Turkish88, GennadyIS, AntiMember, спасибо!
Скромно предлагаю ссылку на архив запихать в шапку темы, ибо я как автор этих софтин вообще не против их открытого распространения.
Возможно, также пригодится видео-мануал по чистке "рыжиков" (и там ещё лечение "дятловости").
Между делом - Barracuda I это вообще халява. Да, треки я все вычитал через буфер и сделал из них бинарники своей Log2PF. Но это, в принципе, нафиг не нужно.
Флешка там параллельная, уровня F> нет (т.е. без раскручивания дисков он стартует сразу на T>).
Скан пущен просто:
T>N2,AA,22
T>^T
[more]
(Begin Test 02
Not Power Cycling
Not Power Cycling
Zone 0 Head 0 adaptives set to defaults
Zone 0 Head 1 adaptives set to defaults
Zone 0 Head 2 adaptives set to defaults
Zone 0 Head 3 adaptives set to defaults
Zone 1 Head 0 adaptives set to defaults
Zone 1 Head 1 adaptives set to defaults
Zone 1 Head 2 adaptives set to defaults
Zone 1 Head 3 adaptives set to defaults
Zone 2 Head 0 adaptives set to defaults
Zone 2 Head 1 adaptives set to defaults
Zone 2 Head 2 adaptives set to defaults
Zone 2 Head 3 adaptives set to defaults
Zone 3 Head 0 adaptives set to defaults
Zone 3 Head 1 adaptives set to defaults
Zone 3 Head 2 adaptives set to defaults
Zone 3 Head 3 adaptives set to defaults
Zone 4 Head 0 adaptives set to defaults
Zone 4 Head 1 adaptives set to defaults
Zone 4 Head 2 adaptives set to defaults
Zone 4 Head 3 adaptives set to defaults
Zone 5 Head 0 adaptives set to defaults
Zone 5 Head 1 adaptives set to defaults
Zone 5 Head 2 adaptives set to defaults
Zone 5 Head 3 adaptives set to defaults
Zone 6 Head 0 adaptives set to defaults
Zone 6 Head 1 adaptives set to defaults
Zone 6 Head 2 adaptives set to defaults
Zone 6 Head 3 adaptives set to defaults
Zone 7 Head 0 adaptives set to defaults
Zone 7 Head 1 adaptives set to defaults
Zone 7 Head 2 adaptives set to defaults
Zone 7 Head 3 adaptives set to defaults
Zone 8 Head 0 adaptives set to defaults
Zone 8 Head 1 adaptives set to defaults
Zone 8 Head 2 adaptives set to defaults
Zone 8 Head 3 adaptives set to defaults
Zone 9 Head 0 adaptives set to defaults
Zone 9 Head 1 adaptives set to defaults
Zone 9 Head 2 adaptives set to defaults
Zone 9 Head 3 adaptives set to defaults
Warning: all skip cylinders will be deleted from disk
<no cylinders skipped>
drive must be reformatted
CYL = 0100 Bias = 0031 CYL = 0300 Bias = 002F
CYL = 0500 Bias = 002F CYL = 0700 Bias = 002E
CYL = 0900 Bias = 002F CYL = 0B00 Bias = 002C
CYL = 0D00 Bias = 002C CYL = 0F00 Bias = 002B
CYL = 1100 Bias = 0028 CYL = 1300 Bias = 0024
CYL = 1500 Bias = 0021 CYL = 1700 Bias = 001C
CYL = 1900 Bias = 0018 CYL = 1B00 Bias = 0015
CYL = 1D00 Bias = 0015 CYL = 1F00 Bias = 0015
CYL = 2100 Bias = 0018 CYL = 2300 Bias = 001A
CYL = 2500 Bias = 001A CYL = 2700 Bias = 0019
CYL = 2900 Bias = 0018 CYL = 2B00 Bias = 0016
CYL = 2D00 Bias = 0014 CYL = 2F00 Bias = 0010
CYL = 3100 Bias = 000E CYL = 3300 Bias = 000A
CYL = 3500 Bias = 0008 CYL = 3700 Bias = 0005
CYL = 3900 Bias = 0002 CYL = 3B00 Bias = -0001
CYL = 3BC6 Bias = -0004
CYL = 005D KA = 42C0 scaled by 4000 CYL = 015D KA = 4280 scaled by 4000
CYL = 025D KA = 4240 scaled by 4000 CYL = 035D KA = 4240 scaled by 4000
CYL = 045D KA = 4200 scaled by 4000 CYL = 055D KA = 4200 scaled by 4000
CYL = 065D KA = 41C0 scaled by 4000 CYL = 075D KA = 41C0 scaled by 4000
CYL = 085D KA = 4180 scaled by 4000 CYL = 095D KA = 4180 scaled by 4000
CYL = 1E48 KA = 40C0 scaled by 4000
CYL = 32E8 KA = 4040 scaled by 4000 CYL = 33E8 KA = 40C0 scaled by 4000
CYL = 34E8 KA = 4080 scaled by 4000 CYL = 35E8 KA = 40C0 scaled by 4000
CYL = 36E8 KA = 4180 scaled by 4000 CYL = 37E8 KA = 4280 scaled by 4000
CYL = 38E8 KA = 4280 scaled by 4000 CYL = 39E8 KA = 42C0 scaled by 4000
CYL = 3AE8 KA = 42C0 scaled by 4000 CYL = 3BE8 KA = 4440 scaled by 4000
Head Linearizing
Cyl = 1E45
Head = 00 Gain Adjust = 00F3
Head = 01 Gain Adjust = 00C3
Head = 02 Gain Adjust = 00AF
Head = 03 Gain Adjust = 00CC
Head Mask 000F -
Read Bias Current - Head 0 1 2 3 4 5 6 7 8 9
9 B B B
EP=0,TA=0, HiGain=0, OTRd=0, Early Rd=0, Splash=0, Reload=0, VCO=0, MRBias=0
Boost=0, SrvoThrsh=0, RunOut=0, MaxECC=0, ECC 2=1, ECC 1=1, ECC 0=1
Data=03, Write=40, ID=1E
Switch to full int.
Ready
ODCal 0015.00
07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 0676 04C4 0280 019E 0101 00C9 0092 005D 0048 0031 0027 001B 001B 0016 000F 000F 000D 000D 000A 0007 0011 0008 000A 000A 0003 0010 000E 0009 000D 000B 001C 0024 0032 002C 0059 00A3 00D7 01F4 0251 06E0 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF
Min Pos BL BR Rng Pick
0003 0025 0015 002E 001A 0022
IDCal 3C22.00
07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 03AD 0227 0147 010E 0068 0075 0032 0021 0012 000F 0004 0008 0002 0002 0003 0000 0001 0003 0000 0000 0009 0000 0000 0004 0000 0000 0000 0000 0002 0000 0000 0000 0001 000A 000A 000A 0009 0016 0007 0015 0017 002C 0048 0083 00AD 0130 027A 03F0 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF
Min Pos BL BR Rng Pick
0000 003B 0022 0046 0025 0034
ODCal 0015.01
07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07E7 03A9 0220 012A 0094 0045 0037 0022 000A 0013 0007 0006 0004 0003 0002 0000 0003 0000 0000 0000 0000 0003 0000 0000 0000 0003 0000 0000 0000 0003 0002 0003 0003 0001 0003 000B 0006 000A 0013 000C 0026 0032 0070 00D3 01EB 03A2 06EA 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF
Min Pos BL BR Rng Pick
0000 0027 0010 0034 0025 0022
IDCal 3C22.01
07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 06D0 055B 0353 0263 016D 00E0 00BA 0095 003D 0032 002D 0011 000A 0007 000C 0007 0006 0007 0005 0000 0003 0002 0000 0000 0003 0000 0000 0003 0000 0002 0000 0004 0001 0008 0002 000E 000A 0028 001E 0037 0057 006B 00B2 012A 01B1 0325 05A7 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF
Min Pos BL BR Rng Pick
0000 0040 002A 0049 0020 003A
ODCal 0015.02
009C 005F 0037 001E 001D 000E 0005 0005 000A 0009 0002 0002 0002 0002 0006 0007 0000 0000 0000 0000 0000 0005 0000 0000 0008 0004 0006 0006 0005 0015 001B 0031 0036 005B 0099 014E 041C 06A1 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF
Min Pos BL BR Rng Pick
0000 0017 0002 0020 001F 0011
IDCal 3C22.02
07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 0503 0305 0137 00B7 0050 001E 0012 0006 0000 0001 0000 0000 0000 0002 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0001 0003 0000 0003 0004 000F 0014 0023 002A 0047 009D 0112 01B7 030A 04DA 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF
Min Pos BL BR Rng Pick
0000 002F 0011 0036 0026 0024
ODCal 0015.03
07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 074D 0378 01A5 012D 00AE 0070 0033 0025 001A 0018 0005 0007 0009 000B 0000 0004 0003 0005 0006 0006 0009 0007 0006 0002 0009 0005 0006 0008 0005 0009 000D 0007 0004 0015 000E 0015 0007 002B 002A 007C 0083 0124 01D1 02C0 0600 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF
Min Pos BL BR Rng Pick
0000 001C 0014 0034 0021 0024
IDCal 3C22.03
07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 0660 0467 0343 021B 0145 00E7 0097 0055 0031 002B 002B 000B 0010 0004 000E 0005 0006 000B 0000 0000 0000 0002 0004 0000 0002 0000 0000 0000 0000 0003 0000 0000 000C 0004 0004 0009 0002 0008 0005 0006 000F 0015 003D 003C 0091 00AD 0110 0179 026C 03B9 05AF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF
Min Pos BL BR Rng Pick
0000 003F 0028 004B 0024 003A
Hd 0 from 02 to 09 023B 00FB 0065 0030 000A 0010 000A 0004 E = 08
Hd 1 from 04 to 0B 013F 0058 0041 0014 0008 0000 0000 0005 E = 0A
Hd 2 from 04 to 0B 0033 0013 0005 000E 0007 0005 0002 0000 E = 09
Hd 3 from 04 to 0B 02BB 0056 003C 0010 000A 0007 0003 0000 E = 09EP=0,TA=0, HiGain=0, OTRd=1, Early Rd=0, Splash=0, Reload=0, VCO=0, MRBias=0
Boost=0, SrvoThrsh=0, RunOut=0, MaxECC=0, ECC 2=1, ECC 1=1, ECC 0=1
Data=15, Write=40, ID=1E
No entries in Log
EP=0,TA=0, HiGain=1, OTRd=0, Early Rd=0, Splash=1, Reload=1, VCO=1, MRBias=1
Boost=1, SrvoThrsh=1, RunOut=1, MaxECC=1, ECC 2=1, ECC 1=1, ECC 0=1
Data=40, Write=40, ID=1E
VCO Center Value - Zone 0 1 2 3 4 5 6 7 8 9
58 54 54 4E 49 46 42 3D 38 34
Power Cycling
(SN: 7BW0TSVQ)
.PW
8.0E
OkEnd Test 02
Begin Test 03
OkEnd Test 03
Begin Test 04
Kick Off Test
DAC value = FE31
Biasing with current 0010mA
DAC value = FDDE
Biasing with current 0020mA
DAC value = FD8B
Biasing with current 0030mA
DAC value = FD38
Biasing with current 0040mA
DAC value = FCE5
Biasing with current 0050mA
DAC value = FC92
Biasing with current 0060mA
DAC value = FC3F
Biasing with current 0070mA
DAC value = FBEC
Biasing with current 0080mA
DAC value = FB99
Biasing with current 0090mA
DAC value = FB46
Biasing with current 0100mA
DAC value = FAF3
Biasing with current 0110mA
DAC value = FAA0
Biasing with current 0120mA
DAC value = FA4D
Biasing with current 0130mA
DAC value = F9FA
Biasing with current 0140mA
DAC value = F9A7
Biasing with current 0150mA
DAC value = F954
Biasing with current 0160mA
DAC value = F901
Biasing with current 0170mA
DAC value = F8AE
Biasing with current 0180mA
DAC value = F85B
Biasing with current 0190mA
DAC value = FE65
Passed Max OD Bias Current = 0190mA. Limit = 0070mA
Head Mask 000F - Switch to full int.
