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Unable to allocate memory for %s.ESM3Dell Computer Corp.The Embedded Server Management III (ESM3) 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. If ESM3 detects a problem, it takes an appropriate action.ESM3This device is embedded on the Motherboard, Primary Backplane, Secondary Backplane (optional), Power-supplys (optional), Peripheral Bay Backplane (optional), and DRAC (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 III (ESM3), Base = 0x%04Xesm3_fwverESM3 FirmwareThis test discovers the ESM3 devices and displays the firmware revisions. Verifying ESM3 status %s DevType=0x%02X DevRev=0x%02X firmware rev=0x%02X.%02X %s fw = %X.%XUnable to send command to BMC.Unable to send command to DBP.Complete message not received from BMC.Complete message not received from DBP.Complete message not received from SBP.Complete message not received from PBBP.Complete message not received from DRAC.esm3_selESM3 System Event Log CheckThis test reports any critical failures that have been logged by the ESM3 sensors.Get SEL InformationGet Event Type OffsetFinding RecoveryRecovery FoundBMC Get SEL TimeBMC Get SDR Repository InfoChecking SEL Entry %d of %d Checking SEL Entry %d of %d***Retrieving SEL Entry %x fFindRecovery()%s version = 0x%XNum. of entries = %dFree space = %d bytesTime stamp recnt = %sTime stamp erase = %sOperational Support Bits (%0x%02X) overflow = %x delete = %x partial = %x reserve = %x get alloc info = %x Service Tag = %c%c%c%c%c Current SEL Time = %sFound %d %s SEL records.Found power supply 1 of 3Found power supply 2 of 3Found power supply 3 of 3Unknown number of power suppliesCompletion code = 0x%X (%s)Next SEL Record = 0x%04XRecord ID = 0x%04XRecord Type = 0x%02XTime stamp = 0x%08lX (%s)Generator ID = 0x%04X %sEvM Rev = 0x%02XSensor Type = 0x%02X %sSensor # = 0x%02X %sEvent Dir = %d %sEvent Type = 0x%02X %sEvent Data 1 = 0x%02XEvent Data 2 = 0x%02XEvent Data 3 = 0x%02XOK Not OK Unknown Completion Code BMCPrimary BackplaneSecondary BackplanePeripheral Bay BackplaneDRACBIOSUnknown GeneratorDisplay all log entriesaeEnables processing all records in the log file. The default is to process just the critical errors.YesNoGet Information command failed.Get Time command failed.Get Entry command failed.SDR could not be written, SEL full.The above entry threshold was crossed!A threshold of at least one of the above entries was crossedReserve Entry command failed.Clear command failed.Clear Status command failed.Entry %d of %d: %sesm3_selclrClear System Event LogThis function clears the log.Reserve SELClear SELClear Status = 0x%Xesm3_fanESM3 System Fan TestThis test checks the status of the system fans. Check System Fans StatusRead Fan SensorsFan failure detected: %s.esm3_pdbESM3 PDB TestThis test checks the status of the power supply board (PDB) (if applicable). Check Power Supply StatusRead Power Supply SensorsPower Supply 1Power Supply 2Power Supply 3Power Supply 4is GoodPower OK (POK status) is badFailure Predicted (Fan Failed or Over Temperature)AC lost, supply not presentunknown/error code not supportedNumber of Power SuppliespsAllows the operator to specify a certain number of Power Supplies.The number of power supplies specified, %d, is not the same as the number found, %d.%s is not fully operational:%sesm3_acswESM3 AC Switch CheckThis test checks the status of the AC Switch.Check AC Switch StatusRead AC Source SensorsRead AC Switch SensorsStatus of AC Lines: line 1=%d line 2=%d control mode =%dNumber of AC SourcesacAllows the operator to specify a certain number of AC Sources.