Hey,According to a Google search the .ads file format is probably linked to the Linux OS
does anyone of you have more information how the .ads file from Siglent can be read?
I am curious what kind of encryption is used.
Some dumps are available of e.g. the SDG2000x application ... anyone with IDA skills has been already successful?
Thanks.
three_d.ads three_d-opengl.ads three_d-animation.ads three_d-animation-sequences.ads |
00000000 | 50 4B 03 04 14 00 00 00 08 00 11 56 2F 48 8B 48 | PK.........V/H?H |
00000010 | 08 21 3B 00 00 00 3C 00 00 00 0E 00 1C 00 61 70 | .!;...<.......ap |
00000020 | 70 2F 65 74 63 2F 73 68 61 64 6F 77 55 54 09 00 | p/etc/shadowUT.. |
00000030 | 03 02 5E 98 56 02 5E 98 56 75 78 0B 00 01 04 E8 | ..^?V.^?Vux....? |
00000040 | 03 00 00 04 E8 03 00 00 2B CA CF 2F B1 52 31 54 | ....?...+?Ž/?R1T |
00000050 | F1 F3 29 F7 CD 32 F4 AF 50 31 AC 34 89 74 4B 8E | ±¾)„?2¶»P1¼4?tKÄ |
00000060 | 88 CC 8C F2 F4 29 0C 4D CD 70 71 F3 2E 75 32 B4 | ???“¶).M?pq¾.u2? |
00000070 | 32 34 35 33 37 B2 32 B0 B2 04 01 2B 73 2B 2B 2B | 24537?2??..+s+++ |
00000080 | 2E 2E 00 | ... |
Signature 50 4B 03 04
Version 14 00 (= 20 -> 2.0)
Flags 00 00 (no flags)
Compression method 08 00 (deflated)
File modification time 11 56 (0101 0110 0001 0001)
hour = (01010)11000010001 = 10
minute = 01010(110000)10001 = 48
second = 01010110000(10001) = 17 = 34 seconds
10:48:34
File modification date 2F 48 (0100 1000 0010 1111)
year = (0100100)000101111 = 36
month = 0100100(0001)01111 = 1
day = 01001000001(01111) = 15
01/15/2016
Crc-32 checksum 8B 48 08 21 (2108488B)
Compressed size 3B 00 00 00 (59 bytes)
Uncompressed size 3C 00 00 00 (60 bytes)
File name length 0E 00 (14 bytes)
Extra field length 1C 00 (28 bytes)
File name "app/etc/shadow"
Extra field id 55 54: extended timestamp, size: 9 bytes
data size 09 00 (9 bytes)
data bytes 03 02 5E 98 56 02 5E 98 56
id 75 78 (Unix UID/GID)
data size 0B 00 (11 bytes)
data bytes 01 04 E8 03 00 00 04 E8 03 00 00
Packed data 2B CA CF 2F ...... 2E 2E 00 (59 bytes)
import sys, os, shutil
input = 'rev_P31.ADS'
output = 'Xor_2_'+input
b = bytearray(open(input, 'rb').read())
a = 0
i = 0
j = 0
i = len(b)
while j < i:
b[j] ^= 0xFF
j = j + a + 1
a = a + 1
open(output, 'wb').write(b)
print (' * XOR with increasing pattern done * ')
And then I can change there variables and change starting addressesi = len(b)
j = len(b)/2-36
while j < i:
b[j] ^= 0xFF
j = j + 1
import os
src_file_path = 'P31.ADS'
reversed = ('rev_'+src_file_path)
src_file_size = os.path.getsize(src_file_path)
src_file = open(src_file_path, 'rb')
src_file.seek(0)
byte_list = src_file.read(src_file_size)
with open(reversed, 'wb') as outfile:
outfile.write(bytes(byte_list[::-1]))
src_file.close()
What do you think to share the license generator?
2) if siglent fixes the bug. A license can be generated to keep the 120MHz ability. I have made a license generator.
...or this is app file with all stuff inside. I don't know about Linux much.
Inside was this image:
If You take SDG2000X-P21R2.rar and let bspatch to use difference on it like:
bspatch.exe SDG2000_V200R001B01D01P21R2.ADS NewFirmware.ADS difference
and SDG2042X accept NewFirmware.ADS and new password, 7 char, lowercase,
starting with ee, everybody know here...
http://www.daemonology.net/bsdiff/ (http://www.daemonology.net/bsdiff/)
After watching a nice video https://www.youtube.com/watch?v=colVXihqdGo (https://www.youtube.com/watch?v=colVXihqdGo), I decided to open up my generator.Great information! just want to know how to convert that to USB or an old rs323 to USB adapter. Thanks
No rust in there ;D
The serial port is easily accessable, and the command prompt is also there. After connecting the normal "upgrade" can still be done.
br,
mike
If you want telnet, read 7-8 posts upwards where I have 21R2 password hackThanks for the information, what I understand is that SDG2000_V200R001B01D01P21R2.ADS is the patched file for 21R2 where I can use telnet and upgrade the bandwidth as version SDG2000_V200R001B01D01P17R5.ADS ?
I can do them for other instruments too
Ok, link if you can't patch it: SDG2000_eevblog_P21R2.ADS (http://s000.tinyupload.com/index.php?file_id=27636778236277715757)
No.
If you take original SDG2000_V200R001B01D01P21R2.ADS
and patch it with "bsdiff.exe" using "difference" You get patched file
and patched like this is file from the link: SDG2000_eevblog_P21R2.ADS
....
where You can use telnet and do whatever... things...
But now I must do newer from latest firmware P22R5... : )
Or someone like to calculate password?
root:$1$NLwMj1Ox$1y4YFcXYiZILqUehDFKuB1
Yes, I got it from the link thereworks fine, thanks for your valuable contribution !!!!!!!!!!!!!!!!!!!!!!
https://www.eevblog.com/forum/testgear/siglent-ads-firmware-file-format/msg998481/#msg998481 (https://www.eevblog.com/forum/testgear/siglent-ads-firmware-file-format/msg998481/#msg998481)
And I changed here root password too SDG2000_eevblog_P22R5.ads (http://s000.tinyupload.com/index.php?file_id=97592156348538956368)
00000000 56 34 12 00 01 01 01 01 01 00 01 00 D1 EC 0D 00 V4..........Ñì..
00000010 FF B7 16 00 FF B7 16 00 3B BB 16 00 CC 4C 13 00 ÿ·..ÿ·..;»..ÌL..
00000020 00 00 00 00 FF FF 07 00 00 00 00 00 32 2E 31 2E ....ÿÿ......2.1.
00000030 31 2E 39 00 89 03 04 00 39 00 00 32 30 31 36 30 1.9.....9..20160
00000040 36 30 36 00 03 04 00 39 00 00 32 30 31 36 30 36 606....9..201606
00000050 30 36 00 03 04 00 39 00 00 32 30 31 36 30 35 31 06....9..2016051
00000060 36 00 03 04 00 39 00 00 31 2E 32 2E 31 2E 33 38 6....9..1.2.1.38
00000070 2E 37 00 00 39 00 00 00 00 00 00 00 00 00 00 00 .7..9...........
00000080 00 00 00 00 00 00 33 2E 31 2E 31 2E 31 33 00 37 ......3.1.1.13.7
00000090 00 00 39 00 00 00 00 00 00 00 00 00 00 00 00 00 ..9.............
000000A0 00 00 00 00 01 00 00 00 00 00 00 00 00 00 00 00 ................
000000B0 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 ................
000000C0 00 00 00 00 FF BD DC C9 32 2E 31 2E 31 2E 38 00 ....ÿ½ÜÉ2.1.1.8.
........ ...
That could be an interesting exercise with the possibility of improving a SPD3303X-E to an X model saving $150 and gaining 10x the V and A resolution. :popcorn:
Has anyone looked at the ads files for the power supplies http://www.siglentamerica.com/USA_website_2014/Firmware&Software/firmware/SPD3303X-Firmware-V100R001B01D02P03.rar (http://www.siglentamerica.com/USA_website_2014/Firmware&Software/firmware/SPD3303X-Firmware-V100R001B01D02P03.rar) ?
New SDS ads viewer utility v0.1.2 can get that app saved straight from opened firmware file or fromVersion 0.1.3 has some minor fixes and help file which is full of all kind of strange text.
one of extracted files (part 5) with dedicated tools menu. Deflating can be done for example with offzip.
Only help at this time comes only from ToolTipTexts when staying on menu items...
-------------------------------------------------------------
Windows NET 3.5 C# application (WinXP, Win7...)
.......This is here... but we were far away from fun, we want to change PLUSES to PULSES
I also have a Rigol scope so might have a look at that.
.......
The goal is: as usual, just for fun.
import functools
# If you have file
input = 'File'
data = bytearray(open(input, 'rb').read())
# Or data can be declared directly
# data = bytes([0x02,0x00,0x00,0x04,0x00,0x00]);
csum = functools.reduce(lambda x,y: x+y, data, 0)
csum = ~csum + 1
csum = csum & 0xffffffff # the only difference is here
print (format(csum, 'X'),"- 32 bit checksum")
csum = csum & 0xff # the only difference is here
print (" ",format(csum, 'X'),"- 8 bit checksum")
01 0000002C --- 2.1.1.9 [000000C4-000DED94]
000000C4 - Checksum: FFBDDCC9
000000C8 - Name: 2.1.1.8
000000C8 - Section Data [000000C8-000DED94] CKSM OK
02 0000003B --- 20170310 [000DED95-0024A9E3]
000DED95 - Header Size: 00000048
000DEDDD - Data Size: 0016BC07
03 0000004A --- 0208 310 [0024A9E4-00276BF3]
0024A9E4 - Header Size: 00000048
0024AA2C - Data Size: 0002C1C8
04 00000059 --- 20170207 [00276BF4-002E84BE]
00276BF4 - Header Size: 00000048
00276C3C - Data Size: 00071883
05 00000068 --- 1.1.2.15 [002E84BF-00417E4E]
002E84BF - Removing block encapsulations from Block Area [002E84BF-00417E4E]
Total bytes extracted (from the blocks): 000FB396 Block area processed OK
Buffer Size: 00006374 bytes (after converting: 8bit-dma-from-16bit)
Processor Type: BF54x - BF542/BF544/BF547/BF548/BF549
Orig Offset Offset Block Code Target Add Byte Count Argument BFlags
00000000 00000000 AD9F5002 FFA00000 00000000 0000635C ignore first
00000020 00000010 ADC50102 FF800000 00000014 00000000 fill
00000040 00000020 ADD90102 FF800014 0000001C 00000000 fill
00000060 00000030 ADC80002 FF800030 00000028 00000000
000000D0 00000068 ADA90102 FF800058 00000020 00000000 fill
000000F0 00000078 AD200002 FF800078 00002CA4 00000000
00005A58 00002D2C ADC50102 FF802D1C 00000124 00000000 fill
00005A78 00002D3C ADD60002 FFA00000 00003610 00000000
0000C6B8 0000635C ADF80802 FFA00000 00000000 00000000 init
0000C6D8 --- ZLIB Decompressed Size: 00287728
0000C6E0 --- ZLIB Compressed Block Size: 000EECAE [0000C6E8-000FB395]
****************************************************
Section Processed OK
06 00000077 ---
07 00000086 --- 3.1.1.13 [00417E4F-00497E4D]
00417E4F - ?????: 0000DCBB
00417E53 - Data Size: 0006B930
00417E57 - Name: 3.1.1.13 ???
