Files
OpenSuperClone/res/oscscripts/wd_royl_dump_mod_all.osc
T

324 lines
7.7 KiB
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seti $printhelp = $printhelp
seti $help = $help
if $help = 1
echo 'Western Digital ROYL dump all modules using vendor specific commands.'
echo 'This will dump the sectors of the modules to the files "modulexxxx.bin".'
echo 'Note that some USB drives do not support these vendor specific commands.'
if $printhelp = 1
exit 0
endif
echo 'Hit ENTER to continue...'
userinput $choicestring
previousscript
endif
include good_subroutines.osc
# set the filename to be written to
sets $filename = "mod01.bin"
# delete existing file so there is no confusion
deletefile $filename
# get model and serial using identify device command
echo "identify"
buffersize 512
setreadpio
ata28cmd 0 0 0 0 0 0xa0 0xec
# check if command failed
gosub status_check
wordflipbuffer 0 512
# extract model and serial and trim leading and trailing spaces
sets $model = "null"
sets $serial = "null"
seti $count = 0
seti $start_offset = 54
while $count < 40
seti $byte = buffer $start_offset
if $byte > 0x20
break
endif
seti $start_offset = $start_offset + 1
seti $count = $count + 1
done
seti $count = 0
seti $end_offset = 93
while $count < 40
seti $byte = buffer $end_offset
if $byte > 0x20
break
endif
seti $end_offset = $end_offset - 1
seti $count = $count + 1
done
seti $end_offset = $end_offset + 1
seti $size = $end_offset - $start_offset
if $size > 0
sets $model = buffer $start_offset $size
endif
# find out if it is a WD drive
sets $wdcheck = buffer $start_offset 3
sets $compare = "WDC"
if $wdcheck != $compare
echo "Model: " $model
echo "Drive is not WD, exiting"
previousscript
endif
seti $count = 0
seti $start_offset = 20
while $count < 20
seti $byte = buffer $start_offset
if $byte > 0x20
break
endif
seti $start_offset = $start_offset + 1
seti $count = $count + 1
done
seti $count = 0
seti $end_offset = 39
while $count < 20
seti $byte = buffer $end_offset
if $byte > 0x20
break
endif
seti $end_offset = $end_offset - 1
seti $count = $count + 1
done
seti $end_offset = $end_offset + 1
seti $size = $end_offset - $start_offset
if $size > 0
sets $serial = buffer $start_offset $size
endif
echo "Model: " $model
echo "Serial: " $serial
clearbuffer
# enable vendor specific commands
echo "enable vsc"
buffersize 0
setreadpio
ata28cmd 0x45 0x0b 0x00 0x44 0x57 0xa0 0x80
# check if command failed
gosub status_check
# vsc to prepare (command to set for module 01 access)
echo "prepare access"
buffersize 0x200
clearbuffer
setbuffer 0
08 00 01 00 01
endbuffer
setwritepio
ata28cmd 0xd6 0x01 0xbe 0x4f 0xc2 0xa0 0xb0
# check if command failed
gosub status_check
# send again
ata28cmd 0xd6 0x01 0xbe 0x4f 0xc2 0xa0 0xb0
# check if command failed
gosub status_check
# vsc to get a sector of the module
echo "read sector"
setreadpio
clearbuffer
ata28cmd 0xd5 0x01 0xbf 0x4f 0xc2 0xa0 0xb0
# check if command failed
gosub status_check
# show how many sectors the module contains
seti $mod_length_sectors = buffer 0xa
seti $tempnum = buffer 0xb
seti $tempnum = $tempnum > 8
seti $mod_length_sectors = $mod_length_sectors + $tempnum
echo "module length in sectors= " $mod_length_sectors
seti $remaining_sectors = $mod_length_sectors - 1
# copy the sector to the scratchpad
seti $scratchpad_size = $mod_length_sectors * 512
scratchpadsize $scratchpad_size
copybuffertoscratchpad 0 0 0x200
# vsc to get the remaining sectors
# this gets them one at a time
# there is a way to get them all at once,
# but there was a case where that did not work
echo "read sectors"
seti $count = 1
while $count < $mod_length_sectors
buffersize 0x200
clearbuffer
ata28cmd 0xd5 0x01 0xbf 0x4f 0xc2 0xa0 0xb0
# check if command failed
gosub status_check
# copy the sectors to the scratchpad
seti $offset = $count * 0x200
