from 0x20800 to 0x2F7FF also non-zeros, no strings at the end
from 0x30000 to 0x0x3069b also non zeros
from 0x30d00 to 0x3120e non-zeros
from 0x31400 to 0x31D1F non-zeros
from 0x32000 to 0x3217C non-zeros
and so on ...
from 0x34800 to 0x34994:
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Intel Lincroft SCH Microcode Version 000.064d:00000000:Apr 28 2009 ...
from 0x37000 to 0x3b21f (there is much more just a short string overview!)
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CEFDK - Production Release %s (built Jul 2 2010, 18:12:31)
core : %s
cs_gen4 : %s
MemType : DDR2 MemType : DDR3 MemSpeed : 800 MemSpeed : 1066 MemSpeed : 1333 MemSpeed : 1600 MemSpeed : Unknown Channels Enabled : Channel Mode : Hit a key to start the shell... CE4100 Stepping: A0 A1 B0 B1 Unknown revision Board: GoldenBeach: Board: ChesapeakeBay Board: FalconFalls Board: PowerHouseLake Version Information - Memory configuration - A B Linear Interleave Mode 1 Interleave Mode 2 All A/V devices use IRQ 4. FTL Lite read MAC data fail. FTL Lite initialized failed Shell exit Please restart the board CE4100 4.016-g5be30e7d-dirty bad reg address bad dev address success not initialized bad op type tx empty timeout rx full timeout unknown error %d !!! I2C WR: *%08x=%08x
!!! *retData=0x%x
R 4R -R &R ¬R R R I2CWaitRxFull I2CWaitTxEmpty !!! IN %s: stop=%d ISR=0x%08x mask=%08x rwm=%08x !!! EXIT(%d) %s: count=%d ISR=0x%08x mask=%08x rwm=%08x
!!! EXIT(%d) %s: count=%d ISR=0x%08x mask=%08x rwm=%08x toTick=%08x%08x roll=%08x%08x procTicks=%08x%08x
!!! IN %s: stop=%d op=%d ISR=0x%08x mask=%08x rwm=%08x
Usage:
i2c 0|1|2 <I2C dev 7bit addr> [<PCI bus> <dev> <fun>] i2c r[ead] [<bytes> [<dest addr>]] | w[rite] <byte value> [<val2> <val3> ...]] i2c w 0x4 1 0 0 0xff 0 0 0 0 0 0 0 0
i2c r
Error: First do: %s <bus> <dev addr>
Bad arg.
Usage: i2c r[ead] [<bytes> [<buffer addr>]] Bad arg.
Usage: i2c w[rite] <byte value> [<val2> <val3> ...] I2C buses read and write (SV ver). i2c d[ebug] [<debug msg level: 0|1|2>]
Example: i2c
i2c 2 0x44 i2c STATUS: %d I2C Bus: %s
%d (0x%x) I2C Dev: %s
PCI: 0x%x.%x.%x
Bad byte count %d need >0
0x%02x%s I2C error: %s (%d)
Read %d bytes
I2C DEBUG @ %d
BAR%d: %08X
ICR_%d %08X
ISR_%d %08X
(ISAR_%d %08X)
IDBR_%d %08X
(ICCR_%d %08X)
IBMR_%d %08X
IWCR_%d %08X
ISMSCR_%d %08X
ISMLCR_%d %08X
IFMSCR_%d %08X
IFMLCR_%d %08X
IDDS_RATE_LB%d %08X
IDDS_RATE_UB%d %08X
Unknown arg. writeCount = 0x%X
Done Erasing block at 0x%x
Data = 0x%08X
Rounding up copy size to an erase boundary.. Copy Size = 0x%x
Burning the flash using the write buffer Skipped bad block %d:%d
!!!!ehci_read(0x%08x)=0x%08x,flag=0x%08x
TEST_UNIT_READY failed. 0x%08X 0x%08X 0x%02X
bulk error. 0x%08X 0x%08X 0x%02X
Error: wTotalLength is large than %d byte. General USB Device on Address: %d
Try again command TEST_UNIT_READY Error happen at command REQUEST_SENSE Error happen at command READ_10 %d
ehci_read( USB_PORT ) != 0x0C000800 ehci_read( USB_PORT ) != 0x08001205U
ehci_read( USB_PORT) is %x
Initialize EHCI %d
Detect Device on Port %d
Device on Port %d
Found disk on Port %d
ANDROID! %s: no ICSS header
%s: no Android magic