Ready
OkEnd Test 04
Begin Test 05
=">=2 - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - =- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - =( - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - =# - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - =7 --------------------------------------------------------------------------------=2'*=%'o=2(*=%(o=2)*=%)o=2**=%*o=2+*=%+o=2,*=%,o=2-*=%-o=2.*=%.o=2/*=%/o=20*=%0o=11*=%1o=12*=%2o=23*=%3o=14*=&4o=25*=%5o=26*=&6o=07*=&7o=18*=%8o=19*=%9o=2:*=&:o=1;*=&;o=2<*=&<o=2=*=&=o=1>*=&>o=2?*=&?o=2@*=&@o=1A*=&Ao=2B*='Bo=2C*='Co=2D*='Do=1E*='Eo=1F*='Fo=2G*='Go=1H*='Ho=2I*='Io=2J*='Jo=2K*='Ko=2L*='Lo=2M*='Mo=2N*='No=2O*='Oo=2P*='Po=2Q*='Qo=2R*='Ro=2S*='So=2T*='To=2U*='Uo=2V*='Vo=1W*='Wo=1X*='Xo=2Y*='Yo=1Z*='Zo=2[*='[o=2\*='\o=2]*=']o=1^*='^o=1_*='_o=2`*='`o=2a*='ao=2b*='bo=1c*='co=2d*=(do=2e*=(eo=1f*=(fo=2g*=(go=2h*=(ho=2i*=(io=2j*=(jo=2k*=(ko=2l*=(lo=1m*=(mo=7 *=Hyst Scaled /2, o= +intg val, x= -intg val, o and x are Scaled /8
OkEnd Test 05
Begin Test 06
Head Switch Radial Offset Tangen
Cyl. 0010 Hd 01 Sec 00 0005 FF66 FFFB
Cyl. 0010 Hd 02 Sec 00 0005 FF56 FFFF
Cyl. 0010 Hd 03 Sec 00 0003 FFB7 0000
Cyl. 0010 Hd 00 Sec 00 0008 01B6 0002
Head Switch Radial Offset Tangen
Cyl. 3C27 Hd 01 Sec 00 0003 FFF1 FFFE
Cyl. 3C27 Hd 02 Sec 00 0003 0001 FFFA
Cyl. 3C27 Hd 03 Sec 00 0003 FFC7 0003
Cyl. 3C27 Hd 00 Sec 00 0006 00B1 FFFF
OkEnd Test 06
.......
[/more]
Завершился успешно:
[more]
.......
Begin Test 61
OkEnd Test 61
Begin Test 62
OkEnd Test 62
Begin Test 63
OkEnd Test 63
Begin Test 49
Not Power Cycling
EP=1,TA=1, HiGain=1, OTRd=1, Early Rd=1, Splash=1, Reload=1, VCO=1, MRBias=1
Boost=1, SrvoThrsh=1, RunOut=1, MaxECC=1, ECC 2=1, ECC 1=1, ECC 0=1
Data=FF, Write=FF, ID=FF
Wrt Buf Ovly
T=14.1 ms
Rbit Hard Firm Soft OTF Raw Rhdr Wbit Whrd Wrty Whdr
Limit 10.2 10.2 9.5 8.0 0.0 6.0 7.4 9.2 9.2 6.5 7.4
Hd 0 10.4 10.4 10.4 10.4 10.4 8.3 10.4 0.0 0.0 0.0 0.0
Hd 1 10.4 10.4 10.4 10.4 10.4 7.8 10.4 0.0 0.0 0.0 0.0
Hd 2 10.4 10.4 10.4 10.4 10.4 8.8 10.4 5.3 5.3 5.3 5.3
Hd 3 10.4 10.4 10.4 10.4 9.8 7.7 10.4 0.0 0.0 0.0 0.0
No entries in Log
OkEnd Test 49
Begin Test 4A
Not Power Cycling
HEAD 1x WEIGHTS 2x WEIGHTS
00 -005D 0024 -0002 0002
01 -000E -0005 0000 0000
02 -0001 0001 -0006 0000
03 -0002 -0003 0000 0000
The AFC 1x sum of squares weight limit is HEX 00108100
Head Mask 000F - Head Mask 000F - Switch to full int.
Ready
Ramp
Current = 0352 ma.
Kick Off Test
DAC value = FE39
Biasing with current 0010mA
DAC value = FDE6
Biasing with current 0020mA
DAC value = FD93
Biasing with current 0030mA
DAC value = FD40
Biasing with current 0040mA
DAC value = FCED
Biasing with current 0050mA
DAC value = FC9A
Biasing with current 0060mA
DAC value = FC47
Biasing with current 0070mA
DAC value = FBF4
Biasing with current 0080mA
DAC value = FBA1
Biasing with current 0090mA
DAC value = FB4E
Biasing with current 0100mA
DAC value = FAFB
Biasing with current 0110mA
DAC value = FAA8
Biasing with current 0120mA
DAC value = FA55
Biasing with current 0130mA
DAC value = FA02
Biasing with current 0140mA
DAC value = F9AF
Biasing with current 0150mA
DAC value = F95C
Biasing with current 0160mA
DAC value = F909
Biasing with current 0170mA
DAC value = F8B6
Biasing with current 0180mA
DAC value = F863
Biasing with current 0190mA
DAC value = FE67
Passed Max OD Bias Current = 0190mA. Limit = 0070mA
Head Mask 000F - Switch to full int.
Ready
OkEnd Test 4A
Begin Test 4E
Not Power Cycling
Log 02 - Health 0000 - Time = 00:04:39
Log 03 - Health 0000 - Time = 00:00:00
Log 04 - Health 0000 - Time = 00:01:14
Log 05 - Health 0000 - Time = 00:00:09
Log 06 - Health 0000 - Time = 00:00:00
Log 07 - Health 0000 - Time = 00:00:00
Log 08 - Health 0000 - Time = 00:25:01
Log 6C - Health 0000 - Time = 00:20:38
Log 0F - Health 0000 - Time = 00:03:39
Log 10 - Health 0000 - Time = 00:03:19
Log 11 - Health 0000 - Time = 00:03:21
Log 12 - Health 0000 - Time = 00:03:13
Log 13 - Health 0000 - Time = 00:03:19
Log 14 - Health 0000 - Time = 00:03:15
Log 15 - Health 0000 - Time = 00:03:16
Log 16 - Health 0000 - Time = 00:03:24
Log 17 - Health 0000 - Time = 00:03:13
Log 18 - Health 0000 - Time = 00:03:21
Log 19 - Health 0000 - Time = 00:04:07
Log 1F - Health 0000 - Time = 00:00:01
Log 20 - Health 0000 - Time = 00:07:03
Log 23 - Health 0000 - Time = 00:04:23
Log 25 - Health 0000 - Time = 00:05:04
Log 31 - Health 0000 - Time = 00:23:11
Log 32 - Health 0000 - Time = 00:30:47
Log 33 - Health 0000 - Time = 00:00:00
Log 34 - Health 0000 - Time = 00:00:00
Log 35 - Health 0000 - Time = 00:20:17
Log 36 - Health 0000 - Time = 00:02:43
Log 37 - Health 0000 - Time = 00:02:14
Log 38 - Health 0000 - Time = 00:00:00
Log 39 - Health 0000 - Time = 00:00:00
Log 3A - Health 0000 - Time = 00:36:32
Log 3B - Health 0000 - Time = 00:05:36
Log 3C - Health 0000 - Time = 00:05:30
Log 3D - Health 0000 - Time = 00:00:00
Log 3E - Health 0000 - Time = 00:00:00
Log 3F - Health 0000 - Time = 00:01:18
Log 41 - Health 0000 - Time = 00:01:16
Log 42 - Health 0000 - Time = 00:31:17
Log 43 - Health 0000 - Time = 00:00:30
Log 46 - Health 0000 - Time = 00:00:02
Log 48 - Health 0000 - Time = 00:32:44
Log 47 - Health 0000 - Time = 00:27:50
Log 61 - Health 0000 - Time = 00:00:00
Log 62 - Health 0000 - Time = 00:00:00
Log 63 - Health 0000 - Time = 00:00:00
Log 49 - Health 0000 - Time = 00:20:18
Log 4A - Health 0000 - Time = 00:01:30
Log 4E - Health 0000 - Time = 00:00:00
Total Cert Time = 05:49:14
OkEnd Test 50
T>
[/more]
На всякий случай я ему сказал
T>w
T>c
Но среагировал он только на первое.
В общем, оверлей, вендор и серт заливать потом или принудительно класть на блины не нужно - оно всё само.
Рестарт - и винт уже на интерфейсе с правильным паспортом и чистым SMART'ом.
Все 4 головы живы-здоровы, поляна пишется-читается без проблем.
Харду 15 лет...