%s is being used, but its status is %s.The number of AC Sources specified, %d, is not the same as the number found, %d.%s.esm3_acmdESM3 AC Switch Mode TestThis test sets and checks the AC Switch (if applicable) mode, 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.Verifying AC Switch ModeHave all the power cords been connected?This test is about to test all the possible AC Switch Modes Current AC Switch Mode is: Changing AC Switch Mode from %d to %d ... Succeeded in changing AC Switch Mode from %d to %d AC Switch Modes Test DelaydlAllows the operator to specify the delay between two AC mode switches.User aborted AC Switch Modes testFailed to change AC Switch Mode from %d to %d, current mode is %d.Current AC Switch 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 continueesm3_intrESM3 Intrusion TestThis test checks the operation of the intrusion sensor.Check Intrusion Switch Sensor StatusVerifying intrusion sensorMake 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 openIntrusion test failed: Intrusion %s detected when chassis %s closed.User replied 'No' when prompted to operate the intrusion switch.User aborted Intrusion testesm3_isESM3 Intrusion Sensor Reading TestThis test checks the state of the intrusion switch sensor.Check Intrusion Switch Sensor StatusVerifying intrusion sensorChassis ClosedccAllows the operator to specify if the Chassis is closed or not.Intrusion %s detected when chassis %s closed.power_delayESM3 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. Powering the system off via ESMSeconds to remain offpdAllows the operator to specify the number of seconds a system remains off.Unable to set watchdog timer.esm3_cyclopsCYCLOPS Bezel Loop Back TestThis test verifies the correct assembly of the Cyclops cables and connectors.Checking Cyclops operationStatus of Cyclops Manufacturing Test On = %d (0x%x)Manufacturing Test On command unsuccessful.Get Self Test Result command failed.Warm Reset command failed.Test Failed - Cyclops cable not detected.Unknown self test return status %x.Timeout waiting for Self Test results.esm3_sdrESM3 Sensor Data Record CheckThis test checks sensors that are attached to the system.Reserved sensor type Temperature Sensor Voltage Sensor Current Sensor Fan Sensor Intrusion Sensor Secure Mode Violation Attempt Sensor Processor Sensor Power Supply Sensor Power Unit Sensor Cooling Device Sensor Other Unit-based Sensor Memory Sensor Drive Bay Sensor POST Memory Resize Sensor POST Error Sensor Event Logging Disabled Sensor Watchdog 1 Sensor System Event Sensor Critical Interrupt Sensor Button Sensor Module / Board Sensor Microcontroller / Coprocessor Sensor Add-in Card Sensor Chassis Sensor Chip Set Sensor Other FRU Sensor Cable / Interconnect Sensor Terminator Sensor System Boot Initiated Sensor Boot Error Sensor OS Boot Sensor OS Critical Stop Sensor Slot / Connector Sensor System ACPI Power State Sensor Watchdog 2 Sensor Platform Alert Sensor Entity Presence Sensor Monitor ASIC / IC Sensor LAN Sensor Reserved Sensor OEM Reserved SensorUnspecified Sensor CPU 1 Temperature CPU 2 Temperature CPU 3 Temperature CPU 4 Temperature Planar Temperature Ambient Temperature CPU 1 CORE Voltage CPU 2 CORE Voltage CPU 3 CORE Voltage CPU 4 CORE Voltage MB Voltage +5V MB Voltage +12V MB Voltage +3.3V MB Voltage Battery MB Voltage +2.5V MB Voltage +1.5V MB Voltage +1.8V DDR 1 Voltage 2.5V DDR 2 Voltage 2.5V DDR 1 Voltage VTT DDR 2 Voltage VTT MB Intrusion Detection MB Fan Control MB Fan 1 RPM MB Fan 2 RPM MB Fan 3 RPM MB Fan 4 RPM MB Fan 5 RPM MB Fan 6 RPM Power Supply