, and the status of the path is the only element that can be detected.





CIM_LogicalDevice

SystemnCreationClassName SMX SAArraySystem


CreationClassName SMX_SATSASPort

DeviceID

The same value as the SMX_SATSASSCSIProtocolEndpoint.Name property of the instance associated through SMX_SAISASPortISASSCSIPE.

CIM_LogicalPort

UsageRestriction 4 (Not restricted)

PortType 94 (SAS)

CIM_SASPort

PermanentAddress Not supported

1-2-87 SMX_SAISASPort The following table lists the associations implemented for this class.


mailto:ElementName

mailto:unique_index

mailto:unique_index

mailto:OperationalStatus

mailto:2

mailto:EnabledDefault

mailto:2

mailto:EnabledState

mailto:5

mailto:RequestedState

mailto:12

mailto:SystemnCreationClassName

mailto:SMX%20ArraySystem

mailto:SystemName

mailto:HP_ArraySystem.name

mailto:CreationClassName

mailto:SMX_TSASPort

mailto:DeviceID

mailto:SMX_TSASSCSIProtocolEndpoint.Name

mailto:SMX_ISASPortISASSCSIPE

mailto:UsageRestriction

mailto:4

mailto:PortType

mailto:94

mailto:PermanentAddress

CIM_ManagedElement

Caption

Port <port #>

Where: <port #> is the port number

For example: 1E, 2E, and so on

ElementName

Port <port #>

Where: <port #> is the port number

For example: 1E, 2E, and so on


OperationalStatus

2 (OK)

For multi-path supported firmware implementations, the status of the port is OK, and the status of the path is the only thing that can be detected.




CIM_LogicalDevice

SystemnCreationClassName SMX ArraySystem


CreationClassName SMX_SAISASPort

DeviceID

SMX SAPortController.DeviceIDport #

Where: SMX_SAPortController.deviceID is the DeviceID property of the instance of SMX_SAPortController associated to this instance via the association SMX_SAPortControllerISASPort, and port # is the port number for the port.

This is the same value that is concatenated to the caption and related properties. An example of a array controller with two external ports is:

PH77MW3991:1E

PH77MW3991:2E

CIM_LogicalPort

UsageRestriction 4 (Not restricted)



PortType 94 (SAS)

CIM_SASPort

PermanentAddress Not supported

1-2-88 SMX_SAISASPortISASSCSIProtocolEndpoint (Association) The following table lists the associations implemented for this class.


Antecedent SMX_SAISASPort

Dependent SMX_SAISASSCSIProtocolEndpoint

1-2-89 SMX_SAArraySystemISASSCSIProtocolEndPoint (Association) The following table lists the associations implemented for this class.


Antecedent SMX_SAArraySystem

Dependent SMX_SAISASSCSIProtocolEndpoint

1-2-90 SMX_SAArraySystemISASPort (Association) The following table lists the associations implemented for this class.



PartComponent SMX_SAISASPort

1-2-91 SMX_SAPortControllerISASPort (Association) The following table lists the associations implemented for this class.



Antecedent SMX_SAPortController

Dependent SMX_SAISASPort

1-2-92 SMX_SAArraySystemTSASSCSIProtocolEndpoint (Association) The following table lists the associations implemented for this class.


Antecedent SMX_SAArraySystem

Dependent SMX_SATSASSCSIProtocolEndpoint

1-2-93 SMX_SATSASPortTSASSCSIProtocolEndpoint (Association) The following table lists the associations implemented for this class.


Antecedent SMX_SATSASPort

Dependent SMX_SATSASSCSIProtocolEndpoint

1-2-94 SMX_SAArraySystemTSASPort (Association) The following table lists the associations implemented for this class.



PartComponent SMX_SATSASPort

1-2-95 SMX_SADiskDriveTSASSCSIProtocolEndpoint (Association) The following table lists the associations implemented for this class.



AvailableSAP SMX_SATSASSCSIProtocolEndpoint

ManagedElement SMX_SADiskDrive

1-2-96 SMX_SASCSIInitiatorTargetLogicalUnitPath The following table lists the associations implemented for this class.


Initiator SMX_SAISASSCSIProtocolEndpoint

Target SMX_SATSASSCSIProtocolEndpoint

LogicalUnit SMX_SAStorageExtent

State

0 (Unknown) if path status cannot be ascertained

2 (active) if the path is active and healthy

5 (path error) if the path has an error

3 (passive) path is healthy but is not active or is the standby path

1-2-97 SMX_SAPortControllerPCIDevice (Association) The following table lists the associations implemented for this class.


SystemElement SMX_PCIDevice

SameElement SMX_SAPortController


The following tables describe the SMX WBEM Smart Array Provider indications that are implemented for HP ProLiant server platforms where available.

1-3-1 HP_DeviceIndication: Physical Drive Status Changed to OK




CIM_Indication




CIM_AlertIndication

Description A physical drive status has changed from a non-OK state to OK.

AlertingManagedElement WBEM Path of SMX_SADiskDrive class



EventID 201


ProviderName HP Smart Array




HP_AlertIndication

Summary Physical Drive status OK



ProbableCauseDescription Physical Drive Status Changed to OK













ImpactedDomain

3 (Enclosure) for c-Class blade systems

4 (System) for all other systems

Note:

When ImpactedDomain is 3 (Enclosure) the properties that follow and are indicated with an asterisk (*) below will be populated.




RackName * Rack name if, one exists

RackUID * Rack Unique Identifier, if one exists




HWFirmwareVersion Physical Disk firmware version string

HWLogicalLocation Physical Disk Location string

For example: Port:1E Box: 1 Bay 5



HWPhysicalLocation Physical Location of the Failed Drive (Bay Number)

HWSerialNumber Physical Disk Serial Number

HP_DeviceIndication

DeviceModel Physical Disk Model string

DeviceControllerLogicalLocation Controller Location

For example: SmartArray 642 in Slot 2

VariableNames[]

FailureDescription

DriveInterface

LastFailureDescription

VariableTypes[] String (1)

uint16 (4)

VariableValues[]

FailureDescription – short description of the failure

Drive interface HPSA_DiskDrive.DriveInterface

LastFailureDescription – last failure reason string from the drive. HPSA_DiskDrive.OperationalStatus[1]

1-3-2 HP_DeviceIndication: Physical Drive Status Changed to ERROR


CIM_Indication


PerceivedSeverity Severity

5 (Major)


CIM_AlertIndication

Description A physical drive status has changed to Error.






EventID 202


ProviderName HP Smart Array (




HP_AlertIndication

Summary Physical drive status Error



ProbableCauseDescription Physical Drive Status Changed to Error












ImpactedDomain



Note:





RackName * Rack name, if one exists







HWLogicalLocation

Physical Disk Location string




VariableNames[]

FailureDescription

DriveInterface



uint16 (4)



VariableValues[]




HP_DeviceIndication




1-3-3 HP_DeviceIndication: Physical Drive Status Changed to REBUILDING


CIM_Indication




CIM_AlertIndication

Description A physical drive status has changed to Rebuilding. Data is now being rebuilt onto this drive from the RAID set.




EventID 203








HP_AlertIndication

Summary Physical drive is now rebuilding.



ProbableCauseDescription Physical Drive Status Changed to Rebuilding











ImpactedDomain



Note:

















VariableNames[]

FailureDescription

DriveInterface



uint16 (4)

VariableValues[]




HP_DeviceIndication





1-3-4 HP_DeviceIndication: Physical Drive Status Changed to PREDICTIVE FAILURE


CIM_Indication




CIM_AlertIndication

Description A physical drive status has changed to Predictive Failure.




EventID 204






HP_AlertIndication

Summary Physical drive status Predictive Failure.



ProbableCauseDescription Physical Drive Status Changed to Predictive Failure.












ImpactedDomain



Note:













For example:



Port:1E Box: 1 Bay 5



VariableNames[]

FailureDescription

DriveInterface



uint16 (4)

VariableValues[]




HP_DeviceIndication




1-3-5 HP_DeviceIndication: Physical Drive Status Changed to Predictive Failure due to Solid State Drive Wearout


CIM_Indication




CIM_AlertIndication

Description The Physical drive status has changed to Predictive Failure due to Solid State drive wear



out.




EventID 206






HP_AlertIndication

Summary Physical drive status in Predictive Failure due to SSD wears out.



ProbableCauseDescription The Physical drive status has changed to Predictive Failure due to Solid State drive wear out.












ImpactedDomain



Note:
















VariableNames[]

FailureDescription

DriveInterface





uint16 (4)

VariableValues[]




HP_DeviceIndication




1-3-6 HPSA_StorageVolumeIndication : Logical Drive Status Changed to OK


CIM_Indication




CIM_AlertIndication

Description A logical drive status has changed from a non-OK state to OK.

AlertingManagedElement WBEM Path of SMX_SAStorageVolume Class



EventID 101








HP_AlertIndication

Summary Logical drive status OK



ProbableCauseDescription Logical Drive Status Changed to OK










ImpactedDomain















HWLogicalLocation Logical drive number and RAID Level

For example: LogicalDrive1 (RAID 1+0).

VariableNames[] FailureDescription


VariableValues[] FailureDescription short description of the failure

HP_DeviceIndication

HPSA_StorageVolumeIndication

DeviceOperationalStatus

Current OperationalStatus values for Storage Volume

DeviceOperationalStatus[0]:

SMX_SAStorageVolume.OperationalStatus[0]



(This index is only populated if there is additional Vendor unique status available)



DeviceOperationalStatusPrevious

Previous OperationalStatus values for Storage Volume

DeviceOperationalStatusPrevious[0]:





1-3-7 SMX_SAStorageVolumeIndication: Logical Drive Status Changed to ERROR


CIM_Indication




CIM_AlertIndication

Description A logical drive status has changed to Error.