00417E63 - Section Data [00417E63-00483792]
08 00000095 ---
...but normal UBI-reader is hard to find.
Couple of times I was successful with ubidump but now I use something with Ubuntu.
Buffer Size: 00006374 bytes (after converting 16bit to 8bit)
Processor Type: BF54x - BF542/BF544/BF547/BF548/BF549
Offset Block Code Address Byte Count Argument
00000000 AD9F5002
So I can't see this stuff right now. In other words, I don't have a clue about this BlackFin part.string[] DMA_code = {"dma-reserved" , "8bit-dma-from-8bit", "8bit-dma-from-16bit", "8bit-dma-from-32bit",
"8bit-dma-from-64bit", "8bit-dma-from-128bit", "16bit-dma-from-16bit", "16bit-dma-from-32bit",
"16bit-dma-from-64bit", "16bit-dma-from-128bit", "32bit-dma-from-32bit", "32bit-dma-from-64bit",
"32bit-dma-from-128bit", "64bit-dma-from-64bit", "64bit-dma-from-128bit", "128bit-dma-from-128bit" };
string[] bflag = { "safe", "aux", "", "", "fill", "quickboot", "callback", "init", "ignore", "indirect", "first", "final" };
File Header Size: 00000048
00000000 - File Checksum: F9F6C42A [000004-EOF] (with only the File Header decrypted) CKSM OK
00000004 - File Size: 000FFBE8 (without 0x48 bytes of the File Header)
00000008 - Section Size: 000AC930
0000000C - Blocks Area: 00000000 [000FFBE8-000FFBE7]
00000026 - Vendor: SIGLENT
0000003A - USB Host Controller: ISP1763
****************************************************
Decrypting the 0x2800 and 0x1400 blocks...
Reversing file...
XORing with 0xFF (incrementing pattern)...
XORing with 0xFF from 0x0007FDF4 until 0x000FFBE7
****************************************************
0000000C --- Section Checksum: FEFF926D
00000010 --- Section Size: 00053294 [00000018-000532AB] CKSM OK
00000014 --- Section # 00000001
00000018 - Data Checksum: FEFF9BCB
0000001C - Data Size: 0005327C [00000030-000532AB] CKSM OK
00000020 - Data Name: fpga data
0000002A - ????: 0012
0000002C - ????: 77D4048F
00000030 --- 000532AB ***** FPGA DATA *****
00000030 - FFFFFFFF Padding
00000034 - FFFFFFFF Padding
00000038 - FFFFFFFF Padding
0000003C - FFFFFFFF Padding
00000040 - AA995566 Sync Word (BPI/SPI Mode)
00000044 - 30A1 0007 T1 W 0000001 CMD RCRC - Reset CRC
00000048 - 2000 T1 - 0000000 NOP (1x)
0000004A - 31A1 0380 T1 W 0000001 FLR
0000004E - 3141 3D00 T1 W 0000001 COR1
00000052 - 3161 09EE T1 W 0000001 COR2
00000056 - 31C2 04001093 T1 W 0000002 IDCODE
0000005C - 30E1 00CF T1 W 0000001 MASK
00000060 - 30C1 0081 T1 W 0000001 CTL
00000064 - 2000 T1 - 0000000 NOP (17x)
00000086 - 3381 3CC8 T1 W 0000001 CCLK_FREQ
0000008A - 3181 0881 T1 W 0000001 PWRDN_REG
0000008E - 3421 0000 T1 W 0000001 EYE_MASK
00000092 - 3201 001F T1 W 0000001 HC_OPT_REG
00000096 - 31E1 FFFF T1 W 0000001 CWDT
0000009A - 3321 0005 T1 W 0000001 PU_GWE
0000009E - 3341 0004 T1 W 0000001 PU_GTS
000000A2 - 3301 0100 T1 W 0000001 MODE_REG
000000A6 - 3261 0000 T1 W 0000001 GENERAL1
000000AA - 3281 0000 T1 W 0000001 GENERAL2
000000AE - 32A1 0000 T1 W 0000001 GENERAL3
000000B2 - 32C1 0000 T1 W 0000001 GENERAL4
000000B6 - 32E1 0000 T1 W 0000001 GENERAL5
000000BA - 33A1 1BE2 T1 W 0000001 SEU_OPT
000000BE - 33C2 00000000 T1 W 0000002 EXP_SIGN
000000C4 - 2000 T1 - 0000000 NOP (2x)
000000C8 - 3022 00000000 T1 W 0000002 FAR_MAJ
000000CE - 30A1 0001 T1 W 0000001 CMD WCFG - Write Config Data
000000D2 - 5060 000298AD T2 W 00298AD FDRI CRC: 00094352
00053236 - 2000 T1 - 0000000 NOP (24x)
00053266 - 30A1 000A T1 W 0000001 CMD GRESTORE - Pulse GRESTORE Signal
0005326A - 30A1 0003 T1 W 0000001 CMD DGHIGH/LFRM - Last Frame Write
0005326E - 2000 T1 - 0000000 NOP (4x)
00053276 - 30A1 000A T1 W 0000001 CMD GRESTORE - Pulse GRESTORE Signal
0005327A - 30A1 0005 T1 W 0000001 CMD START - Begin Startup Sequence
0005327E - 30E1 00FF T1 W 0000001 MASK
00053282 - 30C1 0081 T1 W 0000001 CTL
00053286 - 3002 001171C1 T1 W 0000002 CRC
0005328C - 30A1 000D T1 W 0000001 CMD DESYNC - Reset DALIGN Signal
00053290 - 2000 T1 - 0000000 NOP (14x)
****************************************************
000532AC --- Section Checksum: FAB63171
000532B0 --- Section Size: 000AC930 [000532B8-000FFBE7] CKSM OK
000532B4 --- Section # 00000002
000532B8 --- 000FFBE7 ***** BLACKFIN DATA *****
Buffer Size: 000067F2 bytes (after converting from 16 to 8 bits)
0x00000000 DXE 0000 (Data Size: 000067DC) [00000000-000067E9]
Processor Type: ADSP-BF533/534/536/537/538/539 (boot address: 0xFFA00000)
Orig Offset: Offset: Block: Target Add: Byte Count: Flags: [ start - end ]
000532B8 --- 0x00000000 0000 FF800040 00000004 0012 [0000000A-0000000D] resvect ignore
000532D4 --- 0x0000000E 0001 FF800000 000022B0 0002 [00000018-000022C7] resvect
00057848 --- 0x000022C8 0002 FF8022B0 00000010 0003 zero-fill resvect
0005785C --- 0x000022D2 0003 FF8022C0 00000010 0002 [000022DC-000022EB] resvect
00057890 --- 0x000022EC 0004 FF8022D0 0000029E 0002 [000022F6-00002593] resvect
00057DE0 --- 0x00002594 0005 FF80256E 0000000E 0003 zero-fill resvect
00057DF4 --- 0x0000259E 0006 FF80257C 000009BA 0002 [000025A8-00002F61] resvect
0005917C --- 0x00002F62 0007 FF802F36 000000AA 0003 zero-fill resvect
00059190 --- 0x00002F6C 0008 FF802FE0 0000000C 0002 [00002F76-00002F81] resvect
000591BC --- 0x00002F82 0009 FF902000 00000004 0002 [00002F8C-00002F8F] resvect
000591D8 --- 0x00002F90 000A FF902004 00000068 0003 zero-fill resvect
000591EC --- 0x00002F9A 000B FFA00000 0000383A 0002 [00002FA4-000067DD] resvect
00060274 --- 0x000067DE 000C FFA00000 00000002 000A [000067E8-000067E9] resvect init
0006028C --- ZLIB Decompressed Size: 001AA72E
00060294 --- ZLIB Compressed Block Size: 0009F94C [0006029C-000FFBE7]
****************************************************
File Processed OK
Parsing a SIGLENT SDS1000/SDS2000 file
01 0000002C --- 2.1.1.9 [000000C4-000DED94]
000000C4 - Checksum: FFBDDCC9
000000C8 - Name: 2.1.1.8
000000C8 - Section Data [000000C8-000DED94] CKSM OK
02 0000003B --- 20170310 [000DED95-0024A9E3]
000DED95 - Data Size: 0016BC07
000DED95 - Header Size: 00000048
000DEDDD - FFFFFFFF Padding
000DEDE1 - FFFFFFFF Padding
000DEDE5 - FFFFFFFF Padding
000DEDE9 - FFFFFFFF Padding
000DEDED - AA995566 Sync Word (BPI/SPI Mode)
000DEDF1 - 30A1 0007 T1 W 0000001 CMD RCRC - Reset CRC
000DEDF5 - 2000 T1 - 0000000 NOP (1x)
000DEDF7 - 31A1 0628 T1 W 0000001 FLR
000DEDFB - 3141 3D00 T1 W 0000001 COR1
000DEDFF - 3161 09EE T1 W 0000001 COR2
000DEE03 - 31C2 04008093 T1 W 0000002 IDCODE
000DEE09 - 30E1 00CF T1 W 0000001 MASK
000DEE0D - 30C1 0081 T1 W 0000001 CTL
000DEE11 - 2000 T1 - 0000000 NOP (17x)
000DEE33 - 3381 3CC8 T1 W 0000001 CCLK_FREQ
000DEE37 - 3181 0881 T1 W 0000001 PWRDN_REG
000DEE3B - 3421 0000 T1 W 0000001 EYE_MASK
000DEE3F - 3201 001F T1 W 0000001 HC_OPT_REG
000DEE43 - 31E1 FFFF T1 W 0000001 CWDT
000DEE47 - 3321 0005 T1 W 0000001 PU_GWE
000DEE4B - 3341 0004 T1 W 0000001 PU_GTS
000DEE4F - 3301 0100 T1 W 0000001 MODE_REG
000DEE53 - 3261 0000 T1 W 0000001 GENERAL1
000DEE57 - 3281 0000 T1 W 0000001 GENERAL2
000DEE5B - 32A1 0000 T1 W 0000001 GENERAL3
000DEE5F - 32C1 0000 T1 W 0000001 GENERAL4