Controller PS 1 Status PS 2 Status PS 3 Status PS 4 Status AC Source A Status AC Source B Status AC Switch Mode Control AC Switch Status CPU 1 VRM CPU 2 VRM CPU 3 VRM CPU 4 VRM PCI Hot-Plug Controller PCI Hot-Plug Slot 1 PCI Hot-Plug Slot 2 PCI Hot-Plug Slot 3 PCI Hot-Plug Slot 4 PCI Hot-Plug Slot 5 PCI Hot-Plug Slot 6 PCI Hot-Plug Slot 7 PCI Hot-Plug Slot 8 PCI Hot-Plug Slot 9 PCI Hot-Plug Slot 10 PCI Hot-Plug Slot 11 PCI Hot-Plug Slot 12 PCI Hot-Plug Slot 13 PCI Hot-Plug Slot 14 PCI Hot-Plug Slot 15 Memory Card A Temparature Memory Card A Temparature Power Button Control Cyclops Intrusion Detection ROMB Battery CPU1 StatusCPU2 StatusCPU3 StatusCPU4 StatusMemory Card AMemory Card BPDBSBP5V VRMMB Voltage +3.3V AUXCPU Termination VoltageROMB BatteryID Button ControlI/O Planner TemperaturePSDB TemperaturePower Unit type AC/DCMB Voltage +1.5V GBMB Voltage +3.3V PCIMB SCSI +1.8VUnknown Sensor NameUnspecified Sensor Backplane Bottom Temperature Backplane Top Temperature Unspecified Sensor Temperature Control Pannel Backplane Battery Backplane Voltage +5V Backplane Voltage +12V Board Voltage +3.3V Intrusion Detect A Backplane Fan Control Backplane Fan 0 RPM Backplane Fan 1 RPM Backplane Fan 2 RPM Backplane SCSI Connected A Backplane SCSI Termination A External Voltage Backplane SCSI Termination A Internal Voltage Backplane SCSI Connected B Backplane SCSI Termination B External Voltage Backplane SCSI Termination B Internal Voltage Drive 1 - 4 State Drive 5 - 8 State Drive 1 State Drive 2 State Drive 3 State Drive 4 State Drive 5 State Drive 6 State Drive 7 State Drive 8 State Board Status Global SAF-TE Status D2D Status AC Line A AC Line B AC Control Intrusion Detect B Unspecified Sensor Single-Bit ECC Error Multi-Bit ECC Error System Sensor System Sensor System Sensor System Sensor System Sensor System Sensor System Sensor System Sensor System Sensor System Sensor System Sensor System Sensor System Sensor System Sensor System Sensor System Sensor Unspecified Sensor RAC TEMPRAC BATT VOLTRAC EXTPWR VOLTRAC +12PCI VOLTRAC -12PCI VOLTRAC +5PCI VOLTRAC AUXPCI VOLTAssertion Event DeAssertion Event Unspecified Threshold Discrete Transition (Idle/Active/Busy) Digital State (Deaserted/asserted) Digital State (Predictive Failure) Digital Limit Digital Performance Discrete Transition (OK-Non Recoverable) Digital Device (Removed/Inserted) Digital Device (Disabled/Enabled) Discrete Transition (Running-Power Save) Discrete Redundancy (Regained-Lost) Sensor Specific OEM Unknown Event Type Unspecified Event ECC Single-Bit Fault Detected ECC Multi-Bit Fault Detected I/O Channel Check Error Detected PCI Parity Error Detected PCI System Error Detected Event Logging For Single-Bit Errors Has Been Disabled (f)Event Logging Has Been Disabled (f)Unknown BIOS Log Error DetectedCPU Internal Error Detected CPU Protocol Error Detected CPU Bus Parity Error Detected Host Bus Error Detected Memory Controller Error Detected Host Bus to PCI Bus Error Detected CPU Bus Initialization Error Detected CPU Machine Check Error Detected Switch To Spare Memory Bank Detected (f)Mirrored Memory Bank In Use Detected (f)Reserved Temperature Voltage Current Fan General Chassis Intrusion Drive Bay Intrusion I/O Card Area Intrusion Processor Area Intrusion LAN Leash Lost (System Unplugged from LAN) UnAuthorized Dock/Undock Fan Area Intrusion Secure Mode Violation Attempt Pre-Boot Password Violation-User Password Pre-Boot Password Violation-Setup Password Pre-Boot Password Violation-Net Boot Password Other Pre-Boot Password Violation Out-of-band Access Password Violation IERR Thermal