fzabkar wrote:
Module 0x109 is basically a copy of the ROM code with templates for the adaptive components.
Can you upload the other 0x10? modules? We may be able to find a compatible 0x109 in other resource dumps.
I see. Anyway, I used a different method. I went back to WDMarvel and, with the donor head, I reobtained the SA modules via S/A operations >> Modules operations. The previous method I used to obtain the modules was from ROM >> Modules in ROM which the modules weren't in the 010#/10# filename format when I just read them and were saved in the PZU/Copy from SA folder. The new method works better for me as they were in the 010# filename format when I just read them, I got the 0109.mod file, all the required modules were saved in the Modules folder, and I was able to create a regenerated ROM file with the .mod files:
Code:
Microsoft Windows [Version 10.0.22621.1555]
(c) Microsoft Corporation. All rights reserved.
C:\Users\ostkk>J:
J:\>cd WD_ROM_Tool
J:\WD_ROM_Tool>wdROMreg.exe
This program regenerates a WD ROM using SA modules 0x102, 0x103, 0x104, 0x105, 0x106, 0x107 and 0x109.
The user must specify the source directory for the SA modules and the name of the ROM output file.
The program will look for SA file names and extensions such as 0109, 109, .rpm, .mod and .bin.
Usage: WDROMREG dir=module_dir_path[\] romfil=rom_file_name
Example1: WDROMREG DIR=C:\downloads\wd\firmware romfil=ROM.bin
Example2: wdROMreg dir="d:\wd firmware\" ROMFIL="ROM 1.bin"
J:\WD_ROM_Tool>wdROMreg dir="J:\WD_ROM_Tool\Patient - WCAU40285619\Modules" ROMFIL="WCAU40285619.bin"
SA module 0x102 found at 0102.mod
SA module 0x103 found at 0103.mod
SA module 0x104 found at 0104.mod
SA module 0x105 found at 0105.mod
SA module 0x106 found at 0106.mod
SA module 0x107 found at 0107.mod
SA module 0x109 found at 0109.mod
Analysing SA module 0x109 -- J:\WD_ROM_Tool\Patient - WCAU40285619\Modules\0109.mod
Regerated ROM saved to WCAU40285619.bin
J:\WD_ROM_Tool>
After creating the ROM file and testing it, here is the test result:
Attachment:
File comment: Analysis text result
ROManalysis.txt [3.31 KiB]
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