Dell OpenManage SNMP Reference Guide Version 8.2

Table 1. Log Format
Variable Name : `DellLogFormat` Data Type: `Integer`

Possible Data Values	Meaning of Data Value
`raw(1)`	The log is in the format received from the firmware.
`ascii(2)`	The log is in ASCII format.
`uniCode(3)`	The log is in Unicode format.

Table 2. Chassis Type
Variable Name : `DellChassisType` Data Type: `Integer`

Possible Data Values	Meaning of Data Value
`other(1)`	The chassis type is not one of the following:
`unknown(2)`	The chassis type is unknown.
`desktop(3)`	The chassis type is a desktop.
`lowProfileDesktop(4)`	The chassis type is a low-profile desktop.
`pizzaBox(5)`	The chassis type is a pizza box.
`miniTower(6)`	The chassis type is a minitower.
`tower(7)`	The chassis type is a tower.
`portable(8)`	The chassis type is a portable.
`lapTop(9)`	The chassis type is a laptop.
`noteBook(10)`	The chassis type is a notebook.
`handHeld(11)`	The chassis type is a handheld.
`dockingStation(12)`	The chassis type is a docking station.
`allInOne(13)`	The chassis type is an all-in-one.
`subNoteBook(14)`	The chassis type is a subnotebook.
`spaceSaving(15)`	The chassis type is a spacesaver.
`lunchBox(16)`	The chassis type is a lunch box.
`mainSystemChassis(17)`	The chassis type is the main system chassis.
`expansionChassis(18)`	The chassis type is an expansion chassis.
`subChassis(19)`	The chassis type is a subchassis.
`busExpansionChassis(20)`	The chassis type is a bus-expansion chassis.
`peripheralChassis(21)`	The chassis type is a peripheral chassis.
`raidChassis(22)`	The chassis type is a disk RAID chassis.
`rackMountChassis(23)`	The chassis type is a rack-mounted chassis.
`sealedCasePC(24)`	The chassis type is a sealed-case chassis.
`multiSystemChassis(25)`	The chassis type is a multisystem chassis.

Table 3. Connection Status
Variable Name : `DellConnectionStatus` Data Type: Integer

Possible Data Values	Meaning of Data Value
`unknown(2)`	The status of the chassis connection is unknown.
`ok(3)`	The status of the chassis connection is OK.
`failure(4)`	The status of the chassis connection is failure.

Table 4. Fan Control Capabilities
Variable Name : `DellFanControlCapabilities` Data Type: Integer

Possible Data Values	Meaning of Data Value
`unknown(1)`	The fan’s capabilities are unknown.
`lowSpeedCapable(2)`	The fan can be set to low speed.
`highSpeedCapable(4)`	The fan can be set to high speed.
`lowOrhighSpeedCapable(6)`	The fan can be set to low or high speed.

Table 5. Front-Panel LED Control Capabilities
Variable Name : `DellLEDControlCapabilities` Data Type: Integer

Possible Data Values	Meaning of Data Value
`unknown(1)`	The LED control capabilities are unknown.
`alertOnErrorCapable(2)`	The LED control can be set to alert on an error condition.
`alertOnWarningAndErrorCap able(4)`	The LED control can be set to alert on an error and a warning condition.
`alertOnWarningOrErrorCapa ble(6)`	The LED control can be set to alert on an error or a warning condition.

Table 6. Front-Panel LED Control Settings
Variable Name : `DellLEDControlSettings` Data Type: Integer

Possible Data Values	Meaning of Data Value
`unknown(1)`	The LED control setting is unknown.
`alertOnError(2)`	The LED control is set to alert on an error condition.
`alertOnWarningAndError(4)`	The LED control is set to alert on an error or a warning condition.

Table 7. Hard-Drive Fault LED Control Capabilities
Variable Name : `DellHDFaultLEDControlCapabilities` Data Type: Integer

Possible Data Values	Meaning of Data Value
`none(0)`	The hard drive has no fault LED capabilities.
`unknownCapabilities(1)`	The hard-drive fault LED capabilities are unknown.
`enableCapable(2)`	The hard-drive fault LED can be disabled (offline, a binary 0 value) or enabled (online, a binary 1 value).
`notReadyCapable(4)`	The hard-drive fault LED can indicate not ready.
`resetCapable(8)`	The hard-drive fault LED can be reset.