Trip FRB1/BIST Failure FRB2/Hang in POST Failure FRB3/CPU Did Not Start Configuration Error (for DMI) SMBIOS Uncorrectable CPU-complex Error Processor Presence Detected Processor Disabled Terminator Presence Detected Presence Detected Power Supply Failure Detected Predictive Failure Asserted Power Supply A/C Lost Power Unit Failure Power Cycle 240VA Power Down Interlock Power Down A/C Lost Soft Power Control Failure Power Unit Failure Detected Cooling Device Other Units-based Sensor Correctable ECC or Other Memory Error UnCorrectable ECC or Other Memory Error Parity Memory Scrub Failed (Stuck Bit) Drive Slot (Bay) POST Memory Resize POST Error Correctable Memory Error Logging Disabled Event 'Type' Logging Disabled Log Area Reset / Cleared All Event Logging Disabled BIOS Watchdog Reset OS Watchdog Reset OS Watchdog Shut Down OS Watchdog Power Down OS Watchdog Power Cycle OS Watchdog NMI OS Watchdog Expired (Status Only) OS Watchdog Pre-Timeout Interrupt, non-NMI System Reconfigured OEM System Boot Evnet Undetermined System Hardware Failure Front Panel NMI Bus Timeout I/O Channel Check NMI Software NMI PCI PERR PCI SERR EISA Fail Safe Timeout Bus Correctable Error Bus UnCorrectable Error Fatal NMI (Port 61h, bit 7) Power Button Pressed Sleep Button Pressed Reset Button Pressed Module / Board Microcontroller / Coprocessor Add-in Card Chassis Chip Set Other FRU Cable / Interconnect Terminator Initiated by Power Up Initiated by Hard Reset Initiated by Warm Reset User Requested PXE Boot Automatic Boot to Diagnostic No Bootable Media Non-bootable Diskette Left in Drive PXE Server Not Found Invalid Boot Sector Timeout Waiting for user Selection of Boot Source A: Boot Completed C: Boot Completed PXE Boot Completed Diagnostic Boot Completed CD-ROM Boot Completed ROM Boot Completed Boot Completed - Boot Device Not Specified Stop During OS Load / Initialization Run-time Stop Fault Status Asserted Identify Status Asserted Slot/Connector Device Installed/Attached Slot/Connector Ready for Device Installation Slot/Connector Ready for Device Remove Slot Power Is Off Slot/Connector Device Removal Request Interlock Asserted S0 / G0 "Working" S1 "Sleeping with System HW & Processor Context Maintained" S2 "Sleeping, Processor Context Lost" S3 "Sleeping, Processor &HW Context Lost, Memory Retained" S4 "Non-Volatile Sleep / Suspend-to Disk" S5 / G2 "Soft-Off" S4/S5 Soft-Off, Particular S4/S5 State Cannot Be Determined G3 / Mechanical Off Sleeping in An S1, S2, or S3 States G1 Sleeping (S1-S4 State Cannot Be Determined S5 Entered by Override Legacy ON State Legacy OFF State Reserved Unknown Timer Expired, Status Only Hard Reset Power Down Power Cycle Reserved Reserved Reserved Reserved Timer Interrupt Platform Generated Page Platform Generated LAN Alert Platform Event Trap Generated Platform Generated SNMP Trap, OEM Format Entity Present Entity Absent Monitor ASIC / IC LAN Heartbeat Lost LAN Heartbeat Lower than Non-critical threshold - going low (f)Lower than Non-critical threshold - going high Lower than Critical threshold - going low (f)Lower than Critical threshold - going high (f)Lower than Non-recoverable threshold - going low (f)Lower than Non-recoverable threshold - going high (f)Upper than Non-critical threshold - going low Upper than Non-critical threshold - going high (f)Upper than Critical threshold - going low (f)Upper than Critical threshold - going high (f)Upper than Non-recoverable threshold - going low (f)Upper than Non-recoverable threshold - going high (f) `x0H`0P`x0Phx @(@Xp(@Xp0@P`p0H`x 8Ph 0@P`p0H`0H`x@p 0@P`p 8Phx(8HXh 