-- MIB generated by miftomib version 1.0a

INTELCORPORATIONBASEBOARD-MIB DEFINITIONS ::= BEGIN

-- This component allows full monitoring and a limited control of System 

IMPORTS
    OBJECT-TYPE
    FROM RFC-1212
    Counter, enterprises
    FROM RFC1155-SMI
    DisplayString
    FROM RFC1213-MIB;

DmiCounter                      ::= Counter
DmiInteger                      ::= INTEGER
DmiInteger64            ::= INTEGER (-18446744073709551615..18446744073709551615)
DmiOctetstring          ::= OCTET STRING
DmiDisplaystring        ::= DisplayString
DmiDate                         ::= OCTET STRING (SIZE (28))
DmiComponentIndex       ::= INTEGER

intel                   OBJECT IDENTIFIER ::= {enterprises 343}
products                OBJECT IDENTIFIER ::= {intel 2}
server-products         OBJECT IDENTIFIER ::= {products 6}
platforms               OBJECT IDENTIFIER ::= {server-products 2}
basebrd2                OBJECT IDENTIFIER ::= {platforms 2}
dmtfGroups              OBJECT IDENTIFIER ::= {basebrd2 1}

SComponentid ::= SEQUENCE {
	a1Manufacturer                                  DmiDisplaystring,
	a1Product                                       DmiDisplaystring,
	a1Version                                       DmiDisplaystring,
	a1SerialNumber                                  DmiDisplaystring,
	a1Installation                                  DmiDate,
	a1Verify                                        DmiInteger
}

tComponentid OBJECT-TYPE
	SYNTAX          SEQUENCE OF SComponentid
	ACCESS          not-accessible
	STATUS          mandatory
	DESCRIPTION     "This group defines the attributes common to all components.
This groupis required."
	::= {dmtfGroups 1}

eComponentid OBJECT-TYPE
	SYNTAX          SComponentid
	ACCESS          not-accessible
	STATUS          mandatory
	DESCRIPTION     ""
	INDEX           {DmiComponentIndex}
	::= {tComponentid 1}

a1Manufacturer OBJECT-TYPE
	SYNTAX          DmiDisplaystring
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "Manufacturer of this system."
	::= {eComponentid 1}

a1Product OBJECT-TYPE
	SYNTAX          DmiDisplaystring
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "Product name for this system."
	::= {eComponentid 2}

a1Version OBJECT-TYPE
	SYNTAX          DmiDisplaystring
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "Version number of this system."
	::= {eComponentid 3}

a1SerialNumber OBJECT-TYPE
	SYNTAX          DmiDisplaystring
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "Serial number for this system."
	::= {eComponentid 4}

a1Installation OBJECT-TYPE
	SYNTAX          DmiDate
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The time and date when this component was installed."
	::= {eComponentid 5}

a1Verify OBJECT-TYPE
	SYNTAX          INTEGER {
		vAnErrorOccurredCheckStatusCode                 (0),
		vThisComponentDoesNotExist                      (1),
		vVerificationIsNotSupported                     (2),
		vReserved                                       (3),
		vThisComponentExistsButTheFunctionalityI        (4),
		vThisComponentExistsButTheFunctionality1        (5),
		vThisComponentExistsAndIsNotFunctioningC        (6),
		vThisComponentExistsAndIsFunctioningCorr        (7)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "A code that provides a level of verification that the component
is stillinstalled and working."
	::= {eComponentid 6}

SGeneralInformation ::= SEQUENCE {
	a2SystemName                                    DmiDisplaystring,
	a2SystemLocation                                DmiDisplaystring,
	a2SystemPrimaryUserName                         DmiDisplaystring,
	a2SystemPrimaryUserPhone                        DmiDisplaystring,
	a2SystemBootupTime                              DmiDate,
	a2SystemDateTime                                DmiDate
}

tGeneralInformation OBJECT-TYPE
	SYNTAX          SEQUENCE OF SGeneralInformation
	ACCESS          not-accessible
	STATUS          mandatory
	DESCRIPTION     "This group defines general information about this system."
	::= {dmtfGroups 2}

eGeneralInformation OBJECT-TYPE
	SYNTAX          SGeneralInformation
	ACCESS          not-accessible
	STATUS          mandatory
	DESCRIPTION     ""
	INDEX           {DmiComponentIndex}
	::= {tGeneralInformation 1}

a2SystemName OBJECT-TYPE
	SYNTAX          DmiDisplaystring
	ACCESS          read-write
	STATUS          mandatory
	DESCRIPTION     "A name to identify this system."
	::= {eGeneralInformation 1}

a2SystemLocation OBJECT-TYPE
	SYNTAX          DmiDisplaystring
	ACCESS          read-write
	STATUS          mandatory
	DESCRIPTION     "The physical location of this system."
	::= {eGeneralInformation 2}

a2SystemPrimaryUserName OBJECT-TYPE
	SYNTAX          DmiDisplaystring
	ACCESS          read-write
	STATUS          mandatory
	DESCRIPTION     "The name of the primary user or owner of this system."
	::= {eGeneralInformation 3}

a2SystemPrimaryUserPhone OBJECT-TYPE
	SYNTAX          DmiDisplaystring
	ACCESS          read-write
	STATUS          mandatory
	DESCRIPTION     "The phone number of the primary user of this system."
	::= {eGeneralInformation 4}

a2SystemBootupTime OBJECT-TYPE
	SYNTAX          DmiDate
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The time at which the system was last booted."
	::= {eGeneralInformation 5}

a2SystemDateTime OBJECT-TYPE
	SYNTAX          DmiDate
	ACCESS          read-write
	STATUS          mandatory
	DESCRIPTION     "The actual system date and time."
	::= {eGeneralInformation 6}

SSystemBios ::= SEQUENCE {
	a4BiosIndex                                     DmiInteger,
	a4BiosManufacturer                              DmiDisplaystring,
	a4BiosVersion                                   DmiDisplaystring,
	a4BiosRomSize                                   DmiInteger,
	a4BiosStartingAddress                           DmiInteger64,
	a4BiosEndingAddress                             DmiInteger64,
	a4BiosLoaderVersion                             DmiDisplaystring,
	a4BiosReleaseDate                               DmiDate,
	a4PrimaryBios                                   DmiInteger
}

tSystemBios OBJECT-TYPE
	SYNTAX          SEQUENCE OF SSystemBios
	ACCESS          not-accessible
	STATUS          mandatory
	DESCRIPTION     "This group defines the attributes for the System BIOS."
	::= {dmtfGroups 4}

eSystemBios OBJECT-TYPE
	SYNTAX          SSystemBios
	ACCESS          not-accessible
	STATUS          mandatory
	DESCRIPTION     ""
	INDEX           {DmiComponentIndex, a4BiosIndex}
	::= {tSystemBios 1}

a4BiosIndex OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The index into the system BIOS table."
	::= {eSystemBios 1}

a4BiosManufacturer OBJECT-TYPE
	SYNTAX          DmiDisplaystring
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The name of the company that wrote this System BIOS."
	::= {eSystemBios 2}

a4BiosVersion OBJECT-TYPE
	SYNTAX          DmiDisplaystring
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The version number or version string of this BIOS."
	::= {eSystemBios 3}

a4BiosRomSize OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The physical size of this BIOS ROM device in kilobytes."
	::= {eSystemBios 4}

a4BiosStartingAddress OBJECT-TYPE
	SYNTAX          DmiInteger64
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The starting physical address for the memory which the BIOS
occupies."
	::= {eSystemBios 5}

a4BiosEndingAddress OBJECT-TYPE
	SYNTAX          DmiInteger64
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The ending physical address for the memory which the BIOS
occupies."
	::= {eSystemBios 6}

a4BiosLoaderVersion OBJECT-TYPE
	SYNTAX          DmiDisplaystring
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The BIOS flash loader version number or string."
	::= {eSystemBios 7}

a4BiosReleaseDate OBJECT-TYPE
	SYNTAX          DmiDate
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The BIOS release date."
	::= {eSystemBios 8}

a4PrimaryBios OBJECT-TYPE
	SYNTAX          INTEGER {
		vFalse                                          (0),
		vTrue                                           (1)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "If true, this is the primary System BIOS."
	::= {eSystemBios 9}

SSystemBiosCharacteristics ::= SEQUENCE {
	a5BiosCharacteristicIndex                       DmiInteger,
	a5BiosNumber                                    DmiInteger,
	a5BiosCharacteristic                            DmiInteger,
	a5BiosCharacteristicDescription                 DmiDisplaystring
}

tSystemBiosCharacteristics OBJECT-TYPE
	SYNTAX          SEQUENCE OF SSystemBiosCharacteristics
	ACCESS          not-accessible
	STATUS          mandatory
	DESCRIPTION     "This group defines the characteristics of the System BIOS."
	::= {dmtfGroups 5}

eSystemBiosCharacteristics OBJECT-TYPE
	SYNTAX          SSystemBiosCharacteristics
	ACCESS          not-accessible
	STATUS          mandatory
	DESCRIPTION     ""
	INDEX           {DmiComponentIndex, a5BiosCharacteristicIndex, a5BiosNumber}
	::= {tSystemBiosCharacteristics 1}

a5BiosCharacteristicIndex OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "This is an index into the BIOS Characteristics table."
	::= {eSystemBiosCharacteristics 1}

a5BiosNumber OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The BIOS number, which correlates to the BIOS Index attribute
in theSystem BIOS group."
	::= {eSystemBiosCharacteristics 2}

a5BiosCharacteristic OBJECT-TYPE
	SYNTAX          INTEGER {
		vOther                                          (1),
		vUnknown                                        (2),
		vUnsupported                                    (3),
		vIsaSupport                                     (4),
		vMcaSupport                                     (5),
		vEisaSupport                                    (6),
		vPciSupport                                     (7),
		vPcmciaSupport                                  (8),
		vPnpSupport                                     (9),
		vApmSupport                                     (10),
		vUpgradeableBios                                (11),
		vBiosShadowingAllowed                           (12),
		vVlVesaSupport                                  (13),
		vEscdSupport                                    (14),
		vPc-98                                          (160)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The different features supported by this version of the BIOS."
	::= {eSystemBiosCharacteristics 3}

a5BiosCharacteristicDescription OBJECT-TYPE
	SYNTAX          DmiDisplaystring
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "An expanded description of this BIOS Characteristic."
	::= {eSystemBiosCharacteristics 4}

SProcessor ::= SEQUENCE {
	a6ProcessorIndex                                DmiInteger,
	a6ProcessorType                                 DmiInteger,
	a6ProcessorFamily                               DmiInteger,
	a6ProcessorVersionInformation                   DmiDisplaystring,
	a6MaximumSpeed                                  DmiInteger,
	a6CurrentSpeed                                  DmiInteger,
	a6ProcessorUpgrade                              DmiInteger,
	a6FruGroupIndex                                 DmiInteger,
	a6OperationalGroupIndex                         DmiInteger,
	a6Level1CacheIndex                              DmiInteger,
	a6Level2CacheIndex                              DmiInteger,
	a6Level3CacheIndex                              DmiInteger,
	a6Status                                        DmiInteger
}

tProcessor OBJECT-TYPE
	SYNTAX          SEQUENCE OF SProcessor
	ACCESS          not-accessible
	STATUS          mandatory
	DESCRIPTION     "This group defines the attributes for each and every processor 
installed in this system."
	::= {dmtfGroups 6}

eProcessor OBJECT-TYPE
	SYNTAX          SProcessor
	ACCESS          not-accessible
	STATUS          mandatory
	DESCRIPTION     ""
	INDEX           {DmiComponentIndex, a6ProcessorIndex}
	::= {tProcessor 1}

a6ProcessorIndex OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "An index into the processor table."
	::= {eProcessor 1}

a6ProcessorType OBJECT-TYPE
	SYNTAX          INTEGER {
		vOther                                          (1),
		vUnknown                                        (2),
		vCentralProcessor                               (3),
		vMathProcessor                                  (4),
		vDspProcessor                                   (5),
		vVideoProcessor                                 (6)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The type of processor currently in the system."
	::= {eProcessor 2}

a6ProcessorFamily OBJECT-TYPE
	SYNTAX          INTEGER {
		vOther                                  	(1),
		vUnknown                                	(2),
		v8086                                   	(3),
		v80286                                  	(4),
		v80386                                  	(5),
		v80486                                  	(6),
		v8087                                   	(7),
		v80287                                  	(8),
		v80387                                  	(9),
		v80487                                  	(10),
		vPentiumProcessor                       	(11),
		vPentiumProProcessor                    	(12),
		vPentiumIIProcessor                     	(13),
		vPentiumProcessorWithMMXTechnology      	(14),
		vCeleronProcessor                       	(15),
		vPentiumIIXeonProcessor                     (16),
		vPentiumIIIProcessor                    	(17),
		vM1Family                               	(18),
		vM2Family                               	(19),
		vK5Family                               	(25),
		vK6Family                               	(26),
		vPowerPcFamily                          	(32),
		vPowerPc601                             	(33),
		vPowerPc603                             	(34),
		vPowerPc603p                            	(35),
		vPowerPc604                             	(36),
		vAlphaFamily                            	(48),
		vMipsFamily                             	(64),
		vSparcFamily                            	(80),
		v68040                                  	(96),
		v68xxxFamily                            	(97),
		v68000                                  	(98),
		v68010                                  	(99),
		v68020                                  	(100),
		v68030                                  	(101),
		vHobbitFamily                           	(112),
		vWeitek                                 	(128),
		vPa-riscFamily                          	(144),
		vV30Family                              	(160),
		vPentiumIIIXeonProcessor               	    (176)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The family of processors to which this processor belongs."
	::= {eProcessor 3}

a6ProcessorVersionInformation OBJECT-TYPE
	SYNTAX          DmiDisplaystring
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The version number or string for this processor."
	::= {eProcessor 4}

a6MaximumSpeed OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The maximum speed (in MHz) of this processor."
	::= {eProcessor 5}

a6CurrentSpeed OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The current speed (in MHz) of this processor."
	::= {eProcessor 6}

a6ProcessorUpgrade OBJECT-TYPE
	SYNTAX          INTEGER {
		vOther                                          (1),
		vUnknown                                        (2),
		vDaughterBoard                                  (3),
		vZifSocket                                      (4),
		vReplacementpiggyBack                           (5),
		vNone                                           (6),
		vLifSocket                                      (7)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The method by which this processor can be upgraded, if upgrades
aresupported."
	::= {eProcessor 7}

a6FruGroupIndex OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "If this is a Field Replaceable Unit or if it is part of another
FRU, thisprovides an index into the FRU table; 'value = -1' indicates that
the group is not a FRU."
	::= {eProcessor 8}

a6OperationalGroupIndex OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The index into the Operational State Table for this device
if applicable."
	::= {eProcessor 9}

a6Level1CacheIndex OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "An index into the System Cache table that identifies the
entrythat describes the L1 cache for this processor. If more than oneprocessor
points to the same cache entry this means they sharethat cache."
	::= {eProcessor 10}

a6Level2CacheIndex OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "An index into the System Cache table that identifies the
entrythat describes the L2 cache for this processor If more than oneprocessor
points to the same cache entry this means they sharethat cache."
	::= {eProcessor 11}

a6Level3CacheIndex OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "An index into the System Cache table that identifies the
entrythat describes the L3 cache for this processor. If more than oneprocessor
points to the same cache entry this means they sharethat cache."
	::= {eProcessor 12}

a6Status OBJECT-TYPE
	SYNTAX          INTEGER {
		vOther                                          (1),
		vUnknown                                        (2),
		vEnabled                                        (3),
		vDisabledByUser                                 (4),
		vDisabledByFirmware                             (5),
		vIdle                                           (6)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The status of this processor"
	::= {eProcessor 13}

SMotherboard ::= SEQUENCE {
	a7NumberOfExpansionSlots                        DmiInteger,
	a7FruGroupIndex                                 DmiInteger,
	a7OperationalGroupIndex                         DmiInteger
}

tMotherboard OBJECT-TYPE
	SYNTAX          SEQUENCE OF SMotherboard
	ACCESS          not-accessible
	STATUS          mandatory
	DESCRIPTION     "This group defines attributes for the motherboard."
	::= {dmtfGroups 7}

eMotherboard OBJECT-TYPE
	SYNTAX          SMotherboard
	ACCESS          not-accessible
	STATUS          mandatory
	DESCRIPTION     ""
	INDEX           {DmiComponentIndex}
	::= {tMotherboard 1}

a7NumberOfExpansionSlots OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The total number of expansion slots which physically exist
on themotherboard whether occupied or not (see System Slots group)."
	::= {eMotherboard 1}

a7FruGroupIndex OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "If this is a Field Replaceable Unit or if it is part of another
FRU, thisprovides an index into the FRU table; 'value = -1' indicates that
the group is not a FRU."
	::= {eMotherboard 2}

a7OperationalGroupIndex OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The index into the Operational State Table for this device
if applicable."
	::= {eMotherboard 3}

SSystemCache ::= SEQUENCE {
	a10SystemCacheIndex                             DmiInteger,
	a10SystemCacheLevel                             DmiInteger,
	a10SystemCacheSpeed                             DmiInteger,
	a10SystemCacheSize                              DmiInteger,
	a10SystemCacheWritePolicy                       DmiInteger,
	a10SystemCacheErrorCorrection                   DmiInteger,
	a10FruGroupIndex                                DmiInteger,
	a10OperationalGroupIndex                        DmiInteger,
	a10SystemCacheType                              DmiInteger
}

tSystemCache OBJECT-TYPE
	SYNTAX          SEQUENCE OF SSystemCache
	ACCESS          not-accessible
	STATUS          mandatory
	DESCRIPTION     "This group defines the attributes for different System Caches
installed inthis system."
	::= {dmtfGroups 10}

eSystemCache OBJECT-TYPE
	SYNTAX          SSystemCache
	ACCESS          not-accessible
	STATUS          mandatory
	DESCRIPTION     ""
	INDEX           {DmiComponentIndex, a10SystemCacheIndex}
	::= {tSystemCache 1}

a10SystemCacheIndex OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "An index into the System Cache table."
	::= {eSystemCache 1}

a10SystemCacheLevel OBJECT-TYPE
	SYNTAX          INTEGER {
		vOther                                          (1),
		vUnknown                                        (2),
		vPrimary                                        (3),
		vSecondary                                      (4),
		vTertiary                                       (5)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "Is this the primary System Cache, or a subsidiary cache?"
	::= {eSystemCache 2}

a10SystemCacheSpeed OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The speed of this System Cache module in nanoseconds."
	::= {eSystemCache 3}

a10SystemCacheSize OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The size of this System Cache module in kilobytes."
	::= {eSystemCache 4}

a10SystemCacheWritePolicy OBJECT-TYPE
	SYNTAX          INTEGER {
		vOther                                          (1),
		vUnknown                                        (2),
		vWriteBack                                      (3),
		vWriteThrough                                   (4)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "Is this a write-back or a write-through cache?"
	::= {eSystemCache 5}

a10SystemCacheErrorCorrection OBJECT-TYPE
	SYNTAX          INTEGER {
		vOther                                          (1),
		vUnknown                                        (2),
		vNone                                           (3),
		vParity                                         (4),
		vSingleBitEcc                                   (5),
		vMultibitEcc                                    (6)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The error correction scheme supported by this cache component."
	::= {eSystemCache 6}

a10FruGroupIndex OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "If this is a Field Replaceable Unit or if it is part of another
FRU, thisprovides an index into the FRU table; 'value = -1' indicates that
the group is not a FRU."
	::= {eSystemCache 7}

a10OperationalGroupIndex OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The index into the Operational State Table for this device."
	::= {eSystemCache 8}

a10SystemCacheType OBJECT-TYPE
	SYNTAX          INTEGER {
		vOther                                          (1),
		vUnknown                                        (2),
		vInstruction                                    (3),
		vData                                           (4),
		vUnified                                        (5)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "This defines the system cache type."
	::= {eSystemCache 9}

SPowerSupply ::= SEQUENCE {
	a17PowerSupplyIndex                             DmiInteger,
	a17FruGroupIndex                                DmiInteger,
	a17OperationalGroupIndex                        DmiInteger,
	a17PowerUnitIndex                               DmiInteger,
	a17PowerSupplyType                              DmiInteger,
	a17InputVoltageCapabilityDescription            DmiDisplaystring,
	a17Range1InputVoltageLow                        DmiInteger,
	a17Range1InputVoltageHigh                       DmiInteger,
	a17Range1VoltageProbeIndex                      DmiInteger,
	a17Range1ElectricalCurrentProbeIndex            DmiInteger,
	a17Range2InputVoltageLow                        DmiInteger,
	a17Range2InputVoltageHigh                       DmiInteger,
	a17Range2VoltageProbeIndex                      DmiInteger,
	a17Range2CurrentProbeIndex                      DmiInteger,
	a17ActiveInputVoltageRange                      DmiInteger,
	a17InputVoltageRangeSwitching                   DmiInteger,
	a17Range1InputFrequencyLow                      DmiInteger,
	a17Range1InputFrequencyHigh                     DmiInteger,
	a17Range2InputFrequencyLow                      DmiInteger,
	a17Range2InputFrequencyHigh                     DmiInteger,
	a17TotalOutputPower                             DmiInteger
}

tPowerSupply OBJECT-TYPE
	SYNTAX          SEQUENCE OF SPowerSupply
	ACCESS          not-accessible
	STATUS          mandatory
	DESCRIPTION     "This group defines various attributes for power supplies
in this system."
	::= {dmtfGroups 17}

ePowerSupply OBJECT-TYPE
	SYNTAX          SPowerSupply
	ACCESS          not-accessible
	STATUS          mandatory
	DESCRIPTION     ""
	INDEX           {DmiComponentIndex, a17PowerSupplyIndex}
	::= {tPowerSupply 1}

a17PowerSupplyIndex OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The index number of the current power supply."
	::= {ePowerSupply 1}

a17FruGroupIndex OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "If this is a Field Replaceable Unit or if it is part of another
FRU, thisprovides an index into the FRU table; 'value = -1' indicates that
the group is not a FRU."
	::= {ePowerSupply 2}

a17OperationalGroupIndex OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The index into the Operational State table for this device."
	::= {ePowerSupply 3}

a17PowerUnitIndex OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "This is the ID of the Power Unit (logical power supply) to
which thisPower Supply belongs. This value matches up with the Power Unit
Table Indexattribute defined in the Power Unit Globe Table."
	::= {ePowerSupply 4}

a17PowerSupplyType OBJECT-TYPE
	SYNTAX          INTEGER {
		vOther                                          (1),
		vUnknown                                        (2),
		vLinear                                         (3),
		vSwitching                                      (4),
		vBattery                                        (5),
		vUps                                            (6),
		vConverter                                      (7),
		vRegulator                                      (8)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "This attribute describes the type of Power Supply, e.g. Linear,
Switching, Battery, etc."
	::= {ePowerSupply 5}

a17InputVoltageCapabilityDescription OBJECT-TYPE
	SYNTAX          DmiDisplaystring
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "An expanded description of the Input Voltage Capability for
this PowerSupply."
	::= {ePowerSupply 6}

a17Range1InputVoltageLow OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The low voltage of Input Voltage Range 1 for this Power Supply,
inmillivolts. A value of 0x80000000 denotes 'unknown'."
	::= {ePowerSupply 7}

a17Range1InputVoltageHigh OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The high voltage of Input Voltage Range 1 for this Power
Supply, inmillivolts. A value of 0x80000000 denotes 'unknown'."
	::= {ePowerSupply 8}

a17Range1VoltageProbeIndex OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "Index into the Voltage Probe table identifying the voltage
probemonitoring this input range. 0 indicates no probe provided."
	::= {ePowerSupply 9}

a17Range1ElectricalCurrentProbeIndex OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "Index into the Elelctrical Current Probe table identifying
the Electrical current probe monitoring this input range. 0 indicates no
probe provided."
	::= {ePowerSupply 10}

a17Range2InputVoltageLow OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The low voltage of Input Voltage Range 2 for this Power Supply,
inmillivolts. A value of 0x80000000 denotes 'unknown'."
	::= {ePowerSupply 11}

a17Range2InputVoltageHigh OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The high voltage of Input Voltage Range 2 for this Power
Supply, inmillivolts. A value of 0x80000000 denotes 'unknown'"
	::= {ePowerSupply 12}

a17Range2VoltageProbeIndex OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "Index into the Voltage Probe table identifying the voltage
probemonitoring this input range. 0 indicates no probe provided."
	::= {ePowerSupply 13}

a17Range2CurrentProbeIndex OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "Index into the Current Probe table identifying the current
probemonitoring this input range. 0 indicates no probe provided."
	::= {ePowerSupply 14}

a17ActiveInputVoltageRange OBJECT-TYPE
	SYNTAX          INTEGER {
		vOther                                          (1),
		vUnknown                                        (2),
		vRange1                                         (3),
		vRange2                                         (4),
		vBoth                                           (5)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The value of this attribute indicates which input voltage
range of thisPower Supply is currently active."
	::= {ePowerSupply 15}

a17InputVoltageRangeSwitching OBJECT-TYPE
	SYNTAX          INTEGER {
		vOther                                          (1),
		vUnknown                                        (2),
		vManual                                         (3),
		vAutoswitch                                     (4),
		vWideRange                                      (5),
		vNotApplicable                                  (6)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "This attribute describes the kind of input voltage range
switching that isimplemented in this power supply."
	::= {ePowerSupply 16}

a17Range1InputFrequencyLow OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The frequency at the low end of this power supply's Input
FrequencyRange 1. A value of zero implies DC. A value of 0x80000000 denotes
'unknown'"
	::= {ePowerSupply 17}

a17Range1InputFrequencyHigh OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The frequency at the high end of this power supply's Input
FrequencyRange 1. A value of zero implies DC. A value of 0x80000000 denotes
'unknown'"
	::= {ePowerSupply 18}

a17Range2InputFrequencyLow OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The frequency at the low end of this power supply's Input
FrequencyRange 2. A value of zero implies DC. A value of 0x80000000 denotes
'unknown'"
	::= {ePowerSupply 19}

a17Range2InputFrequencyHigh OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The frequency at the high end of this power supply's Input
FrequencyRange 2. A value of zero implies DC. A value of 0x80000000 denotes
'unknown'"
	::= {ePowerSupply 20}

a17TotalOutputPower OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "This attribute value represents the total output power of
this powersupply in milliWatts. 0x80000000 denotes 'unknown'"
	::= {ePowerSupply 21}