Table 8. Hard-Drive Fault LED Control Settings
Variable Name : `DellHDFaultLEDControlSettings` Data Type: Integer

Possible Data Values	Meaning of Data Value
`none(0)`	The LEDs do not have any fault settings capabilities.
`unknown(1)`	The hard-drive fault LEDs’ state is unknown.
`enabled(2)`	The hard-drive fault LEDs’ state is disabled (offline, a binary 0 value) or enabled (online, a binary 1 value).
`notReady(4)`	The hard-drive fault LEDs’ state is not ready.
`reset(8)`	The hard-drive fault LEDs have been reset.
`resetAndEnable(10)`	The hard-drive fault LEDs have been reset and enabled.

Table 9. Chassis Identification Control Capabilities
Variable Name : `DellChassisIdentifyControlCapabilities` Data Type: Integer

Possible Data Values	Meaning of Data Value
`none(0)`	The LEDs do not have any chassis identification capabilities.
`unknownCapabilities(1)`	The chassis identification control’s capabilities are unknown.
`enableCapable(2)`	The chassis identification controls can be disabled (offline, a binary 0 value) or enabled (online, a binary 1 value).
`notReadyCapable(4)`	The chassis identification control’s capabilities are not ready.
`identifyCapable(8)`	The chassis identification control’s LEDs can be made to identify the chassis.
`resetAndEnable(10)`	The hard-drive fault LEDs have been reset and enabled.

Table 10. Chassis Identification Control Settings
Variable Name : `DellChassisIdentifyControlSettings` Data Type: Integer

Possible Data Values	Meaning of Data Value
`unknown(1)`	The chassis identification control’s state is unknown..
`enabled(2)`	The chassis identification control’s state is disabled (offline, a binary 0 value) or enabled (online, a binary 1 value).
`notReady(4)`	The chassis identification control’s state is not ready.
`identifyChassis(8)`	The chassis identification control’s LEDs may be returned to (normal) 0, or (identify chassis) 1.
`identifyChassisAndEnable (10)`	The chassis identification control’s LEDs may be returned to normal (a binary 0 value), or identify chassis and enabled (a binary 1 value).

Table 11. Host Control Capabilities
Variable Name : `DellHostControlCapabilities` NOTE: An operator can manually enable these actions using SNMP. Data Type: Integer

Possible Data Values	Meaning of Data Value
`manualRebootCapable(1)`	The operator can reboot capable host.
`manualPowerOFFCapable(2)`	The operator can power off capable host.
`manualPowerCycleCapable(4)`	The operator can power-cycle capable host.
`manualAllExceptOperating SystemShutdownCapable(7)`	The operator can reboot and power off capable host.
`manualOperatingSystemShut downCapable(8)`	The operator can shut down the operating-system–shutdown capable host.
`manualFullyCapable(15)`	The operator can reboot, power on and off the power-cycle capable host, and shut down the operating-system–shutdown capable host.
`manualRebootWithOSShutdow nCapable(16)`	The operator can reboot with operating system shutdown.
`manualRebootWithoutOSShut downCapable(32)`	The operator can reboot without operating system shutdown.
`manualPowerOffWithOSShutd ownCapable(64)`	The operator can power off with operating system shutdown.
`manualPowerOffWithoutOSSh utdownCapable(128)`	The operator can power off without operating system shutdown.
`manualPowerCycleWithOSShu tdownCapable(256)`	The operator can power cycle with operating system shutdown.
`manualPowerCycleWithoutOS ShutdownCapable(512)`	The operator can power cycle without operating system shutdown.

Table 12. Host Control Settings
Variable Name : `DellHostControlSettings` NOTE: An operator can manually cause these actions using SNMP. Data Type: Integer

Possible Data Values	Meaning of Data Value
`manualReboot(1)`	The operator can reboot the host.
`manualPowerOFF(2)`	The operator can power off the host.
`manualPowerCycle(4)`	Power cycle the host.
`manualOperatingSystemShutdown(8)`	The operator can shut down the operating system on the host.
`manualOperatingSystemShutdownThe nPowerCycle(12)`	The operator can shut down the operating system on the host then power cycle machine.