AlertingManagedElement WBEM Path of SMX_SAStorageVolume class



EventID 102






HP_AlertIndication



Summary Logical drive status error



ProbableCauseDescription Logical Drive Status Changed to Error










ImpactedDomain



Note:













HWLogicalLocation Logical drive number & RAID Level.

For example: LogicalDrive1 (RAID 1+0).




HP_DeviceIndication

SMX_SAStorageVolumeIndication


Current OperationStatus values for Storage Volume







Previous OperationStatus values for Storage Volume






1-3-8 SMX_SAStorageVolumeIndication: Logical Drive Status Changed to Degraded




CIM_Indication




CIM_AlertIndication

Description A logical drive is in a degraded state. Device is still servicing I/O but redundancy may be degraded or lost.

AlertingManagedElement WBEM Path of SMX_SAStorageVolume class



EventID 103



RecommendedActions

Check status of physical drives. Degraded status may be caused by failed or missing physical drives, or a data recovery operation on one or more physical drives.



HP_AlertIndication

Summary Logical drive in degraded state



ProbableCauseDescription Logical State Changed to Degraded












ImpactedDomain



Note:











HWLogicalLocation Logical drive number & RAID Level.

For example: LogicalDrive 1 (RAID 1+0).






HP_DeviceIndication

SMX_SAStorageVolumeIndication


Current OperationStatus values for Storage Volume







Previous OperationStatus values for Storage Volume






1-3-9 HP_DeviceIndication: Controller Status Changed to OK Property Name Property Implementation

CIM_Indication




CIM_AlertIndication

Description A Smart Array controller status has changed from non-OK to OK.

AlertingManagedElement WBEM Path to SMX_SAArrayController class.





EventID 1






HP_AlertIndication

Summary Controller status OK



ProbableCauseDescription Array Controller Status Changed to OK












ImpactedDomain



Note:











HWFirmwareVersion Array Controller firmware version string

HWLogicalLocation Array Controller Location string

For example: Smart Array P600 in Slot 5

HWManufacturer Array Controller Manufacturer

HWSerialNumber Array Controller Serial Number

VariableNames[]

FailureDescription

CacheSizeTotal

CacheSerialNumber


uint32 (5)



VariableValues[]


CacheSizeTotal HPSA_ArrayController.CacheSizeTotal

CacheSerialNumber HPSA_ArrayController.CacheSerialNumber

HP_DeviceIndication

DeviceModel Array Controller Model string

1-3-10 HP_DeviceIndication: Controller Status Changed to ERROR


CIM_Indication




CIM_AlertIndication

Description A Smart Array controller status has changed to Error.




EventID 2



RecommendedActions Check controller status and run diagnostics.



HP_AlertIndication

Summary Controller status Error




ProbableCause 24 (I/O device error)

ProbableCauseDescription Array Controller Status Changed to Error










ImpactedDomain



Note:


















VariableNames[]

FailureDescription

CacheSizeTotal

CacheSerialNumber


uint32 (5)

VariableValues[]




HP_DeviceIndication


1-3-11 HP_DeviceIndication: Controller Battery Status Change - OK


CIM_Indication


PerceivedSeverity 2 (info)


CIM_AlertIndication



Description A Smart Array controller Battery status has changed from non-OK to OK.




EventID 6





SystemCreationClass CreationClassName of the computer system generating the indication

HP_AlertIndication

Summary Controller battery status OK



ProbableCauseDescription Controller Battery Status Changed to OK













ImpactedDomain



Note:















VariableNames[]

FailureDescription

CacheSizeTotal

CacheSerialNumber


uint32 (5)



VariableValues[]




HP_DeviceIndication


1-3-12 HP_DeviceIndication: Controller Battery Status Changed to not fully charged


CIM_Indication




CIM_AlertIndication

Description A Smart Array controller Battery status has changed to Not Fully Charged.




EventID 7



RecommendedActions Check battery operation, allow time to the battery to be fully charged.



HP_AlertIndication



Summary Controller Battery Status set to Not fully Charged.


ProbableCause 99 (low battery)

ProbableCauseDescription Controller Battery Status Changed to Not Fully Charged










ImpactedDomain



Note:


















VariableNames[]

FailureDescription

CacheSizeTotal

CacheSerialNumber


uint32 (5)

VariableValues[]




HP_DeviceIndication


1-3-13 HP_DeviceIndication: Controller Battery Status Changed to FAILED


CIM_Indication






CIM_AlertIndication

Description A Smart Array controller battery status changed to Failed.




EventID 8



RecommendedActions Check battery connection and replace if necessary.



HP_AlertIndication

Summary Controller battery status Failed


ProbableCause 92 (battery failure)

ProbableCauseDescription Controller Battery Status Changed to Failed












ImpactedDomain



Note:
















VariableNames[]

FailureDescription

CacheSizeTotal

CacheSerialNumber




uint32 (5)

VariableValues[]




HP_DeviceIndication


1-3-14 HP_DeviceIndication: Controller Cache Status - OK Property Name Property Implementation

CIM_Indication




CIM_AlertIndication

Description A Smart Array controller Cache status has changed from non-OK to OK.




EventID 9






HP_AlertIndication



Summary Controller cache status OK



ProbableCauseDescription Controller Cache Status Changed to OK




















ImpactedDomain



Note:









VariableNames[]

FailureDescription

CacheSizeTotal

CacheSerialNumber


uint32 (5)

VariableValues[]




HP_DeviceIndication


1-3-15 HP_DeviceIndication: Controller Cache Status - Temporarily Disabled


CIM_Indication






CIM_AlertIndication

Description

A Smart Array controller Cache status has changed to Temporarily Disabled. This may be caused by a rebuild or configuration change. Normal operation will return after background operations have completed.




EventID 10






HP_AlertIndication

Summary Array controller cache status temporarily disabled


ProbableCause 35 (Performance Degraded)

ProbableCauseDescription Array Controller Cache Status Changed to Temporarily Disabled












ImpactedDomain



Note:


















VariableNames[]

FailureDescription

CacheSizeTotal

CacheSerialNumber


uint32 (5)

VariableValues[]




HP_DeviceIndication


1-3-16 HP_DeviceIndication: Controller Cache Status - Permanently Disabled


CIM_Indication




CIM_AlertIndication

Description

A Smart Array controller Cache status has changed to Permanently Disabled. The controller has detected a problem with the cache and has disabled the cache permanently.




EventID 11





RecommendedActions Check the cache controller error code and run diagnostics.



HP_AlertIndication

Summary Array controller cache status permanently disabled


ProbableCause 35 (Performance Degraded)

ProbableCauseDescription Array Controller Cache Status Changed to Permanently Disabled










ImpactedDomain



Note:


















VariableNames[]

FailureDescription

CacheSizeTotal

CacheSerialNumber


uint32 (5)

VariableValues[]




HP_DeviceIndication



1-3-17 HP_DeviceIndication: Enclosure Power Supply Status changed to Non Redundant


CIM_Indication




CIM_AlertIndication

Description A Storage Enclosure Power Subsystem status has changed to non-redundant.

AlertingManagedElement WBEM Path of SMX_SAStorageEnclosureProcessor



EventID 301






HP_AlertIndication

Summary Power Supply status Non-Redundant



ProbableCauseDescription Redundant Power Supply Status Changed to Non-Redundant












ImpactedDomain



Note:











HWLogicalLocation Enclosure Location string

For example: Port 1I Box 1




HP_DeviceIndication


1-3-18 HP_DeviceIndication: Enclosure Power Supply Status changed to OK (Redundant)


CIM_Indication




CIM_AlertIndication

Description A Storage Enclosure Power Subsystem has changed to Fully Redundant.




EventID 302






HP_AlertIndication

Summary Redundant power supply status OK





ProbableCauseDescription Redundant Power Supply Status Changed to OK











ImpactedDomain



Note:















HP_DeviceIndication


1-3-19 HP_DeviceIndication: Enclosure Power Supply Status changed to Redundant Degraded


CIM_Indication




CIM_AlertIndication

Description A Storage Enclosure Power Subsystem status has changed to Degraded Redundancy.




EventID 303








HP_AlertIndication

Summary Power supply status Redundant Degraded


ProbableCause 89 (Power supply failure)

ProbableCauseDescription Redundant Power Supply Degraded











ImpactedDomain



Note:
















HP_DeviceIndication


1-3-20 HP_DeviceIndication: Enclosure Temperature sensor Status changed to OK


CIM_Indication




CIM_AlertIndication

Description A Storage Enclosure Temperature sensor status changed from non-OK to OK.






EventID 307






HP_AlertIndication

Summary Temperature sensor status OK



ProbableCauseDescription Temperature Status Changed to OK












ImpactedDomain



Note:














HP_DeviceIndication


1-3-21 HP_DeviceIndication: Enclosure Temperature sensor Status Changed to Warning


CIM_Indication






CIM_AlertIndication

Description

A Storage Enclosure Temperature sensor status changed to Warning Condition. This indicates the enclosure temperature is above normal, otherwise enclosure is still operating normally.




EventID 308



RecommendedActions

Ensure that the system is adequately ventilated. Check for proper room temperature and internal/external airflow. Add or repair fans and air baffling if necessary.



HP_AlertIndication

Summary Temperature sensor status Warning Condition



ProbableCauseDescription Temperature Status Changed to Warning Condition




ProviderVersion For example:



2.2.0.0






ImpactedDomain



Note:














HP_DeviceIndication




1-3-22 HP_DeviceIndication: Enclosure Temperature sensor Status Changed to Critical


CIM_Indication




CIM_AlertIndication

Description

A Storage Enclosure Temperature sensor status has changed to Critical. An enclosure temperature is reaching the maximum allowed temperature for normal operation. A shutdown is imminent. Action is required before loss of data occurs.