ERROR: missing magic Verify stage3 FAIL Verify stage3 PASS bootimg checksum correct Linux command line %s
androidboot.bootloader= androidboot.hardware= logitech_ka3 androidboot.serialno= %08X androidboot.mode=recovery Using initrd size %08lx
%s: calling usbInit
%s: calling usbInit FAIL
%s: calling usbInit OK
%s: bootimg_size=%d
Booting from USB disk... bootusb No USB disk found NORMAL RECOVERY Boot %s
ERROR: image is too big Request factory reset boot-recovery bootloader.command recovery
--wipe_data
bootloader.recovery boot-factory Boot FACTORY ERROR: No FACTORY image bootrecovery bootnormal Boot kernel from USB stick.
************************************************************ * * * CEFDK IS NOT SECURE! * * DEVELOPMENT BUILD ONLY * ************************************************************
ERROR: kernel size (%ld) invalid
ERROR: ramdisk size (%ld) invalid
ERROR: second size (%ld) invalid
ERROR: bootimg checksum mismatch Boot Normal kernel from NAND flash. Boot Recovery kernel from NAND flash
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ERROR: Can't read BBT
raw %sdump block=%d page=%d:
%02x Scanning for bad blocks block %04d: ERROR reading block %d! factory: all-zero ECC-fail ECC-ok BBT EEC-ok BAD BLOCK %d
sha block=%d page=%d: %02x %s: No NAND flash found
mtd dump raw sha zero wear block start page start bit position scan bbt %d is a factory bad block
%d is a worn bad block
Usage: mtd dump <Block> <Page>
mtd raw <Block> <Page>
mtd sha <Block> <Page>
mtd zero <Block> <Page>
mtd scan
mtd bbt
Test command for mtd suport. %d total bad blocks (factory %d)
%s: ERROR: Too many bad blocks
%s: ERROR: Can't read block %d
%s: ERROR: Can't read nand block %d page %d (err = %d)
WARNING: Unknown flash page size %d %s: ERROR: Can't read nand block %d page %d
wear flash by flipping byte %d bit %d
%s: ERROR: Can't erase block %d
%s: ERROR: Can't write nand block %d page %d
BBT found in block %d, version %02x
BBT mirror in block %d, version %02x
BBT table written in block %d
--- Read a single page from NAND and display a hex dump. --- Read a single page from NAND and display a raw hex dump. --- Read a single page from NAND and display a checksum. mtd wear <Block> <Page> <Bit>
--- Re-write a single page from NAND, flipping the specified bit --- Write zero's to a single page, simulating a bad block --- Scan for bad blocks, building the bad block table --- Display the bad block table Bbt01tbBnand_wear nand_zero nand_sha nand_dump nand_init nand_read_bbt nand_read ERROR: FTS is full fts get NULL %s: %s
set dump Version: %ld
CRC: %08lx
UsageXX: fts get <Key>
--- Get a fts value fts set <Key> <Value>
--- Set a fts value fts dump
--- Dump fts state Test command for fts support. Ä 1 mmap Displays a system memory map. Error: No room in IRQ table to add entry for device %02x:%02x:%02x
pciIsBridge(bus, dev, func) pci_alloc.c Assert failed at %s:%d (%s)
TØ Error: Link %d for PCI device %X:%X:%X exceeds maximum (%d)
Intel(R) Consumer Electronics Firmware Development Kit (Intel(R) CEFDK) Copyright (C) 1999-2009 Intel Corporation. All rights reserved. Build Time (%s).
