XBOX360 Nandpro 2.0C 낸드 덤프 툴

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XBOX360 Nandpro 2.0C 낸드 덤프 툴

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2010-02-09 오후 1:10:08 Hit. 2762

① 2006년 2월부터 자료에 대한 <FONT color=#ff9900>스크린샷</FONT>과 <FONT color=#ff9900>간단한 설명</FONT>이 없으면 무조건 삭제합니다.<BR><FONT color=#000000>② 제목은 반드시 <FONT color=#b0c4de>한글</FONT>로 적으세요. 영어로만 적은 제목은 신고 및 삭제처리합니다.<BR></FONT><FONT color=#ff0000>③ 중복자료</FONT>나 <FONT color=#ff0000>분할압축</FONT>해서 올리는 고용량의 자료들은 <FONT color=#ff0000>삭제</FONT>합니다.<BR><FONT color=#ff9900><FONT color=#000000>④ 하루에 올릴 수 있는 글은 <FONT color=#ff0000>10개</FONT>까지입니다.</FONT> <BR></FONT><FONT color=#000000>⑤ 배경화면과 세이브 파일은 반드시 5개 이상 올리세요. 5개 미만은 신고 및 삭제처리합니다.<BR>⑥ 게임과 관련없는 유틸리티 프로그램들은 삭제합니다. (백신, 하드디스크 유틸 등)<BR><BR>엑박 낸드 덤프 뜰때 유틸입니다..<BR><BR>다운로드 : <A href="http://dwl.xbox-scene.com/xbox360pc/nandtools/NandPro20c.rar" target=_blank>http://dwl.xbox-scene.com/xbox360pc/nandtools/NandPro20c.rar</A><BR><BR>
<DIV>Nandpro supported device interfaces:</DIV>
<DIV style="HEIGHT: 1em"></DIV>
<DIV>USB:</DIV>
<DIV>LPC2148 Olimex USB header board</DIV>
<DIV>High performance 16MB/2Mins</DIV>
<DIV>LibUsb driver</DIV>
<DIV style="HEIGHT: 1em"></DIV>
<DIV>LPT:</DIV>
<DIV>Parallel Printer Port, SPP mode</DIV>
<DIV>Low performance, 16MB/35mins (cpu dependant)</DIV>
<DIV>Dlportio printer port driver</DIV>
<DIV style="HEIGHT: 1em"></DIV>
<DIV>===============================================================================</DIV>
<DIV style="HEIGHT: 1em"></DIV>
<DIV>Seven connections must be made from MAINBRD to the HW device interface.</DIV>
<DIV>MAINBRD connects as specified to either Olimex board, or a PC printer port.</DIV>
<DIV style="HEIGHT: 1em"></DIV>
<DIV>ArmLpc Olimex LPT MAINBRD</DIV>
<DIV style="HEIGHT: 1em"></DIV>
<DIV>SS EXT1-3 DB25.1 --R--- J1D2.2</DIV>
<DIV>MISO EXT1-6 DB25.11 -->|-- J1D2.4 Diode, observe polarity!</DIV>
<DIV>P0.28 EXT2-1 DB25.16 --R--- J2B1.6</DIV>
<DIV>GND EXT1-26 DB25.18 ------ J1D2.6 or J2B1.12</DIV>
<DIV>MOSI EXT1-7 DB25.14 --R--- J1D2.1</DIV>
<DIV>SCK EXT1-5 DB25.2 --R--- J1D2.3 </DIV>
<DIV>P0.29 EXT2-2 DB25.17 --R--- J2B1.5</DIV>
<DIV style="HEIGHT: 1em"></DIV>
<DIV>===============================================================================</DIV>
<DIV style="HEIGHT: 1em"></DIV>
<DIV>USB Install:</DIV>
<DIV>Flash the .hex file to the LPC2148.</DIV>
<DIV>Connect LPC2148 to computer USB.</DIV>
<DIV>Point "found new hardware" to the "custom.inf"</DIV>
<DIV>Windows reports: "Your new hardware is ready to use"</DIV>
<DIV style="HEIGHT: 1em"></DIV>
<DIV>USB Hardware:</DIV>
<DIV>Connect only wires from EXT connectors to MAINBRD.</DIV>
<DIV>No resistors or diodes at all. For sure! Do not add them!</DIV>
<DIV style="HEIGHT: 1em"></DIV>
<DIV>===============================================================================</DIV>
