;============================================================================ ; Name: uefi_dump.cmm ; Description: Save all UEFI regions for simulator and post crash analysis ; ; This file should not be called directly, TargetPkg/Tools/uefi_dump.cmm ; will call this with correct parameters ; ; Copyright (c) 2013-2016 Qualcomm Technologies, Incorporated. ; All Rights Reserved. ; Qualcomm Confidential and Proprietary ; ;---------------------------------------------------------------------------- ;============================================================================ ; ; ; ;when who what, where, why ;---------- --- ---------------------------------------------------------- ;2015-06-09 dg Move InfoBlock parsing to a common file ;2013-29-02 vk Enhance dump regions ;2013-12-02 vk Initial Version ;============================================================================; ; Info Block Structure - QcomPkg/Sec/UefiInfoBlk.h GLOBAL &SaveLogLocation ;--------------------------------------------------- ; ENTRY point for cmm - start here ;--------------------------------------------------- ENTRY &SaveLogLocation &UefiBase &CrashCookieAddr &SkipBelow &SkipSizeGreater ;&UefiBase is the base of FD &InfoBlkPtrOffset=0x003FF000 if (os.file("&CwDir/oem_infblk.cmm")) ( do &CwDir/oem_infblk.cmm ) AREA.Create InfoBlock AREA.Select InfoBlock AREA.Open InfoBlock &SaveLogLocation/UefiInfoBlock.log AREA.View InfoBlock ;PRINT banner GOSUB PrintHeading ;Check Path GOSUB VerifyPath ;Parse all fields &InfoBlkAddr=&UefiBase+&InfoBlkPtrOffset ;PRINT InfoBlock do parse_info_blk.cmm ParseAndPrintInfoBlk &InfoBlkAddr ;Dump Krait 0 registers GOSUB SaveRegisters ;Dump serial log in RAM to text file GOSUB SaveSerialLog &InfoBlkAddr GOSUB CheckCarveoutMode &CrashCookieAddr ENTRY &result PRINT "CheckCarveoutMode returned: &result" ;Save current MMU settings GOSUB SaveMmuList ;Dump config table ;GOSUB SaveConfigTable &PartialRegionDumpSize=0x2000000 ;32 MB ;&PartialRegionDumpSize=0x1000000 ;16 MB ;Create log file for loading on simulator, Dump Memory Table GOSUB SaveUefiRegions &InfoBlkAddr &SkipBelow &SkipSizeGreater &PartialRegionDumpSize ;TODO: ;Dump all hobs ;Dump GCD ;Dump all GCD regions to separate file PRINT "----------------------------" PRINT "+ Completed log collection +" PRINT "----------------------------" AREA.Close InfoBlock ENDDO ;--------------------------------------------------- ; Verify if the path argument is valid ;--------------------------------------------------- VerifyPath: if (!os.dir("&SaveLogLocation")) ( PRINT %ERROR "Invalid path provided: &SaveLogLocation, exiting ..." END ) ;Save to current directory if not specified if ("&SaveLogLocation"=="") &SaveLogLocation=os.pwd(); RETURN ;--------------------------------------------------- ;Dump regions specified in CFG file ;--------------------------------------------------- SaveUefiRegions: ENTRY &InfoBlkAddr &SkipDumpAddrBelow &SkipDumpSizeAbove &PartialRegionDumpSize LOCAL &i LOCAL &MemBase LOCAL &MemSize LOCAL &NextMemRegionOffset LOCAL &MemBaseOffset LOCAL &MemSizeOffset LOCAL &MemBaseAddr LOCAL &MemSizeAddr PRINT "" PRINT "------------------------" PRINT "+ Dumping memory table +" PRINT "------------------------" &MemTablePtr=data.long(RD:&InfoBlkAddr+0x28) &MemTableCount=data.long(RD:&InfoBlkAddr+0x2C) PRINT "MemTableEntry Count= &MemTableCount" &i=0 &MemBase=0 &MemSize=0 &NextMemRegionOffset=0x3c &MemBaseOffset=0x20 &MemSizeOffset=0x24 &MemBaseAddr=0 &MemSizeAddr=0 OPEN #1 &SaveLogLocation/MemoryTable.log /Create while (&i<&MemTableCount) ( &MemBaseAddr=&MemTablePtr+&MemBaseOffset &MemBase=data.long(RD:&MemBaseAddr) &MemSizeAddr=&MemTablePtr+&MemSizeOffset &MemSize=data.long(RD:&MemSizeAddr) PRINT "MemBase[" FORMAT.DECIMAL(2.,&i), "] = 0x" FORMAT.HEX(8.,&MemBase), " MemSize[" FORMAT.DECIMAL(2.,&i), "] = 0x" FORMAT.HEX(8.,&MemSize) &MemTablePtr=&MemTablePtr+&NextMemRegionOffset ;TODO: Add more comprehensive skip list ;SkipList can go in Target\Tools ;Convert for fixed width printing &MemBaseStr= FORMAT.HEX(8.,&MemBase) &MemSizeStr= FORMAT.HEX(8.,&MemSize) if ((&MemBase>=&SkipDumpAddrBelow)&&(&MemSize<&SkipDumpSizeAbove)) ( ;Hack for DBI Dump region not initialized, 0xF9000000 not init ? if ((&MemBase!=0xFC100000)&&(&MemBase!=0xF9000000)) ( data.save.binary &SaveLogLocation/MemBase_0x"&MemBaseStr"_Size_0x"&MemSizeStr".bin &MemBase--((&MemBase+&MemSize-1)) WRITE #1 "MemBase=0x&MemBaseStr MemSize=0x&MemSizeStr" PRINT "done ..." ) ) else ( if (&MemSize>&SkipDumpSizeAbove) ( print "SkipReg[" FORMAT.DECIMAL(2.,&i), "] * Partial Dump" ;If skipping, then dump Base to (Base + PartialRegionDumpSize) ;PartialRegionDumpSize from above and update string &MemSize=&PartialRegionDumpSize &MemSizeStr= FORMAT.HEX(8.,&MemSize) data.save.binary &SaveLogLocation/MemBase_0x"&MemBaseStr"_Size_0x"&MemSizeStr".bin &MemBase--((&MemBase+&MemSize-1)) WRITE #1 "MemBase=0x&MemBaseStr MemSize=0x&MemSizeStr" PRINT "SkipReg done ..." ) ) &i=&i+1 ) ;Not in carveout dump the top &PartialRegionDumpSize ;Done only once for UEFI region (non-carveout), marked as HLOS region in cfg file GOSUB CheckCarveoutMode &CrashCookieAddr ENTRY &InCarveout ;Since we setup cache anyway, skip this check and dump all regions ;if (&InCarveout==0) ( ;Print "Dump UEFI (HLOS Top) Region: Not in carve out, dumping upper &PartialRegionDumpSize ...." Print "Dump UEFI (HLOS Top) Region: dumping upper &PartialRegionDumpSize ...." &MemBaseOffset=0x0C &MemSizeOffset=0x10 &AvailMemoryBasePtr=data.long(RD:(&InfoBlkAddr+&MemBaseOffset)) &AvailMemoryBase=data.long(RD:&AvailMemoryBasePtr) &AvailMemorySize=data.long(RD:(&InfoBlkAddr+&MemSizeOffset)) &AvailMemoryTop=&AvailMemoryBase+&AvailMemorySize &AvailMemoryStart=&AvailMemoryTop-&PartialRegionDumpSize ;Convert for fixed width printing &AvailMemoryStartStr= FORMAT.HEX(8.,&AvailMemoryStart) &PartialRegionDumpSizeStr= FORMAT.HEX(8.,&PartialRegionDumpSize) data.save.binary &SaveLogLocation/MemBase_0x"&AvailMemoryStartStr"_Size_0x"&PartialRegionDumpSizeStr".bin &AvailMemoryStart--((&AvailMemoryTop-1)) WRITE #1 "MemBase=0x&AvailMemoryStartStr MemSize=0x&PartialRegionDumpSizeStr" PRINT "done ..." PRINT "CheckCarveoutMode returned: &InCarveout" ) CLOSE #1 PRINT "" PRINT "Dumping memory table complete....." PRINT "" RETURN ;--------------------------------------------------- ; Save memory table from UefiPlatCfg ;--------------------------------------------------- ; NOTE: Run to verify memory table, otherwise SaveUefiRegions does this SaveMemoryTable: ENTRY &InfoBlkAddr &SkipDumpAddrBelow &SkipDumpSizeAbove &PartialRegionDumpSize LOCAL &i LOCAL &MemBase LOCAL &MemSize LOCAL &NextMemRegionOffset LOCAL &MemBaseOffset LOCAL &MemSizeOffset LOCAL &MemBaseAddr LOCAL &MemSizeAddr PRINT "Saving memory table ....." &MemTablePtr=data.long(RD:&InfoBlkAddr+0x28) &MemTableCount=data.long(RD:&InfoBlkAddr+0x2C) PRINT "MemTableEntry Count= &MemTableCount" &i=0 &MemBase=0 &MemSize=0 &NextMemRegionOffset=0x3c &MemBaseOffset=0x20 &MemSizeOffset=0x24 &MemBaseAddr=0 &MemSizeAddr=0 OPEN #1 &SaveLogLocation/MemoryTable.log /Create ;WRITE #1 "MemTableEntry Count= &MemTableCount" while (&i<&MemTableCount) ( &MemBaseAddr=&MemTablePtr+&MemBaseOffset &MemBase=data.long(RD:&MemBaseAddr) &MemSizeAddr=&MemTablePtr+&MemSizeOffset &MemSize=data.long(RD:&MemSizeAddr) PRINT "MemBase[" FORMAT.DECIMAL(2.,&i), "] = 0x" FORMAT.HEX(8.,&MemBase), " MemSize[" FORMAT.DECIMAL(2.,&i), "] = 0x" FORMAT.HEX(8.,&MemSize) if ((&MemBase>=&SkipDumpAddrBelow)&&(&MemSize<&SkipDumpSizeAbove)) ( ;Hack for DBI Dump region not initialized if ((&MemBase!=0xFC100000)&&(&MemBase!=0xF9000000)) WRITE #1 "MemBase=&MemBase MemSize=&MemSize" ) else ( ;If skipping, then dump Base to (Base+PartialRegionDumpSize) if (&MemSize>&SkipDumpSizeAbove) WRITE #1 "MemBase=&MemBase MemSize=&PartialRegionDumpSize" ) &MemTablePtr=&MemTablePtr+&NextMemRegionOffset &i=&i+1 ) CLOSE #1 PRINT "Saving memory table complete....." RETURN ;--------------------------------------------------- ; Check if UEFI is in Carve Out mode ;--------------------------------------------------- CheckCarveoutMode: ENTRY &CrashCookieAddr LOCAL &CookieValue LOCAL &CrashCookieMask LOCAL &result PRINT "Checking Carveout mode ..." &CrashCookieMask=0x1 &CookieValue=data.long(RD:&CrashCookieAddr) &result=((&CookieValue)&(&CrashCookieMask)) if (&result==1) PRINT "In carveout mode" else PRINT "Not in carveout mode" RETURN &result ;--------------------------------------------------- ; PRINT