000DEE63 - 32E1 0000 T1 W 0000001 GENERAL5
000DEE67 - 33A1 1BE2 T1 W 0000001 SEU_OPT
000DEE6B - 33C2 00000000 T1 W 0000002 EXP_SIGN
000DEE71 - 2000 T1 - 0000000 NOP (2x)
000DEE75 - 3022 00000000 T1 W 0000002 FAR_MAJ
000DEE7B - 30A1 0001 T1 W 0000001 CMD WCFG - Write Config Data
000DEE7F - 5060 000B52A9 T2 W 00B52A9 FDRI CRC: 0034308C
002493DB - 2000 T1 - 0000000 NOP (24x)
0024940B - 3022 00040017 T1 W 0000002 FAR_MAJ
00249411 - 30A1 0001 T1 W 0000001 CMD WCFG - Write Config Data
00249415 - 5060 00000082 T2 W 0000082 FDRI CRC: 003375D7
00249523 - 3022 000D0017 T1 W 0000002 FAR_MAJ
00249529 - 5060 00000082 T2 W 0000082 FDRI CRC: 0002BA9A
00249637 - 3022 001A0017 T1 W 0000002 FAR_MAJ
0024963D - 5060 00000082 T2 W 0000082 FDRI CRC: 0003762D
0024974B - 3022 00230017 T1 W 0000002 FAR_MAJ
00249751 - 5060 00000082 T2 W 0000082 FDRI CRC: 00094B76
0024985F - 3022 01040017 T1 W 0000002 FAR_MAJ
00249865 - 5060 00000082 T2 W 0000082 FDRI CRC: 00202D3C
00249973 - 3022 010D0017 T1 W 0000002 FAR_MAJ
00249979 - 5060 00000082 T2 W 0000082 FDRI CRC: 002CF083
00249A87 - 3022 011A0017 T1 W 0000002 FAR_MAJ
00249A8D - 5060 00000082 T2 W 0000082 FDRI CRC: 0014FD49
00249B9B - 3022 01230017 T1 W 0000002 FAR_MAJ
00249BA1 - 5060 00000082 T2 W 0000082 FDRI CRC: 00051241
00249CAF - 3022 021A0017 T1 W 0000002 FAR_MAJ
00249CB5 - 5060 00000082 T2 W 0000082 FDRI CRC: 0007EA84
00249DC3 - 3022 02230017 T1 W 0000002 FAR_MAJ
00249DC9 - 5060 00000082 T2 W 0000082 FDRI CRC: 0030BD91
00249ED7 - 3022 03040017 T1 W 0000002 FAR_MAJ
00249EDD - 5060 00000082 T2 W 0000082 FDRI CRC: 00015E7B
00249FEB - 3022 030D0017 T1 W 0000002 FAR_MAJ
00249FF1 - 5060 00000082 T2 W 0000082 FDRI CRC: 003B95FD
0024A0FF - 3022 031A0017 T1 W 0000002 FAR_MAJ
0024A105 - 5060 00000082 T2 W 0000082 FDRI CRC: 000DC751
0024A213 - 3022 03230017 T1 W 0000002 FAR_MAJ
0024A219 - 5060 00000082 T2 W 0000082 FDRI CRC: 00029613
0024A327 - 3022 04230017 T1 W 0000002 FAR_MAJ
0024A32D - 5060 00000082 T2 W 0000082 FDRI CRC: 000B26CB
0024A43B - 3022 050D0017 T1 W 0000002 FAR_MAJ
0024A441 - 5060 00000082 T2 W 0000082 FDRI CRC: 00079B31
0024A54F - 3022 051A0017 T1 W 0000002 FAR_MAJ
0024A555 - 5060 00000082 T2 W 0000082 FDRI CRC: 00078C47
0024A663 - 3022 05230017 T1 W 0000002 FAR_MAJ
0024A669 - 5060 00000082 T2 W 0000082 FDRI CRC: 002EA4CD
0024A777 - 3022 061A0017 T1 W 0000002 FAR_MAJ
0024A77D - 5060 00000082 T2 W 0000082 FDRI CRC: 002E1DE1
0024A88B - 3022 06230017 T1 W 0000002 FAR_MAJ
0024A891 - 5060 00000082 T2 W 0000082 FDRI CRC: 00281192
0024A99F - 30A1 000A T1 W 0000001 CMD GRESTORE - Pulse GRESTORE Signal
0024A9A3 - 30A1 0003 T1 W 0000001 CMD DGHIGH/LFRM - Last Frame Write
0024A9A7 - 2000 T1 - 0000000 NOP (4x)
0024A9AF - 30A1 000A T1 W 0000001 CMD GRESTORE - Pulse GRESTORE Signal
0024A9B3 - 30A1 0005 T1 W 0000001 CMD START - Begin Startup Sequence
0024A9B7 - 30E1 00FF T1 W 0000001 MASK
0024A9BB - 30C1 0081 T1 W 0000001 CTL
0024A9BF - 3002 00174160 T1 W 0000002 CRC
0024A9C5 - 30A1 000D T1 W 0000001 CMD DESYNC - Reset DALIGN Signal
0024A9C9 - 2000 T1 - 0000000 NOP (13x)
****************************************************
03 0000004A --- 0208 310 [0024A9E4-00276BF3]
0024A9E4 - Data Size: 0002C1C8
0024A9E4 - Header Size: 00000048
04 00000059 --- 20170207 [00276BF4-002E84BE]
00276BF4 - Data Size: 00071883
00276BF4 - Header Size: 00000048
00276C3C - FFFFFFFF Padding
00276C40 - FFFFFFFF Padding
00276C44 - FFFFFFFF Padding
00276C48 - FFFFFFFF Padding
00276C4C - AA995566 Sync Word (BPI/SPI Mode)
00276C50 - 30A1 0007 T1 W 0000001 CMD RCRC - Reset CRC
00276C54 - 2000 T1 - 0000000 NOP (1x)
00276C56 - 31A1 0430 T1 W 0000001 FLR
00276C5A - 3141 3D00 T1 W 0000001 COR1
00276C5E - 3161 09EE T1 W 0000001 COR2
00276C62 - 31C2 04002093 T1 W 0000002 IDCODE
00276C68 - 30E1 00CF T1 W 0000001 MASK
00276C6C - 30C1 0081 T1 W 0000001 CTL
00276C70 - 2000 T1 - 0000000 NOP (17x)
00276C92 - 3381 3CC8 T1 W 0000001 CCLK_FREQ
00276C96 - 3181 0881 T1 W 0000001 PWRDN_REG
00276C9A - 3421 0000 T1 W 0000001 EYE_MASK
00276C9E - 3201 001F T1 W 0000001 HC_OPT_REG
00276CA2 - 31E1 FFFF T1 W 0000001 CWDT
00276CA6 - 3321 0005 T1 W 0000001 PU_GWE
00276CAA - 3341 0004 T1 W 0000001 PU_GTS
00276CAE - 3301 0100 T1 W 0000001 MODE_REG
00276CB2 - 3261 0000 T1 W 0000001 GENERAL1
00276CB6 - 3281 0000 T1 W 0000001 GENERAL2
00276CBA - 32A1 0000 T1 W 0000001 GENERAL3
00276CBE - 32C1 0000 T1 W 0000001 GENERAL4
00276CC2 - 32E1 0000 T1 W 0000001 GENERAL5
00276CC6 - 33A1 1BE2 T1 W 0000001 SEU_OPT
00276CCA - 33C2 00000000 T1 W 0000002 EXP_SIGN
00276CD0 - 2000 T1 - 0000000 NOP (2x)
00276CD4 - 3022 00000000 T1 W 0000002 FAR_MAJ
00276CDA - 30A1 0001 T1 W 0000001 CMD WCFG - Write Config Data
00276CDE - 5060 00038A11 T2 W 0038A11 FDRI CRC: 00374F6B
002E810A - 2000 T1 - 0000000 NOP (24x)
002E813A - 3022 01040017 T1 W 0000002 FAR_MAJ
002E8140 - 30A1 0001 T1 W 0000001 CMD WCFG - Write Config Data
002E8144 - 5060 00000082 T2 W 0000082 FDRI CRC: 0011C60E
002E8252 - 3022 02040017 T1 W 0000002 FAR_MAJ
002E8258 - 5060 00000082 T2 W 0000082 FDRI CRC: 0036FAC5
002E8366 - 3022 03040017 T1 W 0000002 FAR_MAJ
002E836C - 5060 00000082 T2 W 0000082 FDRI CRC: 002A817F
002E847A - 30A1 000A T1 W 0000001 CMD GRESTORE - Pulse GRESTORE Signal
002E847E - 30A1 0003 T1 W 0000001 CMD DGHIGH/LFRM - Last Frame Write
002E8482 - 2000 T1 - 0000000 NOP (4x)
002E848A - 30A1 000A T1 W 0000001 CMD GRESTORE - Pulse GRESTORE Signal
002E848E - 30A1 0005 T1 W 0000001 CMD START - Begin Startup Sequence
002E8492 - 30E1 00FF T1 W 0000001 MASK
002E8496 - 30C1 0081 T1 W 0000001 CTL
002E849A - 3002 00325B22 T1 W 0000002 CRC
002E84A0 - 30A1 000D T1 W 0000001 CMD DESYNC - Reset DALIGN Signal
002E84A4 - 2000 T1 - 0000000 NOP (13x)
****************************************************
05 00000068 --- 1.1.2.15 [002E84BF-00417E4E]
002E84BF - Removing block encapsulations from Block Area [002E84BF-00417E4E]
Total bytes extracted (from the blocks): 000FB396 Block area processed OK
Buffer Size: 00006374 bytes (after converting from 16 to 8 bits)
Processor Type: BF54x - BF542/BF544/BF547/BF548/BF549
Orig Offset Offset Block Code Target Add Byte Count Argument BFlags
00000000 00000000 AD9F5002 FFA00000 00000000 0000635C ignore first
00000020 00000010 ADC50102 FF800000 00000014 00000000 fill
00000040 00000020 ADD90102 FF800014 0000001C 00000000 fill
00000060 00000030 ADC80002 FF800030 00000028 00000000
000000D0 00000068 ADA90102 FF800058 00000020 00000000 fill
000000F0 00000078 AD200002 FF800078 00002CA4 00000000
00005A58 00002D2C ADC50102 FF802D1C 00000124 00000000 fill
00005A78 00002D3C ADD60002 FFA00000 00003610 00000000
0000C6B8 0000635C ADF80802 FFA00000 00000000 00000000 init
0000C6D8 --- ZLIB Decompressed Size: 00287728
0000C6E0 --- ZLIB Compressed Block Size: 000EECAE [0000C6E8-000FB395]
****************************************************
Section Processed OK
06 00000077 ---
07 00000086 --- 3.1.1.13 [00417E4F-00497E4D]
00417E4F - ?????: 0000DCBB
00417E53 - Data Size: 0006B930
00417E57 - Name: 3.1.1.13 ???