<DIV style="HEIGHT: 1em"></DIV>
<DIV>LPT Install:</DIV>
<DIV>Run the port95nt.exe application to install the DlPortio driver</DIV>
<DIV style="HEIGHT: 1em"></DIV>
<DIV>LPT Hardware:</DIV>
<DIV>Some parallel ports run at 3.3v others at 5v. The MAINBRD is 3.3 volts.</DIV>
<DIV></DIV>
<DIV>It is recommend to use 100 ohm series saftey resistors (R)</DIV>
<DIV>for all lpt connections except for DB25.11 and DB25.18 (GND), as shown above.</DIV>
<DIV>Testing with 5 volt lpt and NO resistors didn't burn anything up though. YMMV :P</DIV>
<DIV></DIV>
<DIV>For DB25.11 connect diode exactly as shown. It is highly recommended to</DIV>
<DIV>connect the diode to the MAINBRD end rather than the PC end of the wire.</DIV>
<DIV>Preferred diode is BAT41 or other Schottkey switch diode with low forward voltage drop.</DIV>
<DIV>1N4148/53, 1N914, type switching diodes should be also be ok,</DIV>
<DIV>but are not quite as good. 1N400X are rectifiers and not good at all.</DIV>
<DIV></DIV>
<DIV>This solution isn't perfect but you typically dont leave it hooked up forever anyway.</DIV>
<DIV>If someone wants to design and post a buffer circuit go right ahead. I can't be bothered ;)</DIV>
<DIV style="HEIGHT: 1em"></DIV>
<DIV>Usage:</DIV>
<DIV style="HEIGHT: 1em"></DIV>
<DIV>Make connections to MAINBRD and run the app.</DIV>
<DIV>MAINBRD needs to be plugged in to AC power.</DIV>
<DIV>Actually powered on or not does not matter.</DIV>
<DIV>While running NandPro application reset will occur.</DIV>
<DIV>After nand operation is complete, reset will be released.</DIV>
<DIV></DIV>
<DIV>printf("Useage:\n\r\n\r");</DIV>
<DIV></DIV>
<DIV>printf("NandPro dev: -r# Filename (HexStartBlock HexBlockCount)\t->Read\n"); </DIV>
<DIV>printf("NandPro dev: -w# Filename (HexStartBlock HexBlockCount)\t->Write\n"); </DIV>
<DIV>printf("NandPro dev: -e# (HexStartBlock HexBlockCount)\t\t->Erase\n\n");</DIV>
<DIV>printf("dev: is hardware interface usb: or lpt:\n");</DIV>
<DIV>printf("dev: can also be a filename:, to be used as a 'Virtual Nand Device'\n");</DIV>
<DIV>printf("# is nand size (16, 64, 256, 512) in MegaBytes\n");</DIV>
<DIV>printf("(Optional) block range limit, defaults to entire device\n");</DIV>
<DIV>printf("-r# Read saving file RAW (with SPARE)\n");</DIV>
<DIV>printf("%r# Read saving only the SPARE data\n");</DIV>
<DIV>printf("-R# Read saving file without SPARE\n");</DIV>
<DIV>printf("-w# Write RAW (with SPARE) file\n");</DIV>
<DIV>printf("+w# Write RAW (with SPARE) file, init SPARE, init block numbers\n");</DIV>
<DIV>printf("@w# Write RAW (with SPARE) file, init block numbers\n");</DIV>
<DIV>printf("+W# Write while ADDING SPARE\n");</DIV>
<DIV>printf("All writing modes re-calculate correct ECC\n");</DIV>
<DIV style="HEIGHT: 1em"></DIV>
<DIV>===============================================================================</DIV>