EventID 309



RecommendedActions




HP_AlertIndication

Summary Temperature sensor status Critical




ProbableCause 51 (Temperature Unacceptable )

ProbableCauseDescription Temperature Status Changed to Critical










ImpactedDomain



Note:









SolutionProductModel Conditional property containing the Solution Name string when running in

a aggregate product environment in the format <aggregate product family name> v<major>.<minor>.<update>





HP_DeviceIndication


1-3-23 HP_DeviceIndication: Enclosure Fan Status Changed to OK


CIM_Indication




CIM_AlertIndication

Description A Storage Enclosure Fan status has changed from a non-OK state to OK.




EventID 304




HP_AlertIndication

Summary Fan status OK



ProbableCauseDescription Fan Status Changed to OK










ImpactedDomain



Note:
















HP_DeviceIndication


1-3-24 HP_DeviceIndication: Enclosure Fan Status changed to Degraded


CIM_Indication




CIM_AlertIndication

Description A Storage Enclosure Fan status has changed to Degraded. An enclosure has detected there may a problem with one or more of the fans.




EventID 305





RecommendedActions




HP_AlertIndication

Summary Fan status Degraded













ImpactedDomain



Note:
















HP_DeviceIndication


1-3-25 HP_DeviceIndication: Enclosure Fan Status change to Failure


CIM_Indication




CIM_AlertIndication

Description A Storage Enclosure Fan status changed to Failure. An



enclosure has detected a failure in the fan subsystem and there is insufficient fan capability to ensure normal operation.




EventID 306



RecommendedActions




HP_AlertIndication

Summary Fan status Error



ProbableCauseDescription Fan Failure












ImpactedDomain



Note:














ImpactedDomain



Note:



HP_DeviceIndication


1-4 Physical Location The Physical Location is a string representing the Smart Array device physical location. This string should represent the physical location of the device with which an end-user can uniquely locate the device. Most of these strings will be represented in customer documentation, silkscreen labels, or hood tags.


All Systems HP Integrity Cellular

Servers

HP BladeServers in C3000 / C7000

Enclosures


Embedded Controller=<logical_controller_id> Bay=<num>

RootPort=<num> (if embedded on System Board)


Chassis=<num> Mezzanine=<num> (I/O Mezzanines lot num)

Smart Array View Class Data Sheet 1

1 Smart Array View Class Data Sheet

1-1 Overview The HP Smart Array View Class data sheet describes host based Smart Array HBA’s and the attached devices. Note that current View Class implementation does not support externally attached Smart Array based MSA devices (e.g. MSA500, MSA20).

1-2 Class Implementations

1-2-1 HPVC_SAController HPVC_SAController represents the Smart Array HBA. There will be one instance per HBA.

Table 1 – Class: HPVC_SAController

Property Name Property Implementation CIM_ManagedElement

ElementName Controller product name and controller index e.g. “HP Smart Array P400 Controller : HPSA1” Note: Each Smart Array controller should have a unique controller index. Index is an integer that starts from 1.

CIM_ ManagedSystemElement HealthState 0 (Unknown)

5 (OK) 10 (Degraded/Warning) 15 (Minor Failure) 20 (Major Failure) 25 (Critical Failure) 30 (Non-recoverable Error)

CIM_ LogicalElement CIM_ EnabledLogicalElement

CIM_System CreationClassName “HPVC_SAController” Name vmwControllerX

Note: VMware Virtual Infrastructure Client requires “Name” to be “vmwControllerX”, where X can be any string. In our case, string X should match the controller name reported in HPVC_SAControllerElementName. e.g. “vmwControllerHPSA1”


Property Name Property Implementation CIM_ComputerSystem

VMware_Controller HPVC_SAController

1-2-2 HPVC_SAControllerFirmware HPVC_SAControllerFirmware represents Smart Array controller firmware. There will be one instance per HBA.

Table 2 – Class: HPVC_SAControllerFirmware


ElementName Smart Array Controller X Note: VMware Virtual Infrastructure client requires controller name string X matches “vmwControllerX” reported in HPVC_SAControllerName. e.g. “Smart Array Controller HPSA1”

CIM_ ManagedSystemElement Name Smart Array Controller X Firmware

CIM_ LogicalElement Caption Smart Array Controller X Firmware

CIM_ SoftwareIdentity InstanceID HPQ:Smart Array Controller X Manufacturer HP VersionString Smart Array controller firmware version

e.g. “4.12”

HPVC_SAControllerFirmware

1-2-3 HPVC_SABattery HPVC_SABattery represents Smart Array controller battery.

Table 3 – Class: HPVC_SABattery


ElementName Battery on HPSA X e.g. “Battery on HPSA1”

CIM_ ManagedSystemElement CIM_ LogicalElement

CIM_EnabledLogicalElement CIM_LogicalDevice


Property Name Property Implementation CreationClassName HPVC_SABattery DeviceID Battery on HPSA X SystemCreationClassName SMX_ComputerSystem SystemName Server host name

CIM_Battery BatteryStatus 1(Other)

2(Unknown) 3(Fully Charged) 4(Low) 5(Critical) 6(Charging) 7(Charging and High) 8(Charging and Low) 9(Charging and Critical) 10(Undefined) 11(Partially Charged) 12(Learning) 13(Overcharged) VMware_Battery HPVC_SABattery

1-2-4 HPVC_SAStorageExtent HPVC_SAStorageExtent represents physical disk attached to Smart Array controller. There will be one instance per physical disk.

Table 4 – Class: HPVC_SAStorageExtent


ElementName Disk Y on HPSA X : Location : Capacity : Disk Role : Detailed Status Disk Role shows whether this disk is a data disk, a spare disk, or an unconfigured disk. Detailed Status reports detailed disk status information when disk is degraded or failed. When disk is in OK condition, this Detailed Status is an empty string. e.g. “Disk 1 on HPSA 1 : Port 1I Box 1 Bay 8 : 68GB : Data Disk : Disk Error”

CIM_ManagedSystemElement Name Serial number

Property Name Property Implementation HealthState 0 (Unknown)


CIM_LogicalElement Caption Disk Y on HPSA X

CIM_EnabledLogicalElement CIM_LogicalDevice

CreationClassName HPVC_SAStorageExtent DeviceID HPVC_SAStorageExtent-<model>-<serial number>

e.g. HPVC_SAStorageExtent-HPDG072BB975-3NP2TCCF000098402P95

SystemCreationClassName SMX_ComputerSystem SystemName Server host name

CIM_StorageExtent BlockSize Block size in bytes NumberOfBlocks Total number of blocks on disk drive Primordial Set to “True”

VMware_StorageExtent HPVC_SAStorageExtent

1-2-5 HPVC_SAStorageVolume HPVC_SAStorageExtent reprents logical volumes configured on Smart Array controller. There will be one instance per logical volume.

Table 5 – Class: HPVC_SAStorageVolume

Property Name Property Implementation ElementName Logical Volume Y on HPSA X : RAID level : Capacity :

Associated Physical Disks : Detailed Status Associated Physical Disks reports a list of physical disks that are associated with this logical volume. Physical disk’s index should match the one reported in HPVC_StorageExtentElement Name. Detailed Status shows detailed volume status information when this logical volume is degraded or failed. When logical volume is in an OK condition, this field should be an empty string. e.g. “Logical Volume 1 on HPSA 1 : RAID 0 : 68GB : Disk 1, 3, 4 : Interim Recovery”

CIM_ ManagedSystemElement HealthState 0 (Unknown)


CIM_ LogicalElement CIM_ EnabledLogicalElement

CIM_ LogicalDevice CreationClassName HPVC_SAStorageVolume DeviceID HPVC_SAStorageVolume-<unique volume ID>

e.g. HPVC_SAStorageVolume-600508b10010463956564636454e0007

SystemCreationClassName SMX_ComputerSystem SystemName Server host name

CIM_ StorageExtent BlockSize Block size in bytes NumberOfBlocks Total number of blocks on the volume

CIM_StorageVolume VMware_StorageVolume HPVC_SAStorageVolume

1 HP Insight Manager WBEM System Fan Provider Overview

Description

The HP Insight Management Web-Based Enterprise Management (WBEM) System Fan provider implements and extends CIM classes described in this document to model the base server. These classes provide computational information and capabilities and serve as an aggregation point to associate one or more elements that make up a base server, such as: Fans, PowerSupplies, Processor and Memory (Volatile and/or NonVolatile Storage).


HP Fan Profile HP WBEM TC 1.3 (P102)

HP Location Profile HP WBEM TC 1.2.0 (P124)

HP Fan Physical Location Profile HP WBEM TC 1.1.0 (P115)

Requirements



RLEL 5.0 and later


SLES 11 and later


ESXi 4.1 and later

ESXi 5.0 and later









• SMX_Fan

• SMX_FanCollection

• SMX_FanRedundancySet

• SMX_MemberOfFanRedundancy

• SMX_HostedFanRedundancySet

• SMX_MemberOfFanCollection

• SMX_HostedFanCollection

• SMX_SystemFan

• SMX_FanLocation

• SMX_FanElementLocation

• SMX_FanModule

• SMX_SystemPhysicalFan

• SMX_RealizesFan

• SMX_FanSlot

• SMX_FanInSlot

• SMX_SystemFanSlot

• SMX_FanSpeedSensor

• SMX_AssociatedFanSensor

• SMX_SystemFanSensor



1-2-1 SMX_Fan Class The SMX_Fan class is used to model fans on servers. Fan numbers for existing instances do not change when other fans are added and removed.



