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PB Backplane is not present.PSPB is not present.Firmware version is 0.ESM2 initialization function failed. Unable to allocate memory for %s at line %d.User aborted LED testUser aborted Intrusion testUser aborted AC Source Modes testEmbedded Server MgmtDell Computer Corp.The embedded server management (ESM) system monitors and controls portions of the system. It works with the system BIOS and the operating system to monitor critical parameters such as temperature, voltage, current, and fan speed. If ESM detects a problem, it takes an appropriate action, and logs the event in the event log.Embedded Server MgmtThis device is embedded on the motherboard, backplane (optional), and power-supply (optional) of the computer. The embedded server management (ESM) system monitors and controls environmental portions of the computer. The tests in this subgroup verify the proper operation of both the ESM subsystem and the proper operation of the system's environmental sensors and control devices, such as the system fans.Embedded Server Management ID %s Firmware %2d.%-2d %3d Sensors - Planar. ID %s Firmware %2d.%-2d %3d Sensors - SCSI %s Backplane. ID %s Firmware %2d.%-2d %3d Sensors - Power Supply Board. ID %s Firmware %2d.%-2d %3d Sensors - Hotplug PCI Board. ID %s Firmware %2d.%-2d %3d Sensors - SCSI PB %s Backplane. ID %s Firmware %2d.%-2d %3d Sensors - SCSI Pri. %s Backplane. ID %s Firmware %2d.%-2d %3d Sensors - SCSI Sec. %s Backplane. ID %s Firmware %2d.%-2d %3d Sensors - SDS-100.1x41x61x61x82x4XxY1x21x3?x?1x51x41x21x21x3ESM2 Firmware StatusThis test checks to make sure the ESM2 firmware was correctly downloaded and that the system is operational.ESM2 InterfaceThis test checks the interface between the host system and the ESM2 hardware to ensure that all bits in data port function correctly.ESM2 System Board Sensor CheckThis test reports any critical failures that have been logged by the ESM2 sensors.ESM2 BackPlane Sensor CheckThis test checks sensors that are attached to the system backplane.ESM2 Peripheral Bay BackPlane Sensor CheckThis test checks sensors that are attached to the system peripheral bay backplane.ESM2 BP Primary Sensor CheckThis test checks sensors that are attached to the system Primary Backplane.ESM2 BP Secondary Sensor CheckThis test checks sensors that are attached to the system Secondary Backplane.System Fan TestThis test checks the system fans. It verifies their RPM.Intrusion TestThis test checks the operation of the intrusion sensor.Intrusion Switch Open TestThis test checks the state of the intrusion switch sensor.Log ClearThis function allows the operator to clear the event log.ESM2 ReBootThis function tests the ability to reboot the system.ESM2 LEDs CheckThis test checks the operation of the front panel LEDs.ESM2 PSPB TestThis test checks the power supply paralleling board (PSPB) sensor log and makes sure there are enough power supplies running specific to the system's configuration.ESM2 PSDB TestThis test checks the power supply distribution board (PSDB) (if applicable) sensor log, part of the (PLANAR) and makes sure there are enough (2) power supplies running specific to the system's configuration. This test will report bad status on systems where the PSDB is present.ESM2 PDB TestThis test checks the power supply board (PDB) (if applicable) sensor log, part of the (PLANAR) and makes sure there are enough (3) power supplies running specific to the system's configuration. This test will report bad status on systems where the PDB is present.ESM2 AC Switch TestThis test checks the AC Switch (if applicable) sensor log, part of the (PLANAR) and makes sure there are enough (2) power sources running specific to the system's configuration. This test will report bad status on systems where the AC Switch is present.ESM2 AC Source Mode TestThis test sets and checks the AC Switch (if applicable) source modes, there are three different modes and this test will go through all the modes automatically. This test will report bad status on systems where the AC Switch is present.ESM2 Set AC Source Mode TestThis test sets and checks the AC Switch (if applicable) source modes as specified, This test will report bad status on systems where the AC Switch is present.ESM2 Get AC Source Mode TestThis test gets the current AC Switch (if applicable) source modes, and compares it with the expected mode that is specified(if applicable).This test will report bad status on systems where the AC Switch is present.ESM2 FW VersionThis function dumps the firm ware versions of the various esm2 components in order of detection by the module.ESM2 Power OffThis test delays for 10 seconds and then shuts down the system by default or powers off the system for the time (seconds) specified in the command line. ESM2 Dump LogThis dumps the entire esm2 log for engineering analysis. Display all log entriesEnables processing all records in the log file. The default is to process just the critical errors.Ignore backplaneAllows the operator to skip checking for a backplane. The default is to check for the backplane.Ignore intrusion alertsAllows the operator to ignore the intrusion sensor. The default is to check for intrusion alerts.Intrusion switch openIs the intrusion switch supposed to be closed? The default is no. Ignore fan alertsAllows the operator to ignore the fan alerts. The default is to check for fan alerts.Announce redundant pwr suppliesEnables announcing that we have the redundant number of power supplies. The default is to not announce them.Sensor NumberAllows the operator to choose sensor(s) to be viewed.Number of Power SuppliesAllows the operator to specify a certain number of Power Supplies.Seconds to remain offAllows the operator to specify a the number of seconds a system remains off.Number of AC SourcesAllows the operator to specify a certain number of AC sources.AC Source ModeAllows the operator to specify the mode of AC sources.AC Source being usedAllows the operator to specify the AC source which should be used currently.AC Modes Test DelayAllows the operator to specify the delay between two AC mode switch.Rebooting the system via ESMClearing the Event logVerifying front panel LEDsReturning LEDs to original stateVerifying intrusion sensorVerifying intrusion sensor stateVerifying planar fans (UID:%s)Fan speed status is highFan speed status is lowVerifying backplane sensors (UID:%s)Verifying Peripheral Bay backplane sensors (UID:%s)Verifying ESM statusVerifying ESM interfaceVerifying planar sensors (UID:%s)Verifying PSPB sensors (UID:%s)Displaying all log entriesNumber of Log Entries = %3dDisplaying FW VersionsPowering the system off via ESMDumping the ESM2 Logswitch is = 0x%x (0=closed)Verifying PSDB sensorsVerifying PDB