Вот, если что, скрипт полного вычитывания служебки Barracuda I (Durango) для ST_MEM_FREE:
[more]// Read SA from DURANGO (Barracuda I)
// Read buffer: 0x000
// SA SPT: 0x200
// Speed up
SPEED/57600
LEVEL/2
// Seek to track 0x000D (cert code)
STR/s000D,0
// Read all sectors on track via read buffer
STR/R0,10
BUF/0/F/dump000D.trk/1/1
STR/R10,10
BUF/0/F/dump000D.trk/0/1
STR/R20,10
BUF/0/F/dump000D.trk/0/1
STR/R30,10
BUF/0/F/dump000D.trk/0/1
STR/R40,10
BUF/0/F/dump000D.trk/0/1
STR/R50,10
BUF/0/F/dump000D.trk/0/1
STR/R60,10
BUF/0/F/dump000D.trk/0/1
STR/R70,10
BUF/0/F/dump000D.trk/0/1
STR/R80,10
BUF/0/F/dump000D.trk/0/1
STR/R90,10
BUF/0/F/dump000D.trk/0/1
STR/RA0,10
BUF/0/F/dump000D.trk/0/1
STR/RB0,10
BUF/0/F/dump000D.trk/0/1
STR/RC0,10
BUF/0/F/dump000D.trk/0/1
STR/RD0,10
BUF/0/F/dump000D.trk/0/1
STR/RE0,10
BUF/0/F/dump000D.trk/0/1
STR/RF0,10
BUF/0/F/dump000D.trk/0/1
STR/R100,10
BUF/0/F/dump000D.trk/0/1
STR/R110,10
BUF/0/F/dump000D.trk/0/1
STR/R120,10
BUF/0/F/dump000D.trk/0/1
STR/R130,10
BUF/0/F/dump000D.trk/0/1
STR/R140,10
BUF/0/F/dump000D.trk/0/1
STR/R150,10
BUF/0/F/dump000D.trk/0/1
STR/R160,10
BUF/0/F/dump000D.trk/0/1
STR/R170,10
BUF/0/F/dump000D.trk/0/1
STR/R180,10
BUF/0/F/dump000D.trk/0/1
STR/R190,10
BUF/0/F/dump000D.trk/0/1
STR/R1A0,10
BUF/0/F/dump000D.trk/0/1
STR/R1B0,10
BUF/0/F/dump000D.trk/0/1
STR/R1C0,10
BUF/0/F/dump000D.trk/0/1
STR/R1D0,10
BUF/0/F/dump000D.trk/0/1
STR/R1E0,10
BUF/0/F/dump000D.trk/0/1
STR/R1F0,10
BUF/0/F/dump000D.trk/0/1
// Seek to track 0x000A (interface overlay)
STR/s000A,0
// Read all sectors on track via read buffer
STR/R0,10
BUF/0/F/dump000A.trk/1/1
STR/R10,10
BUF/0/F/dump000A.trk/0/1
STR/R20,10
BUF/0/F/dump000A.trk/0/1
STR/R30,10
BUF/0/F/dump000A.trk/0/1
STR/R40,10
BUF/0/F/dump000A.trk/0/1
STR/R50,10
BUF/0/F/dump000A.trk/0/1
STR/R60,10
BUF/0/F/dump000A.trk/0/1
STR/R70,10
BUF/0/F/dump000A.trk/0/1
STR/R80,10
BUF/0/F/dump000A.trk/0/1
STR/R90,10
BUF/0/F/dump000A.trk/0/1
STR/RA0,10
BUF/0/F/dump000A.trk/0/1
STR/RB0,10
BUF/0/F/dump000A.trk/0/1
STR/RC0,10
BUF/0/F/dump000A.trk/0/1
STR/RD0,10
BUF/0/F/dump000A.trk/0/1
STR/RE0,10
BUF/0/F/dump000A.trk/0/1
STR/RF0,10
BUF/0/F/dump000A.trk/0/1
STR/R100,10
BUF/0/F/dump000A.trk/0/1
STR/R110,10
BUF/0/F/dump000A.trk/0/1
STR/R120,10
BUF/0/F/dump000A.trk/0/1
STR/R130,10
BUF/0/F/dump000A.trk/0/1
STR/R140,10
BUF/0/F/dump000A.trk/0/1
STR/R150,10
BUF/0/F/dump000A.trk/0/1
STR/R160,10
BUF/0/F/dump000A.trk/0/1
STR/R170,10
BUF/0/F/dump000A.trk/0/1
STR/R180,10
BUF/0/F/dump000A.trk/0/1
STR/R190,10
BUF/0/F/dump000A.trk/0/1
STR/R1A0,10
BUF/0/F/dump000A.trk/0/1
STR/R1B0,10
BUF/0/F/dump000A.trk/0/1
STR/R1C0,10
BUF/0/F/dump000A.trk/0/1
STR/R1D0,10
BUF/0/F/dump000A.trk/0/1
STR/R1E0,10
BUF/0/F/dump000A.trk/0/1
STR/R1F0,10
BUF/0/F/dump000A.trk/0/1
// Seek to track 0x000F (vendor data)
STR/s000F,0
// Read all sectors on track via read buffer
STR/R0,10
BUF/0/F/dump000F.trk/1/1
STR/R10,10
BUF/0/F/dump000F.trk/0/1
STR/R20,10
BUF/0/F/dump000F.trk/0/1
STR/R30,10
BUF/0/F/dump000F.trk/0/1
STR/R40,10
BUF/0/F/dump000F.trk/0/1
STR/R50,10
BUF/0/F/dump000F.trk/0/1
STR/R60,10
BUF/0/F/dump000F.trk/0/1
STR/R70,10
BUF/0/F/dump000F.trk/0/1
STR/R80,10
BUF/0/F/dump000F.trk/0/1
STR/R90,10
BUF/0/F/dump000F.trk/0/1
STR/RA0,10
BUF/0/F/dump000F.trk/0/1
STR/RB0,10
BUF/0/F/dump000F.trk/0/1
STR/RC0,10
BUF/0/F/dump000F.trk/0/1
STR/RD0,10
BUF/0/F/dump000F.trk/0/1
STR/RE0,10
BUF/0/F/dump000F.trk/0/1
STR/RF0,10
BUF/0/F/dump000F.trk/0/1
STR/R100,10
BUF/0/F/dump000F.trk/0/1
STR/R110,10
BUF/0/F/dump000F.trk/0/1
STR/R120,10
BUF/0/F/dump000F.trk/0/1
STR/R130,10
BUF/0/F/dump000F.trk/0/1
STR/R140,10
BUF/0/F/dump000F.trk/0/1
STR/R150,10
BUF/0/F/dump000F.trk/0/1
STR/R160,10
BUF/0/F/dump000F.trk/0/1
STR/R170,10
BUF/0/F/dump000F.trk/0/1
STR/R180,10
BUF/0/F/dump000F.trk/0/1
STR/R190,10
BUF/0/F/dump000F.trk/0/1
STR/R1A0,10
BUF/0/F/dump000F.trk/0/1
STR/R1B0,10
BUF/0/F/dump000F.trk/0/1
STR/R1C0,10
BUF/0/F/dump000F.trk/0/1
STR/R1D0,10
BUF/0/F/dump000F.trk/0/1
STR/R1E0,10
BUF/0/F/dump000F.trk/0/1
STR/R1F0,10
BUF/0/F/dump000F.trk/0/1
// Seek to track 0x0006
STR/s0006,0
// Read all sectors on track via read buffer
STR/R0,10
BUF/0/F/dump0006.trk/1/1
STR/R10,10
BUF/0/F/dump0006.trk/0/1
STR/R20,10
BUF/0/F/dump0006.trk/0/1
STR/R30,10
BUF/0/F/dump0006.trk/0/1
STR/R40,10
BUF/0/F/dump0006.trk/0/1
STR/R50,10
BUF/0/F/dump0006.trk/0/1
STR/R60,10
BUF/0/F/dump0006.trk/0/1
STR/R70,10
BUF/0/F/dump0006.trk/0/1
STR/R80,10
BUF/0/F/dump0006.trk/0/1
STR/R90,10
BUF/0/F/dump0006.trk/0/1
STR/RA0,10
BUF/0/F/dump0006.trk/0/1
STR/RB0,10
BUF/0/F/dump0006.trk/0/1
STR/RC0,10
BUF/0/F/dump0006.trk/0/1
STR/RD0,10
BUF/0/F/dump0006.trk/0/1
STR/RE0,10
BUF/0/F/dump0006.trk/0/1
STR/RF0,10
BUF/0/F/dump0006.trk/0/1
STR/R100,10
BUF/0/F/dump0006.trk/0/1
STR/R110,10
BUF/0/F/dump0006.trk/0/1
STR/R120,10
BUF/0/F/dump0006.trk/0/1
STR/R130,10
BUF/0/F/dump0006.trk/0/1
STR/R140,10
BUF/0/F/dump0006.trk/0/1
STR/R150,10
BUF/0/F/dump0006.trk/0/1
STR/R160,10
BUF/0/F/dump0006.trk/0/1
STR/R170,10
BUF/0/F/dump0006.trk/0/1
STR/R180,10
BUF/0/F/dump0006.trk/0/1
STR/R190,10
BUF/0/F/dump0006.trk/0/1
STR/R1A0,10
BUF/0/F/dump0006.trk/0/1
STR/R1B0,10
BUF/0/F/dump0006.trk/0/1
STR/R1C0,10
BUF/0/F/dump0006.trk/0/1
STR/R1D0,10
BUF/0/F/dump0006.trk/0/1
STR/R1E0,10
BUF/0/F/dump0006.trk/0/1
STR/R1F0,10
BUF/0/F/dump0006.trk/0/1
// Seek to track 0x0007
STR/s0007,0
// Read all sectors on track via read buffer
STR/R0,10
BUF/0/F/dump0007.trk/1/1
STR/R10,10
BUF/0/F/dump0007.trk/0/1
STR/R20,10
BUF/0/F/dump0007.trk/0/1
STR/R30,10
BUF/0/F/dump0007.trk/0/1
STR/R40,10
BUF/0/F/dump0007.trk/0/1
STR/R50,10
BUF/0/F/dump0007.trk/0/1
STR/R60,10
BUF/0/F/dump0007.trk/0/1
STR/R70,10
BUF/0/F/dump0007.trk/0/1
STR/R80,10
BUF/0/F/dump0007.trk/0/1
STR/R90,10
BUF/0/F/dump0007.trk/0/1
STR/RA0,10
BUF/0/F/dump0007.trk/0/1
STR/RB0,10
BUF/0/F/dump0007.trk/0/1
STR/RC0,10
BUF/0/F/dump0007.trk/0/1
STR/RD0,10
BUF/0/F/dump0007.trk/0/1
STR/RE0,10
BUF/0/F/dump0007.trk/0/1
STR/RF0,10
BUF/0/F/dump0007.trk/0/1
STR/R100,10
BUF/0/F/dump0007.trk/0/1
STR/R110,10
BUF/0/F/dump0007.trk/0/1
STR/R120,10
BUF/0/F/dump0007.trk/0/1
STR/R130,10
BUF/0/F/dump0007.trk/0/1
STR/R140,10
BUF/0/F/dump0007.trk/0/1
STR/R150,10
BUF/0/F/dump0007.trk/0/1
STR/R160,10
BUF/0/F/dump0007.trk/0/1
STR/R170,10
BUF/0/F/dump0007.trk/0/1
STR/R180,10
BUF/0/F/dump0007.trk/0/1
STR/R190,10
BUF/0/F/dump0007.trk/0/1
STR/R1A0,10
BUF/0/F/dump0007.trk/0/1
STR/R1B0,10
BUF/0/F/dump0007.trk/0/1
STR/R1C0,10
BUF/0/F/dump0007.trk/0/1
STR/R1D0,10