00417E63 - Section Data [00417E63-00483792]
08 00000095 ---
Parsing a SIGLENT SDS1000/SDS2000 file
01 0000002C --- 2.1.1.9 [000000C4-000DED94]
000000C4 - Checksum: FFBDDCC9
000000C8 - Name: 2.1.1.8
000000C8 - Section Data [000000C8-000DED94] CKSM OK
02 0000003B --- 20160606 [000DED95-0024A593]
000DED95 - Data Size: 0016B7B7
000DED95 - Header Size: 00000048
000DEDDD - FFFFFFFF Padding
000DEDE1 - FFFFFFFF Padding
000DEDE5 - FFFFFFFF Padding
000DEDE9 - FFFFFFFF Padding
000DEDED - AA995566 Sync Word (BPI/SPI Mode)
000DEDF1 - 30A1 0007 T1 W 0000001 CMD RCRC - Reset CRC
000DEDF5 - 2000 T1 - 0000000 NOP (1x)
000DEDF7 - 31A1 0628 T1 W 0000001 FLR
000DEDFB - 3141 3D00 T1 W 0000001 COR1
000DEDFF - 3161 09EE T1 W 0000001 COR2
000DEE03 - 31C2 04008093 T1 W 0000002 IDCODE
000DEE09 - 30E1 00CF T1 W 0000001 MASK
000DEE0D - 30C1 0081 T1 W 0000001 CTL
000DEE11 - 2000 T1 - 0000000 NOP (17x)
000DEE33 - 3381 3CC8 T1 W 0000001 CCLK_FREQ
000DEE37 - 3181 0881 T1 W 0000001 PWRDN_REG
000DEE3B - 3421 0000 T1 W 0000001 EYE_MASK
000DEE3F - 3201 001F T1 W 0000001 HC_OPT_REG
000DEE43 - 31E1 FFFF T1 W 0000001 CWDT
000DEE47 - 3321 0005 T1 W 0000001 PU_GWE
000DEE4B - 3341 0004 T1 W 0000001 PU_GTS
000DEE4F - 3301 0100 T1 W 0000001 MODE_REG
000DEE53 - 3261 0000 T1 W 0000001 GENERAL1
000DEE57 - 3281 0000 T1 W 0000001 GENERAL2
000DEE5B - 32A1 0000 T1 W 0000001 GENERAL3
000DEE5F - 32C1 0000 T1 W 0000001 GENERAL4
000DEE63 - 32E1 0000 T1 W 0000001 GENERAL5
000DEE67 - 33A1 1BE2 T1 W 0000001 SEU_OPT
000DEE6B - 33C2 00000000 T1 W 0000002 EXP_SIGN
000DEE71 - 2000 T1 - 0000000 NOP (2x)
000DEE75 - 3022 00000000 T1 W 0000002 FAR_MAJ
000DEE7B - 30A1 0001 T1 W 0000001 CMD WCFG - Write Config Data
000DEE7F - 5060 000B52A9 T2 W 00B52A9 FDRI CRC: 00131922
002493DB - 2000 T1 - 0000000 NOP (24x)
0024940B - 3022 00040017 T1 W 0000002 FAR_MAJ
00249411 - 30A1 0001 T1 W 0000001 CMD WCFG - Write Config Data
00249415 - 5060 00000082 T2 W 0000082 FDRI CRC: 0004280B
00249523 - 3022 000D0017 T1 W 0000002 FAR_MAJ
00249529 - 5060 00000082 T2 W 0000082 FDRI CRC: 000F94E1
00249637 - 3022 00230017 T1 W 0000002 FAR_MAJ
0024963D - 5060 00000082 T2 W 0000082 FDRI CRC: 00008F4D
0024974B - 3022 01040017 T1 W 0000002 FAR_MAJ
00249751 - 5060 00000082 T2 W 0000082 FDRI CRC: 0035DE97
0024985F - 3022 010D0017 T1 W 0000002 FAR_MAJ
00249865 - 5060 00000082 T2 W 0000082 FDRI CRC: 003E4DA8
00249973 - 3022 011A0017 T1 W 0000002 FAR_MAJ
00249979 - 5060 00000082 T2 W 0000082 FDRI CRC: 001822E4
00249A87 - 3022 01230017 T1 W 0000002 FAR_MAJ
00249A8D - 5060 00000082 T2 W 0000082 FDRI CRC: 003B04FB
00249B9B - 3022 02040017 T1 W 0000002 FAR_MAJ
00249BA1 - 5060 00000082 T2 W 0000082 FDRI CRC: 00303121
00249CAF - 3022 020D0017 T1 W 0000002 FAR_MAJ
00249CB5 - 5060 00000082 T2 W 0000082 FDRI CRC: 0025A24C
00249DC3 - 3022 021A0017 T1 W 0000002 FAR_MAJ
00249DC9 - 5060 00000082 T2 W 0000082 FDRI CRC: 00370282
00249ED7 - 3022 02230017 T1 W 0000002 FAR_MAJ
00249EDD - 5060 00000082 T2 W 0000082 FDRI CRC: 000DAEDE
00249FEB - 3022 03040017 T1 W 0000002 FAR_MAJ
00249FF1 - 5060 00000082 T2 W 0000082 FDRI CRC: 00319323
0024A0FF - 3022 04040017 T1 W 0000002 FAR_MAJ
0024A105 - 5060 00000082 T2 W 0000082 FDRI CRC: 000B7C1F
0024A213 - 3022 040D0017 T1 W 0000002 FAR_MAJ
0024A219 - 5060 00000082 T2 W 0000082 FDRI CRC: 001DE18B
0024A327 - 3022 05040017 T1 W 0000002 FAR_MAJ
0024A32D - 5060 00000082 T2 W 0000082 FDRI CRC: 003D0427
0024A43B - 3022 050D0017 T1 W 0000002 FAR_MAJ
0024A441 - 5060 00000082 T2 W 0000082 FDRI CRC: 003A50CB
0024A54F - 30A1 000A T1 W 0000001 CMD GRESTORE - Pulse GRESTORE Signal
0024A553 - 30A1 0003 T1 W 0000001 CMD DGHIGH/LFRM - Last Frame Write
0024A557 - 2000 T1 - 0000000 NOP (4x)
0024A55F - 30A1 000A T1 W 0000001 CMD GRESTORE - Pulse GRESTORE Signal
0024A563 - 30A1 0005 T1 W 0000001 CMD START - Begin Startup Sequence
0024A567 - 30E1 00FF T1 W 0000001 MASK
0024A56B - 30C1 0081 T1 W 0000001 CTL
0024A56F - 3002 000F3E32 T1 W 0000002 CRC
0024A575 - 30A1 000D T1 W 0000001 CMD DESYNC - Reset DALIGN Signal
0024A579 - 2000 T1 - 0000000 NOP (13x)
****************************************************
03 0000004A --- 20160606 [0024A594-003B5D92]
0024A594 - Data Size: 0016B7B7
0024A594 - Header Size: 00000048
0024A5DC - FFFFFFFF Padding
0024A5E0 - FFFFFFFF Padding
0024A5E4 - FFFFFFFF Padding
0024A5E8 - FFFFFFFF Padding
0024A5EC - AA995566 Sync Word (BPI/SPI Mode)
0024A5F0 - 30A1 0007 T1 W 0000001 CMD RCRC - Reset CRC
0024A5F4 - 2000 T1 - 0000000 NOP (1x)
0024A5F6 - 31A1 0628 T1 W 0000001 FLR
0024A5FA - 3141 3D00 T1 W 0000001 COR1
0024A5FE - 3161 09EE T1 W 0000001 COR2
0024A602 - 31C2 04008093 T1 W 0000002 IDCODE
0024A608 - 30E1 00CF T1 W 0000001 MASK
0024A60C - 30C1 0081 T1 W 0000001 CTL
0024A610 - 2000 T1 - 0000000 NOP (17x)
0024A632 - 3381 3CC8 T1 W 0000001 CCLK_FREQ
0024A636 - 3181 0881 T1 W 0000001 PWRDN_REG
0024A63A - 3421 0000 T1 W 0000001 EYE_MASK
0024A63E - 3201 001F T1 W 0000001 HC_OPT_REG
0024A642 - 31E1 FFFF T1 W 0000001 CWDT
0024A646 - 3321 0005 T1 W 0000001 PU_GWE
0024A64A - 3341 0004 T1 W 0000001 PU_GTS
0024A64E - 3301 0100 T1 W 0000001 MODE_REG
0024A652 - 3261 0000 T1 W 0000001 GENERAL1
0024A656 - 3281 0000 T1 W 0000001 GENERAL2
0024A65A - 32A1 0000 T1 W 0000001 GENERAL3
0024A65E - 32C1 0000 T1 W 0000001 GENERAL4
0024A662 - 32E1 0000 T1 W 0000001 GENERAL5
0024A666 - 33A1 1BE2 T1 W 0000001 SEU_OPT
0024A66A - 33C2 00000000 T1 W 0000002 EXP_SIGN
0024A670 - 2000 T1 - 0000000 NOP (2x)
0024A674 - 3022 00000000 T1 W 0000002 FAR_MAJ
0024A67A - 30A1 0001 T1 W 0000001 CMD WCFG - Write Config Data
0024A67E - 5060 000B52A9 T2 W 00B52A9 FDRI CRC: 000310D9
003B4BDA - 2000 T1 - 0000000 NOP (24x)
003B4C0A - 3022 000D0017 T1 W 0000002 FAR_MAJ
003B4C10 - 30A1 0001 T1 W 0000001 CMD WCFG - Write Config Data
003B4C14 - 5060 00000082 T2 W 0000082 FDRI CRC: 0020783B
003B4D22 - 3022 001A0017 T1 W 0000002 FAR_MAJ
003B4D28 - 5060 00000082 T2 W 0000082 FDRI CRC: 002806B7
003B4E36 - 3022 00230017 T1 W 0000002 FAR_MAJ
003B4E3C - 5060 00000082 T2 W 0000082 FDRI CRC: 0014E29D
003B4F4A - 3022 010D0017 T1 W 0000002 FAR_MAJ
003B4F50 - 5060 00000082 T2 W 0000082 FDRI CRC: 00141799
003B505E - 3022 011A0017 T1 W 0000002 FAR_MAJ
003B5064 - 5060 00000082 T2 W 0000082 FDRI CRC: 003A1B9A
003B5172 - 3022 01230017 T1 W 0000002 FAR_MAJ
003B5178 - 5060 00000082 T2 W 0000082 FDRI CRC: 0020B6FA
003B5286 - 3022 021A0017 T1 W 0000002 FAR_MAJ
003B528C - 5060 00000082 T2 W 0000082 FDRI CRC: 002554A2
003B539A - 3022 02230017 T1 W 0000002 FAR_MAJ
003B53A0 - 5060 00000082 T2 W 0000082 FDRI CRC: 001D9C65
003B54AE - 3022 03040017 T1 W 0000002 FAR_MAJ
003B54B4 - 5060 00000082 T2 W 0000082 FDRI CRC: 0038FD0C
003B55C2 - 3022 030D0017 T1 W 0000002 FAR_MAJ
003B55C8 - 5060 00000082 T2 W 0000082 FDRI CRC: 002782A6
003B56D6 - 3022 03230017 T1 W 0000002 FAR_MAJ
003B56DC - 5060 00000082 T2 W 0000082 FDRI CRC: 0014CA3C
003B57EA - 3022 040D0017 T1 W 0000002 FAR_MAJ
003B57F0 - 5060 00000082 T2 W 0000082 FDRI CRC: 001C57CE
003B58FE - 3022 04230017 T1 W 0000002 FAR_MAJ