sensorsVerifying AC Switch SensorsVerifying AC Switch Source ModesSetting AC Source ModeGetting AC Source ModeMake sure the enclosure is closed. Is it closed now?The test is about to sample the intrusion sensor and verify that it is closedMake sure the enclosure is open. Is it open now?The test is about to sample the intrusion sensor and verify that it is openAre the front panel ESM LED(s) on?On some systems, the LED(s) may be different colors, but all should be ONHas the front panel Power Supply/Generic Fault LED changed color or turned off?On some systems, the LED will turn off instead of changing colorHas the front panel Fan/Smart LED changed color or turned off?On some systems, the LED will turn off instead of changing colorHave all the power cords been connected?This test is about to test all the possible AC Source ModesESM2 subsystem did not initialize correctlyCommand to ESM firmware failed. Command %Xh returned a status of %Xh at line %d.Incorrect data received from the firmware. Incorrect echo data. Byte: %d Expected: %02Xh Read: %02Xh%s is not operational.Fan did not change speed from high to low.Fan did not change speed from low to high.User replied 'No' when prompted to operate the intrusion switch.Intruder switch is not working. Expected a status of %Xh, but received %Xh.Hardware configuration error. Expected %d power supplies, but only %d was(were) found.ESM firmware revision has changed since initialization. Original revision was %Xh and is now reported as %Xh.Incorrect data received from the firmware. Backplane is being reported as device %Xh but should be 01h.An important event was detected in the ESM log. %s error on entry %d of %d. %s event was reported for %s sensor with a value of %02X%02Xh.PS %d is failedSystem Board: %s fan failed.BackPlane Board: %s fan failed.PSPB Board: %s fan failed.System Fan(s) RPM below minimum.PSDB not fully operational.The front panel LEDs did not turn onPower Supply/Generic Fault LED did not turn offFan/Smart LED did not turn offThe number of power supplies specified, %d, is not the same as the number found, %d.The intrusion switch is open, expected it to be closedPDB not fully operational.AC Switch not fully operational.The number of AC sources specified, %d, is not the same as the number found, %d. The failed AC source is %d.AC Source 1 FailedAC Source 2 FailedFailed to change AC Source Mode from %d to %d, current mode is %d.Current AC Source Mode, %d, is different from expected mode, %d.AC Source being used, %d, is different from the expected, %d.- Not all the power cords are connected, AC Source Mode test cannot continueIncorrect data received from the firmware. Peripheral Bay Backplane is being reported as device %Xh but should be %Xh.System Board: %s fan RPM is %d.Back Plane: %s fan RPM is %d.PSPB: %s fan RPM is %d.There is(are) %d power supply(ies) ON.%s Sensor %d Val=%04Xh (%4d)Number of Log Entries = %dESM Logfile entry %d of %d: Sensor: %s, Severity: %s, Type: %s, Reading: %d (%02X%02Xh).Intrusion Alert, ignoringFan Alert, ignoring PS1 PS2 PS3 sensor 22 sensor 23 sensor 24 AC %2Xh %2Xh %2Xh Switch %2Xh %2Xh %2Xh POK %2Xh %2Xh %2Xh On %2Xh %2Xh %2Xh Installed %2Xh %2Xh %2Xh StatOn %2Xh %2Xh %2Xh FailBit %2Xh %2Xh %2Xh Watts %4dW %4dW %4dWUnknownPS1 VoltagePS2 VoltagePS3 VoltageMB VoltagePS1 CurrentPS2 CurrentPS3 CurrentPS Fan RPMYesNoUnknownOpenClosedSensor %d Status: 0x%02X 0x%02X 