1 03/12/10 12:25:24 {%x} exit help %10s - %s
fu reset shell> %s Error: Missing ". Error: Invalid command. Displays this screen. Stops the shell. ˜œ F– u– f– wœ wœ wœ wœ wœ wœ wœ wœ wœ wœ wœ wœ wœ wœ wœ wœ wœ wœ wœ wœ wœ wœ ◊œ Error: Unable to open redirection file: '%s'.
Invalid %s: '%s'
lspci : displays info about all PCI devices -p : pauses after every 25 lines -l : list all devices on [bus/buses] -s : dump configuration space of [bus [device [function]]] MAXREGOFFSET 16550-Compatible Serial Controller Generic PCI Hot-Plug Controller IPMI Keyboard Controller Interface Data Acquisition/Signal Processing BB:DD:FF VID :DID DevClass IRQ Device Type -------- ----:---- -------- --- ------------------------------- =============================================== Bus : %x Device : %x Function : %x
Offset 00 01 02 03 04 05 06 07 08 09 0A 0B 0C 0D 0E 0F Options: -h : prints this message -v : verbose mode IDE Controller SATA Controller Mass Storage Controller Ethernet Controller VGA-compatible Controller Display Controller Video Device Audio Device Hi-Definition Audio Device Multimedia Device Host-PCI Bridge PCI-ISA Bridge PCI-PCI Bridge PCI-CardBus Bridge Modem Controller Smart Card Controller IO(x) APIC SDIO Controller System Peripheral USB Controller (UHCI) SMBus Controller IR Controller Entertainment Encrypt/Decrypt Expansion Bus controller GPIO controller I2C controller SPI controller DFX controller IEEE1588 and Clock Recovery NAND controller GVSPARC (unknown) UART Controller USB Controller (EHCI) Hit any key to continue ... %02X:%02X:%02X %04X:%04X %02X %s Bus .............: %.2x
Device ..........: %.2x
Function ........: %.2x
Vendor ID .......: %.4x
Device ID .......: %.4x
Device Type .....: %s
Class Code ....: %.2x
Sub Class .....: %.2x
Prog I/F ......: %.2x
lspci -v -p -h -l -s
%.2x %.2x %.2x
Hit any key to continue ... Displays PCI device info. C ymodem buffer address serial port baud rate Received 0x%X bytes.
Transfer aborted. Error during transfer. usage: ymodem <buf> [<port> [baud rate]] Received file '%s' (0x%X bytes).
Receive a file from serial using YMODEM. local apic (invalid) ram reserved rom io apic Ú Ú %Ú Ú Ú Ú Ú Ú K M %d: %016llX-%016llX (%4d%s - %4d%s) %s
from 0x40000 to 0x4fb25
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Usage: expflash initNor - Initialize expansion bus for NOR flash access. expflash norRead <address> - Read data from NOR flash. expflash norBlockErase <address> - Erases a block, any adress whithin a block will erase that block. expflash norWriteBuffer <srcAddress> <desAddress> <size> - Write data from DRAM to NOR flash in buffer mode. expflash burnFlash <srcAddress (DRAM)> <destAddress (Flash)> <size> - Erases and burns the proper flash blocks Initialize expansion bus for NOR flash access... Access flash on expansion bus. expflash initNor norRead read address Read data from NOR flash... norBlockErase address Erases a block... erase done norWriteBuffer source address Destination address data size burnFlash
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No NAND flash on board! Usage: --- Erases Blocks. FTL Lite read fail! nandFTLL read block start page start page count buffer pointer buf pointer: 0x%08x
erase block count Erase block %d - %d
Erase success at block %d
Erase failure at block %d
write listBadBySig block end BAD BLOCK: %d
READ ERROR: %d
listBadByRead Erase failure: %d
burnNandImg Nand Img Buffer Abort... NAND page size = 0x%x
Erase block 8 - 39 Programming done Successfully wrote %d pages starting at block %d, page %d
nandFTLL read <Bl_Start> <Pg> <Pg_Count> <Buf Addr>
--- Read <Pg_count> pages from NAND to Ram Buf Addr. nandFTLL write <Bl_Start> <Pg> <Pg_Count> <Buf Addr>
--- Write <Pg_count> pages from RAM to NAND. nandFTLL erase <Bl_Start> <Bl_Count>
nandFTLL listBadByRead <BL_Start> <BL_End> --- List bad blocks from block <BL_Start> to <BL_End> by Reading it nandFTLL burnNandImg <Buf Addr> --- Burn CEFDK Nand image from <Buf Addr> to NAND chip Successfully read %d pages starting at block %d, page %d
block start: %d, page start: %d, page count: %d
WARNING: This will erae all blocks from %d to %d!