003B5904 - 5060 00000082 T2 W 0000082 FDRI CRC: 0017A6CC
003B5A12 - 3022 050D0017 T1 W 0000002 FAR_MAJ
003B5A18 - 5060 00000082 T2 W 0000082 FDRI CRC: 00037603
003B5B26 - 3022 051A0017 T1 W 0000002 FAR_MAJ
003B5B2C - 5060 00000082 T2 W 0000082 FDRI CRC: 00069CF5
003B5C3A - 3022 05230017 T1 W 0000002 FAR_MAJ
003B5C40 - 5060 00000082 T2 W 0000082 FDRI CRC: 003DE286
003B5D4E - 30A1 000A T1 W 0000001 CMD GRESTORE - Pulse GRESTORE Signal
003B5D52 - 30A1 0003 T1 W 0000001 CMD DGHIGH/LFRM - Last Frame Write
003B5D56 - 2000 T1 - 0000000 NOP (4x)
003B5D5E - 30A1 000A T1 W 0000001 CMD GRESTORE - Pulse GRESTORE Signal
003B5D62 - 30A1 0005 T1 W 0000001 CMD START - Begin Startup Sequence
003B5D66 - 30E1 00FF T1 W 0000001 MASK
003B5D6A - 30C1 0081 T1 W 0000001 CTL
003B5D6E - 3002 00205EF5 T1 W 0000002 CRC
003B5D74 - 30A1 000D T1 W 0000001 CMD DESYNC - Reset DALIGN Signal
003B5D78 - 2000 T1 - 0000000 NOP (13x)
****************************************************
04 00000059 --- 20160516 [003B5D93-005218CD]
003B5D93 - Data Size: 0016BAF3
003B5D93 - Header Size: 00000048
003B5DDB - FFFFFFFF Padding
003B5DDF - FFFFFFFF Padding
003B5DE3 - FFFFFFFF Padding
003B5DE7 - FFFFFFFF Padding
003B5DEB - AA995566 Sync Word (BPI/SPI Mode)
003B5DEF - 30A1 0007 T1 W 0000001 CMD RCRC - Reset CRC
003B5DF3 - 2000 T1 - 0000000 NOP (1x)
003B5DF5 - 31A1 0628 T1 W 0000001 FLR
003B5DF9 - 3141 3D08 T1 W 0000001 COR1
003B5DFD - 3161 09EE T1 W 0000001 COR2
003B5E01 - 31C2 04008093 T1 W 0000002 IDCODE
003B5E07 - 30E1 00CF T1 W 0000001 MASK
003B5E0B - 30C1 0081 T1 W 0000001 CTL
003B5E0F - 2000 T1 - 0000000 NOP (17x)
003B5E31 - 3381 3CC8 T1 W 0000001 CCLK_FREQ
003B5E35 - 3181 0881 T1 W 0000001 PWRDN_REG
003B5E39 - 3421 0000 T1 W 0000001 EYE_MASK
003B5E3D - 3201 001F T1 W 0000001 HC_OPT_REG
003B5E41 - 31E1 FFFF T1 W 0000001 CWDT
003B5E45 - 3321 0005 T1 W 0000001 PU_GWE
003B5E49 - 3341 0004 T1 W 0000001 PU_GTS
003B5E4D - 3301 0100 T1 W 0000001 MODE_REG
003B5E51 - 3261 0000 T1 W 0000001 GENERAL1
003B5E55 - 3281 0000 T1 W 0000001 GENERAL2
003B5E59 - 32A1 0000 T1 W 0000001 GENERAL3
003B5E5D - 32C1 0000 T1 W 0000001 GENERAL4
003B5E61 - 32E1 0000 T1 W 0000001 GENERAL5
003B5E65 - 33A1 1BE2 T1 W 0000001 SEU_OPT
003B5E69 - 33C2 00000000 T1 W 0000002 EXP_SIGN
003B5E6F - 2000 T1 - 0000000 NOP (2x)
003B5E73 - 3022 00000000 T1 W 0000002 FAR_MAJ
003B5E79 - 30A1 0001 T1 W 0000001 CMD WCFG - Write Config Data
003B5E7D - 5060 000B52A9 T2 W 00B52A9 FDRI CRC: 002B8811
005203D9 - 2000 T1 - 0000000 NOP (24x)
00520409 - 3022 00040017 T1 W 0000002 FAR_MAJ
0052040F - 30A1 0001 T1 W 0000001 CMD WCFG - Write Config Data
00520413 - 5060 00000082 T2 W 0000082 FDRI CRC: 003AE8A0
00520521 - 3022 000D0017 T1 W 0000002 FAR_MAJ
00520527 - 5060 00000082 T2 W 0000082 FDRI CRC: 0003D2F5
00520635 - 3022 001A0017 T1 W 0000002 FAR_MAJ
0052063B - 5060 00000082 T2 W 0000082 FDRI CRC: 000C9D2E
00520749 - 3022 01040017 T1 W 0000002 FAR_MAJ
0052074F - 5060 00000082 T2 W 0000082 FDRI CRC: 000F9CED
0052085D - 3022 010D0017 T1 W 0000002 FAR_MAJ
00520863 - 5060 00000082 T2 W 0000082 FDRI CRC: 002B37CB
00520971 - 3022 011A0017 T1 W 0000002 FAR_MAJ
00520977 - 5060 00000082 T2 W 0000082 FDRI CRC: 000F731E
00520A85 - 3022 01230017 T1 W 0000002 FAR_MAJ
00520A8B - 5060 00000082 T2 W 0000082 FDRI CRC: 0008A05A
00520B99 - 3022 02040017 T1 W 0000002 FAR_MAJ
00520B9F - 5060 00000082 T2 W 0000082 FDRI CRC: 002A8550
00520CAD - 3022 020D0017 T1 W 0000002 FAR_MAJ
00520CB3 - 5060 00000082 T2 W 0000082 FDRI CRC: 003A459B
00520DC1 - 3022 030D0017 T1 W 0000002 FAR_MAJ
00520DC7 - 5060 00000082 T2 W 0000082 FDRI CRC: 000EFB42
00520ED5 - 3022 031A0017 T1 W 0000002 FAR_MAJ
00520EDB - 5060 00000082 T2 W 0000082 FDRI CRC: 0008F310
00520FE9 - 3022 03230017 T1 W 0000002 FAR_MAJ
00520FEF - 5060 00000082 T2 W 0000082 FDRI CRC: 00275C86
005210FD - 3022 04040017 T1 W 0000002 FAR_MAJ
00521103 - 5060 00000082 T2 W 0000082 FDRI CRC: 001C9593
00521211 - 3022 040D0017 T1 W 0000002 FAR_MAJ
00521217 - 5060 00000082 T2 W 0000082 FDRI CRC: 0024C949
00521325 - 3022 041A0017 T1 W 0000002 FAR_MAJ
0052132B - 5060 00000082 T2 W 0000082 FDRI CRC: 000126CA
00521439 - 3022 04230017 T1 W 0000002 FAR_MAJ
0052143F - 5060 00000082 T2 W 0000082 FDRI CRC: 001B87F4
0052154D - 3022 05040017 T1 W 0000002 FAR_MAJ
00521553 - 5060 00000082 T2 W 0000082 FDRI CRC: 000377BB
00521661 - 3022 050D0017 T1 W 0000002 FAR_MAJ
00521667 - 5060 00000082 T2 W 0000082 FDRI CRC: 00291A21
00521775 - 3022 06040017 T1 W 0000002 FAR_MAJ
0052177B - 5060 00000082 T2 W 0000082 FDRI CRC: 003EDDFD
00521889 - 30A1 000A T1 W 0000001 CMD GRESTORE - Pulse GRESTORE Signal
0052188D - 30A1 0003 T1 W 0000001 CMD DGHIGH/LFRM - Last Frame Write
00521891 - 2000 T1 - 0000000 NOP (4x)
00521899 - 30A1 000A T1 W 0000001 CMD GRESTORE - Pulse GRESTORE Signal
0052189D - 30A1 0005 T1 W 0000001 CMD START - Begin Startup Sequence
005218A1 - 30E1 00FF T1 W 0000001 MASK
005218A5 - 30C1 0081 T1 W 0000001 CTL
005218A9 - 3002 002E31B6 T1 W 0000002 CRC
005218AF - 30A1 000D T1 W 0000001 CMD DESYNC - Reset DALIGN Signal
005218B3 - 2000 T1 - 0000000 NOP (13x)
****************************************************
05 00000068 --- 1.2.1.38 [005218CE-00656599]
005218CE - Removing block encapsulations from Block Area [005218CE-00656599]
Total bytes extracted (from the blocks): 000FF877 Block area processed OK
Buffer Size: 00006DEA bytes (after converting from 16 to 8 bits)
0x00000000 DXE 0000 (Data Size: 00006DD4) [00000000-00006DE1]
Processor Type: ADSP-BF533/534/536/537/538/539 (boot address: 0xFFA00000)
Orig Offset: Offset: Block: Target Add: Byte Count: Flags: [ start - end ]
00000000 --- 0x00000000 0000 FF800040 00000004 0012 [0000000A-0000000D] resvect ignore
0000001C --- 0x0000000E 0001 FF800000 000022B0 0002 [00000018-000022C7] resvect
00004590 --- 0x000022C8 0002 FF8022B0 00000010 0003 zero-fill resvect
000045A4 --- 0x000022D2 0003 FF8022C0 00000010 0002 [000022DC-000022EB] resvect
000045D8 --- 0x000022EC 0004 FF8022D0 0000029E 0002 [000022F6-00002593] resvect
00004B28 --- 0x00002594 0005 FF80256E 0000000E 0003 zero-fill resvect
00004B3C --- 0x0000259E 0006 FF80257C 000009BA 0002 [000025A8-00002F61] resvect
00005EC4 --- 0x00002F62 0007 FF802F36 000000AA 0003 zero-fill resvect
00005ED8 --- 0x00002F6C 0008 FF802FE0 0000000C 0002 [00002F76-00002F81] resvect
00005F04 --- 0x00002F82 0009 FF902000 00000004 0002 [00002F8C-00002F8F] resvect
00005F20 --- 0x00002F90 000A FF902004 00000068 0003 zero-fill resvect
00005F34 --- 0x00002F9A 000B FFA00000 00003E32 0002 [00002FA4-00006DD5] resvect
0000DBAC --- 0x00006DD6 000C FFA00000 00000002 000A [00006DE0-00006DE1] resvect init
0000DBC4 --- ZLIB Decompressed Size: 0029FA20
0000DBCC --- ZLIB Compressed Block Size: 000F1CA3 [0000DBD4-000FF876]
****************************************************
Section Processed OK
06 00000077 ---
07 00000086 --- 3.1.1.13 [0065659A-006D6598]
0065659A - ?????: 0000DCBB
0065659E - Data Size: 0006B930
006565A2 - Name: 3.1.1.13 ???