0x%02XPower Supply %d Not Installed Sensor InformationPower Supply %d Installed Sensor Information AC on = %x Installed = %x Sw on = %x On/Off = %x POK = %x Failed = %x PS on = %x Present = %x Fan Failed = %x PSDB Present = %x AC Switch Present = %x Over Temperature = %x Fan Speed = %xOne of the supplies is not operationalPS %d Bad Status: 0x%02X 0x%02X 0x%02X Sensor %d Status: 0x%02X 0x%02X 0x%02X AC Source being used = %d AC Source mode = %d AC Supply status = %d No. of AC Sources available = %d No of AC Sources available: %d AC Switch Installed = %x Operational = %x Changing AC Source mode from %d to %d ... Succeeded in changing AC Source mode from %d to %d AC Switch is not operationalAC Switch Bad Status: 0x%02X 0x%02X 0x%02XFan 1Fan 2Fan 3Fan 4Fan 1 PSFan 2 PSFan 3 PSFan 4 PSFan 1Fan 2Fan 3Fan 4Fan 5Fan 6Fan 7CriticalNon-recoverableMonitorInformationalOkNon-criticalNo outstandingSMBLost device contactDevice contact re-establishedWatch dogInformationalBios ErrorPower upError log clearedEvent log clearedHost control eventFan increase needed/completedUnknown deviceCPU 0 TemperatureCPU 1 TemperatureCPU 2 TemperatureCPU 3 TemperaturePlanar TemperatureControl Panel TemperatureVCore 0 VoltageVCore 1 VoltageVCore 2 VoltageVCore 3 VoltageMB Voltage +5MB Voltage +12MB Voltage +3.3MB Voltage +2.5MB Voltage VgtlMB Voltage BatteryIntrusion DetectionMB Fan ControlMB Fan 1 RPMMB Fan 2 RPMMB Fan 3 RPMMB Fan 0 Power Supply RPMSystem Board Cache 0 voltageSystem Board Cache 1 voltageSystem Board Cache 2 voltageSystem Board Cache 3 voltagePower Supply ControlPS 1 StatusPS 2 StatusMB Voltage +1.5VROMB BatteryHotplug StatusSlot 1 StatusSlot 2 StatusSlot 3 StatusSlot 4 StatusSlot 5 StatusSlot 6 StatusSlot 7 StatusCPU 0 Cartridge VoltageCPU 1 Cartridge VoltageCPU 2 Cartridge VoltageCPU 3 Cartridge VoltageGigabit NIC +1.8VGigabit NIC +2.5VMemory +3.3VVideo +2.5VPS 3 StatusMB Fan 4 RPMMB Fan 1 Power Supply RPM (NR PS)MB Fan 2 Power Supply RPM (NR PS)MB Fan 3 Power Supply RPM (NR PS)AC SwitchNR PS Over TemperaturePower Button ControlBPBP ControlBP Top TemperatureBP Bottom TemperatureBP Control Panel TemperatureBP Battery VoltageBP +5V VoltageBP +12V VoltageBP Board VoltageBP Intrusion DetectionBP Fan ControlBP Fan 0 RPMBP Fan 1 RPMBP Fan 2 RPMBP SCSI Connected ABP SCSI Termination A External VoltageBP SCSI Termination A Internal VoltageBP SCSI Connected BBP SCSI Termination B External VoltageBP SCSI Termination B Internal VoltageBP Disk Drive 1-4 StatesBP Disk Drive 5-8 StatesPower Supply Paralleling BoardPS1 +5VPS1 +12VPS1 +3.3VPS1 -5VPS1 -12VPS2 +5VPS2 +12VPS2 +3.3VPS2 -5VPS2 -12VPS3 +5VPS3 +12VPS3 +3.3VPS3 -5VPS3 -12VMB +5VMB +12VMB +3.3VMB -5VMB -12VMB Flea +5VPS1 +5V CurrentPS1 +12V CurrentPS1 +3.3V CurrentPS2 +5V CurrentPS2 +12V CurrentPS2 +3.3 CurrentPS3 +5V CurrentPS3 +12V CurrentPS3 +3.3V CurrentPS1 FAN RPMPS2 FAN RPMPS3 FAN RPMPS1 StatusPS2 StatusPS3 StatusFan Speed ControlSystem Fan 1System Fan 2System Fan 3System Fan 4System Fan 5System Fan 6System Fan AssemblyV1109.0t0f:,0<Y>0A<0\SF0JsTd,u0x$042< 0Y`j\`lb,D0L0PT0T<dLvtCh00z$<@T@<@T@4@@dAA4AL< Tlptx||                   $ <  $<Tt 4\ ,LTdt| ,4<L\t ,<L\lSERVICE_EMS%s %s DIAGS 999 999 %s Esm2 FIND_EMS_SVC DIAGS_INIT Fail The Error Messaging Service (Ver 2) could not be located.Esm2SERVICE_GET_ESM_TYPESERVICE_GET_ESM_TYPEEsm2 cannot locate %sEsm2 wrong typeSERVICE_GET_ESM_BASESERVICE_GET_ESM_BASEEsm2 