SSystemSlots ::= SEQUENCE {
	a19SlotIndex                                    DmiInteger,
	a19SlotType                                     DmiInteger64,
	a19SlotWidth                                    DmiInteger,
	a19CurrentUsage                                 DmiInteger,
	a19SlotDescription                              DmiDisplaystring,
	a19SlotCategory                                 DmiInteger,
	a19VirtualSlot                                  DmiInteger,
	a19ResourceUserId                               DmiInteger,
	a19VccMixedVoltageSupport               	      DmiInteger64,
	a19VppMixedVoltageSupport               	      DmiInteger64,
	a19SlotThermalRating                    	      DmiInteger,
	a19OperationalGroupIndex                        DmiInteger,
	a19SlotPowerState                               DmiInteger,
	a19SlotFaultState                               DmiInteger,
	a19SlotSwitchStatus                             DmiInteger
}

tSystemSlots OBJECT-TYPE
	SYNTAX          SEQUENCE OF SSystemSlots
	ACCESS          not-accessible
	STATUS          mandatory
	DESCRIPTION     "This group defines the attributes for the different system
expansion slotssupportedin this system."
	::= {dmtfGroups 19}

eSystemSlots OBJECT-TYPE
	SYNTAX          SSystemSlots
	ACCESS          not-accessible
	STATUS          mandatory
	DESCRIPTION     ""
	INDEX           {DmiComponentIndex, a19SlotIndex}
	::= {tSystemSlots 1}

a19SlotIndex OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "An index into the system slot table. This is the hardware
ID number foreach expansion slot, whether it is occupied or not (starting
with 1)."
	::= {eSystemSlots 1}

a19SlotType OBJECT-TYPE
	SYNTAX          DmiInteger64
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The bus type supported in this slot. This is a bit field
with the followingdefinitions: Bit 0 (2^0), if set, means it is a long-length
card; if 0, it is a short-length card, Bit 1(2^1), if set, indicates ISA,
Bit 2 (2^2) indicates EISA, Bit 3 (2^3) indicates MCA, Bit 4 (2^4) indicates
PCI, Bit 5 (2^5) indicates VL,Bit 6 (2^6) indicates PCMCIA, Bit (2^7) refers
to NuBus, Bit 8 (2^8) indicates PC-98/C20, Bit 9 (2^9) indicates PC-98/C24,
Bit 10 (2^10) indicates PC-98/E, Bit 11 (2^11) indicates PC-98/Local "
	::= {eSystemSlots 2}

a19SlotWidth OBJECT-TYPE
	SYNTAX          INTEGER {
		vOther                                          (1),
		vUnknown                                        (2),
		v8BitCard                                       (3),
		v16BitCard                                      (4),
		v32BitCard                                      (5),
		v64BitCard                                      (6),
		v128BitCard                                     (7)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The maximum bus width of cards accepted in this slot."
	::= {eSystemSlots 3}

a19CurrentUsage OBJECT-TYPE
	SYNTAX          INTEGER {
		vOther                                          (1),
		vUnknown                                        (2),
		vAvailable                                      (3),
		vInUse                                          (4)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "Is this slot is currently in use?"
	::= {eSystemSlots 4}

a19SlotDescription OBJECT-TYPE
	SYNTAX          DmiDisplaystring
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The card currently occupying this slot."
	::= {eSystemSlots 5}

a19SlotCategory OBJECT-TYPE
	SYNTAX          INTEGER {
		vOther                                          (1),
		vUnknown                                        (2),
		vBusConnector                                   (3),
		vPcmciaSlot                                     (4),
		vMotherboard                                    (5)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The word 'slot' is used to refer to bus slots. The last case
(motherboard)refers to situations where a functional element is integrated
onto, say, a motherboardand connects to a bus without a connector. It still
takes up an expansion site on the busbut this is termed a 'virtual slot'
as opposed to a physical slot (see the attribute 'VirtualSlot'). Virtual
slots are in effect permanently occupied expansion sites. This attribute
establishes which category of physical slot this table entry is defining."
	::= {eSystemSlots 6}

a19VirtualSlot OBJECT-TYPE
	SYNTAX          INTEGER {
		vFalse                                          (0),
		vTrue                                           (1),
		vUnknown                                        (2)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "This attribute indicates whether this is a 'virtual slot'
or not. A 'virtualslot' is an expansion site that is permanently occupied
because of the level ofintegration of an expandable component. An example
of a virtual slot is an I/O busposition taken up by a LAN controller that
is integrated onto a motherboard. A slot withthe 'Slot Category' of Motherboard
is typically a Virtual Slot."
	::= {eSystemSlots 7}

a19ResourceUserId OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "Value used to locate the rows in the System Resources 2 table
forthe resources associated with this slot or expansion site. 0 = 'unspecified'."
	::= {eSystemSlots 8}

a19VccMixedVoltageSupport OBJECT-TYPE
	SYNTAX		DmiInteger64
	ACCESS		read-only
	STATUS		mandatory
	DESCRIPTION	"Device Vcc Mixed Voltage support. This is a bit field with
the following definitions: 
 Bit 0 (2^0), if set, indicates 3.3V support
 Bit 1 (2^1), if set, indicates 5V support "
	::= {eSystemSlots 9}

a19VppMixedVoltageSupport OBJECT-TYPE
	SYNTAX		DmiInteger64
	ACCESS		read-only
	STATUS		mandatory
	DESCRIPTION	"Device Vpp Mixed Voltage support. This is a bit field with
the following definitions: 
 Bit 0 (2^0), if set, indicates 3.3V support
 Bit 1 (2^1), if set, indicates 5V support 
 Bit 2 (2^2), if set, indicates 12V support "
	::= {eSystemSlots 10}

a19SlotThermalRating OBJECT-TYPE
	SYNTAX		DmiInteger
	ACCESS		read-only
	STATUS		mandatory
	DESCRIPTION	"The maximum thermal dissipation of the slot in milliwatts."
	::= {eSystemSlots 11}

a19OperationalGroupIndex OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The index into the Operational State table for this device."
	::= {eSystemSlots 12}

a19SlotPowerState OBJECT-TYPE
	SYNTAX          INTEGER {
		vUnknown                                        (1),
		vOff                                            (2),
		vOn                                             (3)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The current state of the PHP system slot."
	::= {eSystemSlots 13}

a19SlotFaultState OBJECT-TYPE
	SYNTAX          INTEGER {
		vUnknown                                        (1),
		vOk                                             (2),
		vFailed                                         (3)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The current error state for the PHP system slot."
	::= {eSystemSlots 14}

a19SlotSwitchStatus OBJECT-TYPE
	SYNTAX          INTEGER {
		vUnknown                                        (1),
		vClosed                                         (2),
		vOpened                                         (3)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "Is the PHP Switch Closed?"
	::= {eSystemSlots 15}


SCoolingUnitGlobalTable ::= SEQUENCE {
	a28CoolingUnitIndex                             DmiInteger,
	a28CoolingUnitStatus                            DmiInteger
}

tCoolingUnitGlobalTable OBJECT-TYPE
	SYNTAX          SEQUENCE OF SCoolingUnitGlobalTable
	ACCESS          not-accessible
	STATUS          mandatory
	DESCRIPTION     "This global table describes all of the Cooling Units in this
system component.  The unique index of each Cooling Unit is a key into this
table. A Cooling Unit is composed of potentially more than one Cooling Device
in a redundant configuration.  Cooling devices are described by the 'Cooling
Device' standard group. Each cooling device described by a row in the Cooling
Device standard group will point to a corresponding Cooling Unit in this
table by using the row index of the row that describes the Coolin"
	::= {dmtfGroups 28}

eCoolingUnitGlobalTable OBJECT-TYPE
	SYNTAX          SCoolingUnitGlobalTable
	ACCESS          not-accessible
	STATUS          mandatory
	DESCRIPTION     ""
	INDEX           {DmiComponentIndex, a28CoolingUnitIndex}
	::= {tCoolingUnitGlobalTable 1}

a28CoolingUnitIndex OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The unique index given to each Cooling Unit being described
by this table. This unique index is the key into this table."
	::= {eCoolingUnitGlobalTable 1}

a28CoolingUnitStatus OBJECT-TYPE
	SYNTAX          INTEGER {
		vOther                                          (1),
		vUnknown                                        (2),
		vNotApplicableUnitNotRedundant                  (3),
		vOffline                                        (4),
		vFullyRedundant                                 (5),
		vDegradedRedundancy                             (6),
		vRedundancyLost                                 (7)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "Gives the redundancy status of the Cooling Unit. 'Fully Redundan
' means that all of the configured redundancy is still available; 'Degraded
Redundancy' means that some failures have been experienced but some reduced
amount of redundancy is still available; 'Redundancy Lost' means that a sufficie
t number of failures have been experienced that no redundancy is available
and the next failure experienced within the Cooling Unit will cause overall
Cooling Unit failure. "
	::= {eCoolingUnitGlobalTable 2}

SFieldReplaceableUnit ::= SEQUENCE {
	a30FruIndex                                     DmiInteger,
	a30DeviceGroupIndex                             DmiInteger,
	a30Description                                  DmiDisplaystring,
	a30Manufacturer                                 DmiDisplaystring,
	a30Model                                        DmiDisplaystring,
	a30PartNumber                                   DmiDisplaystring,
	a30FruSerialNumber                              DmiDisplaystring,
	a30RevisionLevel                                DmiDisplaystring,
	a30WarrantyStartDate                            DmiDate,
	a30WarrantyDuration                             DmiInteger,
	a30SupportPhoneNumber                           DmiDisplaystring,
	a30FruInternetUniformResourceLocator            DmiDisplaystring
}

tFieldReplaceableUnit OBJECT-TYPE
	SYNTAX          SEQUENCE OF SFieldReplaceableUnit
	ACCESS          not-accessible
	STATUS          mandatory
	DESCRIPTION     "A Field Replaceable Unit (FRU), is defined as a hardware
componentwhich is designed to be separately removable for replacement or
repair. For thepurposes of this definition, a motherboard and a fixed hard
disk are FRUs, whereas afixed hard disk platter or a chip fixed in place
on the motherboard are not FRUs sincethey are not designed to be separately
removable. Each instance within the FRU tableshould contain the device group
and instance data for the associated hardwarecomponent."
	::= {dmtfGroups 30}

eFieldReplaceableUnit OBJECT-TYPE
	SYNTAX          SFieldReplaceableUnit
	ACCESS          not-accessible
	STATUS          mandatory
	DESCRIPTION     ""
	INDEX           {DmiComponentIndex, a30FruIndex}
	::= {tFieldReplaceableUnit 1}

a30FruIndex OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The index into the Field Replaceable Unit table."
	::= {eFieldReplaceableUnit 1}

a30DeviceGroupIndex OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The group ID of the group referencing this Field Replaceable
Unitinstance."
	::= {eFieldReplaceableUnit 2}

a30Description OBJECT-TYPE
	SYNTAX          DmiDisplaystring
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "A clear description of this Field Replaceable Unit."
	::= {eFieldReplaceableUnit 3}

a30Manufacturer OBJECT-TYPE
	SYNTAX          DmiDisplaystring
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The name of the company manufacturing or providing this Field
Replaceable Unit."
	::= {eFieldReplaceableUnit 4}

a30Model OBJECT-TYPE
	SYNTAX          DmiDisplaystring
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The manufacturer's model number for this Field Replaceable
Unit."
	::= {eFieldReplaceableUnit 5}

a30PartNumber OBJECT-TYPE
	SYNTAX          DmiDisplaystring
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "A part number by which a replacement part can be ordered
for this Field Replaceable Unit."
	::= {eFieldReplaceableUnit 6}

a30FruSerialNumber OBJECT-TYPE
	SYNTAX          DmiDisplaystring
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The manufacturer's serial number for this Field Replaceable
Unit."
	::= {eFieldReplaceableUnit 7}

a30RevisionLevel OBJECT-TYPE
	SYNTAX          DmiDisplaystring
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The revision level of this Field Replaceable Unit."
	::= {eFieldReplaceableUnit 8}

a30WarrantyStartDate OBJECT-TYPE
	SYNTAX          DmiDate
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The start date of the service warranty for this Field Replaceabl
 Unit."
	::= {eFieldReplaceableUnit 9}

a30WarrantyDuration OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The total duration of this Field Replaceable Unit warranty
in months."
	::= {eFieldReplaceableUnit 10}

a30SupportPhoneNumber OBJECT-TYPE
	SYNTAX          DmiDisplaystring
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The phone number(s) for support for this Field Replaceable
Unit."
	::= {eFieldReplaceableUnit 11}

a30FruInternetUniformResourceLocator OBJECT-TYPE
	SYNTAX          DmiDisplaystring
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The Internet Uniform Resource Locator string that can be
used through a World Wide Web browser to obtain further information about
this FRU"
	::= {eFieldReplaceableUnit 12}

SOperationalState ::= SEQUENCE {
	a31OperationalStateInstanceIndex                DmiInteger,
	a31DeviceGroupIndex                             DmiInteger,
	a31OperationalStatus                            DmiInteger,
	a31UsageState                                   DmiInteger,
	a31AvailabilityStatus                           DmiInteger,
	a31AdministrativeState                          DmiInteger,
	a31FatalErrorCount                              DmiCounter,
	a31MajorErrorCount                              DmiCounter,
	a31WarningErrorCount                            DmiCounter,
	a31CurrentErrorStatus                           DmiInteger,
	a31DevicePredictedFailureStatus                 DmiInteger
}

tOperationalState OBJECT-TYPE
	SYNTAX          SEQUENCE OF SOperationalState
	ACCESS          not-accessible
	STATUS          mandatory
	DESCRIPTION     "This group provides the operational state, usage, and availabili
y status,and administrative state indicators for specific Device Group instances
"
	::= {dmtfGroups 31}

eOperationalState OBJECT-TYPE
	SYNTAX          SOperationalState
	ACCESS          not-accessible
	STATUS          mandatory
	DESCRIPTION     ""
	INDEX           {DmiComponentIndex, a31OperationalStateInstanceIndex}
	::= {tOperationalState 1}

a31OperationalStateInstanceIndex OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The Index into the Operational State table."
	::= {eOperationalState 1}

a31DeviceGroupIndex OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The group ID of the group referencing this instance."
	::= {eOperationalState 2}

a31OperationalStatus OBJECT-TYPE
	SYNTAX          INTEGER {
		vOther                                          (1),
		vUnknown                                        (2),
		vEnabled                                        (3),
		vDisabled                                       (4),
		vNotApplicable                                  (5)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The operational status of the Device Group instance."
	::= {eOperationalState 3}

a31UsageState OBJECT-TYPE
	SYNTAX          INTEGER {
		vOther                                          (1),
		vUnknown                                        (2),
		vIdle                                           (3),
		vActive                                         (4),
		vBusy                                           (5),
		vNotApplicable                                  (6)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The usage state of the Device Group instance."
	::= {eOperationalState 4}

a31AvailabilityStatus OBJECT-TYPE
	SYNTAX          INTEGER {
		vOther                                          (1),
		vUnknown                                        (2),
		vRunning                                        (3),
		vWarning                                        (4),
		vInTest                                         (5),
		vNotApplicable                                  (6),
		vPowerOff                                       (7),
		vOffLine                                        (8),
		vOffDuty                                        (9),
		vDegraded                                       (10),
		vNotInstalled                                   (11),
		vInstallError                                   (12),
		vPowerSave                                      (13)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The availability status of the Device Group instance."
	::= {eOperationalState 5}

a31AdministrativeState OBJECT-TYPE
	SYNTAX          INTEGER {
		vOther                                          (1),
		vUnknown                                        (2),
		vLocked                                         (3),
		vUnlocked                                       (4),
		vNotApplicable                                  (5),
		vShuttingDown                                   (6)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The administrative state of the Device Group instance."
	::= {eOperationalState 6}

a31FatalErrorCount OBJECT-TYPE
	SYNTAX          DmiCounter
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The accumulated Fatal or Non-recoverable error count for
this Device Group instance."
	::= {eOperationalState 7}

a31MajorErrorCount OBJECT-TYPE
	SYNTAX          DmiCounter
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The accumulated Major or Critical error count for this Device
Group instance."
	::= {eOperationalState 8}

a31WarningErrorCount OBJECT-TYPE
	SYNTAX          DmiCounter
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The accumulated Warning or Non-Critical error count for this
Device Group instance."
	::= {eOperationalState 9}

a31CurrentErrorStatus OBJECT-TYPE
	SYNTAX          INTEGER {
		vOther                                          (1),
		vUnknown                                        (2),
		vOk                                             (3),
		vNon-critical                                   (4),
		vCritical                                       (5),
		vNon-recoverable                                (6)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "This attribute presents the current error status for this
Device Group instance.  The most critical error status in effect should be
presented. I.e. if a part of the Device Group instance is 'Critical', while
other status is 'Non-critical' then the status'Critical' should be reported."
	::= {eOperationalState 10}

a31DevicePredictedFailureStatus OBJECT-TYPE
	SYNTAX          INTEGER {
		vOther                                          (1),
		vUnknown                                        (2),
		vNotSupportedByThisDevice                       (3),
		vNoFailurePredictedByTheDevice                  (4),
		vDeviceFailurePredictedByTheDevice              (5),
		vMediaFailurePredictedByTheDevice               (6)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "Enumeration describing the current Device Predicted Failure
Status (e.g.: the S.M.A.R.T. status of the device)."
	::= {eOperationalState 11}

SPhysicalMemoryArray ::= SEQUENCE {
	a34MemoryArrayTableIndex                        DmiInteger,
	a34MemoryArrayLocation                          DmiInteger,
	a34MemoryArrayUse                               DmiInteger,
	a34MaximumMemoryCapacity                        DmiInteger,
	a34NumberOfMemoryDeviceSockets                  DmiInteger,
	a34NumberOfMemoryDeviceSocketsUsed              DmiInteger,
	a34MemoryErrorCorrection                        DmiInteger,
	a34ArrayErrorType                               DmiInteger,
	a34LastErrorUpdate                              DmiInteger,
	a34ErrorOperation                               DmiInteger,
	a34ErrorDataSize                                DmiInteger,
	a34ErrorData                                    DmiOctetstring,
	a34VendorSyndrome                               DmiOctetstring,
	a34ErrorAddress                                 DmiInteger64,
	a34ErrorResolution                              DmiInteger,
	a34FruGroupIndex                                DmiInteger,
	a34OperationalGroupIndex                        DmiInteger
}

tPhysicalMemoryArray OBJECT-TYPE
	SYNTAX          SEQUENCE OF SPhysicalMemoryArray
	ACCESS          not-accessible
	STATUS          mandatory
	DESCRIPTION     "This group represents an array of physical memory as a collectio
 ofone or more Memory Devices associated in sets and partitions."
	::= {dmtfGroups 34}

ePhysicalMemoryArray OBJECT-TYPE
	SYNTAX          SPhysicalMemoryArray
	ACCESS          not-accessible
	STATUS          mandatory
	DESCRIPTION     ""
	INDEX           {DmiComponentIndex, a34MemoryArrayTableIndex}
	::= {tPhysicalMemoryArray 1}

a34MemoryArrayTableIndex OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "A unique number that identifies this row."
	::= {ePhysicalMemoryArray 1}

a34MemoryArrayLocation OBJECT-TYPE
	SYNTAX          INTEGER {
		vOther                                          (1),
		vUnknown                                        (2),
		vSystemBoardOrMotherboard                       (3),
		vIsaAdd-onCard                                  (4),
		vEisaAdd-onCard                                 (5),
		vPciAdd-onCard                                  (6),
		vMcaAdd-onCard                                  (7),
		vPcmciaAdd-onCard                               (8),
		vProprietaryAdd-onCard                          (9),
		vNubus                                          (16),
		vPc-98c20Add-onCard                             (160),
		vPc-98c24Add-onCard                             (161),
		vPc-98eAdd-onCard                               (162),
		vPc-98localBusAdd-onCard                        (163),
		vPc-98cardSlotAdd-onCard                        (164)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The physical location of the Memory Array, whether on the
systemboard or an add-on board."
	::= {ePhysicalMemoryArray 2}

a34MemoryArrayUse OBJECT-TYPE
	SYNTAX          INTEGER {
		vOther                                          (1),
		vUnknown                                        (2),
		vSystemMemory                                   (3),
		vVideoMemory                                    (4),
		vFlashMemory                                    (5),
		vNonVolatileRam                                 (6),
		vCacheMemory                                    (7)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "What this Memory Array is used for."
	::= {ePhysicalMemoryArray 3}

a34MaximumMemoryCapacity OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The maximum memory capacity, in kilobytes, on this array.
0x80000000denotes 'unknown'."
	::= {ePhysicalMemoryArray 4}

a34NumberOfMemoryDeviceSockets OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The number of SIMM slots or sockets available for Memory
Devices inthis array. 0x80000000 denotes 'unknown'."
	::= {ePhysicalMemoryArray 5}

a34NumberOfMemoryDeviceSocketsUsed OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The number of SIMM slots or sockets in use for Memory Devices
in thisarray. 0x80000000 denotes 'unknown'."
	::= {ePhysicalMemoryArray 6}

a34MemoryErrorCorrection OBJECT-TYPE
	SYNTAX          INTEGER {
		vOther                                          (1),
		vUnknown                                        (2),
		vNone                                           (3),
		vParity                                         (4),
		vSingleBitEcc                                   (5),
		vMultibitEcc                                    (6),
		vCrc                                            (7)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The main hardware error correction or detection method supported
bythis Memory Array."
	::= {ePhysicalMemoryArray 7}

a34ArrayErrorType OBJECT-TYPE
	SYNTAX          INTEGER {
		vOther                                          (1),
		vUnknown                                        (2),
		vOk                                             (3),
		vBadRead                                        (4),
		vParityError                                    (5),
		vSingle-bitError                                (6),
		vDouble-bitError                                (7),
		vMulti-bitError                                 (8),
		vNibbleError                                    (9),
		vChecksumError                                  (10),
		vCrcError                                       (11),
		vCorrectedSingle-bitError                       (12),
		vCorrectedError                                 (13),
		vUncorrectableError                             (14)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The type of error that is associated with the current status
reported inOperational State for this Memory Array."
	::= {ePhysicalMemoryArray 8}

a34LastErrorUpdate OBJECT-TYPE
	SYNTAX          INTEGER {
		vOther                                          (1),
		vUnknown                                        (2),
		vNoUpdateSinceLastInstrumentationStart          (3),
		vUpdatedFromInformationObtainedPriorToIn        (4),
		vUpdatedDuringInstrumentationRun-time           (5)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "System state during which last error status was collected."
	::= {ePhysicalMemoryArray 9}

a34ErrorOperation OBJECT-TYPE
	SYNTAX          INTEGER {
		vOther                                          (1),
		vUnknown                                        (2),
		vRead                                           (3),
		vWrite                                          (4),
		vPartialWrite                                   (5)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The memory access operation that caused the current error."
	::= {ePhysicalMemoryArray 10}

a34ErrorDataSize OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The size of the data transfer that caused the error, in bits.
Zero indicatesno error, 0x80000000 denotes 'unknown'."
	::= {ePhysicalMemoryArray 11}

a34ErrorData OBJECT-TYPE
	SYNTAX          DmiOctetstring
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "Data captured during the erroneous Memory Array access. The
dataoccupy the first n bytes of the octetstring required to hold 'Error Data
Size' bits of thedata. Data are stored least-significant byte first."
	::= {ePhysicalMemoryArray 12}

a34VendorSyndrome OBJECT-TYPE
	SYNTAX          DmiOctetstring
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "Vendor-specific syndrome or CRC data associated with the
erroneousaccess."
	::= {ePhysicalMemoryArray 13}

a34ErrorAddress OBJECT-TYPE
	SYNTAX          DmiInteger64
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "Physical address of the error based on the addressing of
the bus that theMemory Array is connected to. 0x8000 0000 0000 0000 denotes
'unknown'."
	::= {ePhysicalMemoryArray 14}

a34ErrorResolution OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "Range in bytes that the error can be determined to be within,
when anError Address is given. 0x80000000 denotes 'unknown'."
	::= {ePhysicalMemoryArray 15}

a34FruGroupIndex OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "If this is a Field Replaceable Unit or if it is part of another
FRU, thisprovides an index into the FRU table; 'value = -1' indicates that
the group is not aFRU."
	::= {ePhysicalMemoryArray 16}

a34OperationalGroupIndex OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The index into the Operational State Table for this Memory
Array. TheOperational State row is used to hold the overall error count and
error status for thisarray."
	::= {ePhysicalMemoryArray 17}