Table 13. Watchdog Control Capabilities
Variable Name : `DellWatchDogControlCapabilities` NOTE: When the system determines that the operating system is not responding, it automatically performs the selected action without operator intervention. Data Type: Integer

Possible Data Values	Meaning of Data Value
`automaticRebootCapable(1)`	Watchdog controls can be set to reboot capable host.
`automaticPowerCycleCapable(2)`	Watchdog controls can be set to power cycleable capable host.
`automaticNotificationCapable(4)`	Watchdog controls can be set to notify capable host
`automaticWatchDogTimerCapable(8)`	Watchdog controls can be set to function automatically.
`automaticPowerOffCapable(16)`	Watchdog controls can be set to automatically power off host.
`automaticAllExceptNotificationCap able(27)`	Watchdog controls can be set to automatically perform all functions except notification capable.
`automaticFullyCapable(31)`	Watchdog controls can be set to automatically perform all functions.

Table 14. Watchdog Control Settings
Variable Name : `DellWatchControlSettings` NOTE: The watchdog timer is the mechanism used by a chassis to determine if the operating system has stopped responding. Data Type: Integer

Possible Data Values	Meaning of Data Value
`automaticRebootEnabled(1)`	Automatic reboot is enabled for this host.
`automaticPowerCycleEnabled(2)`	Automatic power cycleable is enabled for this host.
`automaticNotificationEnabled(4)`	Automatic notification is enabled for this host.
`automaticPowerOffEnabled(8)`	Automatic power off is enabled for this host.

Table 15. Watchdog Timer Capabilities
Variable Name : `DellWatchDogTimerCapabilities` Data Type: Integer

Possible Data Values	Meaning of Data Value
`type1Capable(1)`	Watchdog timer can time in intervals from 20–480 seconds.
`type2Capable(2)`	Watchdog timer can time in 30-, 60-, 120-, and 480-second intervals.
`type3Capable(4)`	Watchdog timer can time in 60-second intervals.

Table 16. Power Button Control Capabilities
Variable Name : `DellPowerButtonControlCapabilities` Data Type: Integer

Possible Data Values	Meaning of Data Value
`none(0)`	The power button has no capabilities.
`unknownCapabilities(1)`	The power button capabilities are unknown.
`enableCapable(2)`	The power button can be enabled (online) or disabled (offline).

Table 17. Power Button Control Settings
Variable Name : `DellPowerButtonControlSettings` Data Type: Integer

Possible Data Values	Meaning of Data Value
`none(0)`	The power button has no settings capabilities.
`unknown(1)`	The power button settings are unknown.
`enabled(2)`	The power button state is enabled.
`disabled(4)`	The power button state is disabled.

Table 18. NMI Button Control Capabilities
Variable Name : `DellNMIButtonControlCapabilities` Data Type: Integer

Possible Data Values	Meaning of Data Value
`none(0)`	The NMI button has no capabilities.
`unknownCapabilities(1)`	The NMI button capabilities are unknown.
`enableCapable(2)`	The NMI button can be enabled (online) or disabled (offline).

Table 19. System Properties
Variable Name : `DellSystemProperties` NOTE: These values are bit masks, so combination values are possible. Data Type: Integer

Possible Data Values	Meaning of Data Value
`none(0)`	No properties.
`energySmart(1)`	The system is an Energy Smart System.

Table 20. NMI Button Control Settings
Variable Name : `DellNMIButtonControlSettings` Data Type: Integer

Possible Data Values	Meaning of Data Value
`none(0)`	The NMI button has no settings capabilities.
`unknown(1)`	The NMI button settings are unknown.
`enabled(2)`	The NMI button state is enabled.
`disabled(4)`	The NMI button state is disabled.