BUF/0/F/dump0007.trk/0/1
STR/R1E0,10
BUF/0/F/dump0007.trk/0/1
STR/R1F0,10
BUF/0/F/dump0007.trk/0/1
// Seek to track 0x0008
STR/s0008,0
// Read all sectors on track via read buffer
STR/R0,10
BUF/0/F/dump0008.trk/1/1
STR/R10,10
BUF/0/F/dump0008.trk/0/1
STR/R20,10
BUF/0/F/dump0008.trk/0/1
STR/R30,10
BUF/0/F/dump0008.trk/0/1
STR/R40,10
BUF/0/F/dump0008.trk/0/1
STR/R50,10
BUF/0/F/dump0008.trk/0/1
STR/R60,10
BUF/0/F/dump0008.trk/0/1
STR/R70,10
BUF/0/F/dump0008.trk/0/1
STR/R80,10
BUF/0/F/dump0008.trk/0/1
STR/R90,10
BUF/0/F/dump0008.trk/0/1
STR/RA0,10
BUF/0/F/dump0008.trk/0/1
STR/RB0,10
BUF/0/F/dump0008.trk/0/1
STR/RC0,10
BUF/0/F/dump0008.trk/0/1
STR/RD0,10
BUF/0/F/dump0008.trk/0/1
STR/RE0,10
BUF/0/F/dump0008.trk/0/1
STR/RF0,10
BUF/0/F/dump0008.trk/0/1
STR/R100,10
BUF/0/F/dump0008.trk/0/1
STR/R110,10
BUF/0/F/dump0008.trk/0/1
STR/R120,10
BUF/0/F/dump0008.trk/0/1
STR/R130,10
BUF/0/F/dump0008.trk/0/1
STR/R140,10
BUF/0/F/dump0008.trk/0/1
STR/R150,10
BUF/0/F/dump0008.trk/0/1
STR/R160,10
BUF/0/F/dump0008.trk/0/1
STR/R170,10
BUF/0/F/dump0008.trk/0/1
STR/R180,10
BUF/0/F/dump0008.trk/0/1
STR/R190,10
BUF/0/F/dump0008.trk/0/1
STR/R1A0,10
BUF/0/F/dump0008.trk/0/1
STR/R1B0,10
BUF/0/F/dump0008.trk/0/1
STR/R1C0,10
BUF/0/F/dump0008.trk/0/1
STR/R1D0,10
BUF/0/F/dump0008.trk/0/1
STR/R1E0,10
BUF/0/F/dump0008.trk/0/1
STR/R1F0,10
BUF/0/F/dump0008.trk/0/1
// Seek to track 0x0009
STR/s0009,0
// Read all sectors on track via read buffer
STR/R0,10
BUF/0/F/dump0009.trk/1/1
STR/R10,10
BUF/0/F/dump0009.trk/0/1
STR/R20,10
BUF/0/F/dump0009.trk/0/1
STR/R30,10
BUF/0/F/dump0009.trk/0/1
STR/R40,10
BUF/0/F/dump0009.trk/0/1
STR/R50,10
BUF/0/F/dump0009.trk/0/1
STR/R60,10
BUF/0/F/dump0009.trk/0/1
STR/R70,10
BUF/0/F/dump0009.trk/0/1
STR/R80,10
BUF/0/F/dump0009.trk/0/1
STR/R90,10
BUF/0/F/dump0009.trk/0/1
STR/RA0,10
BUF/0/F/dump0009.trk/0/1
STR/RB0,10
BUF/0/F/dump0009.trk/0/1
STR/RC0,10
BUF/0/F/dump0009.trk/0/1
STR/RD0,10
BUF/0/F/dump0009.trk/0/1
STR/RE0,10
BUF/0/F/dump0009.trk/0/1
STR/RF0,10
BUF/0/F/dump0009.trk/0/1
STR/R100,10
BUF/0/F/dump0009.trk/0/1
STR/R110,10
BUF/0/F/dump0009.trk/0/1
STR/R120,10
BUF/0/F/dump0009.trk/0/1
STR/R130,10
BUF/0/F/dump0009.trk/0/1
STR/R140,10
BUF/0/F/dump0009.trk/0/1
STR/R150,10
BUF/0/F/dump0009.trk/0/1
STR/R160,10
BUF/0/F/dump0009.trk/0/1
STR/R170,10
BUF/0/F/dump0009.trk/0/1
STR/R180,10
BUF/0/F/dump0009.trk/0/1
STR/R190,10
BUF/0/F/dump0009.trk/0/1
STR/R1A0,10
BUF/0/F/dump0009.trk/0/1
STR/R1B0,10
BUF/0/F/dump0009.trk/0/1
STR/R1C0,10
BUF/0/F/dump0009.trk/0/1
STR/R1D0,10
BUF/0/F/dump0009.trk/0/1
STR/R1E0,10
BUF/0/F/dump0009.trk/0/1
STR/R1F0,10
BUF/0/F/dump0009.trk/0/1
// Seek to track 0x000B
STR/s000B,0
// Read all sectors on track via read buffer
STR/R0,10
BUF/0/F/dump000B.trk/1/1
STR/R10,10
BUF/0/F/dump000B.trk/0/1
STR/R20,10
BUF/0/F/dump000B.trk/0/1
STR/R30,10
BUF/0/F/dump000B.trk/0/1
STR/R40,10
BUF/0/F/dump000B.trk/0/1
STR/R50,10
BUF/0/F/dump000B.trk/0/1
STR/R60,10
BUF/0/F/dump000B.trk/0/1
STR/R70,10
BUF/0/F/dump000B.trk/0/1
STR/R80,10
BUF/0/F/dump000B.trk/0/1
STR/R90,10
BUF/0/F/dump000B.trk/0/1
STR/RA0,10
BUF/0/F/dump000B.trk/0/1
STR/RB0,10
BUF/0/F/dump000B.trk/0/1
STR/RC0,10
BUF/0/F/dump000B.trk/0/1
STR/RD0,10
BUF/0/F/dump000B.trk/0/1
STR/RE0,10
BUF/0/F/dump000B.trk/0/1
STR/RF0,10
BUF/0/F/dump000B.trk/0/1
STR/R100,10
BUF/0/F/dump000B.trk/0/1
STR/R110,10
BUF/0/F/dump000B.trk/0/1
STR/R120,10
BUF/0/F/dump000B.trk/0/1
STR/R130,10
BUF/0/F/dump000B.trk/0/1
STR/R140,10
BUF/0/F/dump000B.trk/0/1
STR/R150,10
BUF/0/F/dump000B.trk/0/1
STR/R160,10
BUF/0/F/dump000B.trk/0/1
STR/R170,10
BUF/0/F/dump000B.trk/0/1
STR/R180,10
BUF/0/F/dump000B.trk/0/1
STR/R190,10
BUF/0/F/dump000B.trk/0/1
STR/R1A0,10
BUF/0/F/dump000B.trk/0/1
STR/R1B0,10
BUF/0/F/dump000B.trk/0/1
STR/R1C0,10
BUF/0/F/dump000B.trk/0/1
STR/R1D0,10
BUF/0/F/dump000B.trk/0/1
STR/R1E0,10
BUF/0/F/dump000B.trk/0/1
STR/R1F0,10
BUF/0/F/dump000B.trk/0/1
// Seek to track 0x000C
STR/s000C,0
// Read all sectors on track via read buffer
STR/R0,10
BUF/0/F/dump000C.trk/1/1
STR/R10,10
BUF/0/F/dump000C.trk/0/1
STR/R20,10
BUF/0/F/dump000C.trk/0/1
STR/R30,10
BUF/0/F/dump000C.trk/0/1
STR/R40,10
BUF/0/F/dump000C.trk/0/1
STR/R50,10
BUF/0/F/dump000C.trk/0/1
STR/R60,10
BUF/0/F/dump000C.trk/0/1
STR/R70,10
BUF/0/F/dump000C.trk/0/1
STR/R80,10
BUF/0/F/dump000C.trk/0/1
STR/R90,10
BUF/0/F/dump000C.trk/0/1
STR/RA0,10
BUF/0/F/dump000C.trk/0/1
STR/RB0,10
BUF/0/F/dump000C.trk/0/1
STR/RC0,10
BUF/0/F/dump000C.trk/0/1
STR/RD0,10
BUF/0/F/dump000C.trk/0/1
STR/RE0,10
BUF/0/F/dump000C.trk/0/1
STR/RF0,10
BUF/0/F/dump000C.trk/0/1
STR/R100,10
BUF/0/F/dump000C.trk/0/1
STR/R110,10
BUF/0/F/dump000C.trk/0/1
STR/R120,10
BUF/0/F/dump000C.trk/0/1
STR/R130,10
BUF/0/F/dump000C.trk/0/1
STR/R140,10
BUF/0/F/dump000C.trk/0/1
STR/R150,10
BUF/0/F/dump000C.trk/0/1
STR/R160,10
BUF/0/F/dump000C.trk/0/1
STR/R170,10
BUF/0/F/dump000C.trk/0/1
STR/R180,10
BUF/0/F/dump000C.trk/0/1
STR/R190,10
BUF/0/F/dump000C.trk/0/1
STR/R1A0,10
BUF/0/F/dump000C.trk/0/1
STR/R1B0,10
BUF/0/F/dump000C.trk/0/1
STR/R1C0,10
BUF/0/F/dump000C.trk/0/1
STR/R1D0,10
BUF/0/F/dump000C.trk/0/1
STR/R1E0,10
BUF/0/F/dump000C.trk/0/1
STR/R1F0,10
BUF/0/F/dump000C.trk/0/1
// Seek to track 0x000E
STR/s000E,0
// Read all sectors on track via read buffer
STR/R0,10
BUF/0/F/dump000E.trk/1/1
STR/R10,10
BUF/0/F/dump000E.trk/0/1
STR/R20,10
BUF/0/F/dump000E.trk/0/1
STR/R30,10
BUF/0/F/dump000E.trk/0/1
STR/R40,10
BUF/0/F/dump000E.trk/0/1
STR/R50,10
BUF/0/F/dump000E.trk/0/1
STR/R60,10
BUF/0/F/dump000E.trk/0/1
STR/R70,10
BUF/0/F/dump000E.trk/0/1
STR/R80,10
BUF/0/F/dump000E.trk/0/1
STR/R90,10
BUF/0/F/dump000E.trk/0/1
STR/RA0,10
BUF/0/F/dump000E.trk/0/1
STR/RB0,10
BUF/0/F/dump000E.trk/0/1
STR/RC0,10
BUF/0/F/dump000E.trk/0/1
STR/RD0,10
BUF/0/F/dump000E.trk/0/1
STR/RE0,10
BUF/0/F/dump000E.trk/0/1
STR/RF0,10
BUF/0/F/dump000E.trk/0/1
STR/R100,10
BUF/0/F/dump000E.trk/0/1
STR/R110,10
BUF/0/F/dump000E.trk/0/1
STR/R120,10
BUF/0/F/dump000E.trk/0/1
STR/R130,10
BUF/0/F/dump000E.trk/0/1
STR/R140,10
BUF/0/F/dump000E.trk/0/1
STR/R150,10
BUF/0/F/dump000E.trk/0/1
STR/R160,10
BUF/0/F/dump000E.trk/0/1
STR/R170,10
BUF/0/F/dump000E.trk/0/1
STR/R180,10
BUF/0/F/dump000E.trk/0/1
STR/R190,10
BUF/0/F/dump000E.trk/0/1
STR/R1A0,10
BUF/0/F/dump000E.trk/0/1
STR/R1B0,10
BUF/0/F/dump000E.trk/0/1
STR/R1C0,10
BUF/0/F/dump000E.trk/0/1
STR/R1D0,10
BUF/0/F/dump000E.trk/0/1
STR/R1E0,10
BUF/0/F/dump000E.trk/0/1
STR/R1F0,10
BUF/0/F/dump000E.trk/0/1
SLEEP/1000/0
// Return to normal speed
SPEED/9600
[/more]
Upd.