SMemoryArrayMappedAddresses ::= SEQUENCE {
	a35MemoryArrayMappedAddressesTableIndex         DmiInteger,
	a35MemoryArrayIndex                             DmiInteger,
	a35MappedRangeStartingAddress                   DmiInteger,
	a35MappedRangeEndingAddress                     DmiInteger,
	a35PartitionId                                  DmiInteger,
	a35PartitionWidth                               DmiInteger,
	a35OperationalGroupIndex                        DmiInteger
}

tMemoryArrayMappedAddresses OBJECT-TYPE
	SYNTAX          SEQUENCE OF SMemoryArrayMappedAddresses
	ACCESS          not-accessible
	STATUS          mandatory
	DESCRIPTION     "This table presents ranges of physical addresses that are
mapped to agiven Memory Array."
	::= {dmtfGroups 35}

eMemoryArrayMappedAddresses OBJECT-TYPE
	SYNTAX          SMemoryArrayMappedAddresses
	ACCESS          not-accessible
	STATUS          mandatory
	DESCRIPTION     ""
	INDEX           {DmiComponentIndex, a35MemoryArrayMappedAddressesTableIndex}
	::= {tMemoryArrayMappedAddresses 1}

a35MemoryArrayMappedAddressesTableIndex OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "A unique number that identifies this row."
	::= {eMemoryArrayMappedAddresses 1}

a35MemoryArrayIndex OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The ID of the Memory Array that this address range is mapped
to.Multiple address ranges may be mapped to a Memory Array."
	::= {eMemoryArrayMappedAddresses 2}

a35MappedRangeStartingAddress OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The physical starting address, in kilobytes, of a range of
memorymapped to the specified Memory Array. 0x80000000 denotes 'unknown'."
	::= {eMemoryArrayMappedAddresses 3}

a35MappedRangeEndingAddress OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The physical ending address of the last kilobyte of a range
of addressesmapped to the specified Memory Array. 0x80000000 denotes 'unknown'."
	::= {eMemoryArrayMappedAddresses 4}

a35PartitionId OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "Identifies a Memory Partition associated with the Memory
Arrayspecified by Memory Array Table Index. 0x80000000 denotes 'unknown'."
	::= {eMemoryArrayMappedAddresses 5}

a35PartitionWidth OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The number of Memory Devices that form a single row of memory
forthe partition. 0x80000000 denotes 'unknown'."
	::= {eMemoryArrayMappedAddresses 6}

a35OperationalGroupIndex OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The index into the Operational State Table for this Memory
Range.Generally, there will be a 1:1 correspondence between a mapped range
and a partition.In which case, the Operational State will be for the partition
as well. In the case thatthere is more than one mapped range for a partion,
it will be necessary to check theOperational State entries for each range
to determine the overall status of the partition."
	::= {eMemoryArrayMappedAddresses 7}

SMemoryDevice ::= SEQUENCE {
	a36MemoryDeviceTableIndex                       DmiInteger,
	a36MemoryArrayIndex                             DmiInteger,
	a36DeviceLocator                                DmiDisplaystring,
	a36BankLocator                                  DmiDisplaystring,
	a36Size                                         DmiInteger,
	a36FormFactor                                   DmiInteger,
	a36TotalWidth                                   DmiInteger,
	a36DataWidth                                    DmiInteger,
	a36MemoryType                                   DmiInteger,
	a36TypeDetail                                   DmiInteger,
	a36DeviceSet                                    DmiInteger,
	a36DeviceErrorType                              DmiInteger,
	a36ErrorGranularity                             DmiInteger,
	a36LastErrorUpdate                              DmiInteger,
	a36ErrorOperation                               DmiInteger,
	a36ErrorDataSize                                DmiInteger,
	a36ErrorData                                    DmiOctetstring,
	a36VendorSyndrome                               DmiOctetstring,
	a36DeviceErrorAddress                           DmiInteger,
	a36ArrayErrorAddress                            DmiInteger,
	a36ErrorResolution                              DmiInteger,
	a36FruGroupIndex                                DmiInteger,
	a36OperationalGroupIndex                        DmiInteger
}

tMemoryDevice OBJECT-TYPE
	SYNTAX          SEQUENCE OF SMemoryDevice
	ACCESS          not-accessible
	STATUS          mandatory
	DESCRIPTION     "This group presents information about individual memory devices
in thesystem. A memory device can be a SIMM, a SIPP, or a single chip, or
an entire card -based on the resolution to which a memory error can be determine
 and whether thedevice is replaceable as a unit."
	::= {dmtfGroups 36}

eMemoryDevice OBJECT-TYPE
	SYNTAX          SMemoryDevice
	ACCESS          not-accessible
	STATUS          mandatory
	DESCRIPTION     ""
	INDEX           {DmiComponentIndex, a36MemoryDeviceTableIndex}
	::= {tMemoryDevice 1}

a36MemoryDeviceTableIndex OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "A unique number that identifies this row."
	::= {eMemoryDevice 1}

a36MemoryArrayIndex OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The ID of the Memory Array that this Memory Device is a part
of."
	::= {eMemoryDevice 2}

a36DeviceLocator OBJECT-TYPE
	SYNTAX          DmiDisplaystring
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "A string identifying the physically labeled socket or board
positionwhere the memory device is located. Eg. 'SIMM 3' or 'IC12'."
	::= {eMemoryDevice 3}

a36BankLocator OBJECT-TYPE
	SYNTAX          DmiDisplaystring
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "A string identifying the physically labeled bank where the
memorydevice is located. Eg. 'Bank 0' or 'A'."
	::= {eMemoryDevice 4}

a36Size OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "Size of this memory device, in bytes."
	::= {eMemoryDevice 5}

a36FormFactor OBJECT-TYPE
	SYNTAX          INTEGER {
		vOther                                          (1),
		vUnknown                                        (2),
		vSimm                                           (3),
		vSip                                            (4),
		vChip                                           (5),
		vDip                                            (6),
		vZip                                            (7),
		vProprietaryCard                                (8),
		vDimm                                           (9),
		vTsop                                           (10),
		vRowOfChips                                     (11),
		vRimm                                           (12),
		vSodimm                                         (13)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "Implementation form factor for this memory device."
	::= {eMemoryDevice 6}

a36TotalWidth OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "Total width of this memory device, including check or error
correctionbits, in bits. If there are no error correction bits, the value
in this attribute should matchthat specified in Data Width. 0x80000000 denotes
'unknown'."
	::= {eMemoryDevice 7}

a36DataWidth OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "Data width of this memory device, in bits. A data width of
0 and a TotalWidth of 8 would indicate that the device is solely being used
to provide eight errorcorrection bits. 0x80000000 denotes 'unknown'."
	::= {eMemoryDevice 8}

a36MemoryType OBJECT-TYPE
	SYNTAX          INTEGER {
		vOther                                          (1),
		vUnknown                                        (2),
		vDram                                           (3),
		vEdram                                          (4),
		vVram                                           (5),
		vSram                                           (6),
		vRam                                            (7),
		vRom                                            (8),
		vFlash                                          (9),
		vEeprom                                         (10),
		vFeprom                                         (11),
		vEprom                                          (12),
		vCdram                                          (13),
		v3dram                                          (14),
		vSdram                                          (15),
		vSgram                                          (16)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "Type of memory used in this memory device."
	::= {eMemoryDevice 9}

a36TypeDetail OBJECT-TYPE
	SYNTAX          INTEGER {
		vOther                                          (1),
		vUnknown                                        (2),
		vFastPaged                                      (3),
		vStaticColumn                                   (4),
		vPseudo-static                                  (5),
		vRambus                                         (6),
		vSynchronous                                    (7),
		vCmos                                           (8),
		vEdo                                            (9),
		vWindowDram                                     (10),
		vCacheDram                                      (11),
		vNon-volatile                                   (12)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "Additional detail on the device type."
	::= {eMemoryDevice 10}

a36DeviceSet OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "This attribute is used to identify when the Memory Device
is one of a setof Memory Devices that must be populated with all devices
of the same type and size, and which set the device belongs to. For example,
when one SIMM belongs to a set offour. 0 indicates the Memory Device isn't
part of a set.  0x80000000 denotes 'unknown'."
	::= {eMemoryDevice 11}

a36DeviceErrorType OBJECT-TYPE
	SYNTAX          INTEGER {
		vOther                                          (1),
		vUnknown                                        (2),
		vOk                                             (3),
		vBadRead                                        (4),
		vParityError                                    (5),
		vSingle-bitError                                (6),
		vDouble-bitError                                (7),
		vMulti-bitError                                 (8),
		vNibbleError                                    (9),
		vChecksumError                                  (10),
		vCrcError                                       (11),
		vCorrectedSingle-bitError                       (12),
		vCorrectedError                                 (13),
		vUncorrectableError                             (14)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The type of error that is associated with the current status
reported inOperational State for this Memory Device."
	::= {eMemoryDevice 12}

a36ErrorGranularity OBJECT-TYPE
	SYNTAX          INTEGER {
		vOther                                          (1),
		vUnknown                                        (2),
		vDeviceLevel                                    (3),
		vMemoryPartitionLevel                           (4)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "Specifies whether the current error's location can be resolved
to thepartition or device level."
	::= {eMemoryDevice 13}

a36LastErrorUpdate OBJECT-TYPE
	SYNTAX          INTEGER {
		vOther                                          (1),
		vUnknown                                        (2),
		vNoUpdateSinceLastInstrumentationStart          (3),
		vUpdatedFromInformationObtainedPriorToIn        (4),
		vUpdatedDuringInstrumentationRun-time           (5)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "System state during which the last error update was collected."
	::= {eMemoryDevice 14}

a36ErrorOperation OBJECT-TYPE
	SYNTAX          INTEGER {
		vOther                                          (1),
		vUnknown                                        (2),
		vRead                                           (3),
		vWrite                                          (4),
		vPartialWrite                                   (5)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The memory access operation that caused the current error."
	::= {eMemoryDevice 15}

a36ErrorDataSize OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The size of the data transfer that caused the error,in bits.
Zero indicatesno error, 0x80000000 denotes 'unknown'."
	::= {eMemoryDevice 16}

a36ErrorData OBJECT-TYPE
	SYNTAX          DmiOctetstring
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "Data captured during the erroneous Memory Array access. The
dataoccupies the first n bytes of the octetstring required to hold 'Error
Data Size' bits of thedata. Data is stored least-significant byte first."
	::= {eMemoryDevice 17}

a36VendorSyndrome OBJECT-TYPE
	SYNTAX          DmiOctetstring
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "Vendor-specific syndrome or CRC data associated withthe erroneou
access."
	::= {eMemoryDevice 18}

a36DeviceErrorAddress OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "Physical address of the error relative to the start of the
device, in bytes.0x80000000 denotes 'unknown'."
	::= {eMemoryDevice 19}

a36ArrayErrorAddress OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "Physical address of the kilobyte where the error is located,
relative to thebus for the Memory Array. 0x80000000 denotes 'unknown'."
	::= {eMemoryDevice 20}

a36ErrorResolution OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "Range in bytes that the error can be determined to be within,
when anError Address is given. 0x80000000 denotes 'unknown'."
	::= {eMemoryDevice 21}

a36FruGroupIndex OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "If this is a Field Replaceable Unit or if it is partof another
FRU, thisprovides an index into the FRU table; 'value = -1' indicates that
the group is not a FRU."
	::= {eMemoryDevice 22}

a36OperationalGroupIndex OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The index into the Operational State Table for this device."
	::= {eMemoryDevice 23}

SMemoryDeviceMappedAddresses ::= SEQUENCE {
	a37MemoryDeviceMappedAddressesTableIndex        DmiInteger,
	a37MemoryDeviceSetId                            DmiInteger,
	a37Partition                                    DmiInteger,
	a37MappedRangeStartingAddress                   DmiInteger,
	a37MappedRangeEndingAddress                     DmiInteger,
	a37PartitionRowPosition                         DmiInteger,
	a37InterleavePosition                           DmiInteger,
	a37DataDepth                                    DmiInteger
}

tMemoryDeviceMappedAddresses OBJECT-TYPE
	SYNTAX          SEQUENCE OF SMemoryDeviceMappedAddresses
	ACCESS          not-accessible
	STATUS          mandatory
	DESCRIPTION     "This table presents ranges of physical addresses that are
mapped to agiven Memory Device Set."
	::= {dmtfGroups 37}

eMemoryDeviceMappedAddresses OBJECT-TYPE
	SYNTAX          SMemoryDeviceMappedAddresses
	ACCESS          not-accessible
	STATUS          mandatory
	DESCRIPTION     ""
	INDEX           {DmiComponentIndex, a37MemoryDeviceMappedAddressesTableIndex}
	::= {tMemoryDeviceMappedAddresses 1}

a37MemoryDeviceMappedAddressesTableIndex OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "A unique number that identifies this row."
	::= {eMemoryDeviceMappedAddresses 1}

a37MemoryDeviceSetId OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The row in the Memory Device table that this address range
is for. Thismatches with a Memory Device Table Index. There may be multiple
rows in MemoryDevice Mapped addresses for a single Memory Device."
	::= {eMemoryDeviceMappedAddresses 2}

a37Partition OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "Identifies the Memory partition in the Memory Array Mapped
Addressestable that this Memory Device is part of. Partition number should
be positive.0x80000000 denotes 'unknown'."
	::= {eMemoryDeviceMappedAddresses 3}

a37MappedRangeStartingAddress OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The physical starting address, in kilobytes, of a range of
memorymapped to the specified Memory Device set. The address is specified
relative to the busthat the device is connected to. 0x80000000 denotes 'unknown'
"
	::= {eMemoryDeviceMappedAddresses 4}

a37MappedRangeEndingAddress OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The physical ending address of the last kilobyte of a range
of addressesmapped to the specified Memory Device. The address is specified
relative to the busthat the device is connected to. 0x80000000 denotes 'unknown'
"
	::= {eMemoryDeviceMappedAddresses 5}

a37PartitionRowPosition OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "This specifies the position of the device in a row of the
partition. Forexample, if it takes two 8-bit memory devices to form a 16-bit
row, then a value of '2'in this attribute means the device is the second
device. 0 is an invalid return value.0x80000000 denotes 'unknown'."
	::= {eMemoryDeviceMappedAddresses 6}

a37InterleavePosition OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The position of this device in an interleave. 0 indicates
non-interleaved.1 indicates the first position  2 the second, and so on.
For example, in a 2:1 interleave,a value of '1' would indicate the device
is in the 'even' position, in a 4:1 interleave thiswould be the first of
four possible positions). 0x80000000 denotes 'unknown' or'unsupported'."
	::= {eMemoryDeviceMappedAddresses 7}

a37DataDepth OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The maximum number of consecutive rows accessed from this
device ina single interleaved transfer. For example, if a device transfer
two rows each time it'sread it's Interleaved Data Depth would be 2. If that
device is 2:1 interleaved and inInterleave Position '1' then the rows mapped
to that device would be rows1,2,5,6,9,10,etc. If the device is not part of
an interleave, this value should be 0.0x80000000 denotes 'unknown'."
	::= {eMemoryDeviceMappedAddresses 8}

SSystemHardwareSecurity ::= SEQUENCE {
	a50Power-onPasswordStatus                       DmiInteger,
	a50KeyboardPasswordStatus                       DmiInteger,
	a50AdministratorPasswordStatus                  DmiInteger,
	a50FrontPanelResetStatus                        DmiInteger
}

tSystemHardwareSecurity OBJECT-TYPE
	SYNTAX          SEQUENCE OF SSystemHardwareSecurity
	ACCESS          not-accessible
	STATUS          mandatory
	DESCRIPTION     "This group describes the system-wide hardware security settings."
	::= {dmtfGroups 50}

eSystemHardwareSecurity OBJECT-TYPE
	SYNTAX          SSystemHardwareSecurity
	ACCESS          not-accessible
	STATUS          mandatory
	DESCRIPTION     ""
	INDEX           {DmiComponentIndex}
	::= {tSystemHardwareSecurity 1}

a50Power-onPasswordStatus OBJECT-TYPE
	SYNTAX          INTEGER {
		vOther                                          (1),
		vUnknown                                        (2),
		vDisabled                                       (3),
		vEnabled                                        (4),
		vNotImplemented                                 (5)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The current power-on password setting on the system."
	::= {eSystemHardwareSecurity 1}

a50KeyboardPasswordStatus OBJECT-TYPE
	SYNTAX          INTEGER {
		vOther                                          (1),
		vUnknown                                        (2),
		vDisabled                                       (3),
		vEnabled                                        (4),
		vNotImplemented                                 (5)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The current keyboard password setting on the system"
	::= {eSystemHardwareSecurity 2}

a50AdministratorPasswordStatus OBJECT-TYPE
	SYNTAX          INTEGER {
		vOther                                          (1),
		vUnknown                                        (2),
		vDisabled                                       (3),
		vEnabled                                        (4),
		vNotImplemented                                 (5)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The current administrator password setting on the system.
This passwordis required to make hardware configuration changes to the system."
	::= {eSystemHardwareSecurity 3}

a50FrontPanelResetStatus OBJECT-TYPE
	SYNTAX          INTEGER {
		vOther                                          (1),
		vUnknown                                        (2),
		vDisabled                                       (3),
		vEnabled                                        (4),
		vNotImplemented                                 (5)
	}
	ACCESS          read-write
	STATUS          mandatory
	DESCRIPTION     "The present status of the front panel reset button capability.
If Enabled, the machine can be reset via the front panel reset button. If Disabled, 
the reset button, if available, is inoperative."
	::= {eSystemHardwareSecurity 4}

SSystemPowerControls ::= SEQUENCE {
	a52PowerControlRequest                          DmiInteger,
	a52TimedPower-onAvailable                       DmiInteger,
	a52TimeToNextScheduledPower-on                  DmiInteger
}

tSystemPowerControls OBJECT-TYPE
	SYNTAX          SEQUENCE OF SSystemPowerControls
	ACCESS          not-accessible
	STATUS          mandatory
	DESCRIPTION     "This group defines attributes for controlling the main power
supply tothe system."
	::= {dmtfGroups 52}

eSystemPowerControls OBJECT-TYPE
	SYNTAX          SSystemPowerControls
	ACCESS          not-accessible
	STATUS          mandatory
	DESCRIPTION     ""
	INDEX           {DmiComponentIndex}
	::= {tSystemPowerControls 1}

a52PowerControlRequest OBJECT-TYPE
	SYNTAX          INTEGER {
		vOther                                          (1),
		vUnknown                                        (2),
		vPowerOff                                       (3),
		vPowerOffThenOnAgain                            (4),
		vEnterStandbyMode                               (5),
		vEnterSuspendMode                               (6),
		vEnterHibernationMode                           (7)
	}
	ACCESS          read-write
	STATUS          mandatory
	DESCRIPTION     "Reading the value of this attribute gives the value of the
last valid power control request that was written into it.  Writing a valid
value into it causes the appropriate power control action to be exeucted
immediately. Writing an invalid or unimplemented value causes no change."
	::= {eSystemPowerControls 1}

a52TimedPower-onAvailable OBJECT-TYPE
	SYNTAX          INTEGER {
		vFalse                                          (0),
		vTrue                                           (1),
		vUnknown                                        (2)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "Defines whether a timed power-on facility is available."
	::= {eSystemPowerControls 2}

a52TimeToNextScheduledPower-on OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-write
	STATUS          mandatory
	DESCRIPTION     "The number of seconds until the next timed power-on is scheduled
tooccur. A value of 0 means that if the system is powered off, no automatic
timed poweron will occur. A value of 0x80000000 denotes 'unknown'."
	::= {eSystemPowerControls 3}

SVoltageProbe ::= SEQUENCE {
	a54VoltageProbeIndex                            DmiInteger,
	a54VoltageProbeLocation                         DmiInteger,
	a54VoltageProbeDescription                      DmiDisplaystring,
	a54VoltageStatus                                DmiInteger,
	a54VoltageProbeVoltageLevel                     DmiInteger,
	a54MonitoredVoltageNominalLevel                 DmiInteger,
	a54MonitoredVoltageNormalMaximum                DmiInteger,
	a54MonitoredVoltageNormalMinimum                DmiInteger,
	a54VoltageProbeMaximum                          DmiInteger,
	a54VoltageProbeMinimum                          DmiInteger,
	a54VoltageLevelLowerThreshold-Non-critic        DmiInteger,
	a54VoltageLevelUpperThreshold-Non-critic        DmiInteger,
	a54VoltageLevelLowerThreshold-Critical          DmiInteger,
	a54VoltageLevelUpperThreshold-Critical          DmiInteger,
	a54VoltageLevelLowerThreshold-Non-recove        DmiInteger,
	a54VoltageLevelUpperThreshold-Non-recove        DmiInteger,
	a54VoltageProbeResolution                       DmiInteger,
	a54VoltageProbeTolerance                        DmiInteger,
	a54VoltageProbeAccuracy                         DmiInteger,
	a54FruGroupIndex1                               DmiInteger,
	a54OperationalGroupIndex1                       DmiInteger
}

tVoltageProbe OBJECT-TYPE
	SYNTAX          SEQUENCE OF SVoltageProbe
	ACCESS          not-accessible
	STATUS          mandatory
	DESCRIPTION     "This group defines the attributes for the voltage probes
in this system."
	::= {dmtfGroups 54}

eVoltageProbe OBJECT-TYPE
	SYNTAX          SVoltageProbe
	ACCESS          not-accessible
	STATUS          mandatory
	DESCRIPTION     ""
	INDEX           {DmiComponentIndex, a54VoltageProbeIndex}
	::= {tVoltageProbe 1}

a54VoltageProbeIndex OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "Index into this voltage probe table."
	::= {eVoltageProbe 1}

a54VoltageProbeLocation OBJECT-TYPE
	SYNTAX          INTEGER {
		vOther                                          (1),
		vUnknown                                        (2),
		vProcessor                                      (3),
		vDisk                                           (4),
		vPeripheralBay                                  (5),
		vSystemManagementModule                         (6),
		vMotherboard                                    (7),
		vMemoryModule                                   (8),
		vProcessorModule                                (9),
		vPowerUnit                                      (10),
		vAdd-inCard                                     (11)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "Identifies the physical location of the voltage probe."
	::= {eVoltageProbe 2}

a54VoltageProbeDescription OBJECT-TYPE
	SYNTAX          DmiDisplaystring
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "Additional descriptive information about the voltage probe
or probe'slocation."
	::= {eVoltageProbe 3}

a54VoltageStatus OBJECT-TYPE
	SYNTAX          INTEGER {
		vOther                                          (1),
		vUnknown                                        (2),
		vOk                                             (3),
		vNon-critical                                   (4),
		vCritical                                       (5),
		vNon-recoverable                                (6)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "Defines the status of the voltage monitored by this voltage
probe."
	::= {eVoltageProbe 4}

a54VoltageProbeVoltageLevel OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The current voltage level of this voltage probe in millivolts.
0x8000000denotes 'unknown'."
	::= {eVoltageProbe 5}

a54MonitoredVoltageNominalLevel OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The nominal voltage level of the voltage monitored by this
probe inmillivolts. 0x80000000 denotes 'unknown'."
	::= {eVoltageProbe 6}

a54MonitoredVoltageNormalMaximum OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The normal maximum voltage level of the voltage monitored
by thisprobe in millivolts. 0x80000000 denotes 'unknown'."
	::= {eVoltageProbe 7}

a54MonitoredVoltageNormalMinimum OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The normal minimum voltage level of the voltage monitored
by thisprobe in millivolts. 0x80000000 denotes 'unknown'."
	::= {eVoltageProbe 8}

a54VoltageProbeMaximum OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The maximum voltage level specified to be readable by this
probe inmillivolts. 0x80000000 denotes 'unknown'."
	::= {eVoltageProbe 9}

a54VoltageProbeMinimum OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The minimum voltage level specified to be readable by this
probe inmillivolts. 0x80000000 denotes 'unknown'."
	::= {eVoltageProbe 10}

a54VoltageLevelLowerThreshold-Non-critic OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-write
	STATUS          mandatory
	DESCRIPTION     "The lower non-critical threshold for the voltage level set
by the user, inmillivolts. 0x80000000 denotes 'unknown'."
	::= {eVoltageProbe 11}

a54VoltageLevelUpperThreshold-Non-critic OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-write
	STATUS          mandatory
	DESCRIPTION     "The upper non-critical threshold for the voltage probe, in
millivolts.0x80000000 denotes 'unknown'."
	::= {eVoltageProbe 12}

a54VoltageLevelLowerThreshold-Critical OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-write
	STATUS          mandatory
	DESCRIPTION     "The lower critical threshold for the voltage probe, in millivolt
.0x80000000 denotes 'unknown'."
	::= {eVoltageProbe 13}

a54VoltageLevelUpperThreshold-Critical OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-write
	STATUS          mandatory
	DESCRIPTION     "The upper critical threshold for the voltage probe, in millivolt
.0x80000000 denotes 'unknown'."
	::= {eVoltageProbe 14}

a54VoltageLevelLowerThreshold-Non-recove OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-write
	STATUS          mandatory
	DESCRIPTION     "The lower non-recoverable threshold for the voltage probe,
in millivolts.0x80000000 denotes 'unknown'."
	::= {eVoltageProbe 15}

a54VoltageLevelUpperThreshold-Non-recove OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-write
	STATUS          mandatory
	DESCRIPTION     "The upper non-recoverable threshold for the voltage probe,
in millivolts.0x80000000 denotes 'unknown'."
	::= {eVoltageProbe 16}

a54VoltageProbeResolution OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-write
	STATUS          mandatory
	DESCRIPTION     "The resolution for the reading from this voltage probe, in
tenths ofmillivolts. '0x80000000 denotes 'unknown'."
	::= {eVoltageProbe 17}

a54VoltageProbeTolerance OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-write
	STATUS          mandatory
	DESCRIPTION     "The tolerance for the reading from this voltage probe, in
plus/minusmillivolts. 0x80000000 denotes 'unknown'."
	::= {eVoltageProbe 18}

a54VoltageProbeAccuracy OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-write
	STATUS          mandatory
	DESCRIPTION     "The accuracy for the reading from this voltage probe, in
plus/minushundredths of a percent. 0x80000000 denotes 'unknown'."
	::= {eVoltageProbe 19}

a54FruGroupIndex OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "Index into the FRU table"
	::= {eVoltageProbe 20}

a54OperationalGroupIndex OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "Index into the Operational State table"
	::= {eVoltageProbe 21}