copybuffertoscratchpad 0 $offset 0x200
seti $count = $count + 1
done
# write the sectors to the file
writescratchpad $filename 0 0 $scratchpad_size
# show it on the screen
#printscratchpad 0 $scratchpad_size
# disable vendor specific commands
echo "disable vsc"
buffersize 0
setreadpio
ata28cmd 0x44 0x0b 0x00 0x44 0x57 0xa0 0x80
# check if command failed
gosub status_check
# process the module
echo "Header:"
printscratchpad 0 4
seti $mod_id = scratchpad 8 w
hex
echo "Module ID = 0x" $mod_id
echo "Size in sectors = 0x" $mod_length_sectors
seti $checksum = scratchpad 0xc dw
echo "32 bit checksum = 0x" $checksum
seti $total_records = scratchpad 0x30 w
echo "Total records = 0x" $total_records
decimal
sets $header = scratchpad 0 4
sets $header_check = "ROYL"
if $header != $header_check
echo "Header is not 'ROYL', exiting"
previousscript
endif
# calculate checksum
seti $calculated_checksum = 0
seti $count = 0
while $count < $scratchpad_size
seti $dword = scratchpad $count dw
seti $calculated_checksum = $calculated_checksum + $dword
seti $count = $count + 4
# skip the actual checksum bytes
if $count = 0xc
seti $count = $count + 4
endif
done
seti $calculated_checksum = $calculated_checksum & 0xffffffff
seti $calculated_checksum = 0xffffffff - $calculated_checksum
seti $calculated_checksum = $calculated_checksum + 1
if $checksum = $calculated_checksum
sets $message = " (good)"
else
sets $message = " (BAD)"
endif
hex
echo "Calculated Checksum = 0x" $calculated_checksum $message
decimal
if $checksum != $calculated_checksum
echo "Calculated checksum does not match actual, exiting"
previousscript
endif
# process the data records
seti $record_count = 0
seti $offset = 0x32
echo ""
while $record_count < $total_records
seti $record_count = $record_count + 1
seti $record_length = scratchpad $offset b
seti $next_record_offset = $offset + $record_length
seti $offset = $offset + 2
seti $module_id = scratchpad $offset w
seti $offset = $offset + 2
seti $module_size = scratchpad $offset w
hex
echo "Module ID = 0x" $module_id " Size in sectors = 0x" $module_size
decimal
seti $offset = $next_record_offset
gosub read_module
done
previousscript
end
subroutine status_check_no_stop
seti $command_failed = 0
gosub check_command_status
if $command_failed = 1
echo "Command failed!"
gosub show_sense_data
gosub show_ata_return_status
endif
endsubroutine
subroutine read_module
# set the filename to be written to
hex
sets $filename = "module" $module_id ".bin"
decimal
# delete existing file so there is no confusion
deletefile $filename
# enable vendor specific commands
echo "enable vsc"
buffersize 0
setreadpio
ata28cmd 0x45 0x0b 0x00 0x44 0x57 0xa0 0x80
# check if command failed
gosub status_check
# vsc to prepare to read module
echo "prepare to read"
buffersize 0x200
clearbuffer
seti $idlow = $module_id & 0xff
seti $idhigh = $module_id > 8
setbuffer 0
08 00 01 00 $idlow $idhigh
endbuffer
setwritepio
ata28cmd 0xd6 0x01 0xbe 0x4f 0xc2 0xa0 0xb0
# check if command failed
gosub status_check
# send again
ata28cmd 0xd6 0x01 0xbe 0x4f 0xc2 0xa0 0xb0
# check if command failed
gosub status_check
# vsc to get the sectors of the module
# this gets them one at a time
# there is a way to get them all at once,
# but there was a case where that did not work
echo "read sectors"
seti $count = 0
setreadpio
while $count < $module_size
buffersize 0x200
clearbuffer
ata28cmd 0xd5 0x01 0xbf 0x4f 0xc2 0xa0 0xb0
# check if command failed
gosub status_check_no_stop
if $command_failed != 0
break
endif
# write the sectors to the file
seti $write_offset = $count * 0x200
writebuffer $filename 0 $write_offset 0x200
seti $count = $count + 1
done
# disable vendor specific commands
echo "disable vsc"
buffersize 0
setreadpio
ata28cmd 0x44 0x0b 0x00 0x44 0x57 0xa0 0x80
# check if command failed
gosub status_check
endsubroutine