Залил все три софтины и сюда.
Скромно предлагаю ссылку на архив запихать в шапку темы, ибо я как автор этих софтин вообще не против их открытого распространения.
Возможно, также пригодится видео-мануал по чистке "рыжиков" (и там ещё лечение "дятловости").
Между делом - Barracuda I это вообще халява. Да, треки я все вычитал через буфер и сделал из них бинарники своей Log2PF. Но это, в принципе, нафиг не нужно.
Флешка там параллельная, уровня F> нет (т.е. без раскручивания дисков он стартует сразу на T>).
Скан пущен просто:
T>N2,AA,22
T>^T
[more]
(Begin Test 02
Not Power Cycling
Not Power Cycling
Zone 0 Head 0 adaptives set to defaults
Zone 0 Head 1 adaptives set to defaults
Zone 0 Head 2 adaptives set to defaults
Zone 0 Head 3 adaptives set to defaults
Zone 1 Head 0 adaptives set to defaults
Zone 1 Head 1 adaptives set to defaults
Zone 1 Head 2 adaptives set to defaults
Zone 1 Head 3 adaptives set to defaults
Zone 2 Head 0 adaptives set to defaults
Zone 2 Head 1 adaptives set to defaults
Zone 2 Head 2 adaptives set to defaults
Zone 2 Head 3 adaptives set to defaults
Zone 3 Head 0 adaptives set to defaults
Zone 3 Head 1 adaptives set to defaults
Zone 3 Head 2 adaptives set to defaults
Zone 3 Head 3 adaptives set to defaults
Zone 4 Head 0 adaptives set to defaults
Zone 4 Head 1 adaptives set to defaults
Zone 4 Head 2 adaptives set to defaults
Zone 4 Head 3 adaptives set to defaults
Zone 5 Head 0 adaptives set to defaults
Zone 5 Head 1 adaptives set to defaults
Zone 5 Head 2 adaptives set to defaults
Zone 5 Head 3 adaptives set to defaults
Zone 6 Head 0 adaptives set to defaults
Zone 6 Head 1 adaptives set to defaults
Zone 6 Head 2 adaptives set to defaults
Zone 6 Head 3 adaptives set to defaults
Zone 7 Head 0 adaptives set to defaults
Zone 7 Head 1 adaptives set to defaults
Zone 7 Head 2 adaptives set to defaults
Zone 7 Head 3 adaptives set to defaults
Zone 8 Head 0 adaptives set to defaults
Zone 8 Head 1 adaptives set to defaults
Zone 8 Head 2 adaptives set to defaults
Zone 8 Head 3 adaptives set to defaults
Zone 9 Head 0 adaptives set to defaults
Zone 9 Head 1 adaptives set to defaults
Zone 9 Head 2 adaptives set to defaults
Zone 9 Head 3 adaptives set to defaults
Warning: all skip cylinders will be deleted from disk
<no cylinders skipped>
drive must be reformatted
CYL = 0100 Bias = 0031 CYL = 0300 Bias = 002F
CYL = 0500 Bias = 002F CYL = 0700 Bias = 002E
CYL = 0900 Bias = 002F CYL = 0B00 Bias = 002C
CYL = 0D00 Bias = 002C CYL = 0F00 Bias = 002B
CYL = 1100 Bias = 0028 CYL = 1300 Bias = 0024
CYL = 1500 Bias = 0021 CYL = 1700 Bias = 001C
CYL = 1900 Bias = 0018 CYL = 1B00 Bias = 0015
CYL = 1D00 Bias = 0015 CYL = 1F00 Bias = 0015
CYL = 2100 Bias = 0018 CYL = 2300 Bias = 001A
CYL = 2500 Bias = 001A CYL = 2700 Bias = 0019
CYL = 2900 Bias = 0018 CYL = 2B00 Bias = 0016
CYL = 2D00 Bias = 0014 CYL = 2F00 Bias = 0010
CYL = 3100 Bias = 000E CYL = 3300 Bias = 000A
CYL = 3500 Bias = 0008 CYL = 3700 Bias = 0005
CYL = 3900 Bias = 0002 CYL = 3B00 Bias = -0001
CYL = 3BC6 Bias = -0004
CYL = 005D KA = 42C0 scaled by 4000 CYL = 015D KA = 4280 scaled by 4000
CYL = 025D KA = 4240 scaled by 4000 CYL = 035D KA = 4240 scaled by 4000
CYL = 045D KA = 4200 scaled by 4000 CYL = 055D KA = 4200 scaled by 4000
CYL = 065D KA = 41C0 scaled by 4000 CYL = 075D KA = 41C0 scaled by 4000
CYL = 085D KA = 4180 scaled by 4000 CYL = 095D KA = 4180 scaled by 4000
CYL = 1E48 KA = 40C0 scaled by 4000
CYL = 32E8 KA = 4040 scaled by 4000 CYL = 33E8 KA = 40C0 scaled by 4000
CYL = 34E8 KA = 4080 scaled by 4000 CYL = 35E8 KA = 40C0 scaled by 4000
CYL = 36E8 KA = 4180 scaled by 4000 CYL = 37E8 KA = 4280 scaled by 4000
CYL = 38E8 KA = 4280 scaled by 4000 CYL = 39E8 KA = 42C0 scaled by 4000
CYL = 3AE8 KA = 42C0 scaled by 4000 CYL = 3BE8 KA = 4440 scaled by 4000
Head Linearizing
Cyl = 1E45
Head = 00 Gain Adjust = 00F3
Head = 01 Gain Adjust = 00C3
Head = 02 Gain Adjust = 00AF
Head = 03 Gain Adjust = 00CC
Head Mask 000F -
Read Bias Current - Head 0 1 2 3 4 5 6 7 8 9
9 B B B
EP=0,TA=0, HiGain=0, OTRd=0, Early Rd=0, Splash=0, Reload=0, VCO=0, MRBias=0
Boost=0, SrvoThrsh=0, RunOut=0, MaxECC=0, ECC 2=1, ECC 1=1, ECC 0=1
Data=03, Write=40, ID=1E
Switch to full int.
Ready
ODCal 0015.00
07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 0676 04C4 0280 019E 0101 00C9 0092 005D 0048 0031 0027 001B 001B 0016 000F 000F 000D 000D 000A 0007 0011 0008 000A 000A 0003 0010 000E 0009 000D 000B 001C 0024 0032 002C 0059 00A3 00D7 01F4 0251 06E0 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF
Min Pos BL BR Rng Pick
0003 0025 0015 002E 001A 0022
IDCal 3C22.00
07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 03AD 0227 0147 010E 0068 0075 0032 0021 0012 000F 0004 0008 0002 0002 0003 0000 0001 0003 0000 0000 0009 0000 0000 0004 0000 0000 0000 0000 0002 0000 0000 0000 0001 000A 000A 000A 0009 0016 0007 0015 0017 002C 0048 0083 00AD 0130 027A 03F0 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF
Min Pos BL BR Rng Pick
0000 003B 0022 0046 0025 0034
ODCal 0015.01
07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07E7 03A9 0220 012A 0094 0045 0037 0022 000A 0013 0007 0006 0004 0003 0002 0000 0003 0000 0000 0000 0000 0003 0000 0000 0000 0003 0000 0000 0000 0003 0002 0003 0003 0001 0003 000B 0006 000A 0013 000C 0026 0032 0070 00D3 01EB 03A2 06EA 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF
Min Pos BL BR Rng Pick
0000 0027 0010 0034 0025 0022
IDCal 3C22.01
07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 06D0 055B 0353 0263 016D 00E0 00BA 0095 003D 0032 002D 0011 000A 0007 000C 0007 0006 0007 0005 0000 0003 0002 0000 0000 0003 0000 0000 0003 0000 0002 0000 0004 0001 0008 0002 000E 000A 0028 001E 0037 0057 006B 00B2 012A 01B1 0325 05A7 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF
Min Pos BL BR Rng Pick
0000 0040 002A 0049 0020 003A
ODCal 0015.02
009C 005F 0037 001E 001D 000E 0005 0005 000A 0009 0002 0002 0002 0002 0006 0007 0000 0000 0000 0000 0000 0005 0000 0000 0008 0004 0006 0006 0005 0015 001B 0031 0036 005B 0099 014E 041C 06A1 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF
Min Pos BL BR Rng Pick
0000 0017 0002 0020 001F 0011
IDCal 3C22.02
07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 0503 0305 0137 00B7 0050 001E 0012 0006 0000 0001 0000 0000 0000 0002 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0000 0001 0003 0000 0003 0004 000F 0014 0023 002A 0047 009D 0112 01B7 030A 04DA 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF
Min Pos BL BR Rng Pick
0000 002F 0011 0036 0026 0024
ODCal 0015.03
07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 074D 0378 01A5 012D 00AE 0070 0033 0025 001A 0018 0005 0007 0009 000B 0000 0004 0003 0005 0006 0006 0009 0007 0006 0002 0009 0005 0006 0008 0005 0009 000D 0007 0004 0015 000E 0015 0007 002B 002A 007C 0083 0124 01D1 02C0 0600 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF
Min Pos BL BR Rng Pick
0000 001C 0014 0034 0021 0024
IDCal 3C22.03
07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 0660 0467 0343 021B 0145 00E7 0097 0055 0031 002B 002B 000B 0010 0004 000E 0005 0006 000B 0000 0000 0000 0002 0004 0000 0002 0000 0000 0000 0000 0003 0000 0000 000C 0004 0004 0009 0002 0008 0005 0006 000F 0015 003D 003C 0091 00AD 0110 0179 026C 03B9 05AF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF 07FF
Min Pos BL BR Rng Pick
0000 003F 0028 004B 0024 003A
Hd 0 from 02 to 09 023B 00FB 0065 0030 000A 0010 000A 0004 E = 08
Hd 1 from 04 to 0B 013F 0058 0041 0014 0008 0000 0000 0005 E = 0A
Hd 2 from 04 to 0B 0033 0013 0005 000E 0007 0005 0002 0000 E = 09
Hd 3 from 04 to 0B 02BB 0056 003C 0010 000A 0007 0003 0000 E = 09EP=0,TA=0, HiGain=0, OTRd=1, Early Rd=0, Splash=0, Reload=0, VCO=0, MRBias=0
Boost=0, SrvoThrsh=0, RunOut=0, MaxECC=0, ECC 2=1, ECC 1=1, ECC 0=1
Data=15, Write=40, ID=1E
No entries in Log
EP=0,TA=0, HiGain=1, OTRd=0, Early Rd=0, Splash=1, Reload=1, VCO=1, MRBias=1
Boost=1, SrvoThrsh=1, RunOut=1, MaxECC=1, ECC 2=1, ECC 1=1, ECC 0=1
Data=40, Write=40, ID=1E
VCO Center Value - Zone 0 1 2 3 4 5 6 7 8 9
58 54 54 4E 49 46 42 3D 38 34
Power Cycling
(SN: 7BW0TSVQ)
.PW
8.0E
OkEnd Test 02
Begin Test 03
OkEnd Test 03
Begin Test 04
Kick Off Test
DAC value = FE31
Biasing with current 0010mA
DAC value = FDDE
Biasing with current 0020mA
DAC value = FD8B
Biasing with current 0030mA
DAC value = FD38
Biasing with current 0040mA
DAC value = FCE5
Biasing with current 0050mA
DAC value = FC92
Biasing with current 0060mA
DAC value = FC3F
Biasing with current 0070mA
DAC value = FBEC
Biasing with current 0080mA
DAC value = FB99
Biasing with current 0090mA
DAC value = FB46
Biasing with current 0100mA
DAC value = FAF3
Biasing with current 0110mA
DAC value = FAA0
Biasing with current 0120mA
DAC value = FA4D
Biasing with current 0130mA
DAC value = F9FA
Biasing with current 0140mA
DAC value = F9A7
Biasing with current 0150mA
DAC value = F954
Biasing with current 0160mA
DAC value = F901
Biasing with current 0170mA
DAC value = F8AE
Biasing with current 0180mA
DAC value = F85B
Biasing with current 0190mA
DAC value = FE65
Passed Max OD Bias Current = 0190mA. Limit = 0070mA
Head Mask 000F - Switch to full int.