STemperatureProbe ::= SEQUENCE {
	a55TemperatureProbeTableIndex                   DmiInteger,
	a55TemperatureProbeLocation                     DmiInteger,
	a55TemperatureProbeDescription                  DmiDisplaystring,
	a55TemperatureStatus                            DmiInteger,
	a55TemperatureProbeTemperatureReading           DmiInteger,
	a55MonitoredTemperatureNominalReading           DmiInteger,
	a55MonitoredTemperatureNormalMaximum            DmiInteger,
	a55MonitoredTemperatureNormalMinimum            DmiInteger,
	a55TemperatureProbeMaximum                      DmiInteger,
	a55TemperatureProbeMinimum                      DmiInteger,
	a55TemperatureLowerThreshold-Non-critica        DmiInteger,
	a55TemperatureUpperThreshold-Non-critica        DmiInteger,
	a55TemperatureLowerThreshold-Critical           DmiInteger,
	a55TemperatureUpperThreshold-Critical           DmiInteger,
	a55TemperatureLowerThreshold-Non-recover        DmiInteger,
	a55TemperatureUpperThreshold-Non-recover        DmiInteger,
	a55TemperatureProbeResolution                   DmiInteger,
	a55TemperatureProbeTolerance                    DmiInteger,
	a55TemperatureProbeAccuracy                     DmiInteger,
	a55FruGroupIndex                                DmiInteger,
	a55OperationalGroupIndex                        DmiInteger
}

tTemperatureProbe OBJECT-TYPE
	SYNTAX          SEQUENCE OF STemperatureProbe
	ACCESS          not-accessible
	STATUS          mandatory
	DESCRIPTION     "This group defines the attributes for the temperature probes
in thissystem."
	::= {dmtfGroups 55}

eTemperatureProbe OBJECT-TYPE
	SYNTAX          STemperatureProbe
	ACCESS          not-accessible
	STATUS          mandatory
	DESCRIPTION     ""
	INDEX           {DmiComponentIndex, a55TemperatureProbeTableIndex}
	::= {tTemperatureProbe 1}

a55TemperatureProbeTableIndex OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "Index into this temperature probe table."
	::= {eTemperatureProbe 1}

a55TemperatureProbeLocation OBJECT-TYPE
	SYNTAX          INTEGER {
		vOther                                          (1),
		vUnknown                                        (2),
		vProcessor                                      (3),
		vDisk                                           (4),
		vPeripheralBay                                  (5),
		vSmbMaster                                      (6),
		vMotherboard                                    (7),
		vMemoryModule                                   (8),
		vProcessorModule                                (9),
		vPowerUnit                                      (10),
		vAdd-inCard                             		(11),
		vFrontPanelBoard                        		(12),
		vBackPanelBoard                         		(13),
		vPowerSystemBoard                       		(14),
		vDriveBackPlane                         		(15)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "Identifies the physical location of the temperature probe."
	::= {eTemperatureProbe 2}

a55TemperatureProbeDescription OBJECT-TYPE
	SYNTAX          DmiDisplaystring
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "Additional descriptive information about the temperature
probe orprobe's location."
	::= {eTemperatureProbe 3}

a55TemperatureStatus OBJECT-TYPE
	SYNTAX          INTEGER {
		vOther                                          (1),
		vUnknown                                        (2),
		vOk                                             (3),
		vNon-critical                                   (4),
		vCritical                                       (5),
		vNon-recoverable                                (6)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "Defines the status of the temperature monitored by this temperat
reprobe."
	::= {eTemperatureProbe 4}

a55TemperatureProbeTemperatureReading OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The present temperature reading of this temperature probe
in 1/10th degrees C. 0x8000000 denotes 'unknown'."
	::= {eTemperatureProbe 5}

a55MonitoredTemperatureNominalReading OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The nominal temperature reading of the temperature monitored by
this probe in 1/10th degrees C. 0x80000000 denotes 'unknown'."
	::= {eTemperatureProbe 6}

a55MonitoredTemperatureNormalMaximum OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The normal maximum temperature reading of the temperaturemonitor
d by this probe in 1/10th degrees C. 0x80000000 denotes 'unknown'."
	::= {eTemperatureProbe 7}

a55MonitoredTemperatureNormalMinimum OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The normal minimum temperature reading of the temperaturemonitor
d by this probe in 1/10th degrees C. 0x80000000 denotes 'unknown'."
	::= {eTemperatureProbe 8}

a55TemperatureProbeMaximum OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The maximum temperature reading specified to be readable
bythis probe in 1/10th degrees C. 0x80000000 denotes 'unknown'."
	::= {eTemperatureProbe 9}

a55TemperatureProbeMinimum OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The minimum temperature reading specified to be readable
bythis probe in 1/10th degrees C. 0x80000000 denotes 'unknown'."
	::= {eTemperatureProbe 10}

a55TemperatureLowerThreshold-Non-critica OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-write
	STATUS          mandatory
	DESCRIPTION     "The lower non-critical threshold for the temperature reading
setby the user, in 1/10th degrees C. 0x80000000 denotes 'unknown'."
	::= {eTemperatureProbe 11}

a55TemperatureUpperThreshold-Non-critica OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-write
	STATUS          mandatory
	DESCRIPTION     "The upper non-critical threshold for the temperature probe,
in 1/10th degrees C. 0x80000000 denotes 'unknown'."
	::= {eTemperatureProbe 12}

a55TemperatureLowerThreshold-Critical OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-write
	STATUS          mandatory
	DESCRIPTION     "The lower critical threshold for the temperature probe, in
1/10 degrees C. 0x80000000 denotes 'unknown'."
	::= {eTemperatureProbe 13}

a55TemperatureUpperThreshold-Critical OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-write
	STATUS          mandatory
	DESCRIPTION     "The upper critical threshold for the temperature probe, in
/10th degrees C. 0x80000000 denotes 'unknown'."
	::= {eTemperatureProbe 14}

a55TemperatureLowerThreshold-Non-recover OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-write
	STATUS          mandatory
	DESCRIPTION     "The lower non-recoverable threshold for the temperature probe,
in 1/10th degrees C. 0x80000000 denotes 'unknown'."
	::= {eTemperatureProbe 15}

a55TemperatureUpperThreshold-Non-recover OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-write
	STATUS          mandatory
	DESCRIPTION     "The upper non-recoverable threshold for the temperature probe,
in 1/10th degrees C. 0x80000000 denotes 'unknown'."
	::= {eTemperatureProbe 16}

a55TemperatureProbeResolution OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-write
	STATUS          mandatory
	DESCRIPTION     "The resolution for the reading from this temperature probe,
in tenths of 1/10th degrees C. '0x80000000 denotes 'unknown'."
	::= {eTemperatureProbe 17}

a55TemperatureProbeTolerance OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-write
	STATUS          mandatory
	DESCRIPTION     "The tolerance for the reading from this temperature probe,
in plus/minus 1/10 degrees C. 0x80000000 denotes 'unknown'."
	::= {eTemperatureProbe 18}

a55TemperatureProbeAccuracy OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-write
	STATUS          mandatory
	DESCRIPTION     "The accuracy for the reading from this temperature probe,
in plus/minus hundredths of a percent. 0x80000000 denotes 'unknown' or'unsupport
d'."
	::= {eTemperatureProbe 19}

a55FruGroupIndex OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "Index into the FRU table. A value of -1 indicatesthat this
device is not an FRU."
	::= {eTemperatureProbe 20}

a55OperationalGroupIndex OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "Index into the Operational State table"
	::= {eTemperatureProbe 21}

SPhysicalContainerGlobalTable ::= SEQUENCE {
	a64ContainerOrChassisType                       DmiInteger,
	a64AssetTag                                     DmiDisplaystring,
	a64ChassisLockPresent                           DmiInteger,
	a64BootupState                                  DmiInteger,
	a64PowerState                                   DmiInteger,
	a64ThermalState                                 DmiInteger,
	a64FruGroupIndex                                DmiInteger,
	a64OperationalGroupIndex                        DmiInteger,
	a64ContainerIndex                               DmiInteger,
	a64ContainerName                                DmiDisplaystring,
	a64ContainerLocation                            DmiDisplaystring,
	a64ContainerSecurityStatus                      DmiInteger
}

tPhysicalContainerGlobalTable OBJECT-TYPE
	SYNTAX          SEQUENCE OF SPhysicalContainerGlobalTable
	ACCESS          not-accessible
	STATUS          mandatory
	DESCRIPTION     "This group of attributes describes the fields in a row ofthe
Physical Container Global Table. This table lists all ofthe containers (e.g.
chassis, sub-chassis, etc.) included withinthe component whose structure
is being described"
	::= {dmtfGroups 64}

ePhysicalContainerGlobalTable OBJECT-TYPE
	SYNTAX          SPhysicalContainerGlobalTable
	ACCESS          not-accessible
	STATUS          mandatory
	DESCRIPTION     ""
	INDEX           {DmiComponentIndex, a64ContainerIndex}
	::= {tPhysicalContainerGlobalTable 1}

a64ContainerOrChassisType OBJECT-TYPE
	SYNTAX          INTEGER {
		vOther                                          (1),
		vUnknown                                        (2),
		vDesktop                                        (3),
		vLowProfileDesktop                              (4),
		vPizzaBox                                       (5),
		vMiniTower                                      (6),
		vTower                                          (7),
		vPortable                                       (8),
		vLaptop                                         (9),
		vNotebook                                       (10),
		vHandHeld                                       (11),
		vDockingStation                                 (12),
		vAllInOne                                       (13),
		vSubNotebook                                    (14),
		vSpace-saving                                   (15),
		vLunchBox                                       (16),
		vMainSystemChassis                              (17),
		vExpansionChassis                               (18),
		vSubchassis                                     (19),
		vBusExpansionChassis                            (20),
		vPeripheralChassis                              (21),
		vRaidChassis                                    (22),
		vRackMountChassis                               (23)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The type of container or chassis."
	::= {ePhysicalContainerGlobalTable 1}

a64AssetTag OBJECT-TYPE
	SYNTAX          DmiDisplaystring
	ACCESS          read-write
	STATUS          mandatory
	DESCRIPTION     "The Container asset tag string.This asset tag string is writeabl
by the system administrator."
	::= {ePhysicalContainerGlobalTable 2}

a64ChassisLockPresent OBJECT-TYPE
	SYNTAX          INTEGER {
		vFalse                                          (0),
		vTrue                                           (1)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "If true, a chassis lock is present on the Container."
	::= {ePhysicalContainerGlobalTable 3}

a64BootupState OBJECT-TYPE
	SYNTAX          INTEGER {
		vOther                                          (1),
		vUnknown                                        (2),
		vOk                                             (3),
		vWarning                                        (4),
		vCritical                                       (5),
		vNon-recoverable1                               (6)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The current state of this system when it booted."
	::= {ePhysicalContainerGlobalTable 4}

a64PowerState OBJECT-TYPE
	SYNTAX          INTEGER {
		vOther                                          (1),
		vUnknown                                        (2),
		vOk                                             (3),
		vWarning                                        (4),
		vCritical                                       (5),
		vNon-recoverable                                (6)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The current state of the power supply for this system."
	::= {ePhysicalContainerGlobalTable 5}

a64ThermalState OBJECT-TYPE
	SYNTAX          INTEGER {
		vOther                                          (1),
		vUnknown                                        (2),
		vOk                                             (3),
		vWarning                                        (4),
		vCritical                                       (5),
		vNon-recoverable                                (6)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The current thermal state of this Container."
	::= {ePhysicalContainerGlobalTable 6}

a64FruGroupIndex OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "If this is a Field Replaceable Unit or if it is part of another
FRU, this provides an index into the FRU table; 'value = -1' indicates that
the group is not a FRU."
	::= {ePhysicalContainerGlobalTable 7}

a64OperationalGroupIndex OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The index into the Operational State table for this device if
applicable."
	::= {ePhysicalContainerGlobalTable 8}

a64ContainerIndex OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "A unique index for the Physical Container in Physical Container
Global Table."
	::= {ePhysicalContainerGlobalTable 9}

a64ContainerName OBJECT-TYPE
	SYNTAX          DmiDisplaystring
	ACCESS          read-write
	STATUS          mandatory
	DESCRIPTION     "This is any 64-octet long name that the user orsystem 
administrator wishes to give this specific physical container."
	::= {ePhysicalContainerGlobalTable 10}

a64ContainerLocation OBJECT-TYPE
	SYNTAX          DmiDisplaystring
	ACCESS          read-write
	STATUS          mandatory
	DESCRIPTION     "This attribute is a string name for the location of the
 container.  This attribute is Read-Write and may be set to any  appropriate value by
the user. The string may be 128 octets long."
	::= {ePhysicalContainerGlobalTable 11}

a64ContainerSecurityStatus OBJECT-TYPE
	SYNTAX          INTEGER {
		vOther                                          (1),
		vUnknown                                        (2),
		vNoSecurityBreachDetected                       (3),
		vContainerSecurityBreachAttempted               (4),
		vContainerSecurityBreached                      (5)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "This attribute describes whether the Container is physically
 secure or not. This includes the state of the door lock, or the boot devices
or  the keyboard or mouse."
	::= {ePhysicalContainerGlobalTable 12}

SOperatingSystem ::= SEQUENCE {
	a66OperatingSystemIndex                         DmiInteger,
	a66OperatingSystemName                          DmiDisplaystring,
	a66OperatingSystemVersion                       DmiDisplaystring,
	a66PrimaryOperatingSystem                       DmiInteger,
	a66OperatingSystemBootDeviceStorageType         DmiInteger,
	a66OperatingSystemBootDeviceIndex               DmiInteger,
	a66OperatingSystemBootPartitionIndex            DmiInteger,
	a66OperatingSystemDescription                   DmiDisplaystring
}

tOperatingSystem OBJECT-TYPE
	SYNTAX          SEQUENCE OF SOperatingSystem
	ACCESS          not-accessible
	STATUS          mandatory
	DESCRIPTION     "This group defines general information about operating systems
installedon this system."
	::= {dmtfGroups 66}

eOperatingSystem OBJECT-TYPE
	SYNTAX          SOperatingSystem
	ACCESS          not-accessible
	STATUS          mandatory
	DESCRIPTION     ""
	INDEX           {DmiComponentIndex, a66OperatingSystemIndex}
	::= {tOperatingSystem 1}

a66OperatingSystemIndex OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The index into the operating system table."
	::= {eOperatingSystem 1}

a66OperatingSystemName OBJECT-TYPE
	SYNTAX          DmiDisplaystring
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The name of this operating system."
	::= {eOperatingSystem 2}

a66OperatingSystemVersion OBJECT-TYPE
	SYNTAX          DmiDisplaystring
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The version number of this operating system."
	::= {eOperatingSystem 3}

a66PrimaryOperatingSystem OBJECT-TYPE
	SYNTAX          INTEGER {
		vFalse                                          (0),
		vTrue                                           (1)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "If true, this is the primary operating system."
	::= {eOperatingSystem 4}

a66OperatingSystemBootDeviceStorageType OBJECT-TYPE
	SYNTAX          INTEGER {
		vOther                                          (1),
		vUnknown                                        (2),
		vHardDisk                                       (3),
		vFloppyDisk                                     (4),
		vOpticalRom                                     (5),
		vOpticalWorm                                    (6),
		vOpticalRw                                      (7),
		vCompactDisk                                    (8),
		vFlashDisk                                      (9),
		vBernoulli                                      (10),
		vOpticalFloppyDisk                              (11)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "An index into the Disks Table to indicate the device from
which thisoperating system was booted. To fully access the Disks Table, this
index must becombined with the attribute Boot Device Index."
	::= {eOperatingSystem 5}

a66OperatingSystemBootDeviceIndex OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "An index into the Disks Table."
	::= {eOperatingSystem 6}

a66OperatingSystemBootPartitionIndex OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "An index into the Partition table indicating the partition
from which thisoperating system booted."
	::= {eOperatingSystem 7}

a66OperatingSystemDescription OBJECT-TYPE
	SYNTAX          DmiDisplaystring
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "A description of this operating system."
	::= {eOperatingSystem 8}

SPowerUnitGlobalTable ::= SEQUENCE {
	a67PowerUnitIndex                               DmiInteger,
	a67PowerUnitRedundancyStatus                    DmiInteger
}

tPowerUnitGlobalTable OBJECT-TYPE
	SYNTAX          SEQUENCE OF SPowerUnitGlobalTable
	ACCESS          not-accessible
	STATUS          mandatory
	DESCRIPTION     "This global table describes all of the Power Units in this
system component. The unique index of each Power Unit is the keyinto this table.
A Power Unit is composed of potentially more than onePower Supply in a redundant
configuration. Individual power supplies are described inthe 'Power Supply'
standard group. In that group, each individual power supply entry will point
to a Power Unit in this table by using the index of the row in this table
that describes the Power Unit. If a Power Unit is redundant, more than one 
row in the Power Supply group will point to it. If a Power Unit is not redundant, 
then a single row in the Power Supply group will point to it. "
	::= {dmtfGroups 67}

ePowerUnitGlobalTable OBJECT-TYPE
	SYNTAX          SPowerUnitGlobalTable
	ACCESS          not-accessible
	STATUS          mandatory
	DESCRIPTION     ""
	INDEX           {DmiComponentIndex, a67PowerUnitIndex}
	::= {tPowerUnitGlobalTable 1}

a67PowerUnitIndex OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The unique index given to each Power Unit being described by
this table. This unique index is the key into this table."
	::= {ePowerUnitGlobalTable 1}

a67PowerUnitRedundancyStatus OBJECT-TYPE
	SYNTAX          INTEGER {
		vOther                                          (1),
		vUnknown                                        (2),
		vNotApplicableUnitNotRedundant                  (3),
		vOffline                                        (4),
		vFullyRedundant                                 (5),
		vDegradedRedundancy                             (6),
		vRedundancyLost                                 (7)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "Gives the redundancy status of the Power Unit.'Fully Redundant'
means that all of the configured redundancy is stillavailable; 'Degraded
Redundancy' means that some failures have beenexperienced but some reduced
amount of redundancy is still available;'Redundancy Lost' means that a sufficient
 number of failures have beenexperienced that no redundancy is available
and the next failure experiencedwithin the Power Unit will cause overall
Power Unit failure."
	::= {ePowerUnitGlobalTable 2}

SParallelPorts ::= SEQUENCE {
	a74ParallelPortIndex                            DmiInteger,
	a74ParallelBaseIoAddress                        DmiInteger64,
	a74IrqUsed                                      DmiInteger,
	a74LogicalName                                  DmiDisplaystring,
	a74ConnectorType                                DmiInteger,
	a74ConnectorPinout                              DmiInteger,
	a74DmaSupport                                   DmiInteger,
	a74ParallelPortCapabilities                     DmiInteger,
	a74OperationalGroupIndex                        DmiInteger,
	a74ParallelPortSecuritySettings                 DmiInteger
}

tParallelPorts OBJECT-TYPE
	SYNTAX          SEQUENCE OF SParallelPorts
	ACCESS          not-accessible
	STATUS          mandatory
	DESCRIPTION     "This group defines the attributes for parallel ports in this
system."
	::= {dmtfGroups 74}

eParallelPorts OBJECT-TYPE
	SYNTAX          SParallelPorts
	ACCESS          not-accessible
	STATUS          mandatory
	DESCRIPTION     ""
	INDEX           {DmiComponentIndex, a74ParallelPortIndex}
	::= {tParallelPorts 1}

a74ParallelPortIndex OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "An index into the parallel ports table."
	::= {eParallelPorts 1}

a74ParallelBaseIoAddress OBJECT-TYPE
	SYNTAX          DmiInteger64
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "Base I/O address for this parallel port."
	::= {eParallelPorts 2}

a74IrqUsed OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "IRQ number that is being used by this parallel port."
	::= {eParallelPorts 3}

a74LogicalName OBJECT-TYPE
	SYNTAX          DmiDisplaystring
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The logical name of the I/O device on this parallel port,
under thisoperating environment."
	::= {eParallelPorts 4}

a74ConnectorType OBJECT-TYPE
	SYNTAX          INTEGER {
		vOther                                          (1),
		vUnknown                                        (2),
		vDb-25Female                                    (3),
		vDb-25Male                                      (4),
		vCentronics                                     (5),
		vMini-centronics                                (6),
		vProprietary                                    (7),
		vCentronics-14                                  (160),
		vDb-36Female                                    (161),
		vMini-centronics-20                             (162)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The connector used to interface with the I/O device on this
parallel port."
	::= {eParallelPorts 5}

a74ConnectorPinout OBJECT-TYPE
	SYNTAX          INTEGER {
		vOther                                          (1),
		vUnknown                                        (2),
		vXtat                                           (3),
		vPs2                                            (4),
		vIeee1284                                       (5),
		vProprietary                                    (6),
		vPc-98                                          (160),
		vPc-98-hireso                                   (161),
		vPc-h98                                         (162),
		vPc-98note                                      (163),
		vPc-98full                                      (164)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The pinout used by the I/O device on this parallel port."
	::= {eParallelPorts 6}

a74DmaSupport OBJECT-TYPE
	SYNTAX          INTEGER {
		vFalse                                          (0),
		vTrue                                           (1)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "If true, DMA is supported."
	::= {eParallelPorts 7}

a74ParallelPortCapabilities OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "Capabilities of this parallel port. This is a bit field mask
with the bitsdefined as follows: Bit 0 (2^0) set = XT/AT compatibleBit 1
(2^1) set = PS/2 compatibleBit 2 (2^2) set = ECPBit 3 (2^3) set = EPPBit
4 (2^4) set = PC-98Bit 5 (2^5) set = PC-98-HiresoBit 6 (2^6) set = PC-H98"
	::= {eParallelPorts 8}

a74OperationalGroupIndex OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The index into the Operational State Table for this device."
	::= {eParallelPorts 9}

a74ParallelPortSecuritySettings OBJECT-TYPE
	SYNTAX          INTEGER {
		vOther                                          (1),
		vUnknown                                        (2),
		vNone                                           (3),
		vExternalInterfaceLockedOut                     (4),
		vExternalInterfaceEnabled                       (5),
		vBoot-bypass                                    (6)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "Attribute describing the current hardware security settings
on this device"
	::= {eParallelPorts 10}

SSerialPorts ::= SEQUENCE {
	a75SerialPortIndex                              DmiInteger,
	a75SerialBaseIoAddress                          DmiInteger64,
	a75IrqUsed                                      DmiInteger,
	a75LogicalName                                  DmiDisplaystring,
	a75ConnectorType                                DmiInteger,
	a75MaximumSpeed                                 DmiInteger,
	a75SerialPortCapabilities                       DmiInteger,
	a75OperationalGroupIndex                        DmiInteger,
	a75SerialPortSecuritySettings                   DmiInteger
}

tSerialPorts OBJECT-TYPE
	SYNTAX          SEQUENCE OF SSerialPorts
	ACCESS          not-accessible
	STATUS          mandatory
	DESCRIPTION     "This group defines the attributes for serial ports in this
system."
	::= {dmtfGroups 75}

eSerialPorts OBJECT-TYPE
	SYNTAX          SSerialPorts
	ACCESS          not-accessible
	STATUS          mandatory
	DESCRIPTION     ""
	INDEX           {DmiComponentIndex, a75SerialPortIndex}
	::= {tSerialPorts 1}

a75SerialPortIndex OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "An index into the serial ports table."
	::= {eSerialPorts 1}

a75SerialBaseIoAddress OBJECT-TYPE
	SYNTAX          DmiInteger64
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "Base I/O address for this serial port."
	::= {eSerialPorts 2}

a75IrqUsed OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "IRQ number that is being used by this serial port."
	::= {eSerialPorts 3}

a75LogicalName OBJECT-TYPE
	SYNTAX          DmiDisplaystring
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The logical name of this serial port under this operating
environment."
	::= {eSerialPorts 4}

a75ConnectorType OBJECT-TYPE
	SYNTAX          INTEGER {
		vOther                                          (1),
		vUnknown                                        (2),
		vDb-9PinMale                                    (3),
		vDb-9PinFemale                                  (4),
		vDb-25PinMale                                   (5),
		vDb-25PinFemale                                 (6),
		vRj-11                                          (7),
		vRj-45                                          (8),
		vProprietary                                    (9),
		vCircularDin-8Male                              (10),
		vCircularDin-8Female                            (11),
		vMini-centronicsType-14                         (160),
		vMini-centronicsType-26                         (161)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The connector used to interface with the I/O device on this
serial port."
	::= {eSerialPorts 5}

a75MaximumSpeed OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "Maximum transfer speed of the device on this serial port
in bits persecond."
	::= {eSerialPorts 6}

a75SerialPortCapabilities OBJECT-TYPE
	SYNTAX          INTEGER {
		vOther                                          (1),
		vUnknown                                        (2),
		vXtatCompatible                                 (3),
		v16450Compatible                                (4),
		v16550Compatible                                (5),
		v16550aCompatible                               (6),
		v8251Compatible                                 (160),
		v8251fifoCompatible                             (161)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The capabilities of this Serial port."
	::= {eSerialPorts 7}

a75OperationalGroupIndex OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The index into the Operational State Table for this device."
	::= {eSerialPorts 8}

a75SerialPortSecuritySettings OBJECT-TYPE
	SYNTAX          INTEGER {
		vOther                                          (1),
		vUnknown                                        (2),
		vNone                                           (3),
		vExternalInterfaceLockedOut                     (4),
		vExternalInterfaceEnabled                       (5),
		vBoot-bypass                                    (6)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "Attribute describing the current hardware security settings
on this device"
	::= {eSerialPorts 9}

SCoolingDevice ::= SEQUENCE {
	a81CoolingDeviceTableIndex                      DmiInteger,
	a81FruGroupIndex                                DmiInteger,
	a81OperationalGroupIndex                        DmiInteger,
	a81CoolingUnitIndex                             DmiInteger,
	a81CoolingDeviceType                            DmiInteger,
	a81TemperatureProbeIndex                        DmiInteger
}

tCoolingDevice OBJECT-TYPE
	SYNTAX          SEQUENCE OF SCoolingDevice
	ACCESS          not-accessible
	STATUS          mandatory
	DESCRIPTION     "This group defines various attributes for cooling devices
in this system."
	::= {dmtfGroups 81}

eCoolingDevice OBJECT-TYPE
	SYNTAX          SCoolingDevice
	ACCESS          not-accessible
	STATUS          mandatory
	DESCRIPTION     ""
	INDEX           {DmiComponentIndex, a81CoolingDeviceTableIndex}
	::= {tCoolingDevice 1}

a81CoolingDeviceTableIndex OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "An index into the cooling device table."
	::= {eCoolingDevice 1}

a81FruGroupIndex OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "If this is a Field Replaceable Unit or if it is part of another
FRU, thisprovides an index into the FRU table; 'value = -1' indicates that
the group is not a FRU."
	::= {eCoolingDevice 2}

a81OperationalGroupIndex OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The index into the Operational State table for this device."
	::= {eCoolingDevice 3}

a81CoolingUnitIndex OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "This is the ID of the Cooling Unit (logical cooling device)
of which thisCooling Device is a part. This value matches up with the Cooling
Unit Table Indexattribute defined in the Cooling Unit Globe Table."
	::= {eCoolingDevice 4}

a81CoolingDeviceType OBJECT-TYPE
	SYNTAX          INTEGER {
		vOther                                          (1),
		vUnknown                                        (2),
		vFan                                            (3),
		vCentrifugalBlower                              (4),
		vChipFan                                        (5),
		vCabinetFan                                     (6),
		vPowerSupplyFan                                 (7),
		vHeatPipe                                       (8),
		vIntegratedRefrigeration                        (9),
		vActiveCooling                                  (32),
		vPassiveCooling                                 (33)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The type of Cooling Device that this is e.g. Fan, Heat Pipe,
etc."
	::= {eCoolingDevice 5}

a81TemperatureProbeIndex OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "Index into the Temperature Probe table identifying the temperatu
eprobe monitoring this cooling device. 0 indicates no probe provided."
	::= {eCoolingDevice 6}