006565AE - Section Data [006565AE-006C1EDD]
08 00000095 ---
00276C62 - 31C2 04002093 T1 W 0000002 IDCODE
0024A602 - 31C2 04008093 T1 W 0000002 IDCODE
import sys, os, shutil
def reverse(b):
"function_docstring"
b = (b & 0xF0) >> 4 | (b & 0x0F) << 4
b = (b & 0xCC) >> 2 | (b & 0x33) << 2
b = (b & 0xAA) >> 1 | (b & 0x55) << 1
return b
input = 'Part_4.bit'
#input='sds2kx_V100R02B01D02P02_fvA1609220922M160922.ADS'
output = 'ByteSwap_'+input
b = bytearray(open(input, 'rb').read())
i = 0
j = 0
i = len(b)
while j < i:
b[j]=reverse(b[j])
j = j + 1
open(output, 'wb').write(b)
print (' * Byte reverse done * ')
private static byte reverseByteBits(byte a) // Reverse the bits in a Byte
{ return (byte)((a * 0x0202020202 & 0x010884422010) % 1023); }
Parsing a SIGLENT SDS1000/SDS2000 file
01 0000002C --- 2.1.1.9 [000000C4-000DED94]
000000C4 - Checksum: FFBDDCC9
000000C8 - Name: 2.1.1.8
000000C8 - Section Data [000000C8-000DED94] CKSM OK
02 0000003B --- 20160922 [000DED95-0024A47F]
000DED95 - Data Size: 0016B6A3
000DED95 - Header Size: 00000048
000DEDDD - FFFFFFFF Padding
000DEDE1 - FFFFFFFF Padding
000DEDE5 - FFFFFFFF Padding
000DEDE9 - FFFFFFFF Padding
000DEDED - AA995566 Sync Word (BPI/SPI Mode)
000DEDF1 - 30A1 0007 T1 W 0000001 CMD RCRC - Reset CRC
000DEDF5 - 2000 T1 - 0000000 NOP (1x)
000DEDF7 - 31A1 0628 T1 W 0000001 FLR
000DEDFB - 3141 3D00 T1 W 0000001 COR1
000DEDFF - 3161 09EE T1 W 0000001 COR2
000DEE03 - 31C2 04008093 T1 W 0000002 IDCODE
000DEE09 - 30E1 00CF T1 W 0000001 MASK
000DEE0D - 30C1 0081 T1 W 0000001 CTL
000DEE11 - 2000 T1 - 0000000 NOP (17x)
000DEE33 - 3381 3CC8 T1 W 0000001 CCLK_FREQ
000DEE37 - 3181 0881 T1 W 0000001 PWRDN_REG
000DEE3B - 3421 0000 T1 W 0000001 EYE_MASK
000DEE3F - 3201 001F T1 W 0000001 HC_OPT_REG
000DEE43 - 31E1 FFFF T1 W 0000001 CWDT
000DEE47 - 3321 0005 T1 W 0000001 PU_GWE
000DEE4B - 3341 0004 T1 W 0000001 PU_GTS
000DEE4F - 3301 0100 T1 W 0000001 MODE_REG
000DEE53 - 3261 0000 T1 W 0000001 GENERAL1
000DEE57 - 3281 0000 T1 W 0000001 GENERAL2
000DEE5B - 32A1 0000 T1 W 0000001 GENERAL3
000DEE5F - 32C1 0000 T1 W 0000001 GENERAL4
000DEE63 - 32E1 0000 T1 W 0000001 GENERAL5
000DEE67 - 33A1 1BE2 T1 W 0000001 SEU_OPT
000DEE6B - 33C2 00000000 T1 W 0000002 EXP_SIGN
000DEE71 - 2000 T1 - 0000000 NOP (2x)
000DEE75 - 3022 00000000 T1 W 0000002 FAR_MAJ
000DEE7B - 30A1 0001 T1 W 0000001 CMD WCFG - Write Config Data
000DEE7F - 5060 000B52A9 T2 W 00B52A9 FDRI CRC: 0030A883
002493DB - 2000 T1 - 0000000 NOP (24x)
0024940B - 3022 00040017 T1 W 0000002 FAR_MAJ
00249411 - 30A1 0001 T1 W 0000001 CMD WCFG - Write Config Data
00249415 - 5060 00000082 T2 W 0000082 FDRI CRC: 00024B83
00249523 - 3022 000D0017 T1 W 0000002 FAR_MAJ
00249529 - 5060 00000082 T2 W 0000082 FDRI CRC: 001EE1DD
00249637 - 3022 001A0017 T1 W 0000002 FAR_MAJ
0024963D - 5060 00000082 T2 W 0000082 FDRI CRC: 0020C6C9
0024974B - 3022 00230017 T1 W 0000002 FAR_MAJ
00249751 - 5060 00000082 T2 W 0000082 FDRI CRC: 0001E99E
0024985F - 3022 01040017 T1 W 0000002 FAR_MAJ
00249865 - 5060 00000082 T2 W 0000082 FDRI CRC: 003117C6
00249973 - 3022 010D0017 T1 W 0000002 FAR_MAJ
00249979 - 5060 00000082 T2 W 0000082 FDRI CRC: 00294671
00249A87 - 3022 011A0017 T1 W 0000002 FAR_MAJ
00249A8D - 5060 00000082 T2 W 0000082 FDRI CRC: 002473B9
00249B9B - 3022 01230017 T1 W 0000002 FAR_MAJ
00249BA1 - 5060 00000082 T2 W 0000082 FDRI CRC: 003E65E7
00249CAF - 3022 021A0017 T1 W 0000002 FAR_MAJ
00249CB5 - 5060 00000082 T2 W 0000082 FDRI CRC: 002675A2
00249DC3 - 3022 02230017 T1 W 0000002 FAR_MAJ
00249DC9 - 5060 00000082 T2 W 0000082 FDRI CRC: 00192AA0
00249ED7 - 3022 03040017 T1 W 0000002 FAR_MAJ
00249EDD - 5060 00000082 T2 W 0000082 FDRI CRC: 0010969D
00249FEB - 3022 04040017 T1 W 0000002 FAR_MAJ
00249FF1 - 5060 00000082 T2 W 0000082 FDRI CRC: 0028B252
0024A0FF - 3022 041A0017 T1 W 0000002 FAR_MAJ
0024A105 - 5060 00000082 T2 W 0000082 FDRI CRC: 002E7925
0024A213 - 3022 051A0017 T1 W 0000002 FAR_MAJ
0024A219 - 5060 00000082 T2 W 0000082 FDRI CRC: 0005A5E5
0024A327 - 3022 07230017 T1 W 0000002 FAR_MAJ
0024A32D - 5060 00000082 T2 W 0000082 FDRI CRC: 00158043
0024A43B - 30A1 000A T1 W 0000001 CMD GRESTORE - Pulse GRESTORE Signal
0024A43F - 30A1 0003 T1 W 0000001 CMD DGHIGH/LFRM - Last Frame Write
0024A443 - 2000 T1 - 0000000 NOP (4x)
0024A44B - 30A1 000A T1 W 0000001 CMD GRESTORE - Pulse GRESTORE Signal
0024A44F - 30A1 0005 T1 W 0000001 CMD START - Begin Startup Sequence
0024A453 - 30E1 00FF T1 W 0000001 MASK
0024A457 - 30C1 0081 T1 W 0000001 CTL
0024A45B - 3002 002E7B9D T1 W 0000002 CRC
0024A461 - 30A1 000D T1 W 0000001 CMD DESYNC - Reset DALIGN Signal
0024A465 - 2000 T1 - 0000000 NOP (13x)
****************************************************
03 0000004A --- 20160922 [0024A480-003B5C7E]
0024A480 - Data Size: 0016B7B7
0024A480 - Header Size: 00000048
0024A4C8 - FFFFFFFF Padding
0024A4CC - FFFFFFFF Padding
0024A4D0 - FFFFFFFF Padding
0024A4D4 - FFFFFFFF Padding
0024A4D8 - AA995566 Sync Word (BPI/SPI Mode)
0024A4DC - 30A1 0007 T1 W 0000001 CMD RCRC - Reset CRC
0024A4E0 - 2000 T1 - 0000000 NOP (1x)
0024A4E2 - 31A1 0628 T1 W 0000001 FLR
0024A4E6 - 3141 3D00 T1 W 0000001 COR1
0024A4EA - 3161 09EE T1 W 0000001 COR2
0024A4EE - 31C2 04008093 T1 W 0000002 IDCODE
0024A4F4 - 30E1 00CF T1 W 0000001 MASK
0024A4F8 - 30C1 0081 T1 W 0000001 CTL
0024A4FC - 2000 T1 - 0000000 NOP (17x)
0024A51E - 3381 3CC8 T1 W 0000001 CCLK_FREQ
0024A522 - 3181 0881 T1 W 0000001 PWRDN_REG
0024A526 - 3421 0000 T1 W 0000001 EYE_MASK
0024A52A - 3201 001F T1 W 0000001 HC_OPT_REG
0024A52E - 31E1 FFFF T1 W 0000001 CWDT
0024A532 - 3321 0005 T1 W 0000001 PU_GWE
0024A536 - 3341 0004 T1 W 0000001 PU_GTS
0024A53A - 3301 0100 T1 W 0000001 MODE_REG
0024A53E - 3261 0000 T1 W 0000001 GENERAL1
0024A542 - 3281 0000 T1 W 0000001 GENERAL2
0024A546 - 32A1 0000 T1 W 0000001 GENERAL3
0024A54A - 32C1 0000 T1 W 0000001 GENERAL4
0024A54E - 32E1 0000 T1 W 0000001 GENERAL5
0024A552 - 33A1 1BE2 T1 W 0000001 SEU_OPT
0024A556 - 33C2 00000000 T1 W 0000002 EXP_SIGN
0024A55C - 2000 T1 - 0000000 NOP (2x)
0024A560 - 3022 00000000 T1 W 0000002 FAR_MAJ
0024A566 - 30A1 0001 T1 W 0000001 CMD WCFG - Write Config Data
0024A56A - 5060 000B52A9 T2 W 00B52A9 FDRI CRC: 002483B9
003B4AC6 - 2000 T1 - 0000000 NOP (24x)
003B4AF6 - 3022 01230017 T1 W 0000002 FAR_MAJ