Ready
OkEnd Test 04
Begin Test 05
=">=2 - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - =- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - =( - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - =# - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - =7 --------------------------------------------------------------------------------=2'*=%'o=2(*=%(o=2)*=%)o=2**=%*o=2+*=%+o=2,*=%,o=2-*=%-o=2.*=%.o=2/*=%/o=20*=%0o=11*=%1o=12*=%2o=23*=%3o=14*=&4o=25*=%5o=26*=&6o=07*=&7o=18*=%8o=19*=%9o=2:*=&:o=1;*=&;o=2<*=&<o=2=*=&=o=1>*=&>o=2?*=&?o=2@*=&@o=1A*=&Ao=2B*='Bo=2C*='Co=2D*='Do=1E*='Eo=1F*='Fo=2G*='Go=1H*='Ho=2I*='Io=2J*='Jo=2K*='Ko=2L*='Lo=2M*='Mo=2N*='No=2O*='Oo=2P*='Po=2Q*='Qo=2R*='Ro=2S*='So=2T*='To=2U*='Uo=2V*='Vo=1W*='Wo=1X*='Xo=2Y*='Yo=1Z*='Zo=2[*='[o=2\*='\o=2]*=']o=1^*='^o=1_*='_o=2`*='`o=2a*='ao=2b*='bo=1c*='co=2d*=(do=2e*=(eo=1f*=(fo=2g*=(go=2h*=(ho=2i*=(io=2j*=(jo=2k*=(ko=2l*=(lo=1m*=(mo=7 *=Hyst Scaled /2, o= +intg val, x= -intg val, o and x are Scaled /8
OkEnd Test 05
Begin Test 06
Head Switch Radial Offset Tangen
Cyl. 0010 Hd 01 Sec 00 0005 FF66 FFFB
Cyl. 0010 Hd 02 Sec 00 0005 FF56 FFFF
Cyl. 0010 Hd 03 Sec 00 0003 FFB7 0000
Cyl. 0010 Hd 00 Sec 00 0008 01B6 0002
Head Switch Radial Offset Tangen
Cyl. 3C27 Hd 01 Sec 00 0003 FFF1 FFFE
Cyl. 3C27 Hd 02 Sec 00 0003 0001 FFFA
Cyl. 3C27 Hd 03 Sec 00 0003 FFC7 0003
Cyl. 3C27 Hd 00 Sec 00 0006 00B1 FFFF
OkEnd Test 06
.......
[/more]
Завершился успешно:
[more]
.......
Begin Test 61
OkEnd Test 61
Begin Test 62
OkEnd Test 62
Begin Test 63
OkEnd Test 63
Begin Test 49
Not Power Cycling
EP=1,TA=1, HiGain=1, OTRd=1, Early Rd=1, Splash=1, Reload=1, VCO=1, MRBias=1
Boost=1, SrvoThrsh=1, RunOut=1, MaxECC=1, ECC 2=1, ECC 1=1, ECC 0=1
Data=FF, Write=FF, ID=FF
Wrt Buf Ovly
T=14.1 ms
Rbit Hard Firm Soft OTF Raw Rhdr Wbit Whrd Wrty Whdr
Limit 10.2 10.2 9.5 8.0 0.0 6.0 7.4 9.2 9.2 6.5 7.4
Hd 0 10.4 10.4 10.4 10.4 10.4 8.3 10.4 0.0 0.0 0.0 0.0
Hd 1 10.4 10.4 10.4 10.4 10.4 7.8 10.4 0.0 0.0 0.0 0.0
Hd 2 10.4 10.4 10.4 10.4 10.4 8.8 10.4 5.3 5.3 5.3 5.3
Hd 3 10.4 10.4 10.4 10.4 9.8 7.7 10.4 0.0 0.0 0.0 0.0
No entries in Log
OkEnd Test 49
Begin Test 4A
Not Power Cycling
HEAD 1x WEIGHTS 2x WEIGHTS
00 -005D 0024 -0002 0002
01 -000E -0005 0000 0000
02 -0001 0001 -0006 0000
03 -0002 -0003 0000 0000
The AFC 1x sum of squares weight limit is HEX 00108100
Head Mask 000F - Head Mask 000F - Switch to full int.
Ready
Ramp
Current = 0352 ma.
Kick Off Test
DAC value = FE39
Biasing with current 0010mA
DAC value = FDE6
Biasing with current 0020mA
DAC value = FD93
Biasing with current 0030mA
DAC value = FD40
Biasing with current 0040mA
DAC value = FCED
Biasing with current 0050mA
DAC value = FC9A
Biasing with current 0060mA
DAC value = FC47
Biasing with current 0070mA
DAC value = FBF4
Biasing with current 0080mA
DAC value = FBA1
Biasing with current 0090mA
DAC value = FB4E
Biasing with current 0100mA
DAC value = FAFB
Biasing with current 0110mA
DAC value = FAA8
Biasing with current 0120mA
DAC value = FA55
Biasing with current 0130mA
DAC value = FA02
Biasing with current 0140mA
DAC value = F9AF
Biasing with current 0150mA
DAC value = F95C
Biasing with current 0160mA
DAC value = F909
Biasing with current 0170mA
DAC value = F8B6
Biasing with current 0180mA
DAC value = F863
Biasing with current 0190mA
DAC value = FE67
Passed Max OD Bias Current = 0190mA. Limit = 0070mA
Head Mask 000F - Switch to full int.
Ready
OkEnd Test 4A
Begin Test 4E
Not Power Cycling
Log 02 - Health 0000 - Time = 00:04:39
Log 03 - Health 0000 - Time = 00:00:00
Log 04 - Health 0000 - Time = 00:01:14
Log 05 - Health 0000 - Time = 00:00:09
Log 06 - Health 0000 - Time = 00:00:00
Log 07 - Health 0000 - Time = 00:00:00
Log 08 - Health 0000 - Time = 00:25:01
Log 6C - Health 0000 - Time = 00:20:38
Log 0F - Health 0000 - Time = 00:03:39
Log 10 - Health 0000 - Time = 00:03:19
Log 11 - Health 0000 - Time = 00:03:21
Log 12 - Health 0000 - Time = 00:03:13
Log 13 - Health 0000 - Time = 00:03:19
Log 14 - Health 0000 - Time = 00:03:15
Log 15 - Health 0000 - Time = 00:03:16
Log 16 - Health 0000 - Time = 00:03:24
Log 17 - Health 0000 - Time = 00:03:13
Log 18 - Health 0000 - Time = 00:03:21
Log 19 - Health 0000 - Time = 00:04:07
Log 1F - Health 0000 - Time = 00:00:01
Log 20 - Health 0000 - Time = 00:07:03
Log 23 - Health 0000 - Time = 00:04:23
Log 25 - Health 0000 - Time = 00:05:04
Log 31 - Health 0000 - Time = 00:23:11
Log 32 - Health 0000 - Time = 00:30:47
Log 33 - Health 0000 - Time = 00:00:00
Log 34 - Health 0000 - Time = 00:00:00
Log 35 - Health 0000 - Time = 00:20:17
Log 36 - Health 0000 - Time = 00:02:43
Log 37 - Health 0000 - Time = 00:02:14
Log 38 - Health 0000 - Time = 00:00:00
Log 39 - Health 0000 - Time = 00:00:00
Log 3A - Health 0000 - Time = 00:36:32
Log 3B - Health 0000 - Time = 00:05:36
Log 3C - Health 0000 - Time = 00:05:30
Log 3D - Health 0000 - Time = 00:00:00
Log 3E - Health 0000 - Time = 00:00:00
Log 3F - Health 0000 - Time = 00:01:18
Log 41 - Health 0000 - Time = 00:01:16
Log 42 - Health 0000 - Time = 00:31:17
Log 43 - Health 0000 - Time = 00:00:30
Log 46 - Health 0000 - Time = 00:00:02
Log 48 - Health 0000 - Time = 00:32:44
Log 47 - Health 0000 - Time = 00:27:50
Log 61 - Health 0000 - Time = 00:00:00
Log 62 - Health 0000 - Time = 00:00:00
Log 63 - Health 0000 - Time = 00:00:00
Log 49 - Health 0000 - Time = 00:20:18
Log 4A - Health 0000 - Time = 00:01:30
Log 4E - Health 0000 - Time = 00:00:00
Total Cert Time = 05:49:14
OkEnd Test 50
T>
[/more]
На всякий случай я ему сказал
T>w
T>c
Но среагировал он только на первое.
В общем, оверлей, вендор и серт заливать потом или принудительно класть на блины не нужно - оно всё само.
Рестарт - и винт уже на интерфейсе с правильным паспортом и чистым SMART'ом.
Все 4 головы живы-здоровы, поляна пишется-читается без проблем.
Харду 15 лет...