<DIV>NOTE:</DIV>
<DIV style="HEIGHT: 1em"></DIV>
<DIV>SPARE is the 16 bytes following a data block.</DIV>
<DIV>ECC is 26 bits located within the spare area.</DIV>
<DIV>Block numbers are also contained in spare area.</DIV>
<DIV style="HEIGHT: 1em"></DIV>
<DIV>===============================================================================</DIV>
<DIV style="HEIGHT: 1em"></DIV>
<DIV>Typical command line:</DIV>
<DIV style="HEIGHT: 1em"></DIV>
<DIV>Read entire 16M flash, including SPARE:</DIV>
<DIV>NandPro dev: -r16 nand.bin</DIV>
<DIV style="HEIGHT: 1em"></DIV>
<DIV>Write entire 16M flash, including SPARE:</DIV>
<DIV>NandPro dev: -w16 nand.bin</DIV>
<DIV style="HEIGHT: 1em"></DIV>
<DIV>Advanced command line examples:</DIV>
<DIV style="HEIGHT: 1em"></DIV>
<DIV>Read encrypted key vault with SPARE:</DIV>
<DIV>nandpro dev: -r16 rawkv.bin 1 1</DIV>
<DIV style="HEIGHT: 1em"></DIV>
<DIV>Read encrypted key vault from a "Virtual Nand" dev:, named vnand.bin, with SPARE :</DIV>
<DIV>nandpro vnand.bin: -r16 rawkv.bin 1 1</DIV>
<DIV style="HEIGHT: 1em"></DIV>
<DIV>Write encrypted key vault:</DIV>
<DIV>nandpro dev: -w16 rawkv.bin 1 1</DIV>
<DIV style="HEIGHT: 1em"></DIV>
<DIV>Flash a xell.bin compiler output (no SPARE) to block 40, adding SPARE while flashing:</DIV>
<DIV>nandpro dev: +W16 xell.bin 40</DIV>
<DIV style="HEIGHT: 1em"></DIV>
<DIV>Read config block from a "Virtual Nand", named vnand.bin, without SPARE:</DIV>
<DIV>nandpro vnand.bin: -R16 configblk.bin 0x??? 1</DIV>
<DIV style="HEIGHT: 1em"></DIV>
<DIV>Write above config block to dev: adding the SPARE back in:</DIV>
<DIV>nandpro dev: +W16 configblk.bin 0x??? 1</DIV>
<DIV style="HEIGHT: 1em"></DIV>
<DIV>Write a "small" python.ECC file to "full size" "Virtual Nand" :</DIV>
<DIV>nandpro vnand.bin: -w16 python.ECC</DIV>
<DIV style="HEIGHT: 1em"></DIV>
<DIV>Write to a dev:, from another RAW file, fixing ECC while writing:</DIV>
<DIV>nandpro dev: -w16 DumpWithErrors.bin</DIV>
<DIV style="HEIGHT: 1em"></DIV>
<DIV style="HEIGHT: 1em"></DIV>
<DIV>General Notes:</DIV>
<DIV style="HEIGHT: 1em"></DIV>
<DIV>Reading and writing defaults to the entire device.</DIV>
<DIV>The start block argumnet is optional and dictates the starting block to program.</DIV>
<DIV>The ending block is also optional, and end if no block is specified, programming will</DIV>
<DIV>continue until end of file or end of specified nand size.</DIV>
<DIV style="HEIGHT: 1em"></DIV>
<DIV>Large block nands have different SPARE format than small block nands.</DIV>
<DIV>The software uses the detected device's SPARE format for all (+) write operations.</DIV>
<DIV>Files written RAW (-) are not translated in any way.</DIV>
<DIV style="HEIGHT: 1em"></DIV>
<DIV>The "nand size" argument only sets the limit of available blocks for device operations.</DIV>
<DIV>It is not hardware related, and need not exactly match the true device.</DIV>