CIM_ManagedElement

Caption

Short description of this fan from the name displayed by the MP or iLO and the location.

For example: Fan 1 at CabinetFan=01

Description

Description of this fan, including ElementName, FanType and StatusDescription[0]. For example: elementname provides cooling for fantype. statusdescription. Where: <elementname> represents the value of ElementName, fantype represents the corresponding string value of the FanType enumeration and statusdescription represents the value of StatusDescriptions[0]

ElementName

Short description of this fan from the name displayed by the MP or iLO and the location.



OperationalStatus[0] 2 (OK) – if fan is operating properly; 3 (Degraded) – if fan is degraded 6 (Error) – if fan has failed


Description of the status of the fan corresponding to the OperationalStatus. For example: Fan is operating properly– if OperationalStatus[0] is 2 (OK); Fan is degraded – if OperationalStatus[0] is 3 (Degraded) Fan has failed – if OperationalStatus[0] is 6 (Error)

HealthState 5 (OK) – if fan is operating properly; 10 (Degraded) - if fan is degraded 20 (Major Failure) – if fan has failed

Name Short description of this fan from the name displayed by the MP or iLO and the location.

For example:

Property Name Property Implementation Fan 1 at CabinetFan=01

CIM_LogicalDevice

CreationClassName SMX_Fan

DeviceID Unique identifier for this fan instance.







CIM_CoolingDevice

ActiveCooling TRUE

CIM_Fan

VariableSpeed True – if fan supports variable speed False – if fan does not support variable speed or is unknown

HP_Fan

FanType Enumeration describing the type of fan. Please refer to the Managed Object Format.

CurrentSpeed Speed of the fan in CurrentSpeedUnits

CurrentSpeedUnits Enumeration describing the units for CurrentSpeed. Please refer to the Managed Object Format.

1-2-2 SMX_FanCollection Class The SMX_FanCollection class is used to model fan collections on servers. There is one instance of this class on systems modeling fans.



CIM_ManagedElement

Caption Cooling Collection


Description

This is a collection of all devices including fans that provide cooling. GroupStatusDescription

Where: GroupStatusDescription represents the value of the GroupStatusDescriptions[0] property.

ElementName Cooling Collection


InstanceID Unique identifier for this cooling collection instance.



Represents the most severe cooling redundancy status and non-fault tolerant fan operational status: 0 (Unknown) – if fan collection status is unknown; 2 (OK) – if fans are operating properly; 3 (Degraded) – if no SMX_Fan.OperationalStatus[0] for all non-fault tolerant fans report 6 (Error) and SMX_FanRedundancySet.RedundancyStatus for any cooling redundancy sets report 3 (Degraded Redundancy) or 4 (Redundancy Lost) and no cooling redundancy sets report 5 (Overall Failure). 6 (Error) – if SMX_Fan.OperationalStatus[0] for any non-fault tolerant fans report 6 (Error) or SMX_FanRedundancySet.RedundancyStatus for any cooling redundancy sets report 5 (Overall Failure). Note:

If the system starts up with a redundancy status set to 4 (Redundancy Lost) and no fans have been removed or failed, the GroupOperationalStatus will be set to 2 (OK) because this is a valid configuration.


Unknown status for fans if GroupOperationalStatus[0] is 0 (Unknown); Fans are operating properly if GroupOperationalStatus[0] is 2 (OK); Fault tolerant fans are degraded if GroupOperationalStatus[0] is 3 (Degraded); Fans have failed if GroupOperationalStatus[0] is 6 (Error)

1-2-3 SMX_FanRedundancySet Class The SMX_FanRedundancySet class is used to model fan redundancy sets on servers.



CIM_ManagedElement

Caption Short description of this redundancy set, for example: Cooling Redundancy Set <n>


Description

Description of this redundancy set

For example: Cooling Redundancy Set <n> is collection of fault tolerant fans that provide redundant cooling


ElementName

User printable name for this cooling redundancy set.

For example: Cooling Redundancy Set <n>



InstanceID Unique identifier for this cooling redundancy instance.

CIM_RedundancySet

MaxNumberSupported Represents the maximum number of fans supported for this redundancy set.

MinNumberNeeded Represents the minimum number of fans needed to function.

TypeOfSet 3 (Load Balanced)

LoadBalanceAlgorithm 0 (Unknown)

RedundancyStatus

0 (Unknown) – if the redundancy status is unknown; 2 (Fully Redundant) – if all fans in the set are operating properly and enough to achieve redundancy; 3 (Degraded Redundancy) – if there are at least enough fans for the redundancy set to provide cooling, but fans have failed; 4 (Redundancy Lost) – if there are not enough fans required to achieve redundancy, but enough for the redundancy set to provide cooling; 5 (Overall Failure) – if there are not enough fans operating properly for the redundancy set to provide cooling.

1-2-4 SMX_MemberOfFanRedundancy Class The SMX_MemberOfFanRedundancy class is used to represent an association between the HP_Fan and HP_FanRedundancySet classes. The following table lists the properties implemented.


Collection References HP_FanRedundancySet

Member References HP_Fan

1-2-5 SMX_HostedFanRedundancySet Class The SMX_HostedFanRedundancySet class is used to represent an association between HP_FanRedundancySet and the computer system that contains this redundancy set.



OwningElement References HP_ComputerSystem

OwnedElement References HP_FanRedundancySet

1-2-6 SMX_MemberOfFanCollection Class The SMX_MemberOfFanCollection class is used to represent an association between the HP_Fan and HP_FanCollection classes.



Collection References HP_FanCollection

Member References HP_Fan

1-2-7 SMX_HostedFanCollection Class The SMX_HostedFanCollection class is used to represent an association between HP_FanCollection and the computer system that contains this collection.




Dependent References HP_FanCollection

1-2-8 SMX_SystemFan Class The SMX_SystemFan class is used to represent an association between HP_Fan and the computer system that contains this fan.




PartComponent References HP_Fan

1-2-9 SMX_FanLocation Class The SMX_FanLocation class is used to model fan locations on servers.



CIM_ManagedElement

Caption

Short description of this fan location, including the name displayed by the MP or iLO.

For example on HP ProLiant: Fan 1 at CabinetFan=01

Description

Description of this fan location, including the name displayed by the MP or iLO.

For example on HP ProLiant: The location of the Fan 1. Please refer to the fan position CabinetFan=01 printed on the system.

ElementName

User displayable name of this fan location, including the name displayed by the MP or iLO.

For example on HP ProLiant: Fan 1 at CabinetFan=01

CIM_Location

Name Unique identifier for this fan location instance.

PhysicalPosition Opaque identifier for the physical position of this fan

HP_Location

ElementLocationTag Location string based on ElementLocationTagDesc.

For example, on HP ProLiant: CabinetFan=01

ElementLocationTagDesc On HP ProLiant: 0 (HoodTag)

LocationInfoDesc Array of location descriptions: On ProLiant: 4 (Socket)

LocationInformation Array of string descriptions of the location based on LocationInfoDesc

1-2-10 SMX_FanElementLocation Class The SMX_FanElementLocation class is used to represent an association between the CIM_Location and CIM_ManagedElement classes.



Element References CIM_ManagedElement

PhysicalLocation References CIM_Location

1-2-11 SMX_FanModule Class The SMX_FanModule class is used to model physical fans on servers. Fan numbers for existing instances do not change when other fans are added and removed.



CIM_ManagedElement

Caption

Short description of this fan from the name displayed by the MP or iLO and location.


Description

Description of this fan module, including ElementName, type and status. For example: <ElementName> provides cooling for FanType. <StatusDescription> Where: <ElementName> represents the value of ElementName, FanType represents the corresponding string value of the FanType enumeration and <StatusDescription> represents the value of StatusDescriptions[0].

ElementName Name of this fan from the name displayed by the MP or iLO and location.



OperationalStatus[0] 2 (OK) – if fan is operating properly; 3 (Degraded) – if fan is degraded; 6 (Error) – if fan has failed



Description of the status of the fan corresponding to the OperationalStatus. For example: Fan is operating properly – if OperationalStatus[0] is 2 (OK); Fan is degraded – if OperationalStatus[0] is 3 (Degraded) Fan has failed – if OperationalStatus is 6 (Error)

HealthState 5 (OK) – if fan is operating properly; 10 (Degraded) if fan is degraded 20 (Major Failure) – if fan has failed

Name Name of this fan module.


CIM_PhysicalElement

CreationClassName SMX_FanModule

Tag Unique identifier for this fan instance.

CIM_PhysicalPackage

RemovalConditions 0 (Unknown) 3 (Removable when off) 4 (Removable when on or off)

PackageType 7 (Fan)

1-2-12 SMX_SystemPhysicalFan Class The SMX_SystemPhysicalFan class implements the HP_SystemPhysicalFan class and association the HP_ComputerSystemChassis instance with HP_FanModule.




PartComponent References HP_FanModule

1-2-13 SMX_RealizesFan Class The SMX_RealizesFan class implements the HP_RealizesFan class and associates the HP_Fan instance with HP_FanModule instances.



Antecedent References HP_FanModule

Dependent References HP_Fan

1-2-14 SMX_FanSlot Class The SMX_FanSlot class is used to model physical fan slots on servers.



CIM_ManagedElement

Caption Short description of this fan slot, to include the number and location.


Description Description of the fan slot.


ElementName Name of the fan slot.



OperationalStatus[0] 2 (OK) – if fan slot is operating properly;

StatusDescriptions[0] Fan slot is operating properly – if OperationalStatus[0] is 2 (OK);

HealthState 5 (OK) – if fan is operating properly;

Name Name of the fan slot.