SVideo ::= SEQUENCE {
	a83VideoIndex                                   DmiInteger,
	a83VideoType                                    DmiInteger,
	a83CurrentVideoMode                             DmiInteger,
	a83MinimumRefreshRate                           DmiInteger,
	a83MaximumRefreshRate                           DmiInteger,
	a83VideoMemoryType                              DmiInteger,
	a83VideoRamMemorySize                           DmiInteger,
	a83ScanMode                                     DmiInteger,
	a83VideoPhysicalLocation                        DmiInteger,
	a83CurrentVerticalResolution                    DmiInteger,
	a83CurrentHorizontalResolution                  DmiInteger,
	a83CurrentNumberOfBitsPerPixel                  DmiInteger,
	a83CurrentNumberOfRows                          DmiInteger,
	a83CurrentNumberOfColumns                       DmiInteger,
	a83CurrentRefreshRate                           DmiInteger,
	a83FruGroupIndex                                DmiInteger,
	a83OperationalGroupIndex                        DmiInteger
}

tVideo OBJECT-TYPE
	SYNTAX          SEQUENCE OF SVideo
	ACCESS          not-accessible
	STATUS          mandatory
	DESCRIPTION     "This group defines the attributes of video devices in this
system."
	::= {dmtfGroups 83}

eVideo OBJECT-TYPE
	SYNTAX          SVideo
	ACCESS          not-accessible
	STATUS          mandatory
	DESCRIPTION     ""
	INDEX           {DmiComponentIndex, a83VideoIndex}
	::= {tVideo 1}

a83VideoIndex OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "An index into the video table."
	::= {eVideo 1}

a83VideoType OBJECT-TYPE
	SYNTAX          INTEGER {
		vOther                                          (1),
		vUnknown                                        (2),
		vCga                                            (3),
		vEga                                            (4),
		vVga                                            (5),
		vSvga                                           (6),
		vMda                                            (7),
		vHgc                                            (8),
		vMcga                                           (9),
		v8514a                                          (10),
		vXga                                            (11),
		vLinearFrameBuffer                              (12),
		vPc-98                                          (160)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The architecture of the video subsystem in this system."
	::= {eVideo 2}

a83CurrentVideoMode OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The current video mode in this system."
	::= {eVideo 3}

a83MinimumRefreshRate OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The minimum refresh rate for this video subsystem in Hz."
	::= {eVideo 4}

a83MaximumRefreshRate OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The maximum refresh rate for this video subsystem in Hz."
	::= {eVideo 5}

a83VideoMemoryType OBJECT-TYPE
	SYNTAX          INTEGER {
		vOther                                          (1),
		vUnknown                                        (2),
		vVram                                           (3),
		vDram                                           (4),
		vSram                                           (5),
		vWram                                           (6),
		vEdoRam                                         (7),
		vBurstSynchronousDram                           (8),
		vPipelinedBurstSram                             (9)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The type of video memory for this adapter."
	::= {eVideo 6}

a83VideoRamMemorySize OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "Video adapter memory size in kilobytes."
	::= {eVideo 7}

a83ScanMode OBJECT-TYPE
	SYNTAX          INTEGER {
		vOther                                          (1),
		vUnknown                                        (2),
		vInterlaced                                     (3),
		vNonInterlaced                                  (4)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The scan mode for this video device."
	::= {eVideo 8}

a83VideoPhysicalLocation OBJECT-TYPE
	SYNTAX          INTEGER {
		vOther                                          (1),
		vUnknown                                        (2),
		vIntegrated                                     (3),
		vAdd-onCard                                     (4)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The location of the video controller circuitry."
	::= {eVideo 9}

a83CurrentVerticalResolution OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The current number of vertical pixels."
	::= {eVideo 10}

a83CurrentHorizontalResolution OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The current number of horizontal pixels."
	::= {eVideo 11}

a83CurrentNumberOfBitsPerPixel OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The number of bits used to display each pixel for this video
device."
	::= {eVideo 12}

a83CurrentNumberOfRows OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The number of rows in character mode for this video device."
	::= {eVideo 13}

a83CurrentNumberOfColumns OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The number of columns in character mode for this video device."
	::= {eVideo 14}

a83CurrentRefreshRate OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The current refresh rate in Hz for this video device."
	::= {eVideo 15}

a83FruGroupIndex OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "If this is a Field Replaceable Unit or if it is part of another
FRU, thisprovides an index into the FRU table; 'value = -1' indicates that
the group is not a FRU."
	::= {eVideo 16}

a83OperationalGroupIndex OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The index into the Operational State table for this device."
	::= {eVideo 17}

SVideoBios ::= SEQUENCE {
	a84VideoBiosIndex                               DmiInteger,
	a84VideoBiosManufacturer                        DmiDisplaystring,
	a84VideoBiosVersion                             DmiDisplaystring,
	a84VideoBiosReleaseDate                         DmiDate,
	a84VideoBiosShadowingState                      DmiInteger
}

tVideoBios OBJECT-TYPE
	SYNTAX          SEQUENCE OF SVideoBios
	ACCESS          not-accessible
	STATUS          mandatory
	DESCRIPTION     "This group defines the attributes for the Video BIOS."
	::= {dmtfGroups 84}

eVideoBios OBJECT-TYPE
	SYNTAX          SVideoBios
	ACCESS          not-accessible
	STATUS          mandatory
	DESCRIPTION     ""
	INDEX           {DmiComponentIndex, a84VideoBiosIndex}
	::= {tVideoBios 1}

a84VideoBiosIndex OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The index into the Video BIOS table."
	::= {eVideoBios 1}

a84VideoBiosManufacturer OBJECT-TYPE
	SYNTAX          DmiDisplaystring
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The name of the company that wrote this Video BIOS."
	::= {eVideoBios 2}

a84VideoBiosVersion OBJECT-TYPE
	SYNTAX          DmiDisplaystring
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The version number or version string of this Video BIOS."
	::= {eVideoBios 3}

a84VideoBiosReleaseDate OBJECT-TYPE
	SYNTAX          DmiDate
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The Video BIOS release date."
	::= {eVideoBios 4}

a84VideoBiosShadowingState OBJECT-TYPE
	SYNTAX          INTEGER {
		vFalse                                          (0),
		vTrue                                           (1)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "If true, the Video BIOS is currently being shadowed."
	::= {eVideoBios 5}

SMouse ::= SEQUENCE {
	a91MouseInterface                               DmiInteger,
	a91MouseIrq                                     DmiInteger,
	a91MouseButtons                                 DmiInteger,
	a91MousePortName                                DmiDisplaystring,
	a91MouseDriverName                              DmiDisplaystring,
	a91MouseDriverVersion                           DmiDisplaystring,
	a91FruGroupIndex                                DmiInteger,
	a91OperationalGroupIndex                        DmiInteger,
	a91SecuritySettings                             DmiInteger
}

tMouse OBJECT-TYPE
	SYNTAX          SEQUENCE OF SMouse
	ACCESS          not-accessible
	STATUS          mandatory
	DESCRIPTION     "This group defines the characteristics of a mouse input device."
	::= {dmtfGroups 91}

eMouse OBJECT-TYPE
	SYNTAX          SMouse
	ACCESS          not-accessible
	STATUS          mandatory
	DESCRIPTION     ""
	INDEX           {DmiComponentIndex}
	::= {tMouse 1}

a91MouseInterface OBJECT-TYPE
	SYNTAX          INTEGER {
		vOther                                          (1),
		vUnknown                                        (2),
		vSerial                                         (3),
		vPs2                                            (4),
		vInfrared                                       (5),
		vHp-hil                                         (6),
		vBusMouse                                       (7),
		vAdb                                            (8),
		vBusMouseDb-9                                   (160),
		vBusMouseMicro-din                              (161)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The interface type of this mouse."
	::= {eMouse 1}

a91MouseIrq OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The IRQ number used by this mouse."
	::= {eMouse 2}

a91MouseButtons OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The number of mouse buttons on this mouse."
	::= {eMouse 3}

a91MousePortName OBJECT-TYPE
	SYNTAX          DmiDisplaystring
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The name of the port currently being used by this mouse."
	::= {eMouse 4}

a91MouseDriverName OBJECT-TYPE
	SYNTAX          DmiDisplaystring
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The name of the mouse driver."
	::= {eMouse 5}

a91MouseDriverVersion OBJECT-TYPE
	SYNTAX          DmiDisplaystring
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The version number of the mouse driver."
	::= {eMouse 6}

a91FruGroupIndex OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "If this is a Field Replaceable Unit or if it is part of another
FRU, thisprovides an index into the FRU table; 'value = -1' indicates that
the group is not a FRU."
	::= {eMouse 7}

a91OperationalGroupIndex OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The index into the Operational State table for this device."
	::= {eMouse 8}

a91SecuritySettings OBJECT-TYPE
	SYNTAX          INTEGER {
		vOther                                          (1),
		vUnknown                                        (2),
		vNone                                           (3),
		vExternalInterfaceLockedOut                     (4),
		vExternalInterfaceEnabled                       (5)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "Enum describing the current hardware security settings on
this device"
	::= {eMouse 9}

SKeyboard ::= SEQUENCE {
	a92KeyboardLayout                               DmiDisplaystring,
	a92KeyboardType                                 DmiDisplaystring,
	a92KeyboardConnectorType                        DmiInteger,
	a92FruGroupIndex                                DmiInteger,
	a92OperationalGroupIndex                        DmiInteger,
	a92SecuritySettings                             DmiInteger
}

tKeyboard OBJECT-TYPE
	SYNTAX          SEQUENCE OF SKeyboard
	ACCESS          not-accessible
	STATUS          mandatory
	DESCRIPTION     "This group defines the characteristics of the system keyboard."
	::= {dmtfGroups 92}

eKeyboard OBJECT-TYPE
	SYNTAX          SKeyboard
	ACCESS          not-accessible
	STATUS          mandatory
	DESCRIPTION     ""
	INDEX           {DmiComponentIndex}
	::= {tKeyboard 1}

a92KeyboardLayout OBJECT-TYPE
	SYNTAX          DmiDisplaystring
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "A description of the layout of this keyboard."
	::= {eKeyboard 1}

a92KeyboardType OBJECT-TYPE
	SYNTAX          DmiDisplaystring
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The type description of this keyboard."
	::= {eKeyboard 2}

a92KeyboardConnectorType OBJECT-TYPE
	SYNTAX          INTEGER {
		vOther                                          (1),
		vUnknown                                        (2),
		vMini-din                                       (3),
		vMicro-din                                      (4),
		vPs2                                            (5),
		vInfrared                                       (6),
		vHp-hil                                         (7),
		vDb-9                                           (8),
		vAccessBus                                      (9),
		vPc-98                                          (160)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The type of keyboard connector used by this keyboard."
	::= {eKeyboard 3}

a92FruGroupIndex OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "If this is a Field Replaceable Unit or if it is part of another
FRU, thisprovides an index into the FRU table; 'value = -1' indicates that
the group is not a FRU."
	::= {eKeyboard 4}

a92OperationalGroupIndex OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The index into the Operational State table for this device."
	::= {eKeyboard 5}

a92SecuritySettings OBJECT-TYPE
	SYNTAX          INTEGER {
		vOther                                          (1),
		vUnknown                                        (2),
		vNone                                           (3),
		vExternalInterfaceLockedOut                     (4),
		vExternalInterfaceEnabled                       (5)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "Enum describing the current hardware security settings on
this device"
	::= {eKeyboard 6}

SEventGenerationForProcessor ::= SEQUENCE {
	a100EventType                                   DmiInteger,
	a100EventSeverity                               DmiInteger,
	a100IsEventState-based                          DmiInteger,
	a100EventStateKey                               DmiInteger,
	a100AssociatedGroup                             DmiDisplaystring,
	a100EventSystem                                 DmiInteger,
	a100EventSubsystem                              DmiInteger,
	a100IsInstanceDataPresent                       DmiInteger,
	a100EventMessage                                DmiDisplaystring
}

tEventGenerationForProcessor OBJECT-TYPE
	SYNTAX          SEQUENCE OF SEventGenerationForProcessor
	ACCESS          not-accessible
	STATUS          mandatory
	DESCRIPTION     ""
	::= {dmtfGroups 100}

eEventGenerationForProcessor OBJECT-TYPE
	SYNTAX          SEventGenerationForProcessor
	ACCESS          not-accessible
	STATUS          mandatory
	DESCRIPTION     ""
	INDEX           {DmiComponentIndex, a100AssociatedGroup}
	::= {tEventGenerationForProcessor 1}

a100EventType OBJECT-TYPE
	SYNTAX          INTEGER {
		vProcessorInternalError                         (256),
		vProcessorThermalTrip                           (257),
		vProcessorFrb-3Failure                          (258),
		vProcessorDisabled                              (259)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The type of event that has occurred."
	::= {eEventGenerationForProcessor 1}

a100EventSeverity OBJECT-TYPE
	SYNTAX          INTEGER {
		vMonitor                                        (1),
		vInformation                                    (2),
		vOk                                             (4),
		vNon-critical                                   (8),
		vCritical                                       (16),
		vNon-recoverable                                (32)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The severity of this event."
	::= {eEventGenerationForProcessor 2}

a100IsEventState-based OBJECT-TYPE
	SYNTAX          INTEGER {
		vFalse                                          (0),
		vTrue                                           (1)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The value of this attribute determines whether the Event being
reportedis a state-based Event or not. If the value of this attribute is TRUE
then the Event isstate-based. Otherwise the Event is not state-based."
	::= {eEventGenerationForProcessor 3}

a100EventStateKey OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "A unique, single integer key into the EventState group if
this is a state-based Event.If this is not a state-based Event then this
attribute's value is not defined."
	::= {eEventGenerationForProcessor 4}

a100AssociatedGroup OBJECT-TYPE
	SYNTAX          DmiDisplaystring
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The class name of the group that is associatedwith the events
defined in this EventGeneration group."
	::= {eEventGenerationForProcessor 5}

a100EventSystem OBJECT-TYPE
	SYNTAX          INTEGER {
		vOther                                          (0),
		vUnknown                                        (1)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The major functional aspect of the productcausing the fault."
	::= {eEventGenerationForProcessor 6}

a100EventSubsystem OBJECT-TYPE
	SYNTAX          INTEGER {
		vOther                                          (0),
		vUnknown                                        (1)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The minor functional aspect of the productcausing the fault."
	::= {eEventGenerationForProcessor 7}

a100IsInstanceDataPresent OBJECT-TYPE
	SYNTAX          INTEGER {
		vFalse                                          (0),
		vTrue                                           (1)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "Indicates whether the second event block containsinstance-specific
data."
	::= {eEventGenerationForProcessor 9}

a100EventMessage OBJECT-TYPE
	SYNTAX          DmiDisplaystring
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "Auxillary information releated to the eventThis text contains
the name of the Probe"
	::= {eEventGenerationForProcessor 10}

SEventGenerationForPowerSupply ::= SEQUENCE {
	a104EventType                                   DmiInteger,
	a104EventSeverity                               DmiInteger,
	a104IsEventState-based                          DmiInteger,
	a104EventStateKey                               DmiInteger,
	a104AssociatedGroup                             DmiDisplaystring,
	a104EventSystem                                 DmiInteger,
	a104EventSubsystem                              DmiInteger,
	a104IsInstanceDataPresent                       DmiInteger,
	a104EventMessage                                DmiDisplaystring
}

tEventGenerationForPowerSupply OBJECT-TYPE
	SYNTAX          SEQUENCE OF SEventGenerationForPowerSupply
	ACCESS          not-accessible
	STATUS          mandatory
	DESCRIPTION     ""
	::= {dmtfGroups 104}

eEventGenerationForPowerSupply OBJECT-TYPE
	SYNTAX          SEventGenerationForPowerSupply
	ACCESS          not-accessible
	STATUS          mandatory
	DESCRIPTION     ""
	INDEX           {DmiComponentIndex, a104AssociatedGroup}
	::= {tEventGenerationForPowerSupply 1}

a104EventType OBJECT-TYPE
	SYNTAX          INTEGER {
		vPowerSupplyFailed                              (256),
		vPowerSupplyOk                                  (257),
		vPowerSupplyLikelyToFail                        (258),
		vPowerSupplyInserted                            (259),
		vPowerSupplyRemoved                     	(260),
		vPowerSupplyAcLost                      	(261),
		vPowerSupplyAcLostOrOut-of-range        	(262),
		vPowerSupplyAcOut-of-rangeButPresent    	(263)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The type of event that has occurred."
	::= {eEventGenerationForPowerSupply 1}

a104EventSeverity OBJECT-TYPE
	SYNTAX          INTEGER {
		vMonitor                                        (1),
		vInformation                                    (2),
		vOk                                             (4),
		vNon-critical                                   (8),
		vCritical                                       (16),
		vNon-recoverable                                (32)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The severity of this event."
	::= {eEventGenerationForPowerSupply 2}

a104IsEventState-based OBJECT-TYPE
	SYNTAX          INTEGER {
		vFalse                                          (0),
		vTrue                                           (1)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The value of this attributedetermines whether the Event being
reportedis a state-based Event or not. If the valueof this attribute is TRUE
then the Event isstate-based. Otherwise the Event is notstate-based."
	::= {eEventGenerationForPowerSupply 3}

a104EventStateKey OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "A unique, single integer key into the EventState group if
this is a state-based Event.If this is not a state-based Event then this
attribute's value is not defined."
	::= {eEventGenerationForPowerSupply 4}

a104AssociatedGroup OBJECT-TYPE
	SYNTAX          DmiDisplaystring
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The class name of the group that is associatedwith the events
defined in this EventGeneration group."
	::= {eEventGenerationForPowerSupply 5}

a104EventSystem OBJECT-TYPE
	SYNTAX          INTEGER {
		vOther                                          (0),
		vUnknown                                        (1)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The major functional aspect of the product causing the fault."
	::= {eEventGenerationForPowerSupply 6}

a104EventSubsystem OBJECT-TYPE
	SYNTAX          INTEGER { 
		vOther                                          (0),
		vUnknown                                        (1)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The minor functional aspect of the product causing the fault."
	::= {eEventGenerationForPowerSupply 7}

a104IsInstanceDataPresent OBJECT-TYPE
	SYNTAX          INTEGER {
		vFalse                                          (0),
		vTrue                                           (1)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "Indicates whether the second event block contains instance-specific
data."
	::= {eEventGenerationForPowerSupply 9}

a104EventMessage OBJECT-TYPE
	SYNTAX          DmiDisplaystring
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "Auxillary information releated to the event.  This text contains
the name of the Probe"
	::= {eEventGenerationForPowerSupply 10}

SEventGenerationForPhysicalMemory ::= SEQUENCE {
	a108EventType                                   DmiInteger,
	a108EventSeverity                               DmiInteger,
	a108IsEventState-based                          DmiInteger,
	a108EventStateKey                               DmiInteger,
	a108AssociatedGroup                             DmiDisplaystring,
	a108EventSystem                                 DmiInteger,
	a108EventSubsystem                              DmiInteger,
	a108IsInstanceDataPresent                       DmiInteger,
	a108EventMessage                                DmiDisplaystring
}

tEventGenerationForPhysicalMemory OBJECT-TYPE
	SYNTAX          SEQUENCE OF SEventGenerationForPhysicalMemory
	ACCESS          not-accessible
	STATUS          mandatory
	DESCRIPTION     ""
	::= {dmtfGroups 108}

eEventGenerationForPhysicalMemory OBJECT-TYPE
	SYNTAX          SEventGenerationForPhysicalMemory
	ACCESS          not-accessible
	STATUS          mandatory
	DESCRIPTION     ""
	INDEX           {DmiComponentIndex, a108AssociatedGroup}
	::= {tEventGenerationForPhysicalMemory 1}

a108EventType OBJECT-TYPE
	SYNTAX          INTEGER {
		vSingle-bitMemoryError                          (256),
		vMulti-bitMemoryErrorFromPreviousBoot   	(257),
		vMemoryScrubFailed                      	(258),
		vMemoryDeviceDisabled                   	(259),
		vMemoryErrorLoggingLimitReached         	(260)
		}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The type of event that has occurred."
	::= {eEventGenerationForPhysicalMemory 1}

a108EventSeverity OBJECT-TYPE
	SYNTAX          INTEGER {
		vMonitor                                        (1),
		vInformation                                    (2),
		vOk                                             (4),
		vNon-critical                                   (8),
		vCritical                                       (16),
		vNon-recoverable                                (32)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The severity of this event."
	::= {eEventGenerationForPhysicalMemory 2}

a108IsEventState-based OBJECT-TYPE
	SYNTAX          INTEGER {
		vFalse                                          (0),
		vTrue                                           (1)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The value of this attribute determines whether the Event being
reportedis a state-based Event or not. If the value of this attribute is TRUE
then the Event isstate-based. Otherwise the Event is not state-based."
	::= {eEventGenerationForPhysicalMemory 3}

a108EventStateKey OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "A unique, single integer key into the Event State group if
this is a state-based Event.If this is not a state-based Event then this
attribute's value is not defined."
	::= {eEventGenerationForPhysicalMemory 4}

a108AssociatedGroup OBJECT-TYPE
	SYNTAX          DmiDisplaystring
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The class name of the group that is associated with the events
defined in this EventGeneration group."
	::= {eEventGenerationForPhysicalMemory 5}

a108EventSystem OBJECT-TYPE
	SYNTAX          INTEGER {
		vOther                                          (0),
		vUnknown                                        (1)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The major functional aspect of the product causing the fault."
	::= {eEventGenerationForPhysicalMemory 6}

a108EventSubsystem OBJECT-TYPE
	SYNTAX          INTEGER {
		vOther                                          (0),
		vUnknown                                        (1)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The minor functional aspect of the product causing the fault."
	::= {eEventGenerationForPhysicalMemory 7}

a108IsInstanceDataPresent OBJECT-TYPE
	SYNTAX          INTEGER {
		vFalse                                          (0),
		vTrue                                           (1)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "Indicates whether the second event block contains instance-specific
data."
	::= {eEventGenerationForPhysicalMemory 9}

a108EventMessage OBJECT-TYPE
	SYNTAX          DmiDisplaystring
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "Auxillary information releated to the eventThis text contains
the name of the Probe"
	::= {eEventGenerationForPhysicalMemory 10}

SEventGenerationForVoltageProbe ::= SEQUENCE {
	a113EventType                                   DmiInteger,
	a113EventSeverity                               DmiInteger,
	a113IsEventState-based                          DmiInteger,
	a113EventStateKey                               DmiInteger,
	a113AssociatedGroup                             DmiDisplaystring,
	a113EventSystem                                 DmiInteger,
	a113EventSubsystem                              DmiInteger,
	a113IsInstanceDataPresent                       DmiInteger,
	a113EventMessage                                DmiDisplaystring
}

tEventGenerationForVoltageProbe OBJECT-TYPE
	SYNTAX          SEQUENCE OF SEventGenerationForVoltageProbe
	ACCESS          not-accessible
	STATUS          mandatory
	DESCRIPTION     ""
	::= {dmtfGroups 113}

eEventGenerationForVoltageProbe OBJECT-TYPE
	SYNTAX          SEventGenerationForVoltageProbe
	ACCESS          not-accessible
	STATUS          mandatory
	DESCRIPTION     ""
	INDEX           {DmiComponentIndex, a113AssociatedGroup}
	::= {tEventGenerationForVoltageProbe 1}

a113EventType OBJECT-TYPE
	SYNTAX          INTEGER {
		vStatusChangedToOk                              (256),
		vStatusChangedToUpperCritical                   (257),
		vStatusChangedToLowerCritical                   (258),
		vStatusChangedFromOkToUpperNon-critical         (259),
		vStatusChangedFromOkToLowerNon-critical         (260),
		vStatusChangedFromUpperCriticalToUpperNo        (261),
		vStatusChangedFromLowerCriticalToLowerNo        (262)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The type of event that has occurred."
	::= {eEventGenerationForVoltageProbe 1}

a113EventSeverity OBJECT-TYPE
	SYNTAX          INTEGER {
		vMonitor                                        (1),
		vInformation                                    (2),
		vOk                                             (4),
		vNon-critical                                   (8),
		vCritical                                       (16),
		vNon-recoverable                                (32)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The severity of this event."
	::= {eEventGenerationForVoltageProbe 2}

a113IsEventState-based OBJECT-TYPE
	SYNTAX          INTEGER {
		vFalse                                          (0),
		vTrue                                           (1)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The value of this attribute determines whether the Event being
reportedis a state-based Event or not. If the value of this attribute is TRUE
then the Event is state-based. Otherwise the Event is not state-based."
	::= {eEventGenerationForVoltageProbe 3}

a113EventStateKey OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "A unique, single integer key into the Event State group if
this is a state-based Event.  If this is not a state-based Event then thisthis
attribute's value is not defined."
	::= {eEventGenerationForVoltageProbe 4}

a113AssociatedGroup OBJECT-TYPE
	SYNTAX          DmiDisplaystring
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The class name of the group that is associated with the events
defined in this EventGeneration group."
	::= {eEventGenerationForVoltageProbe 5}

a113EventSystem OBJECT-TYPE
	SYNTAX          INTEGER {
		vOther                                          (0),
		vUnknown                                        (1)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The major functional aspect of the product causing the fault."
	::= {eEventGenerationForVoltageProbe 6}

a113EventSubsystem OBJECT-TYPE
	SYNTAX          INTEGER {
		vOther                                          (0),
		vUnknown                                        (1)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The minor functional aspect of the product causing the fault."
	::= {eEventGenerationForVoltageProbe 7}

a113IsInstanceDataPresent OBJECT-TYPE
	SYNTAX          INTEGER {
		vFalse                                          (0),
		vTrue                                           (1)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "Indicates whether the second event block contains instance-specific
data."
	::= {eEventGenerationForVoltageProbe 9}

a113EventMessage OBJECT-TYPE
	SYNTAX          DmiDisplaystring
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "Auxillary information releated to the event.  This text contains
the name of the Probe"
	::= {eEventGenerationForVoltageProbe 10}