<DIV></DIV>
<DIV>There is no need to erase before programming.</DIV>
<DIV style="HEIGHT: 1em"></DIV>
<DIV>You can hex edit a block, and use Nandpro to fix its ECC when you write it back.</DIV>
<DIV style="HEIGHT: 1em"></DIV>
<DIV>The "Case" of the command generally indicates if I/O file will contain SPARE or not</DIV>
<DIV>Upper Case: No SPARE</DIV>
<DIV>Lower Case: RAW (with SPARE)</DIV>
<DIV style="HEIGHT: 1em"></DIV>
<DIV>The "Virtual Nand" file can be read or be programmed, as if it where a device.</DIV>
<DIV>The "Virtual Nand" file must be a raw file, containing SPARE.</DIV>
<DIV>This can be used to extract or inject data from\to an existing raw dump.</DIV>
<DIV>Example: To inject a "small" python image into an existing</DIV>
<DIV>"full size" image, or to extract individual blocks from an existing raw dump.</DIV>
<DIV style="HEIGHT: 1em"></DIV>
<DIV>READING WILL OVER-WRITE AN EXISTING FILE WITHOUT WARNING!</DIV>
<DIV>NEW LOG FILE WILL OVERWRITE OLD WITHOUT WARNING!</DIV>
<DIV style="HEIGHT: 1em"></DIV>
<DIV>DO NOT LEAVE LPT CABLE CONNECTED WHEN CONSOLE DOES NOT HAVE AC POWER!</DIV>
<DIV style="HEIGHT: 1em"></DIV>
<DIV style="HEIGHT: 1em"></DIV>
<DIV>//History:</DIV>
<DIV>//</DIV>
<DIV>//2.0</DIV>
<DIV>//Initial Release</DIV>
<DIV>//</DIV>
<DIV>//2.0a</DIV>
<DIV>//Fixed usage for +W, +w</DIV>
<DIV>//Fixed problem with payload injection for large block nands</DIV>
<DIV>//Fixed miscalc of file blocks togo when injecting !raw</DIV>
<DIV>//No ARM code impact</DIV>
<DIV>//</DIV>
<DIV>//</DIV>
<DIV>//2.0b</DIV>
<DIV>//Remove "Press Any Key" for unattended batch file processing</DIV>
<DIV>//Removed retry on individual sectors, retry entire block instead, including erase</DIV>
<DIV>// attempt to program all sectors anyway, then report status</DIV>
<DIV>//ARM code update required for above</DIV>
<DIV>//Added ARM HW version test, (U32) 0000 0001 required or abort</DIV>
<DIV>//Added "Virtual Nand" device</DIV>
<DIV>//</DIV>
<DIV>//</DIV>
<DIV>//2.0c</DIV>
<DIV>//Bit settling verify feature added for LPT reading</DIV>
<DIV>//Add support for Jasper16a</DIV>
<DIV>//Improved detection for virtual nand device, fixes some problems with writing to vnand.</DIV>
<DIV>//Allways corrects the ECC bytes (but not SPARE), even in raw mode</DIV>
<DIV>// ie: A raw file that has been hex edited can simply be flashed with -w</DIV>
<DIV>//</DIV>
<DIV>//Added command line swithces</DIV>
<DIV>//%r will read SPARE data only, 16 bytes per block</DIV>
<DIV>//@w will write RAW file, while correcting block numbers</DIV>
<DIV>//Can "force" a flash config on command line by appending :HexFlashConfig</DIV></FONT>

Lv.6 / 병장 . 기리짱 (kirikil)

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포 인 트 : 1769 P
가 입 일 : 2008-11-12 오전 11:44:20
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