Dell EMC OpenManage SNMP Reference Guide Version 9.1

PDF

BIOS Group Variable Values

This section includes definitions for server administrator-specific variable values used in this section.

Table 1. Speaker Control Capabilities Unique . The following table describes the variable name, data type, the possible data values and the meaning of each possible data value.
Variable Name: `DellSpeakerControlCapabilitiesUnique`
Data Type: `Integer`
Possible Data Values	Meaning of Data Value
`unknown(1)`	Speaker control capabilities are unknown.
`enableCapable(2)`	Setup BIOS can enable speaker control.
`lowCapable(4)`	Setup BIOS can set the speaker volume to low.
`mediumCapable(8)`	Setup BIOS can set the speaker volume to medium.
`highCapable(16)`	Setup BIOS can set the speaker volume to high.
`allVolumeCapable(30)`	Setup BIOS can set the speaker volume to any of the three settings.

Table 2. Speaker Control Settings Unique . The following table describes the variable name, data type, the possible data values and the meaning of each possible data value.
Variable Name: `DellSpeakerControlSettingsUnique`
Data Type: `Integer`
Possible Data Values	Meaning of Data Value
`unknown(1)`	Speaker control state is unknown.
`enabled(2)`	Speaker control is enabled.
`low(4)`	Speaker control volume is low.
`medium(8)`	Speaker control volume is medium.
`high(16)`	Speaker control volume is high.

Table 3. Network Interface (NIF) Wakeup on LAN Capabilities Unique . The following table describes the variable name, data type, the possible data values and the meaning of each possible data value.
Variable Name: `DellNIFwakeonLanControlCapabilitiesUnique`
Data Type: `Integer`
Possible Data Values	Meaning of Data Value
`unknown(1)`	Setup BIOS Wakeup on LAN capabilities are unknown.
`enableCapable(2)`	Setup BIOS is capable of enabling the NIF Wakeup on LAN.
`addInCardCapable(4)`	Setup BIOS is capable of enabling Wakeup on LAN by option card.
`onBoardCapable(8)`	Setup BIOS is capable of enabling Wakeup on LAN by integrated NIF.
`bothCapable(14)`	Setup BIOS is capable of enabling Wakeup on LAN by either option card or integrated NIF.

Table 4. NIF Wakeup on LAN Control Settings Unique . The following table describes the variable name, data type, the possible data values and the meaning of each possible data value.
Variable Name: `DellNIFwakeonLanControlSettingsUnique`
Data Type: `Integer`
Possible Data Values	Meaning of Data Value
`unknown(1)`	NIF Wakeup on LAN state is unknown.
`enabled(2)`	NIF Wakeup on LAN is enabled.
`addInCard(4)`	NIF Wakeup on LAN is by option card.
`onBoard(8)`	NIF Wakeup on LAN is by integrated NIF.
`addInCardOrOnBoard(12)`	NIF Wakeup on LAN is by option card or integrated NIF.

Table 5. Boot Sequence Control Capabilities Unique . The following table describes the variable name, data type, the possible data values and the meaning of each possible data value.
Variable Name: `DellBootSequenceControlCapabilitiesUnique`
Data Type: `Integer`
Possible Data Values	Meaning of Data Value
`bootSequenceUnknown(1)`	Boot sequence capabilities are unknown.
`bootFromDisketteFirstCapable (2)`	Setup BIOS can boot from a diskette first.
`bootFromhardDriveFirstCapable (4)`	Setup BIOS can boot from an IDE hard drive first.
`bootFromDisketteORHardDrive FirstCapable(6)`	Setup BIOS can boot from a diskette or an IDE hard drive first.
`bootFromDeviceListCapable(8)`	Setup BIOS can boot from a device list.
`bootFromCDROMFirstCapable(16)`	Setup BIOS can boot from a CD first.
`allFirstCapable(30)`	Setup BIOS can boot by any of the preceding methods first.

Table 6. Boot Sequence Control Settings Unique . The following table describes the variable name, data type, the possible data values and the meaning of each possible data value.
Variable Name: `DellBootSequenceControlSettingsUnique`
Data Type: `Integer`
Possible Data Values	Meaning of Data Value
`bootSequenceUnknown(1)`	Boot sequence state is unknown.
`bootFromDisketteFirst(2)`	Setup BIOS is set to boot by diskette first.
`bootFromHardDriveFirst(4)`	Setup BIOS is set to boot by IDE hard drive first.
`bootFromDeviceList(8)`	Setup BIOS is set to boot by a device list.
`bootFromCDROMFirst(16)`	Setup BIOS is set to boot by CD first.

Table 7. BIOS Password Control Capabilities . The following table describes the variable name, data type, the possible data values and the meaning of each possible data value.
Variable Name: `DellBIOSPasswordControlCapabilities`
Data Type: `Integer`
Possible Data Values	Meaning of Data Value
`passwordControlCapabilitiesUn known(1)`	BIOS password capabilities are unknown.
`passwordControlEnableCapable (2)`	Setup BIOS is capable of enabling password changes.
`passwordControlJumperDisable Capable(4)`	Setup BIOS is capable of determining if password control can be jumper disabled.
`passwordControlEnableANDJumper DisableCapable(6)`	Setup BIOS is capable of enabling password changes and of determining if password control can be jumper disabled.