Banner ;--------------------------------------------------- PrintHeading: PRINT "" PRINT "+-----------+" PRINT "| UEFI Logs |" PRINT "+-----------+" PRINT "" RETURN ;--------------------------------------------------- ; Write serial port log from RAM to file ;--------------------------------------------------- SaveSerialLog: ENTRY &InfoBlkAddr &SerialLogFile="serial_buffer.log" PRINT "Saving serial log to &SaveLogLocation/&SerialLogFile" &SerialLogBuffAddr=data.long(RD:&InfoBlkAddr+0x20) &SerialLogBuffSz=data.long(RD:&InfoBlkAddr+0x24) data.save.binary &SaveLogLocation/&SerialLogFile &SerialLogBuffAddr--(&SerialLogBuffAddr+&SerialLogBuffSz-1) RETURN ;--------------------------------------------------- ; Dump MMU settings to file ;--------------------------------------------------- SaveMmuList: PRINTer.FILE &SaveLogLocation/UefiMmuList.log WinPRINT.mmu.LIST.PAGETABLE RETURN ;--------------------------------------------------- ; PRINT registers to AREA window ;--------------------------------------------------- PrintRegisters: PRINT "Registers" PRINT "---------" PRINT "REGISTER.SET R0 = ®ister_r0" PRINT "R1 = ®ister_r1" PRINT "R2 = ®ister_r2" PRINT "R3 = ®ister_r3" PRINT "R4 = ®ister_r4" PRINT "R5 = ®ister_r5" PRINT "R6 = ®ister_r6" PRINT "R7 = ®ister_r7" PRINT "R8 = ®ister_r8" PRINT "R9 = ®ister_r9" PRINT "R10 = ®ister_r10" PRINT "R11 = ®ister_r11" PRINT "R12 = ®ister_r12" PRINT "R13 = ®ister_r13" PRINT "R14 = ®ister_r14" PRINT "PC = ®ister_pc" PRINT "CPSR = ®ister_cpsr" PRINT "SPSR = ®ister_spsr" RETURN ;--------------------------------------------------- ; Save Krait 0 registers to fixed file for reloading ;--------------------------------------------------- SaveRegisters: &ENTRY &SaveLogLocation ®ister_r0=register(r0) ®ister_r1=register(r1) ®ister_r2=register(r2) ®ister_r3=register(r3) ®ister_r4=register(r4) ®ister_r5=register(r5) ®ister_r6=register(r6) ®ister_r7=register(r7) ®ister_r8=register(r8) ®ister_r9=register(r9) ®ister_r10=register(r10) ®ister_r11=register(r11) ®ister_r12=register(r12) ®ister_r13=register(r13) ®ister_r14=register(r14) ®ister_pc=register(pc) ®ister_cpsr=register(cpsr) ®ister_spsr=register(spsr) ®ister_r8_usr=register(r8_usr) ®ister_r9_usr=register(r9_usr) ®ister_r10_usr=register(r10_usr) ®ister_r11_usr=register(r11_usr) ®ister_r12_usr=register(r12_usr) ®ister_r13_usr=register(r13_usr) ®ister_r14_usr=register(r14_usr) ®ister_r8_fiq=register(r8_fiq) ®ister_r9_fiq=register(r9_fiq) ®ister_r10_fiq=register(r10_fiq) ®ister_r11_fiq=register(r11_fiq) ®ister_r12_fiq=register(r12_fiq) ®ister_r13_fiq=register(r13_fiq) ®ister_r14_fiq=register(r14_fiq) ®ister_spsr_fiq=register(spsr_fiq) ®ister_r13_irq=register(r13_irq) ®ister_r14_irq=register(r14_irq) ®ister_spsr_irq=register(spsr_irq) ®ister_r13_svc=register(r13_svc) ®ister_r14_svc=register(r14_svc) ®ister_spsr_svc=register(spsr_svc) ®ister_r13_abt=register(r13_abt) ®ister_r14_abt=register(r14_abt) ®ister_spsr_abt=register(spsr_abt) ®ister_r13_und=register(r13_und) ®ister_r14_und=register(r14_und) ®ister_spsr_und=register(spsr_und) ®ister_r13_mon=register(r13_mon) ®ister_r14_mon=register(r14_mon) ®ister_spsr_mon=register(spsr_mon) ;Open