SEventGenerationForTemperatureProbe ::= SEQUENCE {
	a114EventType                                   DmiInteger,
	a114EventSeverity                               DmiInteger,
	a114IsEventState-based                          DmiInteger,
	a114EventStateKey                               DmiInteger,
	a114AssociatedGroup                             DmiDisplaystring,
	a114EventSystem                                 DmiInteger,
	a114EventSubsystem                              DmiInteger,
	a114IsInstanceDataPresent                       DmiInteger,
	a114EventMessage                                DmiDisplaystring
}

tEventGenerationForTemperatureProbe OBJECT-TYPE
	SYNTAX          SEQUENCE OF SEventGenerationForTemperatureProbe
	ACCESS          not-accessible
	STATUS          mandatory
	DESCRIPTION     ""
	::= {dmtfGroups 114}

eEventGenerationForTemperatureProbe OBJECT-TYPE
	SYNTAX          SEventGenerationForTemperatureProbe
	ACCESS          not-accessible
	STATUS          mandatory
	DESCRIPTION     ""
	INDEX           {DmiComponentIndex, a114AssociatedGroup}
	::= {tEventGenerationForTemperatureProbe 1}

a114EventType OBJECT-TYPE
	SYNTAX          INTEGER {
		vStatusChangedToOk                              (256),
		vStatusChangedToUpperCritical                   (257),
		vStatusChangedToLowerCritical                   (258),
		vStatusChangedFromOkToUpperNon-critical         (259),
		vStatusChangedFromOkToLowerNon-critical         (260),
		vStatusChangedFromUpperCriticalToUpperNo        (261),
		vStatusChangedFromLowerCriticalToLowerNo        (262)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The type of event that has occurred."
	::= {eEventGenerationForTemperatureProbe 1}

a114EventSeverity OBJECT-TYPE
	SYNTAX          INTEGER {
		vMonitor                                        (1),
		vInformation                                    (2),
		vOk                                             (4),
		vNon-critical                                   (8),
		vCritical                                       (16),
		vNon-recoverable                                (32)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The severity of this event."
	::= {eEventGenerationForTemperatureProbe 2}

a114IsEventState-based OBJECT-TYPE
	SYNTAX          INTEGER {
		vFalse                                          (0),
		vTrue                                           (1)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The value of this attribute determines whether the Event being
reportedis a state-based Event or not. If the valueof this attribute is TRUE
then the Event isstate-based. Otherwise the Event is notstate-based."
	::= {eEventGenerationForTemperatureProbe 3}

a114EventStateKey OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "A unique, single integer key into the Event State group if
this is a state-based Event.If this is not a state-based Event then this
attribute's value is not defined."
	::= {eEventGenerationForTemperatureProbe 4}

a114AssociatedGroup OBJECT-TYPE
	SYNTAX          DmiDisplaystring
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The class name of the group that is associated with the events
defined in this EventGeneration group."
	::= {eEventGenerationForTemperatureProbe 5}

a114EventSystem OBJECT-TYPE
	SYNTAX          INTEGER {
		vOther                                          (0),
		vUnknown                                        (1)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The major functional aspect of the product causing the fault."
	::= {eEventGenerationForTemperatureProbe 6}

a114EventSubsystem OBJECT-TYPE
	SYNTAX          INTEGER {
		vOther                                          (0),
		vUnknown                                        (1)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The minor functional aspect of the product causing the fault."
	::= {eEventGenerationForTemperatureProbe 7}

a114IsInstanceDataPresent OBJECT-TYPE
	SYNTAX          INTEGER {
		vFalse                                          (0),
		vTrue                                           (1)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "Indicates whether the second event block contains instance-specific
data."
	::= {eEventGenerationForTemperatureProbe 9}

a114EventMessage OBJECT-TYPE
	SYNTAX          DmiDisplaystring
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "Auxillary information releated to the event.  This text contains
the name of the Probe"
	::= {eEventGenerationForTemperatureProbe 10}

SEventGenerationForPhysicalContainer ::= SEQUENCE {
	a116EventType                                   DmiInteger,
	a116EventSeverity                               DmiInteger,
	a116IsEventState-based                          DmiInteger,
	a116EventStateKey                               DmiInteger,
	a116AssociatedGroup                             DmiDisplaystring,
	a116EventSystem                                 DmiInteger,
	a116EventSubsystem                              DmiInteger,
	a116IsInstanceDataPresent                       DmiInteger,
	a116EventMessage                                DmiDisplaystring
}

tEventGenerationForPhysicalContainer OBJECT-TYPE
	SYNTAX          SEQUENCE OF SEventGenerationForPhysicalContainer
	ACCESS          not-accessible
	STATUS          mandatory
	DESCRIPTION     ""
	::= {dmtfGroups 116}

eEventGenerationForPhysicalContainer OBJECT-TYPE
	SYNTAX          SEventGenerationForPhysicalContainer
	ACCESS          not-accessible
	STATUS          mandatory
	DESCRIPTION     ""
	INDEX           {DmiComponentIndex, a116AssociatedGroup}
	::= {tEventGenerationForPhysicalContainer 1}

a116EventType OBJECT-TYPE
	SYNTAX          INTEGER {
		vContainerSecurityBreach                        (6),
		vContainerSecurityStatusOk                      (256)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The type of event that has occurred."
	::= {eEventGenerationForPhysicalContainer 1}

a116EventSeverity OBJECT-TYPE
	SYNTAX          INTEGER {
		vMonitor                                        (1),
		vInformation                                    (2),
		vOk                                             (4),
		vNon-critical                                   (8),
		vCritical                                       (16),
		vNon-recoverable                                (32)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The severity of this event."
	::= {eEventGenerationForPhysicalContainer 2}

a116IsEventState-based OBJECT-TYPE
	SYNTAX          INTEGER {
		vFalse                                          (0),
		vTrue                                           (1)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The value of this attribute determines whether the Event being
reportedis a state-based Event or not. If the valueof this attribute is TRUE
then the Event isstate-based. Otherwise the Event is notstate-based."
	::= {eEventGenerationForPhysicalContainer 3}

a116EventStateKey OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "A unique, single integer key into the Event State group if
this is a state-based Event.If this is not a state-based Event then this
attribute's value is not defined."
	::= {eEventGenerationForPhysicalContainer 4}

a116AssociatedGroup OBJECT-TYPE
	SYNTAX          DmiDisplaystring
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The class name of the group that is associated with the events
defined in this EventGeneration group."
	::= {eEventGenerationForPhysicalContainer 5}

a116EventSystem OBJECT-TYPE
	SYNTAX          INTEGER {
		vOther                                          (0),
		vUnknown                                        (1)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The major functional aspect of the product causing the fault."
	::= {eEventGenerationForPhysicalContainer 6}

a116EventSubsystem OBJECT-TYPE
	SYNTAX          INTEGER {
		vOther                                          (0),
		vUnknown                                        (1)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The minor functional aspect of the product causing the fault."
	::= {eEventGenerationForPhysicalContainer 7}

a116IsInstanceDataPresent OBJECT-TYPE
	SYNTAX          INTEGER {
		vFalse                                          (0),
		vTrue                                           (1)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "Indicates whether the second event block contains instance-specific
data."
	::= {eEventGenerationForPhysicalContainer 9}

a116EventMessage OBJECT-TYPE
	SYNTAX          DmiDisplaystring
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "Auxillary information releated to the event.  This text contains
the name of the Probe"
	::= {eEventGenerationForPhysicalContainer 10}

SPointingDevice ::= SEQUENCE {
	a122PointingDeviceType                          DmiInteger,
	a122PointingDeviceInterface                     DmiInteger,
	a122PointingDeviceIrq                           DmiInteger,
	a122PointingDeviceButtons                       DmiInteger,
	a122PointingDevicePortName                      DmiDisplaystring,
	a122PointingDeviceDriverName                    DmiDisplaystring,
	a122PointingDeviceDriverVersion                 DmiDisplaystring,
	a122FruGroupIndex                               DmiInteger,
	a122OperationalGroupIndex                       DmiInteger,
	a122SecuritySettings                            DmiInteger
}

tPointingDevice OBJECT-TYPE
	SYNTAX          SEQUENCE OF SPointingDevice
	ACCESS          not-accessible
	STATUS          mandatory
	DESCRIPTION     "This group defines the characteristics of a pointing device."
	::= {dmtfGroups 122}

ePointingDevice OBJECT-TYPE
	SYNTAX          SPointingDevice
	ACCESS          not-accessible
	STATUS          mandatory
	DESCRIPTION     ""
	INDEX           {DmiComponentIndex}
	::= {tPointingDevice 1}

a122PointingDeviceType OBJECT-TYPE
	SYNTAX          INTEGER {
		vOther                                          (1),
		vUnknown                                        (2),
		vMouse                                          (3),
		vTrackBall                                      (4),
		vTrackPoint                                     (5),
		vGlidePoint                                     (6),
		vTouchPad                                       (7)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The type of this Pointing Device."
	::= {ePointingDevice 1}

a122PointingDeviceInterface OBJECT-TYPE
	SYNTAX          INTEGER {
		vOther                                          (1),
		vUnknown                                        (2),
		vSerial                                         (3),
		vPs2                                            (4),
		vInfrared                                       (5),
		vHp-hil                                         (6),
		vBusMouse                                       (7),
		vAdb                                            (8),
		vBusMouseDb-9                                   (160),
		vBusMouseMicro-din                              (161),
		vUsb                                            (162)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The interface type of this Pointing Device."
	::= {ePointingDevice 2}

a122PointingDeviceIrq OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The IRQ number used by this Pointing Device."
	::= {ePointingDevice 3}

a122PointingDeviceButtons OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The number of Pointing Device buttons on this Pointing Device."
	::= {ePointingDevice 4}

a122PointingDevicePortName OBJECT-TYPE
	SYNTAX          DmiDisplaystring
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The name of the port currently being used by this Pointing
Device."
	::= {ePointingDevice 5}

a122PointingDeviceDriverName OBJECT-TYPE
	SYNTAX          DmiDisplaystring
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The name of the Pointing Device driver."
	::= {ePointingDevice 6}

a122PointingDeviceDriverVersion OBJECT-TYPE
	SYNTAX          DmiDisplaystring
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The version number of the Pointing Device driver."
	::= {ePointingDevice 7}

a122FruGroupIndex OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "If this is a Field Replaceable Unit or if it is part of another
FRU, this provides an index into the FRU table; 'value = -1' indicates that
the group is not a FRU."
	::= {ePointingDevice 8}

a122OperationalGroupIndex OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The index into the Operational State table for this device."
	::= {ePointingDevice 9}

a122SecuritySettings OBJECT-TYPE
	SYNTAX          INTEGER {
		vOther                                          (1),
		vUnknown                                        (2),
		vNone                                           (3),
		vExternalInterfaceLockedOut                     (4),
		vExternalInterfaceEnabled                       (5)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "Enum describing the current hardware security settings on
this device."
	::= {ePointingDevice 10}

SBusGlobalTable ::= SEQUENCE {
	a128BusId                                       DmiInteger,
	a128BusType                                     DmiInteger
}

tBusGlobalTable OBJECT-TYPE
	SYNTAX          SEQUENCE OF SBusGlobalTable
	ACCESS          not-accessible
	STATUS          mandatory
	DESCRIPTION     "This global table has one entry for each of the Busesin this
Component. The unique ID provided to each bus is the index into this table."
	::= {dmtfGroups 128}

eBusGlobalTable OBJECT-TYPE
	SYNTAX          SBusGlobalTable
	ACCESS          not-accessible
	STATUS          mandatory
	DESCRIPTION     ""
	INDEX           {DmiComponentIndex, a128BusId}
	::= {tBusGlobalTable 1}

a128BusId OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "Unique index provided to each Bus in this Component and used as
a key into the Bus Global Table."
	::= {eBusGlobalTable 1}

a128BusType OBJECT-TYPE
	SYNTAX          INTEGER {
		vOther                                          (1),
		vUnknown                                        (2),
		vEisa                                           (3),
		vIsa                                            (4),
		vPci                                            (5),
		vScsi                                           (6),
		vIde                                            (7),
		vDiagnostic                                     (8),
		vI2c                                            (9),
		vPower                                          (10)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The type of the bus being described by this entry in the
BusGlobal Table."
	::= {eBusGlobalTable 2}

SPhysicalExpansionSitesTable ::= SEQUENCE {
	a129ExpansionSiteIndex                          DmiInteger,
	a129ExpansionSiteType                           DmiInteger,
	a129VirtualExpansionSite                        DmiInteger,
	a129ExpansionSiteName                           DmiDisplaystring,
	a129ExpansionSiteDescription                    DmiDisplaystring,
	a129ExpansionSiteCurrentlyOccupied              DmiInteger
}

tPhysicalExpansionSitesTable OBJECT-TYPE
	SYNTAX          SEQUENCE OF SPhysicalExpansionSitesTable
	ACCESS          not-accessible
	STATUS          mandatory
	DESCRIPTION     "This global table describes all of the expansion sites in
this expandable component in the system. The unique index of each expansion
site is the key into thistable. Card/Bus slots, disk bays, hot-plug power
supply bays, etc., are all examples of  expansion sites."
	::= {dmtfGroups 129}

ePhysicalExpansionSitesTable OBJECT-TYPE
	SYNTAX          SPhysicalExpansionSitesTable
	ACCESS          not-accessible
	STATUS          mandatory
	DESCRIPTION     ""
	INDEX           {DmiComponentIndex, a129ExpansionSiteIndex}
	::= {tPhysicalExpansionSitesTable 1}

a129ExpansionSiteIndex OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The unique integer index into Physical Expansion Sites table."
	::= {ePhysicalExpansionSitesTable 1}

a129ExpansionSiteType OBJECT-TYPE
	SYNTAX          INTEGER {
		vOther                                          (1),
		vUnknown                                        (2),
		vBusSlot                                        (3),
		vDriveBay                                       (4),
		vPowerUnitBay                                   (5),
		vSubchassisSlot                                 (6),
		vPcmciaSlot                                     (7)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "This attribute describes the type of expansion sitethat is
being defined by this entry in the Physical Expansion Sites Table."
	::= {ePhysicalExpansionSitesTable 2}

a129VirtualExpansionSite OBJECT-TYPE
	SYNTAX          INTEGER {
		vFalse                                          (0),
		vTrue                                           (1)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "This attribute indicates whether this is a 'virtual'expansion
site or not. A virtual expansion site is one that is permanently occupied
because of the level of integration ofan expandable component. An example
of a virtual expansion site isan I/O bus load taken up by a LAN controller
that is integrated onto amotherboard."
	::= {ePhysicalExpansionSitesTable 3}

a129ExpansionSiteName OBJECT-TYPE
	SYNTAX          DmiDisplaystring
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "Name chosen by the vendor of this component to name this particular
expansion site within this component, e.g. 'Slot 6', 'DriveBay 1'."
	::= {ePhysicalExpansionSitesTable 4}

a129ExpansionSiteDescription OBJECT-TYPE
	SYNTAX          DmiDisplaystring
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "This is a vendor-settable string that describes the expandable
site in whatever way is desired."
	::= {ePhysicalExpansionSitesTable 5}

a129ExpansionSiteCurrentlyOccupied OBJECT-TYPE
	SYNTAX          INTEGER {
		vFalse                                          (0),
		vTrue                                           (1)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "A boolean whose value indicates whether this Expansion Site
is currently occupied or not."
	::= {ePhysicalExpansionSitesTable 6}

SEventGenerationForCoolingDevice ::= SEQUENCE {
	a140EventType                                   DmiInteger,
	a140EventSeverity                               DmiInteger,
	a140IsEventState-based                          DmiInteger,
	a140EventStateKey                               DmiInteger,
	a140AssociatedGroup                             DmiDisplaystring,
	a140EventSystem                                 DmiInteger,
	a140EventSubsystem                              DmiInteger
}

tEventGenerationForCoolingDevice OBJECT-TYPE
	SYNTAX          SEQUENCE OF SEventGenerationForCoolingDevice
	ACCESS          not-accessible
	STATUS          mandatory
	DESCRIPTION     ""
	::= {dmtfGroups 140}

eEventGenerationForCoolingDevice OBJECT-TYPE
	SYNTAX          SEventGenerationForCoolingDevice
	ACCESS          not-accessible
	STATUS          mandatory
	DESCRIPTION     ""
	INDEX           {DmiComponentIndex, a140AssociatedGroup}
	::= {tEventGenerationForCoolingDevice 1}

a140EventType OBJECT-TYPE
	SYNTAX          INTEGER {
		vCoolingDeviceStatusChange                      (1),
		vTemperatureFault                               (2)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The type of event that has occurred."
	::= {eEventGenerationForCoolingDevice 1}

a140EventSeverity OBJECT-TYPE
	SYNTAX          INTEGER {
		vMonitor                                        (1),
		vInformation                                    (2),
		vOk                                             (4),
		vNon-critical                                   (8),
		vCritical                                       (16),
		vNon-recoverable                                (32)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The severity of this event."
	::= {eEventGenerationForCoolingDevice 2}

a140IsEventState-based OBJECT-TYPE
	SYNTAX          INTEGER {
		vFalse                                          (0),
		vTrue                                           (1)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The value of this attribute determines whether the Event being
reportedis a state-based Event or not. If the value of this attribute is TRUE
then the Event is state-based. Otherwise the Event is not state-based."
	::= {eEventGenerationForCoolingDevice 3}

a140EventStateKey OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "A unique, single integer key into the Event State group if
this is a state-based Event.If this is not a state-based Event then thisthis
attribute's value is not defined."
	::= {eEventGenerationForCoolingDevice 4}

a140AssociatedGroup OBJECT-TYPE
	SYNTAX          DmiDisplaystring
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The class name of the group that is associated with the events
defined in this EventGeneration group."
	::= {eEventGenerationForCoolingDevice 5}

a140EventSystem OBJECT-TYPE
	SYNTAX          INTEGER {
		vOther                                          (0),
		vUnknown                                        (1)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The major functional aspect of the product causing the fault."
	::= {eEventGenerationForCoolingDevice 6}

a140EventSubsystem OBJECT-TYPE
	SYNTAX          INTEGER {
		vOther                                          (0),
		vUnknown                                        (1)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The minor functional aspect of the product causing the fault."
	::= {eEventGenerationForCoolingDevice 7}

SEventGenerationForPowerUnit ::= SEQUENCE {
	a201EventType                                   DmiInteger,
	a201EventSeverity                               DmiInteger,
	a201IsEventState-based                          DmiInteger,
	a201EventStateKey                               DmiInteger,
	a201AssociatedGroup                             DmiDisplaystring,
	a201EventSystem                                 DmiInteger,
	a201EventSubsystem                              DmiInteger,
	a201IsInstanceDataPresent                       DmiInteger,
	a201EventMessage                                DmiDisplaystring
}

tEventGenerationForPowerUnit OBJECT-TYPE
	SYNTAX          SEQUENCE OF SEventGenerationForPowerUnit
	ACCESS          not-accessible
	STATUS          mandatory
	DESCRIPTION     ""
	::= {dmtfGroups 201}

eEventGenerationForPowerUnit OBJECT-TYPE
	SYNTAX          SEventGenerationForPowerUnit
	ACCESS          not-accessible
	STATUS          mandatory
	DESCRIPTION     ""
	INDEX           {DmiComponentIndex, a201AssociatedGroup}
	::= {tEventGenerationForPowerUnit 1}

a201EventType OBJECT-TYPE
	SYNTAX          INTEGER {
		vPowerUnitRedundancyLost                        (1),
		vPowerUnitRedundancyRegained                    (2),
		vPowerUnitRedundancyDegraded                    (3),
		vPowerUnitVaShutdownConditionCleared            (4),
		vPowerUnitVaShutdownLimitExceeded               (5)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The type of event that has occurred."
	::= {eEventGenerationForPowerUnit 1}

a201EventSeverity OBJECT-TYPE
	SYNTAX          INTEGER {
		vMonitor                                        (1),
		vInformation                                    (2),
		vOk                                             (4),
		vNon-critical                                   (8),
		vCritical                                       (16),
		vNon-recoverable                                (32)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The severity of this event."
	::= {eEventGenerationForPowerUnit 2}

a201IsEventState-based OBJECT-TYPE
	SYNTAX          INTEGER {
		vFalse                                          (0),
		vTrue                                           (1)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The value of this attribute determines whether the Event being
reported is a state-based Event or not. If the value of this attribute is TRUE
then the Event isstate-based. Otherwise the Event is not state-based."
	::= {eEventGenerationForPowerUnit 3}

a201EventStateKey OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "A unique, single integer key into the Event State group if
this is a state-based Event.If this is not a state-based Event then this
attribute's value is not defined."
	::= {eEventGenerationForPowerUnit 4}

a201AssociatedGroup OBJECT-TYPE
	SYNTAX          DmiDisplaystring
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The class name of the group that is associated with the events
defined in this EventGeneration group."
	::= {eEventGenerationForPowerUnit 5}

a201EventSystem OBJECT-TYPE
	SYNTAX          INTEGER {
		vOther                                          (0),
		vUnknown                                        (1)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The major functional aspect of the product causing the fault."
	::= {eEventGenerationForPowerUnit 6}

a201EventSubsystem OBJECT-TYPE
	SYNTAX          INTEGER {
		vOther                                          (0),
		vUnknown                                        (1)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The minor functional aspect of the product causing the fault."
	::= {eEventGenerationForPowerUnit 7}

a201IsInstanceDataPresent OBJECT-TYPE
	SYNTAX          INTEGER {
		vFalse                                          (0),
		vTrue                                           (1)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "Indicates whether the second event block contains instance-specific
data."
	::= {eEventGenerationForPowerUnit 9}

a201EventMessage OBJECT-TYPE
	SYNTAX          DmiDisplaystring
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "Auxillary information releated to the event.  This text contains
the name of the Probe"
	::= {eEventGenerationForPowerUnit 10}

SEventGenerationForCoolingSensors ::= SEQUENCE {
	a202EventType                                   DmiInteger,
	a202EventSeverity                               DmiInteger,
	a202IsEventState-based                          DmiInteger,
	a202EventStateKey                               DmiInteger,
	a202AssociatedGroup                             DmiDisplaystring,
	a202EventSystem                                 DmiInteger,
	a202EventSubsystem                              DmiInteger,
	a202IsInstanceDataPresent                       DmiInteger,
	a202EventMessage                                DmiDisplaystring
}

tEventGenerationForCoolingSensors OBJECT-TYPE
	SYNTAX          SEQUENCE OF SEventGenerationForCoolingSensors
	ACCESS          not-accessible
	STATUS          mandatory
	DESCRIPTION     ""
	::= {dmtfGroups 202}

eEventGenerationForCoolingSensors OBJECT-TYPE
	SYNTAX          SEventGenerationForCoolingSensors
	ACCESS          not-accessible
	STATUS          mandatory
	DESCRIPTION     ""
	INDEX           {DmiComponentIndex, a202AssociatedGroup}
	::= {tEventGenerationForCoolingSensors 1}

a202EventType OBJECT-TYPE
	SYNTAX          INTEGER {
		vCoolingDeviceFailure                           (256),
		vCoolingDeviceOk                                (257)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The type of event that has occurred."
	::= {eEventGenerationForCoolingSensors 1}

a202EventSeverity OBJECT-TYPE
	SYNTAX          INTEGER {
		vMonitor                                        (1),
		vInformation                                    (2),
		vOk                                             (4),
		vNon-critical                                   (8),
		vCritical                                       (16),
		vNon-recoverable                                (32)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The severity of this event."
	::= {eEventGenerationForCoolingSensors 2}

a202IsEventState-based OBJECT-TYPE
	SYNTAX          INTEGER {
		vFalse                                          (0),
		vTrue                                           (1)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The value of this attribute determines whether the Event being
reported is a state-based Event or not. If the value of this attribute is TRUE
then the Event is state-based. Otherwise the Event is not state-based."
	::= {eEventGenerationForCoolingSensors 3}

a202EventStateKey OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "A unique, single integer key into the Event State group if
this is a state-based Event.If this is not a state-based Event then this
attribute's value is not defined."
	::= {eEventGenerationForCoolingSensors 4}

a202AssociatedGroup OBJECT-TYPE
	SYNTAX          DmiDisplaystring
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The class name of the group that is associated with the events
defined in this EventGeneration group."
	::= {eEventGenerationForCoolingSensors 5}

a202EventSystem OBJECT-TYPE
	SYNTAX          INTEGER {
		vOther                                          (0),
		vUnknown                                        (1)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The major functional aspect of the product causing the fault."
	::= {eEventGenerationForCoolingSensors 6}

a202EventSubsystem OBJECT-TYPE
	SYNTAX          INTEGER {
		vOther                                          (0),
		vUnknown                                        (1)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The minor functional aspect of the product causing the fault."
	::= {eEventGenerationForCoolingSensors 7}

a202IsInstanceDataPresent OBJECT-TYPE
	SYNTAX          INTEGER {
		vFalse                                          (0),
		vTrue                                           (1)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "Indicates whether the second event block contains instance-specific
data."
	::= {eEventGenerationForCoolingSensors 9}

a202EventMessage OBJECT-TYPE
	SYNTAX          DmiDisplaystring
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "Auxillary information releated to the event.  This text contains
the name of the Probe"
	::= {eEventGenerationForCoolingSensors 10}