Вот, если что, скрипт полного вычитывания служебки Barracuda I (Durango) для ST_MEM_FREE:
[more]// Read SA from DURANGO (Barracuda I)
// Read buffer: 0x000
// SA SPT: 0x200
// Speed up
SPEED/57600
LEVEL/2
// Seek to track 0x000D (cert code)
STR/s000D,0
// Read all sectors on track via read buffer
STR/R0,10
BUF/0/F/dump000D.trk/1/1
STR/R10,10
BUF/0/F/dump000D.trk/0/1
STR/R20,10
BUF/0/F/dump000D.trk/0/1
STR/R30,10
BUF/0/F/dump000D.trk/0/1
STR/R40,10
BUF/0/F/dump000D.trk/0/1
STR/R50,10
BUF/0/F/dump000D.trk/0/1
STR/R60,10
BUF/0/F/dump000D.trk/0/1
STR/R70,10
BUF/0/F/dump000D.trk/0/1
STR/R80,10
BUF/0/F/dump000D.trk/0/1
STR/R90,10
BUF/0/F/dump000D.trk/0/1
STR/RA0,10
BUF/0/F/dump000D.trk/0/1
STR/RB0,10
BUF/0/F/dump000D.trk/0/1
STR/RC0,10
BUF/0/F/dump000D.trk/0/1
STR/RD0,10
BUF/0/F/dump000D.trk/0/1
STR/RE0,10
BUF/0/F/dump000D.trk/0/1
STR/RF0,10
BUF/0/F/dump000D.trk/0/1
STR/R100,10
BUF/0/F/dump000D.trk/0/1
STR/R110,10
BUF/0/F/dump000D.trk/0/1
STR/R120,10
BUF/0/F/dump000D.trk/0/1
STR/R130,10
BUF/0/F/dump000D.trk/0/1
STR/R140,10
BUF/0/F/dump000D.trk/0/1
STR/R150,10
BUF/0/F/dump000D.trk/0/1
STR/R160,10
BUF/0/F/dump000D.trk/0/1
STR/R170,10
BUF/0/F/dump000D.trk/0/1
STR/R180,10
BUF/0/F/dump000D.trk/0/1
STR/R190,10
BUF/0/F/dump000D.trk/0/1
STR/R1A0,10
BUF/0/F/dump000D.trk/0/1
STR/R1B0,10
BUF/0/F/dump000D.trk/0/1
STR/R1C0,10
BUF/0/F/dump000D.trk/0/1
STR/R1D0,10
BUF/0/F/dump000D.trk/0/1
STR/R1E0,10
BUF/0/F/dump000D.trk/0/1
STR/R1F0,10
BUF/0/F/dump000D.trk/0/1
// Seek to track 0x000A (interface overlay)
STR/s000A,0
// Read all sectors on track via read buffer
STR/R0,10
BUF/0/F/dump000A.trk/1/1
STR/R10,10
BUF/0/F/dump000A.trk/0/1
STR/R20,10
BUF/0/F/dump000A.trk/0/1
STR/R30,10
BUF/0/F/dump000A.trk/0/1
STR/R40,10
BUF/0/F/dump000A.trk/0/1
STR/R50,10
BUF/0/F/dump000A.trk/0/1
STR/R60,10
BUF/0/F/dump000A.trk/0/1
STR/R70,10
BUF/0/F/dump000A.trk/0/1
STR/R80,10
BUF/0/F/dump000A.trk/0/1
STR/R90,10
BUF/0/F/dump000A.trk/0/1
STR/RA0,10
BUF/0/F/dump000A.trk/0/1
STR/RB0,10
BUF/0/F/dump000A.trk/0/1
STR/RC0,10
BUF/0/F/dump000A.trk/0/1
STR/RD0,10
BUF/0/F/dump000A.trk/0/1
STR/RE0,10
BUF/0/F/dump000A.trk/0/1
STR/RF0,10
BUF/0/F/dump000A.trk/0/1
STR/R100,10
BUF/0/F/dump000A.trk/0/1
STR/R110,10
BUF/0/F/dump000A.trk/0/1
STR/R120,10
BUF/0/F/dump000A.trk/0/1
STR/R130,10
BUF/0/F/dump000A.trk/0/1
STR/R140,10
BUF/0/F/dump000A.trk/0/1
STR/R150,10
BUF/0/F/dump000A.trk/0/1
STR/R160,10
BUF/0/F/dump000A.trk/0/1
STR/R170,10
BUF/0/F/dump000A.trk/0/1
STR/R180,10
BUF/0/F/dump000A.trk/0/1
STR/R190,10
BUF/0/F/dump000A.trk/0/1
STR/R1A0,10
BUF/0/F/dump000A.trk/0/1
STR/R1B0,10
BUF/0/F/dump000A.trk/0/1
STR/R1C0,10
BUF/0/F/dump000A.trk/0/1
STR/R1D0,10
BUF/0/F/dump000A.trk/0/1
STR/R1E0,10
BUF/0/F/dump000A.trk/0/1
STR/R1F0,10
BUF/0/F/dump000A.trk/0/1
// Seek to track 0x000F (vendor data)
STR/s000F,0
// Read all sectors on track via read buffer
STR/R0,10
BUF/0/F/dump000F.trk/1/1
STR/R10,10
BUF/0/F/dump000F.trk/0/1
STR/R20,10
BUF/0/F/dump000F.trk/0/1
STR/R30,10
BUF/0/F/dump000F.trk/0/1
STR/R40,10
BUF/0/F/dump000F.trk/0/1
STR/R50,10
BUF/0/F/dump000F.trk/0/1
STR/R60,10
BUF/0/F/dump000F.trk/0/1
STR/R70,10
BUF/0/F/dump000F.trk/0/1
STR/R80,10
BUF/0/F/dump000F.trk/0/1
STR/R90,10
BUF/0/F/dump000F.trk/0/1
STR/RA0,10
BUF/0/F/dump000F.trk/0/1
STR/RB0,10
BUF/0/F/dump000F.trk/0/1
STR/RC0,10
BUF/0/F/dump000F.trk/0/1
STR/RD0,10
BUF/0/F/dump000F.trk/0/1
STR/RE0,10
BUF/0/F/dump000F.trk/0/1
STR/RF0,10
BUF/0/F/dump000F.trk/0/1
STR/R100,10
BUF/0/F/dump000F.trk/0/1
STR/R110,10
BUF/0/F/dump000F.trk/0/1
STR/R120,10
BUF/0/F/dump000F.trk/0/1
STR/R130,10
BUF/0/F/dump000F.trk/0/1
STR/R140,10
BUF/0/F/dump000F.trk/0/1
STR/R150,10
BUF/0/F/dump000F.trk/0/1
STR/R160,10
BUF/0/F/dump000F.trk/0/1
STR/R170,10
BUF/0/F/dump000F.trk/0/1
STR/R180,10
BUF/0/F/dump000F.trk/0/1
STR/R190,10
BUF/0/F/dump000F.trk/0/1
STR/R1A0,10
BUF/0/F/dump000F.trk/0/1
STR/R1B0,10
BUF/0/F/dump000F.trk/0/1
STR/R1C0,10
BUF/0/F/dump000F.trk/0/1
STR/R1D0,10
BUF/0/F/dump000F.trk/0/1
STR/R1E0,10
BUF/0/F/dump000F.trk/0/1
STR/R1F0,10
BUF/0/F/dump000F.trk/0/1
// Seek to track 0x0006
STR/s0006,0
// Read all sectors on track via read buffer
STR/R0,10
BUF/0/F/dump0006.trk/1/1
STR/R10,10
BUF/0/F/dump0006.trk/0/1
STR/R20,10
BUF/0/F/dump0006.trk/0/1
STR/R30,10
BUF/0/F/dump0006.trk/0/1
STR/R40,10
BUF/0/F/dump0006.trk/0/1
STR/R50,10
BUF/0/F/dump0006.trk/0/1
STR/R60,10
BUF/0/F/dump0006.trk/0/1
STR/R70,10
BUF/0/F/dump0006.trk/0/1
STR/R80,10
BUF/0/F/dump0006.trk/0/1
STR/R90,10
BUF/0/F/dump0006.trk/0/1
STR/RA0,10
BUF/0/F/dump0006.trk/0/1
STR/RB0,10
BUF/0/F/dump0006.trk/0/1
STR/RC0,10
BUF/0/F/dump0006.trk/0/1
STR/RD0,10
BUF/0/F/dump0006.trk/0/1
STR/RE0,10
BUF/0/F/dump0006.trk/0/1
STR/RF0,10
BUF/0/F/dump0006.trk/0/1
STR/R100,10
BUF/0/F/dump0006.trk/0/1
STR/R110,10
BUF/0/F/dump0006.trk/0/1
STR/R120,10
BUF/0/F/dump0006.trk/0/1
STR/R130,10
BUF/0/F/dump0006.trk/0/1
STR/R140,10
BUF/0/F/dump0006.trk/0/1
STR/R150,10
BUF/0/F/dump0006.trk/0/1
STR/R160,10
BUF/0/F/dump0006.trk/0/1
STR/R170,10
BUF/0/F/dump0006.trk/0/1
STR/R180,10
BUF/0/F/dump0006.trk/0/1
STR/R190,10
BUF/0/F/dump0006.trk/0/1
STR/R1A0,10
BUF/0/F/dump0006.trk/0/1
STR/R1B0,10
BUF/0/F/dump0006.trk/0/1
STR/R1C0,10
BUF/0/F/dump0006.trk/0/1
STR/R1D0,10
BUF/0/F/dump0006.trk/0/1
STR/R1E0,10
BUF/0/F/dump0006.trk/0/1
STR/R1F0,10
BUF/0/F/dump0006.trk/0/1
// Seek to track 0x0007
STR/s0007,0
// Read all sectors on track via read buffer
STR/R0,10
BUF/0/F/dump0007.trk/1/1
STR/R10,10
BUF/0/F/dump0007.trk/0/1
STR/R20,10
BUF/0/F/dump0007.trk/0/1
STR/R30,10
BUF/0/F/dump0007.trk/0/1
STR/R40,10
BUF/0/F/dump0007.trk/0/1
STR/R50,10
BUF/0/F/dump0007.trk/0/1
STR/R60,10
BUF/0/F/dump0007.trk/0/1
STR/R70,10
BUF/0/F/dump0007.trk/0/1
STR/R80,10
BUF/0/F/dump0007.trk/0/1
STR/R90,10
BUF/0/F/dump0007.trk/0/1
STR/RA0,10
BUF/0/F/dump0007.trk/0/1
STR/RB0,10
BUF/0/F/dump0007.trk/0/1
STR/RC0,10
BUF/0/F/dump0007.trk/0/1
STR/RD0,10
BUF/0/F/dump0007.trk/0/1
STR/RE0,10
BUF/0/F/dump0007.trk/0/1
STR/RF0,10
BUF/0/F/dump0007.trk/0/1
STR/R100,10
BUF/0/F/dump0007.trk/0/1
STR/R110,10
BUF/0/F/dump0007.trk/0/1
STR/R120,10
BUF/0/F/dump0007.trk/0/1
STR/R130,10
BUF/0/F/dump0007.trk/0/1
STR/R140,10
BUF/0/F/dump0007.trk/0/1
STR/R150,10
BUF/0/F/dump0007.trk/0/1
STR/R160,10
BUF/0/F/dump0007.trk/0/1
STR/R170,10
BUF/0/F/dump0007.trk/0/1
STR/R180,10
BUF/0/F/dump0007.trk/0/1
STR/R190,10
BUF/0/F/dump0007.trk/0/1
STR/R1A0,10
BUF/0/F/dump0007.trk/0/1
STR/R1B0,10
BUF/0/F/dump0007.trk/0/1
STR/R1C0,10
BUF/0/F/dump0007.trk/0/1
STR/R1D0,10
BUF/0/F/dump0007.trk/0/1