Table 8. BIOS Password Control Settings Unique . The following table describes the variable name, data type, the possible data values and the meaning of each possible data value.
Variable Name: `DellBIOSPasswordControlSettingsUnique`
Data Type: `Integer`
Possible Data Values	Meaning of Data Value
`passwordControlSettingsUnknown(1)`	Setup BIOS password state is unknown.
`passwordControlEnabled(2)`	Setup BIOS has password changes enabled.
`passwordControlJumperDisabled(4)`	Setup BIOS has determined that password control has been disabled by a jumper.

Table 9. BIOS Password Control Settings . The following table describes the variable name, data type, the possible data values and the meaning of each possible data value.
Variable Name: `DellBIOSPasswordControlSettingsUnique`
Data Type: `Integer`
Possible Data Values	Meaning of Data Value
`passwordControlSettingsUnknown(1)`	Setup BIOS password state is unknown.
`passwordControlEnabled(2)`	Setup BIOS has password changes enabled.
`passwordControlJumperDisabled(4)`	Setup BIOS has determined that password control has been disabled by a jumper.

Table 10. TPM Security Control Capabilities . The following table describes the variable name, data type, the possible data values and the meaning of each possible data value.
Variable Name: `DellTPMSecurityControlCapabilities`
Data Type: `Integer`
Possible Data Values	Meaning of Data Value
`offCapable(1)`	TPM security can be Off.
`onWithPrebootMeasurementsCap able(2)`	TPM security can be On with Pre-boot Measurements.
`onWithoutPrebootMeasurements Capable(4)`	TPM security can be On without Pre-boot Measurements.

Table 11. TPM Security Control Setting . The following table describes the variable name, data type, the possible data values and the meaning of each possible data value.
Variable Name: `DellTPMSecurityControlSetting`
Data Type: `Integer`
Possible Data Values	Meaning of Data Value
`off(0)`	TPM security is Off.
`onWithPrebootMeasurements(1)`	TPM security is On with Pre-boot Measurements.
`onWithoutPrebootMeasurements (2)`	TPM security is On without Pre-boot Measurements .

Table 12. Parallel Port Control Capabilities . The following table describes the variable name, data type, the possible data values and the meaning of each possible data value.
Variable Name: `DellParallelPortControlCapabilitiesUnique`
Data Type: `Integer`
Possible Data Values	Meaning of Data Value
`unknown(1)`	Setup BIOS parallel port capabilities are unknown.
`enableCapable(2)`	Setup BIOS can enable the parallel port.
`lpt1Capable(4)`	Setup BIOS can support parallel port 1.
`lpt1andEnableCapable(6)`	Setup BIOS has enabled parallel port 1.
`lpt2Capable(8)`	Setup BIOS can support parallel port 2.
`lpt2andEnableCapable(10)`	Setup BIOS has enabled parallel port 2.
`lpt3Capable(16)`	Setup BIOS can support parallel port 3.
`lpt3andEnableCapable(18)`	Setup BIOS has enabled parallel port 3.
`allParallelPortCapable(30)`	Setup BIOS can support any of the three parallel ports.

Table 13. Parallel Port Control Settings . The following table describes the variable name, data type, the possible data values and the meaning of each possible data value.
Variable Name: `DellParallelPortControlSettingsUnique`
Data Type: `Integer`
Possible Data Values	Meaning of Data Value
`unknown(1)`	Parallel port state is unknown.
`enabled(2)`	Setup BIOS has enabled the parallel port.
`lpt1(4)`	Setup BIOS supports parallel port 1.
`lpt1Enabled(6)`	Setup BIOS has enabled parallel port 1.
`lpt2(8)`	Setup BIOS supports parallel port 2.
`lpt2Enabled(10)`	Setup BIOS has enabled parallel port 2.
`lpt3(16)`	Setup BIOS supports parallel port 3.

Table 14. Parallel Port Control Mode Settings . The following table describes the variable name, data type, the possible data values and the meaning of each possible data value.
Variable Name: `DellParallelPortControlModeSettingsUnique`
Data Type: `Integer`
Possible Data Values	Meaning of Data Value
`unknown(1)`	Parallel port mode is unknown.
`atModeEnabled(2)`	Setup BIOS has set the parallel port to AT mode.
`ps2ModeEnabled(4)`	Setup BIOS has set the parallel port to Personal Systems/2 (PS/2) mode.
`ecpModeEnabled(8)`	Setup BIOS has set the parallel port to Extended Capabilities Port (ECP) mode.
`eppModeEnabled(16)`	Setup BIOS has set the parallel port to Enhanced Parallel Port (EPP) mode.