cannot locate %sEsm2 base is 0SERVICE_CPUSERVICE_CPUEsm2 cannot locate %sSERVICE_SMISERVICE_SMIEsm2 cannot locate %scMchModulecEsm2Esm2cMchModuleHelp%s %s DIAGS 998 998 %s Esm2 MODULE_HELP DIAGS_INIT Fail Unable to allocate memory.m_smiStatus (in constructor 1) = %d (0=disabled, 1=enabledm_smiStatus (in constructor 2) = %d (0=disabled, 1=enabledSERVICE_GET_SYSTEM_TYPEGet ID: index = %d cmd status1 = %d ( 7= not found)Get ID: index = %d cmd status2 = %d ( 7= not found)Get ID: index = %d cmd status3 = %d ( 7= not found)fSendEsm2Cmd failed on device = %dSearched device %dcEsm2::fInitializeEsm2Revs %d ROM:%02Xh Firmware:%02X/%02Xh Sensors:%d UID=%sFirm Maj rev =0x%02XFirm Min rev =0x%02Xfound planarplanar fw = %2d.%2dDID NOT find planar using get id command!!!found backplanebp fw = %2d.%2dbp Type (major)= %x (minor)= %xSCSI TYPE =%sfound pspbpspb fw = %2d.%2dfound hot plug pcihppci fw = %2d.%2dfound pbbp...found pbbp type Apbbp fw = %2d.%2d...disabling pbbp type Afound Primary BPpbp fw = %2d.%2dSlimfast: did not get proper value for drive count, bitmap=%xfound Secondary BPsbp fw = %2d.%2dfound pbbp_b...found pbbp type Bpbbp fw = %2d.%2d... disabbling pbbp test due to no type B pbbp device...in DEFAULT CASE!!!cleared iud info due to not finding devicecEsm2::fInitializeEsm2Revs Device is [in] a Harrier...Testnum being added %d, name is %sEsm2Esm2Esm2Esm2planar fw = %2d.%dbp fw = %2d.%dpspb fw = %2d.%dpbbp fw = %2d.%dhppci fw = %2d.%dpbp fw = %2d.%dsbp fw = %2d.%dEsm2Esm2%02X %02X Original: %s Echo: %sEsm2Esm2 LOG COUNT FROM SUB FUNCTION =%dEsm2Esm2 LOG COUNT FROM SUB FUNCTION =%dEsm2Esm2Pass the bp test, even though we did not find active bpuid %x %x %x %x %xBP present idx=%d smb=%02Xh LOG COUNT FROM SUB FUNCTION =%dEsm2Esm2Pb bp test, accCode= %dPass the Pb bp test, even though we did not find active bpuid %x %x %x %x %xPbBP present idx=%d smb=%02XhPbBP data idx=%d smb=%02XhPbBP data buff[1]=%d LOG COUNT FROM SUB FUNCTION =%dEsm2Esm2PRI bp test, accCode= %dPass the Pri bp test, even though we did not find active bpuid %x %x %x %x %xPriBP present idx=%d smb=%02XhPriBP data idx=%d smb=%02XhPriBP data buff[1]=%d LOG COUNT FROM SUB FUNCTION =%dEsm2Esm2Scnd bp test, accCode= %dPass the Scnd bp test, even though we did not find active bpuid %x %x %x %x %xPbBP present idx=%d smb=%02XhScndBP data idx=%d smb=%02XhScndBP data buff[1]=%d LOG COUNT FROM SUB FUNCTION =%dEsm2Esm2SB sensor number =%d, rpm= %dFK sensor number =%d, rpm= %dBP sensor number =%d, rpm= %dPri BP sensor number =%d, rpm= %dPSPB sensor number =%d, rpm= %dEsm2Esm2Esm2Esm2Esm2Esm2LED TEST: NON-SLIMFAST CODEEsm2Esm2Esm2Esm2Esm2Esm2Delaying by %d seconds...data[%d] delay = 0x%x Esm2Esm2Sensor count for psbp=%d LOG COUNT FROM SUB FUNCTION =%dAssume we have redundant number of supplies, (3)Pspb Sensors present, smb=%2x(hex)PSPB is presentps#%d byte0=%02X byte1=%02X byte2=%02XpsTarget = %dps %d -wattage case =%4dWps 1 2 3= %4dW %4dW %4dWJust displayed ps table.Esm2Esm2 LOG COUNT FROM SUB FUNCTION =%dChecking number PS: lookin for %d, found %d.Esm2Esm2 LOG COUNT FROM SUB FUNCTION =%dChecking number of PS: lookin for %d, found %d.Esm2Esm2 LOG COUNT FROM SUB FUNCTION =%dEsm2Esm2Test count = %dRestoring the original AC Switch Mode (%d)Esm2Esm2Reading AC Switch Status: try %d times,Esm2Esm2Checking number of AC Sources: lookin for %d, found %d.In fgetlogcountentries, device = %d INSUB: LOG