Table 21. Baseboard Type
Variable Name : `DellBaseBoardType` Data Type: Integer

Possible Data Values	Meaning of Data Value
`unknown(1)`	The baseboard type is unknown.
`other(2)`	The baseboard type is not one of the following types.
`serverBlade(3)`	The baseboard type is a server blade.
`connectivitySwitch(4)`	The baseboard type is a connectivity switch.
`systemManagementModule(5)`	The baseboard type is a system management module.
`processorModule(6)`	The baseboard type is a processor module.
`ioModule(7)`	The baseboard type is an I/O module.
`memoryModule(8)`	The baseboard type is a memory module
`daughterBoard(9)`	The baseboard type is a daughter board.
`motherboard(10)`	The baseboard type is a mother board.
`processorMemoryModule(11)`	The baseboard type is a processor or memory module
`processorIOModule(12)`	The baseboard type is a processor or I/O module
`interconnectBoard(13)`	The baseboard type is an interconnect board.

Table 22. Chassis System Class
Variable Name : `DellChassisSystemClass` Data Type: Integer

Possible Data Values	Meaning of Data Value
`other(1)`	The chassis system class is not one of the following:
`unknown(2)`	The chassis system class is unknown.
`workstationClass(3)`	The chassis system class is a workstation.
`serverClass(4)`	The chassis system class is a server.
`desktopClass(5)`	The chassis system class is a desktop.
`portableClass(6)`	The chassis system class is a portable.
`netPCClass(7)`	The chassis system class is a Net PC.
`storageClass(8)`	The chassis system class is storage.

Table 23. Firmware Type
Variable Name : `DellFirmwareType` Data Type: Integer

Possible Data Values	Meaning of Data Value
`other(1)`	The firmware type is other than following values.
`unknown(2)`	The firmware type is unknown.
`systemBIOS(3)`	The firmware type is System BIOS
`embeddedSystemManagementContro ller(4)`	The firmware type is Embedded System Management Controller.
`powerSupplyParallelingBoard(5)`	The firmware type is Power Supply Paralleling Board.
`systemBackPlane(6)`	The firmware type is System (Primary) Backplane.
`powerVault2XXSKernel(7)`	The firmware type is Dell PowerVault 2XXS Kernel.
`powerVault2XXSApplication(8)`	The firmware type is PowerVault 2XXS Application.
`frontPanel(9)`	The firmware type is Front Panel Controller.
`baseboardManagementController (10)`	The firmware type is Baseboard Management Controller.
`hotPlugPCI(11)`	The firmware type is Hot Plug Peripheral Component Interconnect (PCI) Controller.
`sensorData(12)`	The firmware type is Sensor Data Records.
`peripheralBay(13)`	The firmware type is Peripheral Bay Backplane.
`secondaryBackPlane(14)`	The firmware type is Secondary Backplane for ESM 2 systems.
`secondaryBackPlaneESM3And4(15)`	The firmware type is Secondary Backplane for ESM 3 and 4 systems.
`rac(16)`	The firmware type is Remote Access Controller.
`iDRAC(17)`	The firmware type is Integrated Dell Remote Access Controller.
`unifiedServerConfigurator(19)`	The firmware type is Unified Server Configurator.
`lifecycleController(20)`	The firmware type is Lifecycle Controller.
`iDRAC7(21)`	The firmware type is Integrated Dell Remote Access Controller 7.
`iDRAC8(22)`	The firmware type is Integrated Dell Remote Access Controller 8.

Table 24. Baseboard Feature Flags
Variable Name : `DellBaseBoardFeatureFlags` Data Type: Integer

Possible Data Values	Meaning of Data Value
NOTE: These values are bit fields, so combination values are possible.
`no features(0)`	This baseboard has no feature flags.
`boardIsHostingBoard(1)`	This baseboard is a hosting board.
`boardRequiresDaughterBoard (2)`	This baseboard requires at least one daughter board or auxiliary card.
`boardIsRemovable(4)`	This baseboard is removable.
`boardIsReplaceable(8)`	This baseboard is replaceable.
`boardIsHotSwappable(16)`	This baseboard is hot swappable.

Dell OpenManage SNMP Reference Guide Version 8.2

Chassis Information Group Variable Values

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Dell OpenManage SNMP Reference Guide Version 8.2

Chassis Information Group Variable Values

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