Table 15. Serial Port Control Capabilities . The following table describes the variable name, data type, the possible data values and the meaning of each possible data value.
Variable Name: `DellSerialPortControlCapabilitiesUnique`
Data Type: `Integer`
Possible Data Values	Meaning of Data Value
`unknown(1)`	Setup BIOS serial port capabilities are unknown.
`enableCapable(2)`	Setup BIOS can enable the serial port.
`com1Capable(4)`	Setup BIOS can support serial port 1.
`enableAndCom1Capable(6)`	Setup BIOS can enable serial port 1.
`com2Capable(8)`	Setup BIOS can support serial port 2.
`enableAndCom2Capable(10)`	Setup BIOS is capable of enabling serial port 2.
`com3Capable(16)`	Setup BIOS can support serial port 3.
`enableAndCom3Capable(18)`	Setup BIOS is capable of enabling serial port 3.
`com4Capable(32)`	Setup BIOS can support serial port 4.
`enableAndCom4Capable(34)`	Setup BIOS is capable of enabling serial port 4.
`autoConfigCapable(64)`	Setup BIOS is capable of autoconfiguring all serial ports.
`com1OrCom3CapableAndAuto ConfigCapable(86)`	Setup BIOS has enabled autoconfiguration of COM1 and COM3 serial ports.
`com2OrCom4CapableAndAuto ConfigCapable(106)`	Setup BIOS has enabled autoconfiguration of COM2 and COM4 serial ports.
`allcomCapable(126)`	Setup BIOS is capable of enabling or autoconfiguring all serial ports.

Table 16. Serial Port Control Settings . The following table describes the variable name, data type, the possible data values and the meaning of each possible data value.
Variable Name: `DellSerialPortControlSettingsUnique`
Data Type: `Integer`
Possible Data Values	Meaning of Data Value
`unknown(1)`	Serial port state is unknown.
`enabled(2)`	Setup BIOS has enabled the serial port.
`com1(4)`	Setup BIOS has selected serial port 1.
`com1Enabled(6)`	Setup BIOS has enabled serial port 1.
`com2(8)`	Setup BIOS has selected serial port 2.
`com2Enabled(10)`	Setup BIOS has enabled serial port 2.
`com3(16)`	Setup BIOS has selected serial port 3.
`com3Enabled(18)`	Setup BIOS has enabled serial port 3.
`com4(32)`	Setup BIOS has selected serial port 4.
`com4Enabled(34)`	Setup BIOS has enabled serial port 4.
`comPortsAutoConfig(64)`	Setup BIOS has selected autoconfiguration of serial ports.
`enabledAndAutoConfig(66)`	Setup BIOS has enabled autoconfiguration of serial ports.

Table 17. IDE Control Capabilities . The following table describes the variable name, data type, the possible data values and the meaning of each possible data value.
Variable Name: `DellideControlCapabilitiesUnique`
Data Type: `Integer`
Possible Data Values	Meaning of Data Value
`unknown(1)`	IDE control capabilities are unknown.
`ideControlAutoConfigOrEnable Capable(2)`	IDE controller is autoconfigurable or enable capable.

Table 18. Diskette Control Settings . The following table describes the variable name, data type, the possible data values and the meaning of each possible data value.
Variable Name: `DellDisketteControlSettingsUnique`
Data Type: `Integer`
Possible Data Values	Meaning of Data Value
`unknown(1)`	Diskette control state is unknown.
`disketteControlAutoConfigEnabled OrEnabled(2)`	Diskette control is set as autoconfigurable or enabled.

Table 19. Network Interface Control Capabilities . The following table describes the variable name, data type, the possible data values and the meaning of each possible data value.
Variable Name: `DellNetworkInterfaceControlCapabilitiesUnique`
Data Type: `Integer`
Possible Data Values	Meaning of Data Value
`unknown(1)`	Unknown setup BIOS network interface capabilities.
`enableCapable(2)`	Setup BIOS is capable of enabling the network interface.
`enableWithoutPXECapable(4)`	Setup BIOS is capable of enabling the NIF without Pre-boot eXecution Environment (PXE).

Table 20. Network Interface Control Settings . The following table describes the variable name, data type, the possible data values and the meaning of each possible data value.
Variable Name: `DellNetworkInterfaceControlSettingsUnique`
Data Type: `Integer`
Possible Data Values	Meaning of Data Value
`unknown(1)`	Network interface state is unknown.
`enabled(2)`	Network interface is enabled.
`enabledWithoutPXE(4)`	Network interface is enabled without PXE.

Table 21. BIOS Setting Value Type . The following table describes the variable name, data type, the possible data values and the meaning of each possible data value.
Variable Name: `DellBIOSSettingValueType`
Data Type: `Integer`
Possible Data Values	Meaning of Data Value
`integer(1)`	Value type is integer.
`string(2)`	Value type is string.
`enumeration(3)`	Value type is enumeration.
`orderedList(4)`	Value type is ordered list.