COUNT= %d,l      $4DTdt$Dd$4DTdt$4DT| Processing Log entry %d of total %d entries. Dump Log Data: Entry = %dbuffer[%d]=0x%x -END Dump Log Data: Entry = %d DEVICE TYPE: 0x%x CRITICAL LEVEL (esmRBuff[2]) = 0x%x Using dump all code instead! Not the same device and no need to display all entries,go to next. Not using dump all code, continue critical checking accCode1= 0%d DeviceType (planar, bp, pspb, etc)= 0x%x LogType= 0x%xUnknown or unsupported device in read critical function. -->Found A CRITICAL or NON-RECOVERABLE entry!<-- Begin the For loop to verify if the failure has been recovered. *Checking Log entry %d of total %d entries. Not the same device and sensor, try next entry. The critical entry was recovered! A new CRITICAL entry was found for the same device/sensor! YES=%d, ESM_NO=%d, realCriticalFlag=%d LogType= 0x%x Status of ec=%xm_smiStatus (in fEsm2DisableSmi 1) = %d (0=disabled, 1=enabledm_smiStatus (in fEsm2DisableSmi 2) = %d (0=disabled, 1=enabledm_smiStatus (in fEsm2DisableSmi 3) = %d (0=disabled, 1=enabledSystem ID is: %d IN CLEAR LOG DEBUG p=%d b=%d s=%d pb=%d bA=%d bB=%dReseting device %dReseting device %dReseting device %dReseting device %dReseting device %dReseting device %d planar ret code=%d from reset... IN SLAVE RESET... going to device=%d S/R return code=%d, delay=%d IN SLAVE RESET PASS reseting device =%d IN SLAVE RESET FAIL device =%d just delayed going to get id2 device=%d IN SLAVE RESET, re-detecting device =%d, status=%d IN SLAVE RESET, re-detecting device =%d IN SLAVE RESET FAIL device =%dUnable to allocate memory for error message.DevVirt.cppInvalid pointer specified (pModuleName:%p).Help.cppInvalid pointer specified (pVendorName:%p).Help.cppInvalid pointer specified (pModuleVersion:%p).Help.cppInvalid pointer specified (pModuleHelpStr:%p).Help.cppInvalid pointer specified (pcDeviceHelp:%p).Help.cppAttempt to add a device help object (%s) to more than one module help object.Help.cppInvalid pointer specified (pDeviceName:%p).Help.cppInvalid pointer specified (pDeviceMnemonic:%p).Help.cppInvalid pointer specified (pDeviceHelpStr:%p).Help.cppInvalid pointer specified (pcTestHelp:%p).Help.cppAttempt to add a test help object (%s) to more than one device help object.Help.cppInvalid pointer specified (pcParamHelp:%p).Help.cppAttempt to add a parameter help object (%s) to more than one device help object.Help.cppInvalid pointer specified (pTestName:%p).Help.cppInvalid pointer specified (pTestMnemonic:%p).Help.cppInvalid pointer specified (pTestHelpStr:%p).Help.cppInvalid pointer specified (pParamPrompt:%p).Help.cppInvalid pointer specified (pParamMnemonic:%p).Help.cppInvalid pointer specified (pParamHelpStr:%p).Help.cppInvalid pointer specified (pTrueString:%p).ParBool.cppInvalid pointer specified (pFalseString:%p).ParBool.cppError allocating memory for parameter class.ParBool.cppError allocating memory for parameter class.ParBool.cpp1234,au0Lh(D?i\2u0Lh(D3OkPlop_{4Pl Ea}tZ~t|t2(pphpppppppq qq q*q:qFqRqppppppq qq q*q:qFqRqmsvcrt.dll??2@YAPAXI@Z??3@YAXPAX@Z_onexit_purecall_daylight_environsprintfstrcatstrcpystrlen_sys_errlist_sys_nerr_timezone_tznameP(8H`Y_eqEsm2.mdmfExitfInitfModuleHelpfStartUp 00#0)070F0L0~000000001#1)1=1W1\1a1g1111111111222%2N2S2X2]222223 333A3F3N3f3333333 444o44445C5P5]55556 67$7*7777e8(9-939W9\9b9999:::);.;4;;;;;_R>X>i>n>t>>>??!?'?C?H?N???? 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