SEventGenerationForSystemSlots ::= SEQUENCE {
	a205EventType                                   DmiInteger,
	a205EventSeverity                               DmiInteger,
	a205IsEventState-based                          DmiInteger,
	a205EventStateKey                               DmiInteger,
	a205AssociatedGroup                             DmiDisplaystring,
	a205EventSystem                                 DmiInteger,
	a205EventSubsystem                              DmiInteger,
	a205IsInstanceDataPresent                       DmiInteger,
	a205EventMessage                                DmiDisplaystring
}

tEventGenerationForSystemSlots OBJECT-TYPE
	SYNTAX          SEQUENCE OF SEventGenerationForSystemSlots
	ACCESS          not-accessible
	STATUS          mandatory
	DESCRIPTION     ""
	::= {dmtfGroups 205}

eEventGenerationForSystemSlots OBJECT-TYPE
	SYNTAX          SEventGenerationForSystemSlots
	ACCESS          not-accessible
	STATUS          mandatory
	DESCRIPTION     ""
	INDEX           {DmiComponentIndex, a205AssociatedGroup}
	::= {tEventGenerationForSystemSlots 1}

a205EventType OBJECT-TYPE
	SYNTAX          INTEGER {
		vSlotStatusChangeToOk                   	(1),
		vSlotStatusChangeToNon-critical         	(2),
		vSlotStatusChangeToCritical             	(3),
		vSlotPoweredOn                          	(4),
		vSlotPoweredOff                         	(5),
		vSlotIsDisabled                         	(6)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The type of event that has occurred."
	::= {eEventGenerationForSystemSlots 1}

a205EventSeverity OBJECT-TYPE
	SYNTAX          INTEGER {
		vMonitor                                        (1),
		vInformation                                    (2),
		vOk                                             (4),
		vNon-critical                                   (8),
		vCritical                                       (16),
		vNon-recoverable                                (32)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The severity of this event."
	::= {eEventGenerationForSystemSlots 2}

a205IsEventState-based OBJECT-TYPE
	SYNTAX          INTEGER {
		vFalse                                          (0),
		vTrue                                           (1)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The value of this attribute determines whether the Event being
reported is a state-based Event or not. If the value of this attribute is TRUE
then the Event is state-based. Otherwise the Event is not state-based."
	::= {eEventGenerationForSystemSlots 3}

a205EventStateKey OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "A unique, single integer key into the Event State group if
this is a state-based Event.If this is not a state-based Event then this
attribute's value is not defined."
	::= {eEventGenerationForSystemSlots 4}

a205AssociatedGroup OBJECT-TYPE
	SYNTAX          DmiDisplaystring
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The class name of the group that is associated with the events
defined in this EventGeneration group."
	::= {eEventGenerationForSystemSlots 5}

a205EventSystem OBJECT-TYPE
	SYNTAX          INTEGER {
		vOther                                          (0),
		vUnknown                                        (1)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The major functional aspect of the product causing the fault."
	::= {eEventGenerationForSystemSlots 6}

a205EventSubsystem OBJECT-TYPE
	SYNTAX          INTEGER {
		vOther                                          (0),
		vUnknown                                        (1)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The minor functional aspect of the product causing the fault."
	::= {eEventGenerationForSystemSlots 7}

a205IsInstanceDataPresent OBJECT-TYPE
	SYNTAX          INTEGER {
		vFalse                                          (0),
		vTrue                                           (1)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "Indicates whether the second event block contains instance-specific
data."
	::= {eEventGenerationForSystemSlots 9}

a205EventMessage OBJECT-TYPE
	SYNTAX          DmiDisplaystring
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "Auxillary information releated to the event.  This text contains
the name of the Probe"
	::= {eEventGenerationForSystemSlots 10}

SMiftomib ::= SEQUENCE {
	a1001MibName                                    DmiDisplaystring,
	a1001MibOid                                     DmiDisplaystring,
	a1001DisableTrap                                DmiInteger
}

tMiftomib OBJECT-TYPE
	SYNTAX          SEQUENCE OF SMiftomib
	ACCESS          not-accessible
	STATUS          mandatory
	DESCRIPTION     "This group defines attributes required for DMI to
SNMP translati
n."
	::= {dmtfGroups 1001}

eMiftomib OBJECT-TYPE
	SYNTAX          SMiftomib
	ACCESS          not-accessible
	STATUS          mandatory
	DESCRIPTION     ""
	INDEX           {DmiComponentIndex}
	::= {tMiftomib 1}

a1001MibName OBJECT-TYPE
	SYNTAX          DmiDisplaystring
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The MIB name that defines this MIF"
	::= {eMiftomib 1}

a1001MibOid OBJECT-TYPE
	SYNTAX          DmiDisplaystring
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The MIB Object Identifier that corresponds to this MIF"
	::= {eMiftomib 2}

a1001DisableTrap OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-write
	STATUS          mandatory
	DESCRIPTION     "This attribute can be changed to disable sending oftraps
from this component"
	::= {eMiftomib 3}

SSystemControl ::= SEQUENCE {
	a1004Selfid                             	DmiInteger,
	a1004ResetSystem                        	DmiOctetstring,
	a1004TimedResetIncrement                	DmiInteger,
	a1004TimedResetResolution               	DmiInteger,
	a1004TimeUntilSystemReset               	DmiInteger,
	a1004SystemPowerCapabilities            	DmiInteger,
	a1004SystemPowerStatus                  	DmiInteger,
	a1004EventLoggingCapability             	DmiInteger,
	a1004WatchdogTimerIncrement             	DmiInteger,
	a1004WatchdogTimerResolution            	DmiInteger,
	a1004WatchdogUpdateInterval             	DmiInteger,
	a1004UseSystemWatchdogFeature           	DmiInteger,
	a1004ResetSystemAfterDelay              	DmiOctetstring,
	a1004SavePersistentData                 	DmiInteger,
	a1004RestoreFactoryDefaults             	DmiOctetstring,
	a1004ShutdownOs                         	DmiOctetstring,
	a1004ShutdownOsAndPowerOff              	DmiOctetstring,
	a1004ShutdownOsAndHardwareReset         	DmiOctetstring,
	a1004IssueAHardwareNmi                  	DmiOctetstring,
	a1004ImmediatePowerDown                 	DmiOctetstring,
	a1004Challenge                          	DmiOctetstring,
	a1004VerifyPrivilege                    	DmiOctetstring
}

tSystemControl OBJECT-TYPE
	SYNTAX		SEQUENCE OF SSystemControl
	ACCESS		not-accessible
	STATUS		mandatory
	DESCRIPTION	"Status and control of global system control features. "
	::= {dmtfGroups 1004}

eSystemControl OBJECT-TYPE
	SYNTAX		SSystemControl
	ACCESS		not-accessible
	STATUS		mandatory
	DESCRIPTION	""
	INDEX		{DmiComponentIndex, a1004Selfid}
	::= {tSystemControl 1}

a1004Selfid OBJECT-TYPE
	SYNTAX		DmiInteger
	ACCESS		read-only
	STATUS		mandatory
	DESCRIPTION	"A unique number that identifies this row. "
	::= {eSystemControl 1}

a1004ResetSystem OBJECT-TYPE
	SYNTAX		DmiOctetstring
	ACCESS		read-write
	STATUS		mandatory
	DESCRIPTION	"Writing to this attribute with a properly authenticated 

challenge hash string initiates an immediate system 
 hard reset. Reading
this value is undefined. "
	::= {eSystemControl 2}

a1004TimedResetIncrement OBJECT-TYPE
	SYNTAX		DmiInteger
	ACCESS		read-only
	STATUS		mandatory
	DESCRIPTION	"This attribute contains the increments in which a 
 timed
reset can be set, in microseconds. "
	::= {eSystemControl 3}

a1004TimedResetResolution OBJECT-TYPE
	SYNTAX		DmiInteger
	ACCESS		read-only
	STATUS		mandatory
	DESCRIPTION	"This attribute contains the resolution to which a   
 Timed
Reset can be set, in microseconds.  For       
 example, a resolution of
1 second and an increment  
 of 10 seconds would indicate that a 10 second
delay 
 interval setting produces a 9 to 10 second delay.   
 "
	::= {eSystemControl 4}

a1004TimeUntilSystemReset OBJECT-TYPE
	SYNTAX		DmiInteger
	ACCESS		read-write
	STATUS		mandatory
	DESCRIPTION	"This attribute contains the interval for timed resets, 

in units of the Timed Reset Increment attribute.       
 Writing a non-zero
value, and setting the Timed Reset  
 Enable on, initiates a timed reset
countdown.          
 "
	::= {eSystemControl 5}

a1004SystemPowerCapabilities OBJECT-TYPE
	SYNTAX		INTEGER {
		vUnknown                                	(0),
		vUnsupported                            	(1),
		vOnAndOff                               	(2),
		vOffOnly                                	(3),
		vOnOnly                                 	(4)
	}
	ACCESS		read-only
	STATUS		mandatory
	DESCRIPTION	"This attribute describes the system power control 
 capabilities
  It can have one of the following   
 values:  Unknown, On And Off, Off
Only, or On Only. "
	::= {eSystemControl 6}

a1004SystemPowerStatus OBJECT-TYPE
	SYNTAX		INTEGER {
		vOff                                    	(0),
		vOn                                     	(1),
		vUnsupported                            	(2)
	}
	ACCESS		read-only
	STATUS		mandatory
	DESCRIPTION	"This attribute provides access to the status of 
 system
power. Its value is either On or Off.
 "
	::= {eSystemControl 7}

a1004EventLoggingCapability OBJECT-TYPE
	SYNTAX		INTEGER {
		vUnknown                                	(0),
		vUnsupported                            	(1),
		vActive                                 	(2),
		vInactive                               	(3)
	}
	ACCESS		read-only
	STATUS		mandatory
	DESCRIPTION	"This attribute describes the Event Logging Capabilities.

The attribute value can be : Unknown, Unsupported,
 Active, or Inactive.
If the Event logging capability
 is Active, the BIOS logs the system errors
to the FLASH.
 The LSC reads this FLASH log and takes appropriate 
 actions.
If this feature is Inactive, the LSC will read
 the values from the system
registers directly.
 The Event logging capability can be set to Active or

 Inactive using the System Configuration Utility (SCU). "
	::= {eSystemControl 8}

a1004WatchdogTimerIncrement OBJECT-TYPE
	SYNTAX		DmiInteger
	ACCESS		read-only
	STATUS		mandatory
	DESCRIPTION	"This attribute contains the increments in which a
 watchdog
update interval can be set. This value is
 maintained internally by instrumentat
on code 
 in microseconds.
 In LSC Local Console, this value is shown in
Seconds. "
	::= {eSystemControl 9}

a1004WatchdogTimerResolution OBJECT-TYPE
	SYNTAX		DmiInteger
	ACCESS		read-only
	STATUS		mandatory
	DESCRIPTION	"Resolution to which a watchdog update interval can be 
 set.
 For example, a watchdog timer resolution of 
 R microsecond and an watchdog
timer increment of 
 I microseconds would indicate that a watchdog update

interval setting of N will produce a (N*I)-R to (N*I)
 microseconds delay.

In LSC Local Console, this value is shown in Seconds. "
	::= {eSystemControl 10}

a1004WatchdogUpdateInterval OBJECT-TYPE
	SYNTAX		DmiInteger
	ACCESS		read-write
	STATUS		mandatory
	DESCRIPTION	"This attribute specifies the Interval for watchdog 
 resets,
in minutes.
 If the system software does not update the watchdog
 timer within
this interval, a hard reset will occur.
 Selecting a non-zero value for this
attribute and 
 setting the Use System Watchdog Feature attribute 
 to 'On'
starts the watchdog reset timer countdown.
 "
	::= {eSystemControl 11}

a1004UseSystemWatchdogFeature OBJECT-TYPE
	SYNTAX		INTEGER {
		vOff                                    	(0),
		vOn                                     	(1),
		vUnsupported                            	(2)
	}
	ACCESS		read-write
	STATUS		mandatory
	DESCRIPTION	"If this value is On, then the Watchdog feature is
 enabled
and the Watchdog Update Interval value is valid.
 
 If enabled this feature
automatically resets the server
 if the LSC software does not reset the watchdog
timer
 within the specified Watchdog Update Interval.
 NOTE : This is a hard
reset that will immediately reset
 the system without taking NetWare down.
This might 
 result in some files being corrupted. "
	::= {eSystemControl 12}

a1004ResetSystemAfterDelay OBJECT-TYPE
	SYNTAX		DmiOctetstring
	ACCESS		read-write
	STATUS		mandatory
	DESCRIPTION	"Writing to this attribute with a properly authenticated 

challenge hash string will initiate a timed reset, the 
 reset will occur
when the Timed Reset Interval expires. 
 Reading this attribute will have
undefined results. "
	::= {eSystemControl 13}

a1004SavePersistentData OBJECT-TYPE
	SYNTAX		INTEGER {
		vOff                                    	(0),
		vOn                                     	(1),
		vUnsupported                            	(2)
	}
	ACCESS		read-write
	STATUS		mandatory
	DESCRIPTION	"When this attribute value is set to ON all the persistent

data like thresholds are stored into the persistent 
 data Table.
 "
	::= {eSystemControl 15}

a1004RestoreFactoryDefaults OBJECT-TYPE
	SYNTAX		DmiOctetstring
	ACCESS		read-write
	STATUS		mandatory
	DESCRIPTION	"Writing to this attribute with a properly authenticated 

challenge hash string will cause all the Factory default 
 thresholds to
be restored. Reading this attribute will 
 have undefined results. "
	::= {eSystemControl 16}

a1004ShutdownOs OBJECT-TYPE
	SYNTAX		DmiOctetstring
	ACCESS		read-write
	STATUS		mandatory
	DESCRIPTION	"Writing to this attribute with a properly authenticated 

challenge hash string will initiate an immediate 
 OS shutdown Reading this
attribute will have undefined 
 results. "
	::= {eSystemControl 17}

a1004ShutdownOsAndPowerOff OBJECT-TYPE
	SYNTAX		DmiOctetstring
	ACCESS		read-write
	STATUS		mandatory
	DESCRIPTION	"Writing to this attribute with a properly authenticated 

challenge hash string will initiate an immediate 
 OS shutdown and power
off of the system. Reading this 
 attribute will have undefined results.
"
	::= {eSystemControl 18}

a1004ShutdownOsAndHardwareReset OBJECT-TYPE
	SYNTAX		DmiOctetstring
	ACCESS		read-write
	STATUS		mandatory
	DESCRIPTION	"Writing to this attribute with a properly authenticated 

challenge hash string will initiate an immediate 
 OS shutdown and hardware
reset of the system. Reading this 
 attribute will have undefined results.
"
	::= {eSystemControl 19}

a1004IssueAHardwareNmi OBJECT-TYPE
	SYNTAX		DmiOctetstring
	ACCESS		read-write
	STATUS		mandatory
	DESCRIPTION	"Writing to this attribute with a properly authenticated 

challenge hash string will initiate an immediate 
 hardware NMI. Reading
this attribute will have undefined 
 results. "
	::= {eSystemControl 20}

a1004ImmediatePowerDown OBJECT-TYPE
	SYNTAX		DmiOctetstring
	ACCESS		read-write
	STATUS		mandatory
	DESCRIPTION	"Writing to this attribute with a properly authenticated 

challenge hash string initiates an immediate power off 
 the system. Reading
this value is undefined. "
	::= {eSystemControl 21}

a1004Challenge OBJECT-TYPE
	SYNTAX		DmiOctetstring
	ACCESS		read-only
	STATUS		mandatory
	DESCRIPTION	"Reading this value will return a challenge string that 

may be hashed with the firmware (DPC) password and then 
 written to any
of the authenticated attributes to 
 perform a desired action. Once issued
the challenge 
 string will only be valid for a short time and may 
 only
be used once. "
	::= {eSystemControl 22}

a1004VerifyPrivilege OBJECT-TYPE
	SYNTAX		DmiOctetstring
	ACCESS		read-write
	STATUS		mandatory
	DESCRIPTION	"Writing to this attribute with a properly authenticated 

challenge hash string will result in a successful write
 operation. Reading
this value is undefined. "
	::= {eSystemControl 23}

SCoolingSensors ::= SEQUENCE {
	a1005Selfid                                     DmiInteger,
	a1005FruGroupIndex                              DmiInteger,
	a1005OperationalGroupIndex                      DmiInteger,
	a1005CoolingDeviceType                          DmiInteger,
	a1005CfmRating                                  DmiInteger,
	a1005FanUnits                                   DmiInteger,
	a1005MaximumReading                             DmiInteger,
	a1005MinimumReading                             DmiInteger,
	a1005CurrentReading                             DmiInteger,
	a1005SensorAccuracy                             DmiInteger,
	a1005SensorTolerancePlus                        DmiInteger,
	a1005SensorToleranceMinus                       DmiInteger,
	a1005Non-criticalThreshold                      DmiInteger,
	a1005CriticalThreshold                          DmiInteger,
	a1005Non-recoverableThreshold                   DmiInteger,
	a1005CoolingSensorDescription                   DmiDisplaystring,
	a1005NominalReading                             DmiInteger,
	a1005LowestNormalReading                        DmiInteger,
	a1005HighestNormalReading                       DmiInteger
}

tCoolingSensors OBJECT-TYPE
	SYNTAX          SEQUENCE OF SCoolingSensors
	ACCESS          not-accessible
	STATUS          mandatory
	DESCRIPTION     "This table contains one row for each cooling fan 
in the
system.  Each row contains the status and 
control information for a single
fan."
	::= {dmtfGroups 1005}

eCoolingSensors OBJECT-TYPE
	SYNTAX          SCoolingSensors
	ACCESS          not-accessible
	STATUS          mandatory
	DESCRIPTION     ""
	INDEX           {DmiComponentIndex, a1005Selfid}
	::= {tCoolingSensors 1}

a1005Selfid OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "A unique number that identifies this row."
	::= {eCoolingSensors 1}

a1005FruGroupIndex OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "If this is a Field Replaceable Unit or if it is part of another
FRU, thisprovides an index into the FRU table; 'value = -1' indicates that
the group is not a FRU."
	::= {eCoolingSensors 2}

a1005OperationalGroupIndex OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The index into the Operational State table for this device."
	::= {eCoolingSensors 3}

a1005CoolingDeviceType OBJECT-TYPE
	SYNTAX          INTEGER {
		vOther                                          (1),
		vUnknown                                        (2),
		vFan                                            (3),
		vCentrifugalBlower                              (4),
		vChipFan                                        (5),
		vCabinetFan                                     (6),
		vPowerSupplyFan                                 (7),
		vHeatPipe                                       (8),
		vIntegratedRefrigeration                        (9),
		vActiveCooling                                  (32),
		vPassiveCooling                                 (33)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "This attribute describes the fan type.  It has one 
of the
following values:  Muffin, Axial, Piezo, or 
Squirrel Cage."
	::= {eCoolingSensors 6}

a1005CfmRating OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "This attribute presents the maximum CFM rating of 
this fan."
	::= {eCoolingSensors 7}

a1005FanUnits OBJECT-TYPE
	SYNTAX          INTEGER {
		vRpm                                            (0),
		vCfm                                            (1),
		vOkfatal                                        (2)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "This attribute describes the units of fan status   
measurement.
 It has one of the following values:  
RPM, CFM, or OK/Fatal."
	::= {eCoolingSensors 8}

a1005MaximumReading OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "This attribute contains the highest reading supported 
on
this fan's sensor, measured in the units specified 
by the Fan Units attribute.
 This attribute may not   
apply to all fan types."
	::= {eCoolingSensors 9}

a1005MinimumReading OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "This attribute contains the lowest reading supported  
on
this fan's sensor, measured in the units specified 
Fan Units attribute.
 This attribute may not apply to 
all fan types."
	::= {eCoolingSensors 10}

a1005CurrentReading OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "This attribute contains the current fan sensor  
reading,
measured in the units specified by the 
Fan Units attribute.  This attribute
will display as    
Unsupported if the hardware does not support this 
feature.
"
	::= {eCoolingSensors 11}

a1005SensorAccuracy OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-write
	STATUS          mandatory
	DESCRIPTION     "This attribute describes the sensor's accuracy in 
+/- hundredth
 of a percent."
	::= {eCoolingSensors 13}

a1005SensorTolerancePlus OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-write
	STATUS          mandatory
	DESCRIPTION     "This attribute describes the sensor's '+' tolerance 
in the
units specified by the Fan Units attribute."
	::= {eCoolingSensors 14}

a1005SensorToleranceMinus OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-write
	STATUS          mandatory
	DESCRIPTION     "This attribute describes the sensor's '-' tolerance 
in the
units specified by the Fan Units attribute."
	::= {eCoolingSensors 15}

a1005Non-criticalThreshold OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-write
	STATUS          mandatory
	DESCRIPTION     "This attribute contains the warning threshold level 
for
the fan.  The threshold is given in the units   
specified by the Fan Units
attribute."
	::= {eCoolingSensors 16}

a1005CriticalThreshold OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-write
	STATUS          mandatory
	DESCRIPTION     "This attribute contains the major error threshold 
level
for the fan.  The threshold is given in the 
units specified by the Fan Units
attribute."
	::= {eCoolingSensors 17}

a1005Non-recoverableThreshold OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-write
	STATUS          mandatory
	DESCRIPTION     "This attribute contains the fatal error threshold 
level
for the fan.  The threshold is given in the 
units specified by the Fan Units
attribute."
	::= {eCoolingSensors 18}

a1005CoolingSensorDescription OBJECT-TYPE
	SYNTAX          DmiDisplaystring
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "Additional descriptive information about the Cooling sensor
orsensor's location."
	::= {eCoolingSensors 19}

a1005NominalReading OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "Nominal reading for this fan, in units. 80000000h  
indicates
that this attribute is not supported."
	::= {eCoolingSensors 21}

a1005LowestNormalReading OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "Specified lowest normal reading for this fan, in   
units.
Readings beyond this value indicate an      
abnormal condition. 80000000h
indicates that this  
attribute is not supported."
	::= {eCoolingSensors 22}

a1005HighestNormalReading OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "Specified lowest normal reading for this fan, in   
units.
Readings beyond this value indicate an      
abnormal condition. 80000000h
indicates that this  
attribute is not supported."
	::= {eCoolingSensors 23}

SSystemEventLog ::= SEQUENCE {
	a1006Selfid                                     DmiInteger,
	a1006Timestamp                                  DmiDate,
	a1006RecordType                                 DmiInteger,
	a1006RecordLength                               DmiInteger,
	a1006RecordData                                 DmiOctetstring
}

tSystemEventLog OBJECT-TYPE
	SYNTAX          SEQUENCE OF SSystemEventLog
	ACCESS          not-accessible
	STATUS          mandatory
	DESCRIPTION     "This group provides raw access to System Event Log (SEL)
recordsThis data is intended for use by a Service & Support person"
	::= {dmtfGroups 1006}

eSystemEventLog OBJECT-TYPE
	SYNTAX          SSystemEventLog
	ACCESS          not-accessible
	STATUS          mandatory
	DESCRIPTION     ""
	INDEX           {DmiComponentIndex, a1006Selfid}
	::= {tSystemEventLog 1}

a1006Selfid OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "A unique number that identifies this row."
	::= {eSystemEventLog 1}

a1006Timestamp OBJECT-TYPE
	SYNTAX          DmiDate
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "The time and date when this record was written."
	::= {eSystemEventLog 2}

a1006RecordType OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "Type of this record."
	::= {eSystemEventLog 3}

a1006RecordLength OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "Length of this record."
	::= {eSystemEventLog 4}

a1006RecordData OBJECT-TYPE
	SYNTAX          DmiOctetstring
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "Binary Data associated with this record"
	::= {eSystemEventLog 5}

SPciHotplugDevice ::= SEQUENCE {
	a1008PciHotplugDeviceIndex              	DmiInteger,
	a1008PciHotplugSlotNumber               	DmiInteger,
	a1008DeviceManufacturer                 	DmiDisplaystring,
	a1008DeviceType                         	DmiDisplaystring,
	a1008DeviceRevision                     	DmiDisplaystring
}

tPciHotplugDevice OBJECT-TYPE
	SYNTAX		SEQUENCE OF SPciHotplugDevice
	ACCESS		not-accessible
	STATUS		mandatory
	DESCRIPTION	"This group defines the attributes for device occupying PHP
slots. "
	::= {dmtfGroups 1008}

ePciHotplugDevice OBJECT-TYPE
	SYNTAX		SPciHotplugDevice
	ACCESS		not-accessible
	STATUS		mandatory
	DESCRIPTION	""
	INDEX		{DmiComponentIndex, a1008PciHotplugDeviceIndex}
	::= {tPciHotplugDevice 1}

a1008PciHotplugDeviceIndex OBJECT-TYPE
	SYNTAX		DmiInteger
	ACCESS		read-only
	STATUS		mandatory
	DESCRIPTION	"An index into the devices for PHP system slots. This is the
hardware ID number for each device in each PHP slot, whether it is occupied
or not (starting with 1). "
	::= {ePciHotplugDevice 1}

a1008PciHotplugSlotNumber OBJECT-TYPE
	SYNTAX		DmiInteger
	ACCESS		read-only
	STATUS		mandatory
	DESCRIPTION	"The PHP slot number in which this device is occupying. "
	::= {ePciHotplugDevice 2}

a1008DeviceManufacturer OBJECT-TYPE
	SYNTAX		DmiDisplaystring
	ACCESS		read-only
	STATUS		mandatory
	DESCRIPTION	"The Manufacturer of the device. "
	::= {ePciHotplugDevice 3}

a1008DeviceType OBJECT-TYPE
	SYNTAX		DmiDisplaystring
	ACCESS		read-only
	STATUS		mandatory
	DESCRIPTION	"The type of device it is. "
	::= {ePciHotplugDevice 4}

a1008DeviceRevision OBJECT-TYPE
	SYNTAX		DmiDisplaystring
	ACCESS		read-only
	STATUS		mandatory
	DESCRIPTION	"The revision of the device. "
	::= {ePciHotplugDevice 5}