uefi_krait_0_register_state.cmm and write to it OPEN #1 &SaveLogLocation/uefi_krait_0_register_state.cmm /Create WRITE #1 "REGISTER.SET R0 ®ister_r0" WRITE #1 "REGISTER.SET R1 ®ister_r1" WRITE #1 "REGISTER.SET R2 ®ister_r2" WRITE #1 "REGISTER.SET R3 ®ister_r3" WRITE #1 "REGISTER.SET R4 ®ister_r4" WRITE #1 "REGISTER.SET R5 ®ister_r5" WRITE #1 "REGISTER.SET R6 ®ister_r6" WRITE #1 "REGISTER.SET R7 ®ister_r7" WRITE #1 "REGISTER.SET R8 ®ister_r8" WRITE #1 "REGISTER.SET R9 ®ister_r9" WRITE #1 "REGISTER.SET R10 ®ister_r10" WRITE #1 "REGISTER.SET R11 ®ister_r11" WRITE #1 "REGISTER.SET R12 ®ister_r12" WRITE #1 "REGISTER.SET R13 ®ister_r13" WRITE #1 "REGISTER.SET R14 ®ister_r14" WRITE #1 "REGISTER.SET PC ®ister_pc" WRITE #1 "REGISTER.SET CPSR ®ister_cpsr" WRITE #1 "REGISTER.SET spsr ®ister_spsr" WRITE #1 "REGISTER.SET R8_USR ®ister_r8_usr" WRITE #1 "REGISTER.SET R9_USR ®ister_r9_usr" WRITE #1 "REGISTER.SET R10_USR ®ister_r10_usr" WRITE #1 "REGISTER.SET R11_USR ®ister_r11_usr" WRITE #1 "REGISTER.SET R12_USR ®ister_r12_usr" WRITE #1 "REGISTER.SET R13_USR ®ister_r13_usr" WRITE #1 "REGISTER.SET R14_USR ®ister_r14_usr" WRITE #1 "REGISTER.SET R8_FIQ ®ister_r8_fiq" WRITE #1 "REGISTER.SET R9_FIQ ®ister_r9_fiq" WRITE #1 "REGISTER.SET R10_FIQ ®ister_r10_fiq" WRITE #1 "REGISTER.SET R11_FIQ ®ister_r11_fiq" WRITE #1 "REGISTER.SET R12_FIQ ®ister_r12_fiq" WRITE #1 "REGISTER.SET R13_FIQ ®ister_r13_fiq" WRITE #1 "REGISTER.SET R14_FIQ ®ister_r14_fiq" WRITE #1 "REGISTER.SET SPSR_FIQ ®ister_spsr_fiq" WRITE #1 "REGISTER.SET R13_IRQ ®ister_r13_irq" WRITE #1 "REGISTER.SET R14_IRQ ®ister_r14_irq" WRITE #1 "REGISTER.SET SPSR_IRQ ®ister_spsr_irq" WRITE #1 "REGISTER.SET R13_SVC ®ister_r13_svc" WRITE #1 "REGISTER.SET R14_SVC ®ister_r14_svc" WRITE #1 "REGISTER.SET SPSR_SVC ®ister_spsr_svc" WRITE #1 "REGISTER.SET R13_ABT ®ister_r13_abt" WRITE #1 "REGISTER.SET R14_ABT ®ister_r14_abt" WRITE #1 "REGISTER.SET SPSR_ABT ®ister_spsr_abt" WRITE #1 "REGISTER.SET R13_UND ®ister_r13_und" WRITE #1 "REGISTER.SET R14_UND ®ister_r14_und" WRITE #1 "REGISTER.SET SPSR_UND ®ister_spsr_und" WRITE #1 "REGISTER.SET R13_MON ®ister_r13_mon" WRITE #1 "REGISTER.SET R14_MON ®ister_r14_mon" WRITE #1 "REGISTER.SET SPSR_MON ®ister_spsr_mon" CLOSE #1 RETURN ;--------------------------------------------------- ; Error handler ;--------------------------------------------------- ON ERROR GOSUB ( PRINT %ERROR Error Occured ! ;CONTINUE AREA.Close InfoBlock OPEN #1 &SaveLogLocation/MemoryTable.log CLOSE #1 END )