Write error at block %d, page %d
Read error at block %d, page %d
WARNING: This is dangerous, make sure you have correct image load at 0x%X
Press ENTER to continue, others to abort: Stage1_64K: Program %d pages at block 8
Stage2_128K: Program %d pages at block 16
Stage2_128K: Program %d pages at block 24
Stage2_64K: Program %d pages at block 32
Stage1_128K: Program %d pages at block 8
Stage2_128K: Program %d pages at block 32
Access NAND flash via FTL-Lite API
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Usage: Boot from flash ... bootflash NOR redboot address in NOR NAND redboot block address in NAND bootflash <NOR> [redboot address in NOR flash] -boot redboot from NOR Flash. bootflash <NAND> [redboot blk address in NAND flash] -boot redboot from NAND Flash. No valid redboot found in flash. FTL Lite read Redboot from blk %d fail.
Boot redboot from NOR or NAND flash.
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%d MBytes %02d [%s] %04d %d F1: Save & Exit Setup F2: Upgrade Firmware Data has been updated Please Restart the system Version: %s Build Time: %s Board: GoldenBeach Board: ChesapeakeBay Board: FalconFalls Board: PowerHouseLake MemType: DDR2 MemType: DDR3 MemSpeed: 800 MHz MemSpeed: 1066 MHz MemSpeed: 1333 MHz MemSpeed: 1600 MHz MemSpeed: Unknown Chn Enabled: A B Chn Mode: Linear transfer addr length settings Standard Features Drive Information SATA Primary SATA Secondary Memory Information Exe MemTest at Start Total Ram: Data has been updated
Enable BUnit Buffer: Enable Security Unit: Enable Memory Scrambling: Use DRAM Override: USB A0 FIB: Disable SATA SSC: Automatic boot Redboot: USBKeyboard Detect: Dynamic Rcvn Tuning: Dynamic Read Tuning: Dynamic Write Tuning: Dynamic Write Levelization: Fast Audio Path: BIOS Settings CEFDK - Consumer Electronics Firmware Development Kit Setup Esc: Quit <Arrow Keys> : Select Item To begin the upgrade, YMODEM the file . Transfer has been cancelled, press [esc] to continue. Burning the Flash . Complete. Please restart your system. About CEFDK Chn Mode: Interleave Mode 1 Chn Mode: Interleave Mode 2 Esc: Return to Previous Menu <--/--> : Tranverse Fields Usage: Settings - Displays the BIOS Settings of CEFDK. CEFDK - Consumer Electronics Firmware Development Kit Setup Date (mm/dd/yyyy) / / Time (hh:mm:ss AM/PM) : : CEFDK - Consumer Electronics Firmware Development Kit Setup Advanced Features Esc: Return to Previous Menu <Arror Keys> : Select Item
from 0x50000 to 0x61048, first few bytes:
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00 00 80 86 20 07 05 14 00 01 80 41 00 00 00 40
00 00 00 40 00 00 00 01 00 00 05 80 00 00 04 80
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Loading 8051 MicroCode at 0x40000 I2C error: Unable to open I2C_BAR1 External PIC version %s
/dev/ttyS0 /dev/ttyS1 I2C error: %s (%d)