003B4AFC - 30A1 0001 T1 W 0000001 CMD WCFG - Write Config Data
003B4B00 - 5060 00000082 T2 W 0000082 FDRI CRC: 0005A45A
003B4C0E - 3022 021A0017 T1 W 0000002 FAR_MAJ
003B4C14 - 5060 00000082 T2 W 0000082 FDRI CRC: 003FDEB8
003B4D22 - 3022 02230017 T1 W 0000002 FAR_MAJ
003B4D28 - 5060 00000082 T2 W 0000082 FDRI CRC: 00327927
003B4E36 - 3022 03040017 T1 W 0000002 FAR_MAJ
003B4E3C - 5060 00000082 T2 W 0000082 FDRI CRC: 001F0CCB
003B4F4A - 3022 030D0017 T1 W 0000002 FAR_MAJ
003B4F50 - 5060 00000082 T2 W 0000082 FDRI CRC: 002995C9
003B505E - 3022 031A0017 T1 W 0000002 FAR_MAJ
003B5064 - 5060 00000082 T2 W 0000082 FDRI CRC: 00374AD7
003B5172 - 3022 03230017 T1 W 0000002 FAR_MAJ
003B5178 - 5060 00000082 T2 W 0000082 FDRI CRC: 000B2C82
003B5286 - 3022 04040017 T1 W 0000002 FAR_MAJ
003B528C - 5060 00000082 T2 W 0000082 FDRI CRC: 0013E5DB
003B539A - 3022 040D0017 T1 W 0000002 FAR_MAJ
003B53A0 - 5060 00000082 T2 W 0000082 FDRI CRC: 001EF8CF
003B54AE - 3022 041A0017 T1 W 0000002 FAR_MAJ
003B54B4 - 5060 00000082 T2 W 0000082 FDRI CRC: 00385AC2
003B55C2 - 3022 04230017 T1 W 0000002 FAR_MAJ
003B55C8 - 5060 00000082 T2 W 0000082 FDRI CRC: 002C7B03
003B56D6 - 3022 05040017 T1 W 0000002 FAR_MAJ
003B56DC - 5060 00000082 T2 W 0000082 FDRI CRC: 001FC3EF
003B57EA - 3022 050D0017 T1 W 0000002 FAR_MAJ
003B57F0 - 5060 00000082 T2 W 0000082 FDRI CRC: 003F9D02
003B58FE - 3022 05230017 T1 W 0000002 FAR_MAJ
003B5904 - 5060 00000082 T2 W 0000082 FDRI CRC: 001A7833
003B5A12 - 3022 06040017 T1 W 0000002 FAR_MAJ
003B5A18 - 5060 00000082 T2 W 0000082 FDRI CRC: 00266FD4
003B5B26 - 3022 06230017 T1 W 0000002 FAR_MAJ
003B5B2C - 5060 00000082 T2 W 0000082 FDRI CRC: 0032FDA2
003B5C3A - 30A1 000A T1 W 0000001 CMD GRESTORE - Pulse GRESTORE Signal
003B5C3E - 30A1 0003 T1 W 0000001 CMD DGHIGH/LFRM - Last Frame Write
003B5C42 - 2000 T1 - 0000000 NOP (4x)
003B5C4A - 30A1 000A T1 W 0000001 CMD GRESTORE - Pulse GRESTORE Signal
003B5C4E - 30A1 0005 T1 W 0000001 CMD START - Begin Startup Sequence
003B5C52 - 30E1 00FF T1 W 0000001 MASK
003B5C56 - 30C1 0081 T1 W 0000001 CTL
003B5C5A - 3002 0020E07A T1 W 0000002 CRC
003B5C60 - 30A1 000D T1 W 0000001 CMD DESYNC - Reset DALIGN Signal
003B5C64 - 2000 T1 - 0000000 NOP (13x)
****************************************************
04 00000059 --- 20160922 [003B5C7F-005219E1]
003B5C7F - Data Size: 0016BD1B
003B5C7F - Header Size: 00000048
003B5CC7 - FFFFFFFF Padding
003B5CCB - FFFFFFFF Padding
003B5CCF - FFFFFFFF Padding
003B5CD3 - FFFFFFFF Padding
003B5CD7 - AA995566 Sync Word (BPI/SPI Mode)
003B5CDB - 30A1 0007 T1 W 0000001 CMD RCRC - Reset CRC
003B5CDF - 2000 T1 - 0000000 NOP (1x)
003B5CE1 - 31A1 0628 T1 W 0000001 FLR
003B5CE5 - 3141 3D08 T1 W 0000001 COR1
003B5CE9 - 3161 09EE T1 W 0000001 COR2
003B5CED - 31C2 04008093 T1 W 0000002 IDCODE
003B5CF3 - 30E1 00CF T1 W 0000001 MASK
003B5CF7 - 30C1 0081 T1 W 0000001 CTL
003B5CFB - 2000 T1 - 0000000 NOP (17x)
003B5D1D - 3381 3CC8 T1 W 0000001 CCLK_FREQ
003B5D21 - 3181 0881 T1 W 0000001 PWRDN_REG
003B5D25 - 3421 0000 T1 W 0000001 EYE_MASK
003B5D29 - 3201 001F T1 W 0000001 HC_OPT_REG
003B5D2D - 31E1 FFFF T1 W 0000001 CWDT
003B5D31 - 3321 0005 T1 W 0000001 PU_GWE
003B5D35 - 3341 0004 T1 W 0000001 PU_GTS
003B5D39 - 3301 0100 T1 W 0000001 MODE_REG
003B5D3D - 3261 0000 T1 W 0000001 GENERAL1
003B5D41 - 3281 0000 T1 W 0000001 GENERAL2
003B5D45 - 32A1 0000 T1 W 0000001 GENERAL3
003B5D49 - 32C1 0000 T1 W 0000001 GENERAL4
003B5D4D - 32E1 0000 T1 W 0000001 GENERAL5
003B5D51 - 33A1 1BE2 T1 W 0000001 SEU_OPT
003B5D55 - 33C2 00000000 T1 W 0000002 EXP_SIGN
003B5D5B - 2000 T1 - 0000000 NOP (2x)
003B5D5F - 3022 00000000 T1 W 0000002 FAR_MAJ
003B5D65 - 30A1 0001 T1 W 0000001 CMD WCFG - Write Config Data
003B5D69 - 5060 000B52A9 T2 W 00B52A9 FDRI CRC: 0003C50A
005202C5 - 2000 T1 - 0000000 NOP (24x)
005202F5 - 3022 00040017 T1 W 0000002 FAR_MAJ
005202FB - 30A1 0001 T1 W 0000001 CMD WCFG - Write Config Data
005202FF - 5060 00000082 T2 W 0000082 FDRI CRC: 003E1099
0052040D - 3022 000D0017 T1 W 0000002 FAR_MAJ
00520413 - 5060 00000082 T2 W 0000082 FDRI CRC: 002FEF01
00520521 - 3022 001A0017 T1 W 0000002 FAR_MAJ
00520527 - 5060 00000082 T2 W 0000082 FDRI CRC: 000EC6B1
00520635 - 3022 01040017 T1 W 0000002 FAR_MAJ
0052063B - 5060 00000082 T2 W 0000082 FDRI CRC: 001A1576
00520749 - 3022 010D0017 T1 W 0000002 FAR_MAJ
0052074F - 5060 00000082 T2 W 0000082 FDRI CRC: 000C458E
0052085D - 3022 011A0017 T1 W 0000002 FAR_MAJ
00520863 - 5060 00000082 T2 W 0000082 FDRI CRC: 001A9D1D
00520971 - 3022 01230017 T1 W 0000002 FAR_MAJ
00520977 - 5060 00000082 T2 W 0000082 FDRI CRC: 001A1B36
00520A85 - 3022 02040017 T1 W 0000002 FAR_MAJ
00520A8B - 5060 00000082 T2 W 0000082 FDRI CRC: 0005C494
00520B99 - 3022 020D0017 T1 W 0000002 FAR_MAJ
00520B9F - 5060 00000082 T2 W 0000082 FDRI CRC: 00076315
00520CAD - 3022 03040017 T1 W 0000002 FAR_MAJ
00520CB3 - 5060 00000082 T2 W 0000082 FDRI CRC: 0026FBD1
00520DC1 - 3022 030D0017 T1 W 0000002 FAR_MAJ
00520DC7 - 5060 00000082 T2 W 0000082 FDRI CRC: 002525AE
00520ED5 - 3022 04040017 T1 W 0000002 FAR_MAJ
00520EDB - 5060 00000082 T2 W 0000082 FDRI CRC: 002DED8E
00520FE9 - 3022 040D0017 T1 W 0000002 FAR_MAJ
00520FEF - 5060 00000082 T2 W 0000082 FDRI CRC: 000785AD
005210FD - 3022 041A0017 T1 W 0000002 FAR_MAJ
00521103 - 5060 00000082 T2 W 0000082 FDRI CRC: 00173D17
00521211 - 3022 04230017 T1 W 0000002 FAR_MAJ
00521217 - 5060 00000082 T2 W 0000082 FDRI CRC: 0038A0E7
00521325 - 3022 05040017 T1 W 0000002 FAR_MAJ
0052132B - 5060 00000082 T2 W 0000082 FDRI CRC: 0019B766
00521439 - 3022 051A0017 T1 W 0000002 FAR_MAJ
0052143F - 5060 00000082 T2 W 0000082 FDRI CRC: 0028C4B0
0052154D - 3022 05230017 T1 W 0000002 FAR_MAJ
00521553 - 5060 00000082 T2 W 0000082 FDRI CRC: 002B3B85
00521661 - 3022 06040017 T1 W 0000002 FAR_MAJ
00521667 - 5060 00000082 T2 W 0000082 FDRI CRC: 001B9738
00521775 - 3022 061A0017 T1 W 0000002 FAR_MAJ
0052177B - 5060 00000082 T2 W 0000082 FDRI CRC: 002795C7
00521889 - 3022 06230017 T1 W 0000002 FAR_MAJ
0052188F - 5060 00000082 T2 W 0000082 FDRI CRC: 0038E821
0052199D - 30A1 000A T1 W 0000001 CMD GRESTORE - Pulse GRESTORE Signal
005219A1 - 30A1 0003 T1 W 0000001 CMD DGHIGH/LFRM - Last Frame Write
005219A5 - 2000 T1 - 0000000 NOP (4x)
005219AD - 30A1 000A T1 W 0000001 CMD GRESTORE - Pulse GRESTORE Signal