CIM_PhysicalElement

CreationClassName SMX_FanSlot

Tag Unique identifier for this fan slot.

CIM_PhysicalPackage


Number <n>

Where: <n> represents the number of the fan slot.

1-2-15 SMX_SystemFanSlot Class The SMX_SystemFanSlot class implements the HP_FanSlot class and association the HP_ComputerSystemChassis instance with HP_FanSlot.




PartComponent References HP_FanSlot

1-2-16 SMX_FanInSlot Class The SMX_FanInSlot class implements the HP_FanInSlot class and associates the HP_FanSlot instance with HP_FanModule instances.



Antecedent References HP_FanSlot

Dependent References HP_FanModule

1-2-17 SMX_FanSpeedSensor SMX_FanSpeedSensor implements CIM_NumericSensor and is used to model fan tachometer sensors on Servers.


CIM_ManagedElement

Caption

Short description of the fan speed sensor from the name displayed by the MP or iLO and the location.

For example: Fan speed sensor for Fan 1 at CabinetFan=01

Description

Description of the fan speed sensor including name displayed by the MP or iLO, the location, and status.

For example: Fan 1 detects fan speed. Located at CabinetFan=01. Fan speed sensor is operating properly.


ElementName

Short description of the fan speed sensor from the name displayed by the MP or iLO and the location.



OperationalStatus[0] 2 (OK) – if fan sensor is operating properly

StatusDescriptions[0] Fan speed sensor is operating properly—if OperationalStatus[0] is 2 (OK)

HealthState 5 (OK) – if fan sensor is operating properly

Name

Name of fan speed sensor from the name displayed by the MP or iLO and the location.


CIM_LogicalDevice

CreationClassName SMX_FanSpeedSensor

DeviceID Unique identifier for fan slot.







CIM_Sensor

SensorType 5 (Tachometer)

CurrentState Normal

PossibleStates Array can contain any of the following values: PossibleStates[0] = ”Normal”;

CIM_NumericSensor

CurrentReading Current reading of fan speed sensor


BaseUnits 19 (RPM) 65 (Percentage)

RateUnits 0 (None)

UnitModifier 0

1-2-18 SMX_SystemFanSensor SMX_SystemFanSensor is used to represent an association between SMX_FanSpeedSensor and the computer system that contains this fan sensor.



PartComponent References SMX_FanSpeedSensor

1-2-19 SMX_AssociatedFanSensor SMX_AssociatedFanSensor is used to represent an association between HP_Fan and the SMX_FanSpeedSensor that is reporting the speed of the fan.


Antecedent References SMX_FanSpeedSensor

Dependent References SMX_Fan


The following tables describe the SMX WBEM System Fan Provider indications that are implemented for HP ProLiant server platforms, where available.

Note: Some HP ProLiant servers do not support Fan Degraded or Fan Redundancy Failed indications.


CIM_Indication



CIM_AlertIndication





HP_AlertIndication



















The following indications are implemented for Proliant server platforms where available. System Fan indications are described below.

1-3-2 HP_DeviceIndication: Fan Removed Property Name Property Implementation

CIM_Indication


CIM_AlertIndication

Description A fan has been removed <Fan>

Where: <Fan> is the fan number that was removed.

AlertingManagedElement WBEM Path of the SMX_Fan instance.



EventID 1

ProviderName HP Cooling

RecommendedActions Check the fan configuration and ensure that this fan was removed intentionally.

HP_AlertIndication

Summary Fan removed



ProbableCauseDescription Fan Removed

1-3-3 HP_DeviceIndication: Fan Inserted Property Name Property Implementation

CIM_Indication


CIM_AlertIndication

Description A fan has been inserted. <FanCaption>

Where: <FanCaption> is the SMX_Fan.Caption for the fan that has been inserted.

AlertingManagedElement WBEM Path of SMX_Fan instance representing the inserted fan.



EventID 2



HP_AlertIndication

Summary Fan inserted



ProbableCauseDescription Fan inserted

1-3-4 HP_DeviceIndication: Fan Failed Property Name Property Implementation

CIM_Indication


CIM_AlertIndication

Description A fan has failed. <FanCaptio>

Where: <FanCaption> is the SMX_Fan.Caption for the fan that has failed.

AlertingManagedElement WBEM Path of SMX_Fan instance representing the failed fan.



EventID 3

RecommendedActions Please Check the failed fan and replace if necessary.

HP_AlertIndication

Summary Fan failed


ProbableCause 94 (Fan Failure)

ProbableCauseDescription Fan Failed

1-3-5 HP_DeviceIndication: Fan Repaired Property Name Property Implementation

CIM_Indication


CIM_AlertIndication

Description

A fan has been repaired. The fan is now operating properly. <FanCaption> Where: <FanCaption> is the SMX_Fan.Caption for the fan that has been repaired.

AlertingManagedElement WBEM Path of SMX_Fan instance representing the failed fan.



EventID 4



HP_AlertIndication

Summary Fan repaired



ProbableCauseDescription Fan Repaired

1-3-6 HP_DeviceIndication: Fan Degraded .


CIM_Indication


CIM_AlertIndication

Description A fan has degraded. <FanCaption>

Where: <FanCaption> is the SMX_Fan.Caption for the fan that has degraded.

AlertingManagedElement WBEM Path of SMX_Fan instance representing the degraded fan.



EventID 9


RecommendedActions Check the degraded fan and replace if necessary.

HP_AlertIndication

Summary Fan degraded




1-3-7 HP_DeviceIndication: Fan Redundancy Reduce Property Name Property Implementation

CIM_Indication


CIM_AlertIndication

Description

A fault tolerant fan is no longer providing cooling for a cooling redundancy set. <RedundancySetCaptio>)

Where: <RedundancySetCaption> represents the SMX_FanRedundancySet.Caption for the redundancy set with reduced

redundancy.

AlertingManagedElement WBEM Path of SMX_FanRedundancySet instance representing the redundancy set with reduced redundancy.



EventID 5



HP_AlertIndication

Summary Cooling redundancy reduced



ProbableCauseDescription Cooling Redundancy has been Reduced

1-3-8 DeviceIndication: Fan Redundancy Lost Property Name Property Implementation

CIM_Indication


CIM_AlertIndication

Description

Cooling redundancy has been lost. <RedundancySetCaptio>)

Where: <RedundancySetCaption> represents the SMX_FanRedundancySet.Caption for the redundancy set that lost redundancy.

AlertingManagedElement WBEM Path of SMX_FanRedundancySet instance representing the redundancy set where redundancy was lost.



EventID 6


RecommendedActions Check the fan configuration and check the status of the cooling redundancy. Ensure the system is being cooled adequately. Add or replace fans if necessary.

HP_AlertIndication

Summary Cooling redundancy lost



ProbableCauseDescription Cooling Redundancy has been Lost

1-3-9 HP_DeviceIndication: Fan Redundancy Restored Property Name Property Implementation

CIM_Indication


CIM_AlertIndication

Description

Cooling redundancy for the system has been restored. (RedundancySetCaption)

Where: RedundancySetCaption is SMX_FanRedundancySet.Caption of the cooling redundancy set with restored redundancy.

AlertingManagedElement WBEM Path of SMX_FanRedundancySet instance representing the cooling redundancy set with restored redundancy.



EventID 8



HP_AlertIndication

Summary Cooling redundancy restored




ProbableCauseDescription Cooling Redundancy has been Restored

1-3-10 HP_DeviceIndication: Fan Redundancy Failed Important:

This indication is not supported on HP ProLiant systems because redundancy set failure, which is failure beyond redundancy lost, will cause system shutdown.


CIM_Indication


CIM_AlertIndication

Description

Cooling redundancy for the system has failed. (RedundancySetCaption)

Where: RedundancySetCaption is SMX_FanRedundancySet.Caption of the cooling redundancy set with failed redundancy.

AlertingManagedElement WBEM Path of SMX_FanRedundancySet instance representing the cooling redundancy set with failed redundancy.



EventID 10


RecommendedActions Check the fan configuration and check the status of the cooling redundancy. Ensure the system is being cooled adequately. Add or replace fans if necessary.

HP_AlertIndication

Summary Cooling redundancy set failed



ProbableCauseDescription Cooling Redundancy Set has Failed

HP Insight Management WBEM System Memory Provider 1

1 HP Insight Management WBEM System Memory Provider

Description

The HP Insight Management Web-Based Enterprise Management (WBEM) System Memory provider implements the HP Memory Profile and HP Memory Physical Asset Profile to represent system memory on HP servers.



HP Memory Profile HP WBEM TC 1.0

HP Memory Physical Asset Profile HP WBEM TC 1.0

HP Location Profile HP WBEM TC 1.2.0

Requirements


HP Integrity managed servers

SLES 10 and later

RLEL 5.0 and later



ESXi 4.1 and later

ESXi 5.0 and later









• SMX_Memory

• SMX_SystemMemory

• SMX_MemoryModule

• SMX_MemoryBoard

• SMX_RealizesMemoryModule

• SMX_MemoryModuleSlot

• SMX_MemoryBoardSlot

• SMX_MemoryModuleInSlot

• SMX_MemoryBoardInSlot

• SMX_MemoryModuleSlotOnBoard

• SMX_MemoryModuleSlotLocation

• SMX_MemoryBoardSlotLocation

• SMX_MemoryModuleSlotElementLocation

• SMX_MemoryBoardSlotElementLocation

• SMX_SystemMemoryModule

• SMX_SystemMemoryBoard

• SMX_MemoryRedundancySet

• SMX_MemoryCollection

• SMX_HostedMemoryCollection

• SMX_MemberOfMemoryCollection

• SMX_MemberOfMemoryRedundancySet

• SMX_HostedMemoryRedundancySet

• SMX_SystemMemoryModuleSlot

• SMX_SystemMemoryBoardSlot

The tables in the following sections describe the properties of the supported classes. The classes are categorized by the class or superclass that defines the property, the first column is the Property Name (including type and units) and the second column describes how the provider determines the properties


implementation. When the Property Implementation value is a number, the number given is the default behavior and the Managed Object Format interpretation is within parenthesis. If other values are returned, a problem is indicated.