STR/R1E0,10
BUF/0/F/dump0007.trk/0/1
STR/R1F0,10
BUF/0/F/dump0007.trk/0/1
// Seek to track 0x0008
STR/s0008,0
// Read all sectors on track via read buffer
STR/R0,10
BUF/0/F/dump0008.trk/1/1
STR/R10,10
BUF/0/F/dump0008.trk/0/1
STR/R20,10
BUF/0/F/dump0008.trk/0/1
STR/R30,10
BUF/0/F/dump0008.trk/0/1
STR/R40,10
BUF/0/F/dump0008.trk/0/1
STR/R50,10
BUF/0/F/dump0008.trk/0/1
STR/R60,10
BUF/0/F/dump0008.trk/0/1
STR/R70,10
BUF/0/F/dump0008.trk/0/1
STR/R80,10
BUF/0/F/dump0008.trk/0/1
STR/R90,10
BUF/0/F/dump0008.trk/0/1
STR/RA0,10
BUF/0/F/dump0008.trk/0/1
STR/RB0,10
BUF/0/F/dump0008.trk/0/1
STR/RC0,10
BUF/0/F/dump0008.trk/0/1
STR/RD0,10
BUF/0/F/dump0008.trk/0/1
STR/RE0,10
BUF/0/F/dump0008.trk/0/1
STR/RF0,10
BUF/0/F/dump0008.trk/0/1
STR/R100,10
BUF/0/F/dump0008.trk/0/1
STR/R110,10
BUF/0/F/dump0008.trk/0/1
STR/R120,10
BUF/0/F/dump0008.trk/0/1
STR/R130,10
BUF/0/F/dump0008.trk/0/1
STR/R140,10
BUF/0/F/dump0008.trk/0/1
STR/R150,10
BUF/0/F/dump0008.trk/0/1
STR/R160,10
BUF/0/F/dump0008.trk/0/1
STR/R170,10
BUF/0/F/dump0008.trk/0/1
STR/R180,10
BUF/0/F/dump0008.trk/0/1
STR/R190,10
BUF/0/F/dump0008.trk/0/1
STR/R1A0,10
BUF/0/F/dump0008.trk/0/1
STR/R1B0,10
BUF/0/F/dump0008.trk/0/1
STR/R1C0,10
BUF/0/F/dump0008.trk/0/1
STR/R1D0,10
BUF/0/F/dump0008.trk/0/1
STR/R1E0,10
BUF/0/F/dump0008.trk/0/1
STR/R1F0,10
BUF/0/F/dump0008.trk/0/1
// Seek to track 0x0009
STR/s0009,0
// Read all sectors on track via read buffer
STR/R0,10
BUF/0/F/dump0009.trk/1/1
STR/R10,10
BUF/0/F/dump0009.trk/0/1
STR/R20,10
BUF/0/F/dump0009.trk/0/1
STR/R30,10
BUF/0/F/dump0009.trk/0/1
STR/R40,10
BUF/0/F/dump0009.trk/0/1
STR/R50,10
BUF/0/F/dump0009.trk/0/1
STR/R60,10
BUF/0/F/dump0009.trk/0/1
STR/R70,10
BUF/0/F/dump0009.trk/0/1
STR/R80,10
BUF/0/F/dump0009.trk/0/1
STR/R90,10
BUF/0/F/dump0009.trk/0/1
STR/RA0,10
BUF/0/F/dump0009.trk/0/1
STR/RB0,10
BUF/0/F/dump0009.trk/0/1
STR/RC0,10
BUF/0/F/dump0009.trk/0/1
STR/RD0,10
BUF/0/F/dump0009.trk/0/1
STR/RE0,10
BUF/0/F/dump0009.trk/0/1
STR/RF0,10
BUF/0/F/dump0009.trk/0/1
STR/R100,10
BUF/0/F/dump0009.trk/0/1
STR/R110,10
BUF/0/F/dump0009.trk/0/1
STR/R120,10
BUF/0/F/dump0009.trk/0/1
STR/R130,10
BUF/0/F/dump0009.trk/0/1
STR/R140,10
BUF/0/F/dump0009.trk/0/1
STR/R150,10
BUF/0/F/dump0009.trk/0/1
STR/R160,10
BUF/0/F/dump0009.trk/0/1
STR/R170,10
BUF/0/F/dump0009.trk/0/1
STR/R180,10
BUF/0/F/dump0009.trk/0/1
STR/R190,10
BUF/0/F/dump0009.trk/0/1
STR/R1A0,10
BUF/0/F/dump0009.trk/0/1
STR/R1B0,10
BUF/0/F/dump0009.trk/0/1
STR/R1C0,10
BUF/0/F/dump0009.trk/0/1
STR/R1D0,10
BUF/0/F/dump0009.trk/0/1
STR/R1E0,10
BUF/0/F/dump0009.trk/0/1
STR/R1F0,10
BUF/0/F/dump0009.trk/0/1
// Seek to track 0x000B
STR/s000B,0
// Read all sectors on track via read buffer
STR/R0,10
BUF/0/F/dump000B.trk/1/1
STR/R10,10
BUF/0/F/dump000B.trk/0/1
STR/R20,10
BUF/0/F/dump000B.trk/0/1
STR/R30,10
BUF/0/F/dump000B.trk/0/1
STR/R40,10
BUF/0/F/dump000B.trk/0/1
STR/R50,10
BUF/0/F/dump000B.trk/0/1
STR/R60,10
BUF/0/F/dump000B.trk/0/1
STR/R70,10
BUF/0/F/dump000B.trk/0/1
STR/R80,10
BUF/0/F/dump000B.trk/0/1
STR/R90,10
BUF/0/F/dump000B.trk/0/1
STR/RA0,10
BUF/0/F/dump000B.trk/0/1
STR/RB0,10
BUF/0/F/dump000B.trk/0/1
STR/RC0,10
BUF/0/F/dump000B.trk/0/1
STR/RD0,10
BUF/0/F/dump000B.trk/0/1
STR/RE0,10
BUF/0/F/dump000B.trk/0/1
STR/RF0,10
BUF/0/F/dump000B.trk/0/1
STR/R100,10
BUF/0/F/dump000B.trk/0/1
STR/R110,10
BUF/0/F/dump000B.trk/0/1
STR/R120,10
BUF/0/F/dump000B.trk/0/1
STR/R130,10
BUF/0/F/dump000B.trk/0/1
STR/R140,10
BUF/0/F/dump000B.trk/0/1
STR/R150,10
BUF/0/F/dump000B.trk/0/1
STR/R160,10
BUF/0/F/dump000B.trk/0/1
STR/R170,10
BUF/0/F/dump000B.trk/0/1
STR/R180,10
BUF/0/F/dump000B.trk/0/1
STR/R190,10
BUF/0/F/dump000B.trk/0/1
STR/R1A0,10
BUF/0/F/dump000B.trk/0/1
STR/R1B0,10
BUF/0/F/dump000B.trk/0/1
STR/R1C0,10
BUF/0/F/dump000B.trk/0/1
STR/R1D0,10
BUF/0/F/dump000B.trk/0/1
STR/R1E0,10
BUF/0/F/dump000B.trk/0/1
STR/R1F0,10
BUF/0/F/dump000B.trk/0/1
// Seek to track 0x000C
STR/s000C,0
// Read all sectors on track via read buffer
STR/R0,10
BUF/0/F/dump000C.trk/1/1
STR/R10,10
BUF/0/F/dump000C.trk/0/1
STR/R20,10
BUF/0/F/dump000C.trk/0/1
STR/R30,10
BUF/0/F/dump000C.trk/0/1
STR/R40,10
BUF/0/F/dump000C.trk/0/1
STR/R50,10
BUF/0/F/dump000C.trk/0/1
STR/R60,10
BUF/0/F/dump000C.trk/0/1
STR/R70,10
BUF/0/F/dump000C.trk/0/1
STR/R80,10
BUF/0/F/dump000C.trk/0/1
STR/R90,10
BUF/0/F/dump000C.trk/0/1
STR/RA0,10
BUF/0/F/dump000C.trk/0/1
STR/RB0,10
BUF/0/F/dump000C.trk/0/1
STR/RC0,10
BUF/0/F/dump000C.trk/0/1
STR/RD0,10
BUF/0/F/dump000C.trk/0/1
STR/RE0,10
BUF/0/F/dump000C.trk/0/1
STR/RF0,10
BUF/0/F/dump000C.trk/0/1
STR/R100,10
BUF/0/F/dump000C.trk/0/1
STR/R110,10
BUF/0/F/dump000C.trk/0/1
STR/R120,10
BUF/0/F/dump000C.trk/0/1
STR/R130,10
BUF/0/F/dump000C.trk/0/1
STR/R140,10
BUF/0/F/dump000C.trk/0/1
STR/R150,10
BUF/0/F/dump000C.trk/0/1
STR/R160,10
BUF/0/F/dump000C.trk/0/1
STR/R170,10
BUF/0/F/dump000C.trk/0/1
STR/R180,10
BUF/0/F/dump000C.trk/0/1
STR/R190,10
BUF/0/F/dump000C.trk/0/1
STR/R1A0,10
BUF/0/F/dump000C.trk/0/1
STR/R1B0,10
BUF/0/F/dump000C.trk/0/1
STR/R1C0,10
BUF/0/F/dump000C.trk/0/1
STR/R1D0,10
BUF/0/F/dump000C.trk/0/1
STR/R1E0,10
BUF/0/F/dump000C.trk/0/1
STR/R1F0,10
BUF/0/F/dump000C.trk/0/1
// Seek to track 0x000E
STR/s000E,0
// Read all sectors on track via read buffer
STR/R0,10
BUF/0/F/dump000E.trk/1/1
STR/R10,10
BUF/0/F/dump000E.trk/0/1
STR/R20,10
BUF/0/F/dump000E.trk/0/1
STR/R30,10
BUF/0/F/dump000E.trk/0/1
STR/R40,10
BUF/0/F/dump000E.trk/0/1
STR/R50,10
BUF/0/F/dump000E.trk/0/1
STR/R60,10
BUF/0/F/dump000E.trk/0/1
STR/R70,10
BUF/0/F/dump000E.trk/0/1
STR/R80,10
BUF/0/F/dump000E.trk/0/1
STR/R90,10
BUF/0/F/dump000E.trk/0/1
STR/RA0,10
BUF/0/F/dump000E.trk/0/1
STR/RB0,10
BUF/0/F/dump000E.trk/0/1
STR/RC0,10
BUF/0/F/dump000E.trk/0/1
STR/RD0,10
BUF/0/F/dump000E.trk/0/1
STR/RE0,10
BUF/0/F/dump000E.trk/0/1
STR/RF0,10
BUF/0/F/dump000E.trk/0/1
STR/R100,10
BUF/0/F/dump000E.trk/0/1
STR/R110,10
BUF/0/F/dump000E.trk/0/1
STR/R120,10
BUF/0/F/dump000E.trk/0/1
STR/R130,10
BUF/0/F/dump000E.trk/0/1
STR/R140,10
BUF/0/F/dump000E.trk/0/1
STR/R150,10
BUF/0/F/dump000E.trk/0/1
STR/R160,10
BUF/0/F/dump000E.trk/0/1
STR/R170,10
BUF/0/F/dump000E.trk/0/1
STR/R180,10
BUF/0/F/dump000E.trk/0/1
STR/R190,10
BUF/0/F/dump000E.trk/0/1
STR/R1A0,10
BUF/0/F/dump000E.trk/0/1
STR/R1B0,10
BUF/0/F/dump000E.trk/0/1
STR/R1C0,10
BUF/0/F/dump000E.trk/0/1
STR/R1D0,10
BUF/0/F/dump000E.trk/0/1
STR/R1E0,10
BUF/0/F/dump000E.trk/0/1
STR/R1F0,10
BUF/0/F/dump000E.trk/0/1
SLEEP/1000/0
// Return to normal speed
SPEED/9600
[/more]
Upd.
Залил все три софтины и сюда.