0@h8`(Hp8Xx0X 8Xx0`0Hh @Xp0X(Hh Hx 0@Xp(8HXh(@h8Ph8h@h0Hp(8HXhx@P`x48@PTX`p(HPp8h@p$(LPhV1109.00i20=ȽDH80`H0MxhS8(X[@0&dxpjm0 PpȻ@AH`AhXtx(8@SERVICE_EMS%s %s DIAGS 999 999 %s Esm3 FIND_EMS_SVC DIAGS_INIT Fail The Error Messaging Service (Ver 2) could not be located.Esm3SERVICE_GET_ESM_TYPESERVICE_GET_ESM_TYPEDEBUG: ESM3 cannot locate %sDEBUG: ESM3 wrong typeSERVICE_GET_ESM_BASESERVICE_GET_ESM_BASEDEBUG: ESM3 cannot locate %sDEBUG: ESM3 base is 0SERVICE_CPUSERVICE_CPUDEBUG: ESM3 cannot locate %s (ver %d)SERVICE_SMISERVICE_SMIDEBUG: Esm3 cannot locate %s (ver %d)cMchModulecEsm3Esm3cMchModuleHelp%s %s DIAGS 998 998 %s Esm3 MODULE_HELP DIAGS_INIT Fail Unable to allocate memory.SERVICE_GET_SYSTEM_TYPEDetecting PDB...ESM3: psMap=%x psCounter=%x i=%dESM3: PDBPresent[%d]: Completion Code = 0x%XDetecting AC Switch...DEBUG: ACSwPresent[%d]: Completion Code = 0x%XhxDEBUG: *********Entered into fSDRGetOffset()DEBUG: return value of fSDRGetOffset() is: %dESM3 DEBUG: *********Entered into fSELGetOffset()ESM3 DEBUG: fSELProcessOffset(): Offset = %dESM3 DEBUG: Enter fFindFailure()!!!DIMMbankMemory Card%s %c %s %d %s %c DIMMDEBUG: EventMessage(event type): %s(0x%x)FailureErrorLostIntrusionViolationInvalidFault(f)(f) ESM3: Display SEL EventType Offset= %d %s ESM3: PS presense, re-start SEL error count. () detected a failure. - .ESM3 DEBUG: Real FailureESM3 DEBUG: NOT Real Failure, PRE-PS DetectESM3_DEBUG: Event from same sensor found!!!ESM3_DEBUG: Recovery Found!!!ESM3_DEBUG: Another failure found for the same sensor!DEBUG:ESM3 *********Entered into fFirmEntry()Esm3DEBUG:ESM3 *********Before entered into fGetDeviceID()DEBUG:ESM3 *********After entered into fGetDeviceID()Esm3DEBUG:ESM3: *********Entered into fGetDeviceId()ESM3:FW: BMC Read back = %dBMC BMC DEBUG:ESM3: MESSAGE NOT LONG ENOUGH FROM BMCESM3:FW: DBP Read back = %dESM3:FW: DBP Device not present, retcode = 0x%xDBP DBP ESM3:FW: byte count matches for DBP, continue...DEBUG:ESM3: MESSAGE NOT LONG ENOUGH FROM DBPESM3:FW: SBP Device not present, retcode = 0x%xSBP SBP ESM3:FW: byte count matches for SBP, continue...DEBUG:ESM3: MESSAGE NOT LONG ENOUGH FROM SBPESM3:FW: PBBP Read back = %dESM3:FW: PBBP Device not present, retcode = 0x%xPBBPPBBPESM3:FW: byte count matches for PBBP, continue...DEBUG:ESM3: MESSAGE NOT LONG ENOUGH FROM PBBPESM3:FW: DRAC Read back = %dESM3:FW: DRAC Device not present, retcode = 0x%xDRACDRACESM3:FW: byte count matches for DRAC, continue...DEBUG:ESM3: MESSAGE NOT LONG ENOUGH FROM DRACEsm3Esm3Number of entries in the SEL = %dDisplaying all entries in the SEL.SELESM3 DEBUG: This is a POST BOOT TIME ENTRY(ECC error err=%dESM3 DEBUG: This is a POST BOOT TIME ENTRY(type2 or 1 w/o recovery)err=%dESM3 DEBUG: This is a PRE BOOT TIME ENTRY(type2 or 1 w/o recovery)Esm3Esm3DEBUG: fClearSel() - SEL reserve id is %04XDEBUG: fClearSel() - SEL reserve id is %04XDEBUG: *********Entered into fFanEntry()Esm3DEBUG: *********Before entered into fFanTest()DEBUG: *********After entered into fFanTest()Esm3DEBUG: *********Entered into fFanTest()MotherBoard Fan 1MotherBoard Fan 2MotherBoard Fan 3MotherBoard Fan 4MotherBoard Fan 5MotherBoard Fan 6at or below (<=) Lower non-critical thresholdat or below (<=) Lower critical thresholdat or below (<=) Lower non-recoverable thresholdat or above (>=) upper non-critical thresholdat or above (>=) upper critical thresholdat or above (>=) upper non-recoverable thresholdshould not be installed according to the configurationDEBUG: Fan Test Mask = 0x%X, Factory Mode = %dDEBUG: fFanTest: tried %d times (%s status - %d)DEBUG: fFanTest: %s status - %dDEBUG: **err_mask=%x, status_index=%dDEBUG: err_mask=%x, status_index=%d%s %sDEBUG: *********Entered into fFanEntry()Esm3DEBUG: *********Before entered into fPowerSupplyTest()DEBUG: *********After entered into fPowerSupplyTest()Esm3ESM3: *********Entered into fPowerSupplyTest()ESM3: psMap=0x%x (bitwise AND) psCounter=0x%x IS= 0x%x i=%dESM3: bmcCommand i=%d sensor=0x%xESM3: bmcCommand FAILED i=%d sensor=0x%xESM3: status=%x %s %s.ESM3: fPowerSupplyTest() - status=0x%X (%s), ec=%x i=%d %s ESM3: ps not good ec=%xESM3: new psCounter= 0x%x i=%dESM3: bumping supply count=%dESM3: Checking number PS: lookin for %d, found %d.ESM3: ec=%x.Esm3Esm3DEBUG: *********Entered into fACSwitchTest()AC Source AAC Source BSource In UseError DetectedNo YesNo YesGoodFailed or Not ConnectedDEBUG: fACSwTest(): %s status - 0x%02X%s %s, status is: %s = %s %s on %s.DEBUG: Checking number of AC Source: lookin for %d, found %d.Unknown statusAC Source A ReturnAC Source B No ReturnAC Source A No ReturnDEBUG: fACSwTest() - AC Switch c - 0x%02XDEBUG: fACSwTest() - AC Switch 1 - 0x%02XDEBUG: fACSwTest() - AC Switch 2 - 0x%02XDEBUG: fACSwTest() - AC Switch 3 - 0x%02XDEBUG: fACSwTest() - AC Switch 4 - 0x%02XAC Switch status is: Esm3Esm3DEBUG: Test count = %dDEBUG: Restoring the original AC Switch Mode (%d)Unknown status1 (AC Source A Return)2 (AC Source B No Return)4 (AC Source A No Return)DEBUG: Reading AC Switch Status: try %d times,Unknown statusAC Source A ReturnAC Source B No ReturnAC Source A No ReturnDEBUG: fACGetMode(): AC Switch Mode = 0x%02XEsm3Esm3isis notESN3: *********Entered into fIntrusionTest()ESM3: Intrusion switch sensor value1(0x16) = 0x%XDEBUG: Intrusion switch sensor value2(0x16) = 0x%XDEBUG: Intrusion switch sensor value3(0x16) = 0x%XEsm3Esm3isis notDEBUG: *********Entered into fIntrusionSensorReading()DEBUG: Intrusion switch sensor value1(0x16) = 0x%XEsm3Esm3DEBUG: Delaying by %d seconds...DEBUG: Delay = 0x%x(%d) / %x %x %x %xNo YesNo YesGoodFailed or Not ConnectedEsm3Esm3DEBUG: Cyclops Test failed!DEBUG: Cyclops Test passed!Esm3Esm3SDR DEBUG: sdrCount = %dDEBUG: cmp code %xDEBUG: resv id %xDEBUG: resv id %xReading SDR entry %2d/%3d power supply count = %d DEBUG: ****** safeCnt = %d/%d *******DEBUG: cmp code %xDEBUG: next rec id %xDEBUG: rec id %xDEBUG: sdrver %xDEBUG: rectype %xDEBUG: reclngth %x DEBUG: Found type 2 sensor, list number = %d DEBUG: shareCnt = %d DEBUG: instance = %d DEBUG: ps data [%d] %x DEBUG: Sensor Type = %x DEBUG: FOUND POWER SUPPLY SENSOR DEBUG: Power supply is functioningDEBUG: Checking number PS: found %d.DEBUG: Checking number PS: lookin for %d, found %d.DEBUG: FlagSet: Flags:%X, bit(s) %X not setDEBUG: FlagClear: Flags:%X, bit(s) %X not clear*********Entered into kcs_write_read()UnMatched responseCommand Failed, Invalid Completon Code 0x%xBTReadBMCData Failed Return Code =%xESM3:FW: expected bytes = %dESM3:FW:BTwRITErEAD: inputLen y =%dESM3:FW:not enough bytes, bytes = %dUNMached ResponseCommand Failed, Invalid Completon Code 0x%xESM3:FWDEBUG:number of retries = %d retcode = %xESM3:FWDEBUG:number of input(received) bytes=%dESM3:FWDEBUG:number of retries2 = %d retcode2 = %x*********Entered into KCSSendMessage()Sending byte: 0x%x *********Entered into KCSReadBMCData()B_Busy NOT cleared But still continuingH2B_ATN NOT cleared But still continuingB2H_ATN IS NOT SETSome problem H_BUSY is already setResponse Length too long len = %dESM3:BYTE 0x%x got an 83? 0x%x got an 0x83?ESM3:BYTE Some problem H_BUSY already clearedUnable 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 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