SPagingConfig ::= SEQUENCE {
	a1010PagingSupported                            DmiInteger,
	a1010DefaultPepString                           DmiDisplaystring,
	a1010GlobalPaging                               DmiInteger,
	a1010PepStringSize                              DmiInteger,
	a1010TestPage                                   DmiInteger,
	a1010IssuePaging                                DmiInteger
}

tPagingConfig OBJECT-TYPE
	SYNTAX          SEQUENCE OF SPagingConfig
	ACCESS          not-accessible
	STATUS          mandatory
	DESCRIPTION     "This group defines all Paging configuration parameters which
areset and read from firmware"
	::= {dmtfGroups 1010}

ePagingConfig OBJECT-TYPE
	SYNTAX          SPagingConfig
	ACCESS          not-accessible
	STATUS          mandatory
	DESCRIPTION     ""
	INDEX           {DmiComponentIndex}
	::= {tPagingConfig 1}

a1010PagingSupported OBJECT-TYPE
	SYNTAX          INTEGER {
		vFalse                                          (0),
		vTrue                                           (1)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "Whether the paging is supported by this version of BMC or
not"
	::= {ePagingConfig 1}

a1010DefaultPepString OBJECT-TYPE
	SYNTAX          DmiDisplaystring
	ACCESS          read-write
	STATUS          mandatory
	DESCRIPTION     "String containing default paging phone number and paging
message including system phone number"
	::= {ePagingConfig 2}

a1010GlobalPaging OBJECT-TYPE
	SYNTAX          INTEGER {
		vFalse                                          (0),
		vTrue                                           (1)
	}
	ACCESS          read-write
	STATUS          mandatory
	DESCRIPTION     "Flag indicating whether the global paging is to be enabled
or disabled"
	::= {ePagingConfig 3}

a1010PepStringSize OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "Size of the PEP string in BMC"
	::= {ePagingConfig 4}

a1010TestPage OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-write
	STATUS          mandatory
	DESCRIPTION     "Issue a test page. Set of this attribute will result in that."
	::= {ePagingConfig 5}

a1010IssuePaging OBJECT-TYPE
	SYNTAX          INTEGER {
		vDoNotPage                                      (0),
		vPage                                           (1),
		vUnsupported                                    (2)
	}
	ACCESS          read-write
	STATUS          mandatory
	DESCRIPTION     "Writing to this attribute causes an immediatePage request
to BMC on all phone numbers."
	::= {ePagingConfig 6}

SLocalPagingConfig ::= SEQUENCE {
	a1011PepString1                                 DmiDisplaystring,
	a1011PepString2                                 DmiDisplaystring,
	a1011RepeatCount                                DmiInteger,
	a1011RepeatInterval                             DmiInteger,
	a1011TestString                                 DmiDisplaystring
}

tLocalPagingConfig OBJECT-TYPE
	SYNTAX          SEQUENCE OF SLocalPagingConfig
	ACCESS          not-accessible
	STATUS          mandatory
	DESCRIPTION     "This group defines all Paging configuration parameters which
areset and read from dmi itself. This group is not instrumented."
	::= {dmtfGroups 1011}

eLocalPagingConfig OBJECT-TYPE
	SYNTAX          SLocalPagingConfig
	ACCESS          not-accessible
	STATUS          mandatory
	DESCRIPTION     ""
	INDEX           {DmiComponentIndex}
	::= {tLocalPagingConfig 1}

a1011PepString1 OBJECT-TYPE
	SYNTAX          DmiDisplaystring
	ACCESS          read-write
	STATUS          mandatory
	DESCRIPTION     "String containing first aditional paging phone number and
paging message including system phone number"
	::= {eLocalPagingConfig 1}

a1011PepString2 OBJECT-TYPE
	SYNTAX          DmiDisplaystring
	ACCESS          read-write
	STATUS          mandatory
	DESCRIPTION     "String containing second aditional paging phone number and
paging message including system phone number"
	::= {eLocalPagingConfig 2}

a1011RepeatCount OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-write
	STATUS          mandatory
	DESCRIPTION     "Number of times paging will be repeated on all paging numbers"
	::= {eLocalPagingConfig 3}

a1011RepeatInterval OBJECT-TYPE
	SYNTAX          DmiInteger
	ACCESS          read-write
	STATUS          mandatory
	DESCRIPTION     "Number of minutes to wait before paging again on all paging
numbers"
	::= {eLocalPagingConfig 4}

a1011TestString OBJECT-TYPE
	SYNTAX          DmiDisplaystring
	ACCESS          read-write
	STATUS          mandatory
	DESCRIPTION     "String containing phone number on which test page will be
generated"
	::= {eLocalPagingConfig 5}

SDpcDiscovery ::= SEQUENCE {
	a9000DpcDialNumberString                        DmiDisplaystring,
	a9000DpcServicePartitionPresenceFlag            DmiInteger,
	a9000ScanServicePartitionFlag                   DmiInteger,
	a9000BootServicePartitionFlag                   DmiInteger
}

tDpcDiscovery OBJECT-TYPE
	SYNTAX          SEQUENCE OF SDpcDiscovery
	ACCESS          not-accessible
	STATUS          mandatory
	DESCRIPTION     "This Group contains informationrelated to DPC Server Discovery
and Service Partition Control "
	::= {dmtfGroups 9000}

eDpcDiscovery OBJECT-TYPE
	SYNTAX          SDpcDiscovery
	ACCESS          not-accessible
	STATUS          mandatory
	DESCRIPTION     ""
	INDEX           {DmiComponentIndex}
	::= {tDpcDiscovery 1}

a9000DpcDialNumberString OBJECT-TYPE
	SYNTAX          DmiDisplaystring
	ACCESS          read-write
	STATUS          mandatory
	DESCRIPTION     "The Dial Number String Used by DPC client to connect to the
DPC server"
	::= {eDpcDiscovery 1}

a9000DpcServicePartitionPresenceFlag OBJECT-TYPE
	SYNTAX          INTEGER {
		vOther                                          (1),
		vUnknown                                        (2),
		vPresent                                        (3),
		vNotPresent                                     (4)
	}
	ACCESS          read-only
	STATUS          mandatory
	DESCRIPTION     "This Flag indicates whether DPC Service Partitionis present
in the system or not"
	::= {eDpcDiscovery 2}

a9000ScanServicePartitionFlag OBJECT-TYPE
	SYNTAX          INTEGER {
		vOther                                          (1),
		vUnknown                                        (2),
		vScan                                           (3),
		vDoNotScan                                      (4)
	}
	ACCESS          read-write
	STATUS          mandatory
	DESCRIPTION     "This flag can be set to inform BIOS to search for DPC Partition
during next system boot"
	::= {eDpcDiscovery 3}

a9000BootServicePartitionFlag OBJECT-TYPE
	SYNTAX          INTEGER {
		vOther                                          (1),
		vUnknown                                        (2),
		vBoot                                           (3),
		vDoNotBoot                                      (4)
	}
	ACCESS          read-write
	STATUS          mandatory
	DESCRIPTION     "This flag can be set to inform BIOS to boot to DPC ServicePartit
on during next system boot"
	::= {eDpcDiscovery 4}


--
-- Trap definitions - not generated by MIFTOMIB tool
--

trap1ForProcessor TRAP-TYPE
    ENTERPRISE eEventGenerationForProcessor
    VARIABLES  {
	a100EventType,
	a100EventSeverity,
	a100IsEventState-based,
	a100EventStateKey,
	a100AssociatedGroup,
	a100EventSystem,
	a100EventSubsystem,
	a100IsInstanceDataPresent,
	a100EventMessage,
	a6ProcessorIndex
       }

    DESCRIPTION "Processor Internal Error"

    ::= 256

trap2ForProcessor TRAP-TYPE
    ENTERPRISE eEventGenerationForProcessor
    VARIABLES  {
	a100EventType,
	a100EventSeverity,
	a100IsEventState-based,
	a100EventStateKey,
	a100AssociatedGroup,
	a100EventSystem,
	a100EventSubsystem,
	a100IsInstanceDataPresent,
	a100EventMessage,
	a6ProcessorIndex
       }

    DESCRIPTION "Processor Thermal Trip"

    ::= 257

trap3ForProcessor TRAP-TYPE
    ENTERPRISE eEventGenerationForProcessor
    VARIABLES  {
	a100EventType,
	a100EventSeverity,
	a100IsEventState-based,
	a100EventStateKey,
	a100AssociatedGroup,
	a100EventSystem,
	a100EventSubsystem,
	a100IsInstanceDataPresent,
	a100EventMessage,
	a6ProcessorIndex
       }

    DESCRIPTION "Processor FRB-3 Failure"

    ::= 258

trap4ForProcessor TRAP-TYPE
    ENTERPRISE eEventGenerationForProcessor
    VARIABLES  {
	a100EventType,
	a100EventSeverity,
	a100IsEventState-based,
	a100EventStateKey,
	a100AssociatedGroup,
	a100EventSystem,
	a100EventSubsystem,
	a100IsInstanceDataPresent,
	a100EventMessage,
	a6ProcessorIndex
       }

    DESCRIPTION "Processor Disabled"

    ::= 259


trap1ForPowerSupply TRAP-TYPE
    ENTERPRISE eEventGenerationForPowerSupply
    VARIABLES  {
	a104EventType,
	a104EventSeverity,
	a104IsEventState-based,
	a104EventStateKey,
	a104AssociatedGroup,
	a104EventSystem,
	a104EventSubsystem,
	a104IsInstanceDataPresent,
	a17PowerSupplyIndex
       }

    DESCRIPTION "Power Supply Failed"

    ::= 256

trap2ForPowerSupply TRAP-TYPE
    ENTERPRISE eEventGenerationForPowerSupply
    VARIABLES  {
	a104EventType,
	a104EventSeverity,
	a104IsEventState-based,
	a104EventStateKey,
	a104AssociatedGroup,
	a104EventSystem,
	a104EventSubsystem,
	a104IsInstanceDataPresent,
	a17PowerSupplyIndex
       }

    DESCRIPTION "Power Supply OK"

    ::= 257

trap3ForPowerSupply TRAP-TYPE
    ENTERPRISE eEventGenerationForPowerSupply
    VARIABLES  {
	a104EventType,
	a104EventSeverity,
	a104IsEventState-based,
	a104EventStateKey,
	a104AssociatedGroup,
	a104EventSystem,
	a104EventSubsystem,
	a104IsInstanceDataPresent,
	a17PowerSupplyIndex
       }

    DESCRIPTION "Power Supply Likely To Fail"

    ::= 258


trap4ForPowerSupply TRAP-TYPE
    ENTERPRISE eEventGenerationForPowerSupply
    VARIABLES  {
	a104EventType,
	a104EventSeverity,
	a104IsEventState-based,
	a104EventStateKey,
	a104AssociatedGroup,
	a104EventSystem,
	a104EventSubsystem,
	a104IsInstanceDataPresent,
	a17PowerSupplyIndex
       }

    DESCRIPTION "Power Supply Inserted"

    ::= 259


trap5ForPowerSupply TRAP-TYPE
    ENTERPRISE eEventGenerationForPowerSupply
    VARIABLES  {
	a104EventType,
	a104EventSeverity,
	a104IsEventState-based,
	a104EventStateKey,
	a104AssociatedGroup,
	a104EventSystem,
	a104EventSubsystem,
	a104IsInstanceDataPresent,
	a17PowerSupplyIndex
       }

    DESCRIPTION "Power Supply Removed"

    ::= 260

trap1ForPhysicalMemory TRAP-TYPE
    ENTERPRISE eEventGenerationForPhysicalMemory
    VARIABLES  {
	a108EventType,
	a108EventSeverity,
	a108IsEventState-based,
	a108EventStateKey,
	a108AssociatedGroup,
	a108EventSystem,
	a108EventSubsystem,
	a108IsInstanceDataPresent,
	a34MemoryArrayTableIndex
       }

    DESCRIPTION "Single BIT ECC Error"

    ::= 256

trap2ForPhysicalMemory TRAP-TYPE
    ENTERPRISE eEventGenerationForPhysicalMemory
    VARIABLES  {
	a108EventType,
	a108EventSeverity,
	a108IsEventState-based,
	a108EventStateKey,
	a108AssociatedGroup,
	a108EventSystem,
	a108EventSubsystem,
	a108IsInstanceDataPresent,
	a34MemoryArrayTableIndex
       }

    DESCRIPTION "Multi BIT ECC Error from previous boot"

    ::= 257


trap1ForVoltageProbe TRAP-TYPE
    ENTERPRISE eEventGenerationForVoltageProbe
    VARIABLES  {
	a113EventType,
	a113EventSeverity,
	a113IsEventState-based,
	a113EventStateKey,
	a113AssociatedGroup,
	a113EventSystem,
	a113EventSubsystem,
	a113IsInstanceDataPresent,
	a54VoltageProbeIndex
       }

    DESCRIPTION "Status Changed to OK"

    ::= 256

trap2ForVoltageProbe TRAP-TYPE
    ENTERPRISE eEventGenerationForVoltageProbe
    VARIABLES  {
	a113EventType,
	a113EventSeverity,
	a113IsEventState-based,
	a113EventStateKey,
	a113AssociatedGroup,
	a113EventSystem,
	a113EventSubsystem,
	a113IsInstanceDataPresent,
	a54VoltageProbeIndex
       }

    DESCRIPTION "Status Changed to Upper Critical"

    ::= 257

trap3ForVoltageProbe TRAP-TYPE
    ENTERPRISE eEventGenerationForVoltageProbe
    VARIABLES  {
	a113EventType,
	a113EventSeverity,
	a113IsEventState-based,
	a113EventStateKey,
	a113AssociatedGroup,
	a113EventSystem,
	a113EventSubsystem,
	a113IsInstanceDataPresent,
	a54VoltageProbeIndex
       }

    DESCRIPTION "Status Changed to Lower Critical"

    ::= 258

trap4ForVoltageProbe TRAP-TYPE
    ENTERPRISE eEventGenerationForVoltageProbe
    VARIABLES  {
	a113EventType,
	a113EventSeverity,
	a113IsEventState-based,
	a113EventStateKey,
	a113AssociatedGroup,
	a113EventSystem,
	a113EventSubsystem,
	a113IsInstanceDataPresent,
	a54VoltageProbeIndex
       }

    DESCRIPTION "Status Changed to from OK to Upper Non Critical"

    ::= 259

trap5ForVoltageProbe TRAP-TYPE
    ENTERPRISE eEventGenerationForVoltageProbe
    VARIABLES  {
	a113EventType,
	a113EventSeverity,
	a113IsEventState-based,
	a113EventStateKey,
	a113AssociatedGroup,
	a113EventSystem,
	a113EventSubsystem,
	a113IsInstanceDataPresent,
	a54VoltageProbeIndex
       }

    DESCRIPTION "Status Changed to from OK to Lower Non Critical"

    ::= 260

trap6ForVoltageProbe TRAP-TYPE
    ENTERPRISE eEventGenerationForVoltageProbe
    VARIABLES  {
	a113EventType,
	a113EventSeverity,
	a113IsEventState-based,
	a113EventStateKey,
	a113AssociatedGroup,
	a113EventSystem,
	a113EventSubsystem,
	a113IsInstanceDataPresent,
	a54VoltageProbeIndex
       }

    DESCRIPTION "Status Changed to from Upper Critical to Upper Non Critical"

    ::= 261

trap7ForVoltageProbe TRAP-TYPE
    ENTERPRISE eEventGenerationForVoltageProbe
    VARIABLES  {
	a113EventType,
	a113EventSeverity,
	a113IsEventState-based,
	a113EventStateKey,
	a113AssociatedGroup,
	a113EventSystem,
	a113EventSubsystem,
	a113IsInstanceDataPresent,
	a54VoltageProbeIndex
       }

    DESCRIPTION "Status Changed to from Lower Critical to Lower Non Critical"

    ::= 262


trap1ForTemperatureProbe TRAP-TYPE
    ENTERPRISE eEventGenerationForTemperatureProbe
    VARIABLES  {
	a114EventType,
	a114EventSeverity,
	a114IsEventState-based,
	a114EventStateKey,
	a114AssociatedGroup,
	a114EventSystem,
	a114EventSubsystem,
	a114IsInstanceDataPresent,
	a55TemperatureProbeTableIndex
       }

    DESCRIPTION "Status Changed to OK"

    ::= 256

trap2ForTemperatureProbe TRAP-TYPE
    ENTERPRISE eEventGenerationForTemperatureProbe
    VARIABLES  {
	a114EventType,
	a114EventSeverity,
	a114IsEventState-based,
	a114EventStateKey,
	a114AssociatedGroup,
	a114EventSystem,
	a114EventSubsystem,
	a114IsInstanceDataPresent,
	a55TemperatureProbeTableIndex
       }

    DESCRIPTION "Status Changed to Upper Critical"

    ::= 257

trap3ForTemperatureProbe TRAP-TYPE
    ENTERPRISE eEventGenerationForTemperatureProbe
    VARIABLES  {
	a114EventType,
	a114EventSeverity,
	a114IsEventState-based,
	a114EventStateKey,
	a114AssociatedGroup,
	a114EventSystem,
	a114EventSubsystem,
	a114IsInstanceDataPresent,
	a55TemperatureProbeTableIndex
       }

    DESCRIPTION "Status Changed to Lower Critical"

    ::= 258

trap4ForTemperatureProbe TRAP-TYPE
    ENTERPRISE eEventGenerationForTemperatureProbe
    VARIABLES  {
	a114EventType,
	a114EventSeverity,
	a114IsEventState-based,
	a114EventStateKey,
	a114AssociatedGroup,
	a114EventSystem,
	a114EventSubsystem,
	a114IsInstanceDataPresent,
	a55TemperatureProbeTableIndex
       }

    DESCRIPTION "Status Changed to from OK to Upper Non Critical"

    ::= 259

trap5ForTemperatureProbe TRAP-TYPE
    ENTERPRISE eEventGenerationForTemperatureProbe
    VARIABLES  {
	a114EventType,
	a114EventSeverity,
	a114IsEventState-based,
	a114EventStateKey,
	a114AssociatedGroup,
	a114EventSystem,
	a114EventSubsystem,
	a114IsInstanceDataPresent,
	a55TemperatureProbeTableIndex
       }

    DESCRIPTION "Status Changed to from OK to Lower Non Critical"

    ::= 260

trap6ForTemperatureProbe TRAP-TYPE
    ENTERPRISE eEventGenerationForTemperatureProbe
    VARIABLES  {
	a114EventType,
	a114EventSeverity,
	a114IsEventState-based,
	a114EventStateKey,
	a114AssociatedGroup,
	a114EventSystem,
	a114EventSubsystem,
	a114IsInstanceDataPresent,
	a55TemperatureProbeTableIndex
       }

    DESCRIPTION "Status Changed to from Upper Critical to Upper Non Critical"

    ::= 261

trap7ForTemperatureProbe TRAP-TYPE
    ENTERPRISE eEventGenerationForTemperatureProbe
    VARIABLES  {
	a114EventType,
	a114EventSeverity,
	a114IsEventState-based,
	a114EventStateKey,
	a114AssociatedGroup,
	a114EventSystem,
	a114EventSubsystem,
	a114IsInstanceDataPresent,
	a55TemperatureProbeTableIndex
       }

    DESCRIPTION "Status Changed to from Lower Critical to Lower Non Critical"

    ::= 262

trap1ForPhysicalContainer TRAP-TYPE
    ENTERPRISE eEventGenerationForPhysicalContainer
    VARIABLES  {
	a116EventType,
	a116EventSeverity,
	a116IsEventState-based,
	a116EventStateKey,
	a116AssociatedGroup,
	a116EventSystem,
	a116EventSubsystem,
	a116IsInstanceDataPresent,
	a64ContainerIndex
       }

    DESCRIPTION "Container Security Breached"

    ::= 6

trap2ForPhysicalContainer TRAP-TYPE
    ENTERPRISE eEventGenerationForPhysicalContainer
    VARIABLES  {
	a116EventType,
	a116EventSeverity,
	a116IsEventState-based,
	a116EventStateKey,
	a116AssociatedGroup,
	a116EventSystem,
	a116EventSubsystem,
	a116IsInstanceDataPresent,
	a64ContainerIndex
       }

    DESCRIPTION "Container Secured"

    ::= 256

trap1ForPowerUnit TRAP-TYPE
    ENTERPRISE eEventGenerationForPowerUnit
    VARIABLES  {
	a201EventType,
	a201EventSeverity,
	a201IsEventState-based,
	a201EventStateKey,
	a201AssociatedGroup,
	a201EventSystem,
	a201EventSubsystem,
	a201IsInstanceDataPresent,
	a67PowerUnitIndex
       }

    DESCRIPTION "Power Unit Redundancy Lost"

    ::= 1

trap2ForPowerUnit TRAP-TYPE
    ENTERPRISE eEventGenerationForPowerUnit
    VARIABLES  {
	a201EventType,
	a201EventSeverity,
	a201IsEventState-based,
	a201EventStateKey,
	a201AssociatedGroup,
	a201EventSystem,
	a201EventSubsystem,
	a201IsInstanceDataPresent,
	a67PowerUnitIndex
       }

    DESCRIPTION "Power Unit Redundancy Regained"

    ::= 2

trap3ForPowerUnit TRAP-TYPE
    ENTERPRISE eEventGenerationForPowerUnit
    VARIABLES  {
	a201EventType,
	a201EventSeverity,
	a201IsEventState-based,
	a201EventStateKey,
	a201AssociatedGroup,
	a201EventSystem,
	a201EventSubsystem,
	a201IsInstanceDataPresent,
	a67PowerUnitIndex
       }

    DESCRIPTION "Power Unit Redundancy Degraded"

    ::= 3

trap4ForPowerUnit TRAP-TYPE
    ENTERPRISE eEventGenerationForPowerUnit
    VARIABLES  {
	a201EventType,
	a201EventSeverity,
	a201IsEventState-based,
	a201EventStateKey,
	a201AssociatedGroup,
	a201EventSystem,
	a201EventSubsystem,
	a201IsInstanceDataPresent,
	a67PowerUnitIndex
       }

    DESCRIPTION "Power Unit VA Shutdown Condition Cleared"

    ::= 4

trap5ForPowerUnit TRAP-TYPE
    ENTERPRISE eEventGenerationForPowerUnit
    VARIABLES  {
	a201EventType,
	a201EventSeverity,
	a201IsEventState-based,
	a201EventStateKey,
	a201AssociatedGroup,
	a201EventSystem,
	a201EventSubsystem,
	a201IsInstanceDataPresent,
	a67PowerUnitIndex
       }

    DESCRIPTION "Power Unit VA Shutdown Limit Exceeded"

    ::= 5

trap1ForCoolingSensors TRAP-TYPE
    ENTERPRISE eEventGenerationForCoolingSensors
    VARIABLES  {
	a202EventType,
	a202EventSeverity,
	a202IsEventState-based,
	a202EventStateKey,
	a202AssociatedGroup,
	a202EventSystem,
	a202EventSubsystem,
	a202IsInstanceDataPresent,
	a1005Selfid
       }

    DESCRIPTION "Cooling Device Failure"

    ::= 256

trap2ForCoolingSensors TRAP-TYPE
    ENTERPRISE eEventGenerationForCoolingSensors
    VARIABLES  {
	a202EventType,
	a202EventSeverity,
	a202IsEventState-based,
	a202EventStateKey,
	a202AssociatedGroup,
	a202EventSystem,
	a202EventSubsystem,
	a202IsInstanceDataPresent,
	a1005Selfid
       }

    DESCRIPTION "Cooling Device OK"

    ::= 257

trap1ForSystemSlots TRAP-TYPE
    ENTERPRISE eEventGenerationForSystemSlots
    VARIABLES  {
	a205EventType,
	a205EventSeverity,
	a205IsEventState-based,
	a205EventStateKey,
	a205AssociatedGroup,
	a205EventSystem,
	a205EventSubsystem,
	a205IsInstanceDataPresent,
	a205EventMessage,
	a19SlotIndex
       }

    DESCRIPTION "Slot status change to OK"

    ::= 1

trap2ForSystemSlots TRAP-TYPE
    ENTERPRISE eEventGenerationForSystemSlots
    VARIABLES  {
	a205EventType,
	a205EventSeverity,
	a205IsEventState-based,
	a205EventStateKey,
	a205AssociatedGroup,
	a205EventSystem,
	a205EventSubsystem,
	a205IsInstanceDataPresent,
	a205EventMessage,
	a19SlotIndex
       }

    DESCRIPTION "Slot status change to Non-Critical"

    ::= 2

trap3ForSystemSlots TRAP-TYPE
    ENTERPRISE eEventGenerationForSystemSlots
    VARIABLES  {
	a205EventType,
	a205EventSeverity,
	a205IsEventState-based,
	a205EventStateKey,
	a205AssociatedGroup,
	a205EventSystem,
	a205EventSubsystem,
	a205IsInstanceDataPresent,
	a205EventMessage,
	a19SlotIndex
       }

    DESCRIPTION "Slot status change to Critical"

    ::= 3

trap4ForSystemSlots TRAP-TYPE
    ENTERPRISE eEventGenerationForSystemSlots
    VARIABLES  {
	a205EventType,
	a205EventSeverity,
	a205IsEventState-based,
	a205EventStateKey,
	a205AssociatedGroup,
	a205EventSystem,
	a205EventSubsystem,
	a205IsInstanceDataPresent,
	a205EventMessage,
	a19SlotIndex
       }

    DESCRIPTION "Slot Powered On"

    ::= 4

trap5ForSystemSlots TRAP-TYPE
    ENTERPRISE eEventGenerationForSystemSlots
    VARIABLES  {
	a205EventType,
	a205EventSeverity,
	a205IsEventState-based,
	a205EventStateKey,
	a205AssociatedGroup,
	a205EventSystem,
	a205EventSubsystem,
	a205IsInstanceDataPresent,
	a205EventMessage,
	a19SlotIndex
       }

    DESCRIPTION "Slot Powered Off"

    ::= 5


END