1-2-1 SMX_Memory Class The SMX_Memory class represents logical memory on HP servers. There is one instance of this class.



CIM_ManagedElement

Caption System Memory

Description Logical system memory

ElementName System Memory


OperationalStatus

Enumerator indicating the logical system memory operational status. The status represents the ‘worst-of’ algorithm for all OperationalStatus[0] values reported by physical memory modules in SMX_MemoryModule instances. OperationalStatus[0] (shown in order of increasing severity; a higher severity overrides a lower severity): 2 (OK), when all physical memory modules report 2 (OK) 0 (Unknown), when any physical memory module reports 0 (Unknown) 3 (Degraded), when any physical memory module reports 3 (Degraded) NOTE: This status does not represent the overall status of the memory system; refer to the SMX_MemoryCollection class for overall memory system status.

StatusDescriptions

StatusDescriptions[0]contains descriptive text per OperationalStatus[0]: OK Unknown Degraded



HealthState 5 (OK), when OperationalStatus[0] = 2 (OK) 0 (Unknown), when OperationalStatus[0] = 0 (Unknown) 10 (Degraded/Warning), when OperationalStatus[0]=3 (Degraded)

Name System Memory

CIM_LogicalElement





CIM_LogicalDevice

CreationClassName SMX_Memory

DeviceID HPQ:SMX_Memory:000

SystemCreationClassName Same value as SMX_ComputerSystem.CreationClassName property

SystemName Same value as SMX_ComputerSystem.Name property

CIM_StorageExtent

Access 3 (Read/Write Supported)

BlockSize 1 (byte)

ConsumableBlocks Capacity in bytes

NumberOfBlocks Capacity in bytes

Primordial TRUE

Purpose System Memory

SequentialAccess FALSE

CIM_Memory

StartingAddress Beginning address of the memory in kilobytes

EndingAddress Ending address of the memory in kilobytes

Volatile TRUE

HP_Memory

SMX_Memory

1-2-2 SMX_SystemMemory Class The SMX_SystemMemory class represents an association between SMX_Memory and the computer system that contains the memory. There is one instance of this class.



CIM_SystemDevice

HP_SystemMemory


PartComponent References SMX_Memory

SMX_SystemMemory

1-2-3 SMX_MemoryModule Class The SMX_MemoryModule class represents a physical memory module on HP servers. There is an instance of this class for each memory module present in the system; empty memory module sockets are not instantiated.


Note: In the following property implementation descriptions, memory modules located on the system board are denoted as being located on board/cartridge number 0.


CIM_ManagedElement

Caption Physical Memory Module <physical location>.

OperationalStatus

Enumerator indicating the memory module operational status. OperationalStatus[0] contains overall memory module status OperationalStatus[1] contains detailed memory module status (as needed) For details, see “Properties for Memory Module Status”.

StatusDescriptions

StatusDescriptions[0]contains descriptive text per OperationalStatus[0]: StatusDescriptions[1]contains descriptive text per OperationalStatus[1]: For details, see “Properties for Memory Module Status”.

HealthState

Enumerator indicating the memory module health state: 0 (Unknown), when OperationalStatus[0] = 0 (Unknown) 5 (OK), when OperationalStatus[0] = 2 (OK) 10 (Degraded/Warning), when OperationalStatus[0] = 3 (Degraded)

Name Physical Memory Module <physical location>.


CIM_PhysicalElement

CreationClassName SMX_MemoryModule

Tag Opaque key of the form "HPQ:SMX_MemoryModule: <unique keys>

Description Physical Memory Module <physical location>.


ElementName Physical Memory Module <physical location>.


Manufacturer

Name of the organization that produced the memory module.

For example: HP This property is conditional; it is populated if the data is available.

PartNumber Part number of the memory module. This property is conditional; it is populated if the data is available.

SerialNumber Manufacturer allocated serial number of the memory module. This property is conditional; it is populated if the data is available.



CIM_PhysicalComponent

RemovalConditions 3 (Removable when off)

CIM_Chip

CIM_PhysicalMemory

DataWidth Data width of memory module in bits

Capacity Total capacity of memory module in bytes

InterleavePosition Position of memory module in an interleave. This property is conditional; it will be populated if the data is available

IsSpeedInMhz

The IsSpeedInMHz property is used to indicate if the Speed property or the MaxMemorySpeed contains the value of the memory speed. A value of TRUE shall indicate that the speed is represented by the MaxMemorySpeed property.A value of FALSE shall indicate that the speed is represented by the Speed property

TotalWidth Total width of memory module in bits

Speed Speed of memory module in nanoseconds. Speed is set to 0 if the property is IsSpeedInMhz=TRUE.

MaxMemorySpeed The maximum speed in MHz of PhysicalMemory

MemoryType Enumerator indicating the type of memory module.

Refer to MOF file for details.

PositionInRow Position of memory module in a row. This property is conditional; it is populated if the data is available

FormFactor

Enumerator indicating the form factor of the memory module.

Refer to MOF file for details.

For example: 8 (DIMM)

BankLabel

String identifying the physically labeled bank where the memory is located.

For examples: 'DIMM 0A' or 'PROC 1 DIMM 0A' or 'Board 1,0A' or 'Board 1,DIMM 1A (Upper Tray, Riser 1)' This property is conditional; it is populated if the data is available.

SMX_MemoryModule

Spd An array that contains raw Serial Presence Detect information for the memory module. Each array element contains a byte of the Spd. This property is conditional; it is populated if the data is available.

1-2-3-1 Properties for Memory Module Status

Condition OperationalStatus[0] OperationalStatus[1]

StatusDescriptions[0] StatusDescriptions[1]

Memory module status is unknown

0 (Unknown) <not populated>

Unknown <not populated>

Memory module is operating properly

2 (OK) <not populated>

OK <not populated>

Memory module is present but is not currently used by the operating system

2 (OK) 15 (Dormant)

OK Memory module status: Memory present but not in use

Memory module has correctable errors exceeding the condition for pre-failure warranty

3 (Degraded) 5 (Predictive Failure)

Degraded Memory module status: Correctable error threshold for pre-failure warranty has been exceeded

1-2-4 SMX_MemoryBoard Class The SMX_MemoryBoard class represents a physical memory board on HP servers. There is an instance of this class for each memory module present in the system; empty memory module sockets are not instantiated.



CIM_ManagedElement

Caption Physical Memory <physical location>.

OperationalStatus

Enumerator indicating the memory board operational status. OperationalStatus[0] contains overall memory board status OperationalStatus[1] contains detailed memory board status (as needed) For details, see “Properties for Memory Board Status”.

StatusDescriptions

StatusDescriptions[0]contains descriptive text per OperationalStatus[0]: StatusDescriptions[1]contains descriptive text per OperationalStatus[1]: For details, see “Properties for Memory Board Status”.

HealthState

Enumerator indicating the memory board health state: 0 (Unknown), when OperationalStatus[0]= 0 (Unknown) 5 (OK), when OperationalStatus[0] = 2 (OK) 10 (Degraded/Warning), when OperationalStatus[0] = 3 (Degraded)

Name Physical Memory <physical location>.


CIM_PhysicalElement

CreationClassName SMX_MemoryBoard

Tag Opaque key of the form: HPQ:SMX_MemoryBoard: <unique_keys>

Description Physical Memory <physical location>.


ElementName Physical Memory <physical location>.


CIM_PhysicalPackage

RemovalConditions

Removal conditions of the memory board: When the memory board is the system board: 2 (Not Applicable) When the memory board is not the system board: 3 (Removable when off) 4 (Removable when on or off)

PackageType 9 (Module/Card)

CIM_Card

HostingBoard True – memory board is on the baseboard. False – memory board not on the baseboard

SMX_MemoryBoard

Locked

Indicates the locked state of the memory board: 1 (Not-Applicable), non-AMP systems only 2 (Unlocked) 3 (Locked)

NumberOfSockets Number of memory module sockets on this board

AvailableMemory Size of memory for this board seen by the operating system in MB

TotalMemory Total size of memory for this board in MB

1-2-4-1 Properties for Memory Board Status



Memory board status is unknown 0 (Unknown) <not populated>

Unknown <not populated>

Memory board is operating properly 2 (OK) <not populated>

OK <not populated>

Memory board contains a memory module that has correctable errors exceeding the condition for pre-

3 (Degraded) 5 (Predictive Failure)

Degraded Memory board status:

failure warranty. Correctable error threshold for pre-failure warranty has been exceeded

Memory board has a configuration error, e.g. there is a problem with the board release latch (unlock error) or there is an improper configuration of memory modules on the board.

3 (Degraded) 3 (Degraded)

Degraded Memory board status: Configuration error

1-2-5 SMX_RealizesMemoryModule Class The SMX_RealizesMemoryModule class represents an association between SMX_MemoryModule and SMX_Memory.



CIM_Realizes

HP_RealizesMemoryModule

SMX_RealizesMemoryModule

Antecedent References SMX_MemoryModule

Dependent References SMX_Memory

1-2-6 SMX_MemoryModuleSlot Class The SMX_MemoryModuleSlot class represents memory module slots on HP servers. There is an instance of this class for each memory module socket in the system (whether the slot is occupied or not).

Note: In the following property implementation descriptions, memory module slots located on the system board are denoted as being located on board/cartridge number 0.



CIM_ManagedElement

Caption Memory Module <physical location>.

OperationalStatus OperationalStatus[0] = 2 (OK)

StatusDescriptions StatusDescriptions[0] = Memory module slot status:OK

HealthState 5 (OK)

Name Memory Module <physical location>.


CIM_PhysicalElement

CreationClassName SMX_MemoryModuleSlot

Tag Opaque key of the form: HPQ:SMX_MemoryModuleSlot: <unique_keys>

Description Memory Module <physical location>.


ElementName Memory Module <physical location>.



ConnectorLayout 1 (Other)

ConnectorGender 3 (Female)

ConnectorDescription Memory Module <physical location>.


CIM_Slot

Number The memory socket number where the memory slot is located.

Note: Not unique on HP Cellular servers.

SMX_MemoryModuleSlot

1-2-7 SMX_MemoryBoardSlot Class The SMX_MemoryBoardSlot class represents memory board slots on HP servers. There is an instance of this class for each memory board slot in the system (whether the slot is occupied or not).

CIM_ManagedElement

Caption Memory Board Slot <physical location>.



OperationalStatus OperationalStatus[0] = 2 (OK)

StatusDescriptions StatusDescriptions[0] = Memory board slot status: OK

HealthState 5 (OK)

Name Memory Board Slot <physical location>.


CIM_PhysicalElement

CreationClassName SMX_MemoryBoardSlot

Tag Opaque key of the form: HPQ:SMX_MemoryBoardSlot: <unique_keys>

Description Memory Board Slot <physical location>.


ElementName Memory Board Slot <physical location>.



ConnectorLayout 1 (Other)

ConnectorDescription Memory Board Slot <physical location>.


CIM_Slot

Number The board/cartridge number where the memory board is located.

Note: Not unique on HP Cellular servers.

SMX_MemoryBoardSlot

1-2-8 SMX_MemoryModuleInSlot Class The SMX_MemoryModuleInSlot class represents the association between an SMX_MemoryModule and the SMX_MemoryModuleSlot where it resides.




CIM_ElementInConnector

HP_MemoryModuleInSlot

SMX_MemoryModuleInSlot

Antecedent References SMX_MemoryModuleSlot

Dependent References SMX_MemoryModule

1-2-9 SMX_MemoryBoardInSlot Class The SMX_MemoryBoardInSlot class represents the association between an SMX_MemoryBoard and the SMX_MemoryBoardSlot where it resides.



CIM_PackageInConnector

HP_MemoryBoardInSlot

SMX_MemoryBoardInSlot

Antecedent References SMX_MemoryBoardSlot

Dependent References SMX_MemoryBoard

1-2-10 SMX_MemoryModuleSlotOnBoard Class The SMX_MemoryModuleSlotOnBoard class represents an association between a SMX_MemoryModuleSlot and the SMX_MemoryBoard that contains it.



CIM_Container

HP_MemoryModuleSlotOnBoard

SMX_MemoryModuleSlotOnBoard

GroupComponent References SMX_MemoryBoard

PartComponent References SMX_MemoryModuleSlot

1-2-11 SMX_MemoryModuleSlotLocation Class The SMX_MemoryModuleSlotLocation class extends the CIM_Location class and represents memory module slot locations on HP servers. There is an instance of this class for each memory module slot in the system (whether the slot is occupied or not).



CIM_ManagedElement

Caption Memory Module Socket Location <physical location>.


Description Memory Module Socket Location <physical location>.


ElementName Memory Module Socket Location <physical location>.


CIM_Location

Name Opaque key of the format:

HPQ:SMX_MemoryModuyleSlotLocation:<Key 1>: <Key 2>: ...etc.

PhysicalPosition Opaque key. Example for memory socket number 2 on cpu, board, or cartridge number 1: FF-FF-FF-FF-01-02-FF-79

HP_Location

ElementLocationTag Opaque key. Example for memory socket number 2 on cpu, board, or cartridge number 1: FF-FF-FF-FF-01-02-FF-79

ElementLocationTagDesc 8 (Memory Module)

LocationInformation

Indexed array: LocationInformation[0] per LocationInformationDesc[0]. Location information will contain a numeric string representing the unique location identifier of each object type described by the corresponding LocationInfoDesc index.

LocationInfoDesc

Array indices will report as many of the following enumerated values as are applicable: 4 (Socket) 5 (Memory Board) 7 (Cabinet) 10 (Cell) 14 (BladeBay) 15 (ProcessorBoard)

SMX_MemoryModuleSlotLocation

1-2-12 SMX_MemoryBoardSlotLocation Class The SMX_MemoryBoardSlotLocation class extends the CIM_Location class and represents memory board slot locations on HP servers. There is an instance of this class for each memory board slot in the system (whether the slot is occupied or not).



CIM_ManagedElement

Caption Memory Board Slot Location <physical location>. Refer to “Physical Location” for more information.

Description Memory Board Slot Location <physical location>.


ElementName Memory Board Slot Location <physical location>.


CIM_Location

Name Opaque key of the form: HPQ:SMX_MemoryBoardSlotLocation: <unique_keys>.

PhysicalPosition Opaque key. For example, for memory board, cartridge, or processor number 1: FF-FF-FF-FF-01-FF-FF-7A

HP_Location

ElementLocationTag Opaque key. For example, for memory board, cartridge, or processor number 1: FF-FF-FF-FF-01-FF-FF-7A

ElementLocationTagDesc 9 (Memory Board) / 13 (Processor Board)

LocationInformation

LocationInformation[0] text: <x>

Where: <x> is the board/cartridge/processor number Location information will contain a numeric string representing the unique location identifier of each object type described by the corresponding LocationInfoDesc index.

LocationInfoDesc

Array indices will report as many of the following enumerated values as are applicable: 5 (Memory Board) 7 (Cabinet) 10 (Cell) 14 (BladeBay) 15 (ProcessorBoard)

SMX_MemoryBoardSlotLocation

1-2-13 SMX_MemoryModuleSlotElementLocation Class The SMX_MemoryModuleSlotElementLocation class extends the CIM_ElementLocation class and is used to associate a memory module slot (SMX_MemoryModuleSlot) with its corresponding location (SMX_MemoryModuleSlotLocation). There is an instance of this class for each memory module slot in the system (whether the slot is occupied or not).



CIM_ElementLocation

HP_ElementLocation

SMX_MemoryModuleSlotElementLocation

Element References SMX_MemoryModuleSlot

PhysicalLocation References SMX_MemoryModuleSlotLocation


1-2-14 SMX_MemoryBoardSlotElementLocation Class The SMX_MemoryBoardSlotElementLocation class extends the CIM_ElementLocation class and is used to associate a memory board slot (SMX_MemoryBoardSlot) with its corresponding location (SMX_MemoryBoardSlotLocation). There is an instance of this class for each memory board slot in the system (whether the slot is occupied or not).



CIM_ElementLocation

HP_ElementLocation

SMX_MemoryBoardSlotElementLocation

Element References SMX_MemoryBoardSlot

PhysicalLocation References SMX_MemoryBoardSlotLocation

1-2-15 SMX_SystemMemoryModule Class The SMX_SystemMemoryModule class represents an association between SMX_MemoryModule and SMX_ComputerSystemChassis. There is an instance of this class for each memory module slot on the chassis system board (whether the slot is occupied or not). Only system board resident memory module slots are instantiated.



CIM_Container

HP_SystemMemoryModule

SMX_SystemMemoryModule


PartComponent References SMX_MemoryModule

1-2-16 SMX_SystemMemoryBoard Class The SMX_SystemMemoryBoard class represents an association between SMX_MemoryBoard and SMX_ComputerSystemChassis. There is an instance of this class for each memory board slot in the chassis (whether the slot is occupied or not).




CIM_Container

HP_SystemMemoryBoard

SMX_SystemMemoryBoard


PartComponent References SMX_MemoryBoard

1-2-17 SMX_MemoryRedundancySet Class The SMX_MemoryRedundancySet class represents memory board redundancy on HP servers supporting Advanced Memory Protection (AMP). There is one instance of this class on systems supporting AMP. This class is not instantiated on non-AMP systems.



CIM_ManagedElement

Caption Memory Redundancy Set

Description Memory Redundancy Set for Advanced Memory Protection

ElementName Memory Redundancy Set


InstanceID HPQ:SMX_MemoryRedundancySet:001

CIM_RedundancySet

TypeOfSet

Represents the type of redundancy currently in operation for the Advanced Memory Protection system. This property corresponds functionally to the property CurrentConfiguration. TypeOfSet[0] contains the current type of redundancy: 1 (Other), when the system is operating in Advanced ECC or Lockstep mode 2 (N+1), when the system is operating in RAID (XOR) mode 3 (Load Balanced), when the system is operating in Mirrored mode 4 (Sparing), when the system is operating in Online Spare mode

OtherTypeOfSet OtherTypeOfSet[0] contains the type of redundancy when the property TypeOfSet[0] = 1 (Other). In this case, the property will contain the value Advanced ECC or Lockstep, otherwise the property is not populated.




RedundancyStatus

Represents the current memory redundancy status as follows: 2 (Fully Redundant) System is operating properly in the Advanced Memory Protection mode given in the TargetConfiguration property. 3 (Degraded Redundancy) Degraded Redundancy can occur in either of the following conditions:

• System is not operating in the TargetConfiguration mode (the CurrentConfiguration mode does not match the TargetConfiguration mode).

• System is operating in the TargetConfiguration mode but memory module(s) have correctable errors exceeding the condition for pre-failure warranty.

HP_MemoryRedundancySet

OperatingSpeed The current operating speed of the Advanced Memory Protection subsystem in MHz

AvailableMemory The size of the memory as seen by the operating system in MB

TotalMemory Total size of memory as seen by the operating system and memory used for Advanced Memory Protection configurations in MB

CurrentConfiguration

The current operating mode of the Advanced Memory Protection system. The value in this property corresponds to the value populated in the property TypeOfSet[0]. CurrentConfiguration is one of the following: Advanced ECC, when the system is operating in Advanced ECC mode RAID, when the system is operating in RAID (XOR) mode Mirrored, when the system is operating in Mirrored mode Online Spare, when the system is operating in Online Spare mode Lockstep when the system is operating in Lockstep mode



TargetConfiguration

The desired or targeted mode of the Advanced Memory Protection system. TargetConfiguration is one of the following: Advanced ECC, when the system is configured for Advanced ECC mode RAID, when the system is configured for RAID (XOR) mode Mirrored, when the system is configured for Mirrored mode Online Spare, when the system is configured for Online Spare mode Lockstep when the system is configured for Lockstep mode

ConfigurationsAvailable

An array containing Advanced Memory Protection configurations supported on this system (the CurrentConfiguration and TargetConfiguration properties will contain one of these values). Each indexed position in the array contains one supported configuration. Possible values are: Advanced ECC Online Spare Mirrored RAID Lockstep

1-2-18 SMX_MemoryCollection Class The SMX_MemoryCollection class represents physical memory collections on HP servers. The collection comprehends physical memory modules and boards as components of the collection. There is one instance of this class.



CIM_ManagedElement

Caption Memory Collection

Description Physical memory collection

ElementName Memory Collection


InstanceID HPQ:SMX_MemoryCollection:001





Enumerator indicating the group operational status of the memory collection. The status is determined as follows:

• If an instance of SMX_MemoryRedundancySet exists, GroupOperationalStatus[0] is determined from the property SMX_MemoryRedundancySet.RedundancyStatus.

• If no instance of SMX_MemoryRedundancySet exists, GroupOperationalStatus[0] is determined by the ‘worst-of’ algorithm for physical memory boards and memory modules.

For details, see “Properties for Memory Collection Status”.


GroupStatusDescriptions[0] contains descriptive text per GroupOperationalStatus[0]: Memory collection status: OK Memory collection status: Degraded Memory collection status: Unknown

HP_MemoryCollection

1-2-18-1 Properties for Memory Collection Status

RedundancyStatus from

SMX_MemoryRedundancySet

‘worst’ OperationalStatu

s[0], SMX_MemoryBoard

‘worst’ OperationalStatus[0],

SMX_MemoryModule

GroupOperational

Status[0]

2 (Fully Redundant) - - 2 (OK)

3 (Degraded Redundancy) - - 3 (Degraded)

- 2 (OK) 2 (OK) 2 (OK)

- 2 (OK) 3 (Degraded) 3 (Degraded)

- 2 (OK) 0 (Unknown) 0 (Unknown)

- 3 (Degraded) 2 (OK) 3 (Degraded)

- 3 (Degraded) 3 (Degraded) 3 (Degraded)

- 3 (Degraded) 0 (Unknown) 3 (Degraded)

- 0 (Unknown) 2 (OK) 0 (Unknown)


- 0 (Unknown) 3 (Degraded) 3 (Degraded)

- 0 (Unknown) 0 (Unknown) 0 (Unknown)

1-2-19 SMX_HostedMemoryCollection Class The SMX_HostedMemoryCollection class represents an association between SMX_MemoryCollection and the computer system that contains this collection.



CIM_Dependency




HP_HostedMemoryCollection

SMX_HostedMemoryCollection


Dependent References SMX_MemoryCollection

1-2-20 SMX_MemberOfMemoryCollection Class The SMX_MemberOfMemoryCollection class represents an association between SMX_MemoryCollection and SMX_MemoryModule or SMX_MemoryBoard.




HP_MemberOfMemoryCollection

SMX_MemberOfMemoryCollection

Collection References SMX_MemoryCollection

Member References CIM_PhysicalElement (either SMX_MemoryModule or SMX_MemoryBoard)


1-2-21 SMX_MemberOfMemoryRedundancySet Class The SMX_MemberOfMemoryRedundancySet class represents an association between SMX_MemoryBoard and SMX_MemoryRedundancySet.




HP_MemberOfMemoryRedundancySet

SMX_MemberOfMemoryRedundancySet

Collection References SMX_MemoryRedundancySet

Member References SMX_MemoryBoard

1-2-22 SMX_HostedMemoryRedundancySet Class The SMX_HostedMemoryRedundancySet class represents an association between SMX_MemoryRedundancySet and the computer system that contains this redundancy set.



CIM_OwningCollectionElement

HP_HostedMemoryRedundancySet

SMX_HostedMemoryRedundancySet

OwningElement References SMX_ComputerSystem

OwnedElement References SMX_MemoryRedundancySet

1-2-23 SMX_SystemMemoryModuleSlot Class Note: This class is currently NOT implemented.

The SMX_SystemMemoryModuleSlot class represents an association between SMX_MemoryModuleSlot and SMX_ComputerSystemChassis. There is an instance of this class for each memory module slot on the chassis system board (whether the slot is occupied or not). Only system board resident memory module slots are instantiated.



CIM_Component


CIM_Container

HP_SystemMemoryModuleSlot

SMX_SystemMemoryModuleSlot


PartComponent References SMX_MemoryModuleSlot

1-2-24 SMX_SystemMemoryBoardSlot Class The SMX_SystemMemoryBoardSlot class represents an association between SMX_MemoryBoardSlot and SMX_ComputerSystemChassis. There is an instance of this class for each memory board slot in the chassis (whether the slot is occupied or not).



CIM_Component

CIM_Container

HP_SystemMemoryBoardSlot

SMX_SystemMemoryBoardSlot


PartComponent References SMX_MemoryBoardSlot


Generates WBEM indications described in the following sections.

Note: These Indications only apply to Proliant Server.

1-3-1 Common Properties for Provider Indications The following table describes the properties that are common to all of the SMX Memory Provider indications that are implemented for HP server platforms where available:


CIM_Indication





CIM_AlertIndication




HP_AlertIndication





















1-3-2 SMX_MemoryIndication: Memory Module Predictive Failure


CIM_Indication


CIM_AlertIndication

Description A memory module has failed or is predicted to fail. (MemoryModuleCaption) where MemoryModuleCaption is the SMX_MemoryModule.Caption for the failing memory module

AlertingManagedElement WBEM Path of SMX_MemoryModule instance representing the memory module



EventID 1

ProviderName HP Memory

RecommendedActions Check the memory configuration and replace memory as necessary.

HP_AlertIndication

Summary Memory module has failed or is predicted to fail

EventCategory 3 (Memory)


ProbableCauseDescription Memory Module Failed or Predicted to Fail


1-3-3 SMX_MemoryIndication: Memory Board Error Property Name Property Implementation

CIM_Indication


CIM_AlertIndication

Description A memory board has an error. (MemoryBoardCaption)

Where: MemoryBoardCaption is the SMX_MemoryBoard.Caption for the failing memory board.

AlertingManagedElement WBEM Path of SMX_MemoryBoard instance representing the memory board



EventID 2


RecommendedActions Check the memory configuration and replace the memory board and memory modules as necessary.

HP_AlertIndication

Summary Memory board error



ProbableCauseDescription Memory Board Error

1-3-4 SMX_MemoryIndication: Memory Redundancy Degraded Property Name Property Implementation

CIM_Indication


CIM_AlertIndication

Description

The Advanced Memory Protection (AMP) system is operating with degraded redundancy. The targeted configuration has degraded or is operating with memory modules that have failed or predicted to fail. (TargetConfiguration/CurrentConfiguration)



Where: TargetConfiguration is SMX_MemoryRedundancySet.TargetConfiguration.

AlertingManagedElement WBEM Path of SMX_MemoryRedundancySet instance representing the Memory Redundancy.



EventID 3


RecommendedActions Check the Advanced Memory Protection configuration and replace the memory board and memory modules as necessary.

HP_AlertIndication

Summary Advanced Memory Protection degraded



ProbableCauseDescription Advanced Memory Protection Degraded

1-3-5 SMX_MemoryIndication: Memory Recovered from Degraded Redundancy


CIM_Indication


CIM_AlertIndication

Description

The Advanced Memory Protection(AMP) system is operating normally in the targeted configuration. If redundancy was previously degraded, redundancy has been restored. (TargetConfiguration) Where: TargetConfiguration is SMX_MemoryRedundancySet.TargetConfiguration.

AlertingManagedElement WBEM Path of SMX_MemoryRedundancySet instance representing the Memory Redundancy.


EventID 4



HP_AlertIndication

Summary Advanced Memory Protection redundancy is now fully operational



ProbableCauseDescription Advanced Memory Protection now Fully Operational

1-4 Physical Location Memory Physical Location is a string representing the physical location of a Memory device, such as DIMM, slot, socket, board, or extender. This string should represent the physical location of the device with which an end-user can uniquely locate the device. Most of these strings will be represented in customer documentation, silkscreen labels, or hood tags.


All Systems HP Integrity Cellular Servers

HP BladeServers in C3000 / C7000

Enclosures

Socket=<num> Cabinet=<num> Blade=<num>

MemoryBoard=<memory_extender_slot_num> Cell=<num> -

ProcessorBoard=<associated_processor_board> - -

System Mainboard (referring to System Board/motherboard) - -

HP Integrated VMware

Documents

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