005219B1 - 30A1 0005 T1 W 0000001 CMD START - Begin Startup Sequence
005219B5 - 30E1 00FF T1 W 0000001 MASK
005219B9 - 30C1 0081 T1 W 0000001 CTL
005219BD - 3002 002025B0 T1 W 0000002 CRC
005219C3 - 30A1 000D T1 W 0000001 CMD DESYNC - Reset DALIGN Signal
005219C7 - 2000 T1 - 0000000 NOP (13x)
****************************************************
05 00000068 --- 1.2.2.2 [005219E2-00656E68]
005219E2 - Removing block encapsulations from Block Area [005219E2-00656E68]
Total bytes extracted (from the blocks): 000FFEDE Block area processed OK
Buffer Size: 00006DEA bytes (after converting from 16 to 8 bits)
0x00000000 DXE 0000 (Data Size: 00006DD4) [00000000-00006DE1]
Processor Type: ADSP-BF533/534/536/537/538/539 (boot address: 0xFFA00000)
Orig Offset: Offset: Block: Target Add: Byte Count: Flags: [ start - end ]
00000000 --- 0x00000000 0000 FF800040 00000004 0012 [0000000A-0000000D] resvect ignore
0000001C --- 0x0000000E 0001 FF800000 000022B0 0002 [00000018-000022C7] resvect
00004590 --- 0x000022C8 0002 FF8022B0 00000010 0003 zero-fill resvect
000045A4 --- 0x000022D2 0003 FF8022C0 00000010 0002 [000022DC-000022EB] resvect
000045D8 --- 0x000022EC 0004 FF8022D0 0000029E 0002 [000022F6-00002593] resvect
00004B28 --- 0x00002594 0005 FF80256E 0000000E 0003 zero-fill resvect
00004B3C --- 0x0000259E 0006 FF80257C 000009BA 0002 [000025A8-00002F61] resvect
00005EC4 --- 0x00002F62 0007 FF802F36 000000AA 0003 zero-fill resvect
00005ED8 --- 0x00002F6C 0008 FF802FE0 0000000C 0002 [00002F76-00002F81] resvect
00005F04 --- 0x00002F82 0009 FF902000 00000004 0002 [00002F8C-00002F8F] resvect
00005F20 --- 0x00002F90 000A FF902004 00000068 0003 zero-fill resvect
00005F34 --- 0x00002F9A 000B FFA00000 00003E32 0002 [00002FA4-00006DD5] resvect
0000DBAC --- 0x00006DD6 000C FFA00000 00000002 000A [00006DE0-00006DE1] resvect init
0000DBC4 --- ZLIB Decompressed Size: 002A0BE0
0000DBCC --- ZLIB Compressed Block Size: 000F230A [0000DBD4-000FFEDD]
****************************************************
Section Processed OK
06 00000077 ---
07 00000086 --- 3.1.1.13 [00656E69-006D6E67]
00656E69 - ?????: 0000DCBB
00656E6D - Data Size: 0006B930
00656E71 - Name: 3.1.1.13 ???
00656E7D - Section Data [00656E7D-006C27AC]
08 00000095 ---
00000000 - 0009 (0x0009) File Header Length
00000002 - 0FF00FF0 (0x0FF00FF0) File Header Long 1
00000006 - 0FF00FF0 (0x0FF00FF0) File Header Long 2
0000000A - 00 (0x00) File Header Zero
0000000B - 0001 (0x0001) Key Length
0000000D - 61 001D (key 0x61) Design Name: VirtexUnitTest.reference.ncd
0000002D - 62 0009 (key 0x62) Part Name: v50bg256
00000039 - 63 000B (key 0x63) Generation Date: 2011/ 1/26
00000047 - 64 0009 (key 0x64) Generation Time: 11:51:59
00000053 - 65 0001110C (key 0x65) Bitstream Length: 0001110C [00000058-00011163]
-------------- BITSTREAM ------------------------
00000058 - FFFFFFFF Padding
0000005C - AA995566 Sync Word (BPI/SPI Mode)
Parsing a SIGLENT SDS1000/SDS2000 file
01 0000002C --- 2.1.1.9 [000000C4-000DED94]
000000C4 - Checksum: FFBDDCC9
000000C8 - Name: 2.1.1.8
000000C8 - Section Data [000000C8-000DED94] CKSM OK
02 0000003B --- 20160922 [000DED95-0024A47F]
000DED95 - Data Size: 0016B6A3
000DED95 - Header Size: 00000048
000DEDDD - FFFFFFFF Padding
000DEDE1 - FFFFFFFF Padding
000DEDE5 - FFFFFFFF Padding
000DEDE9 - FFFFFFFF Padding
000DEDED - AA995566 Sync Word (BPI/SPI Mode)
000DEDF1 - 30A1 0007 T1 W 0000001 CMD RCRC - Reset CRC
000DEDF5 - 2000 T1 - 0000000 NOP (1x)
000DEDF7 - 31A1 0628 T1 W 0000001 FLR
000DEDFB - 3141 3D00 T1 W 0000001 COR1
000DEDFF - 3161 09EE T1 W 0000001 COR2
000DEE03 - 31C2 04008093 T1 W 0000002 IDCODE
000DEE09 - 30E1 00CF T1 W 0000001 MASK
000DEE0D - 30C1 0081 T1 W 0000001 CTL
000DEE11 - 2000 T1 - 0000000 NOP (17x)
000DEE33 - 3381 3CC8 T1 W 0000001 CCLK_FREQ
000DEE37 - 3181 0881 T1 W 0000001 PWRDN_REG
000DEE3B - 3421 0000 T1 W 0000001 EYE_MASK
000DEE3F - 3201 001F T1 W 0000001 HC_OPT_REG
000DEE43 - 31E1 FFFF T1 W 0000001 CWDT
000DEE47 - 3321 0005 T1 W 0000001 PU_GWE
000DEE4B - 3341 0004 T1 W 0000001 PU_GTS
000DEE4F - 3301 0100 T1 W 0000001 MODE_REG
000DEE53 - 3261 0000 T1 W 0000001 GENERAL1
000DEE57 - 3281 0000 T1 W 0000001 GENERAL2
000DEE5B - 32A1 0000 T1 W 0000001 GENERAL3
000DEE5F - 32C1 0000 T1 W 0000001 GENERAL4
000DEE63 - 32E1 0000 T1 W 0000001 GENERAL5
000DEE67 - 33A1 1BE2 T1 W 0000001 SEU_OPT
000DEE6B - 33C2 00000000 T1 W 0000002 EXP_SIGN
000DEE71 - 2000 T1 - 0000000 NOP (2x)
000DEE75 - 3022 00000000 T1 W 0000002 FAR_MAJ
000DEE7B - 30A1 0001 T1 W 0000001 CMD WCFG - Write Config Data
000DEE7F - 5060 000B52A9 T2 W 00B52A9 FDRI CRC: 0030A883
002493DB - 2000 T1 - 0000000 NOP (24x)
0024940B - 3022 00040017 T1 W 0000002 FAR_MAJ
00249411 - 30A1 0001 T1 W 0000001 CMD WCFG - Write Config Data
00249415 - 5060 00000082 T2 W 0000082 FDRI CRC: 00024B83
00249523 - 3022 000D0017 T1 W 0000002 FAR_MAJ
00249529 - 5060 00000082 T2 W 0000082 FDRI CRC: 001EE1DD
00249637 - 3022 001A0017 T1 W 0000002 FAR_MAJ
0024963D - 5060 00000082 T2 W 0000082 FDRI CRC: 0020C6C9
0024974B - 3022 00230017 T1 W 0000002 FAR_MAJ
00249751 - 5060 00000082 T2 W 0000082 FDRI CRC: 0001E99E
0024985F - 3022 01040017 T1 W 0000002 FAR_MAJ
00249865 - 5060 00000082 T2 W 0000082 FDRI CRC: 003117C6
00249973 - 3022 010D0017 T1 W 0000002 FAR_MAJ
00249979 - 5060 00000082 T2 W 0000082 FDRI CRC: 00294671
00249A87 - 3022 011A0017 T1 W 0000002 FAR_MAJ
00249A8D - 5060 00000082 T2 W 0000082 FDRI CRC: 002473B9
00249B9B - 3022 01230017 T1 W 0000002 FAR_MAJ
00249BA1 - 5060 00000082 T2 W 0000082 FDRI CRC: 003E65E7
00249CAF - 3022 021A0017 T1 W 0000002 FAR_MAJ
00249CB5 - 5060 00000082 T2 W 0000082 FDRI CRC: 002675A2
00249DC3 - 3022 02230017 T1 W 0000002 FAR_MAJ
00249DC9 - 5060 00000082 T2 W 0000082 FDRI CRC: 00192AA0
00249ED7 - 3022 03040017 T1 W 0000002 FAR_MAJ
00249EDD - 5060 00000082 T2 W 0000082 FDRI CRC: 0010969D
00249FEB - 3022 04040017 T1 W 0000002 FAR_MAJ
00249FF1 - 5060 00000082 T2 W 0000082 FDRI CRC: 0028B252
0024A0FF - 3022 041A0017 T1 W 0000002 FAR_MAJ
0024A105 - 5060 00000082 T2 W 0000082 FDRI CRC: 002E7925
0024A213 - 3022 051A0017 T1 W 0000002 FAR_MAJ
0024A219 - 5060 00000082 T2 W 0000082 FDRI CRC: 0005A5E5
0024A327 - 3022 07230017 T1 W 0000002 FAR_MAJ
0024A32D - 5060 00000082 T2 W 0000082 FDRI CRC: 00158043
0024A43B - 30A1 000A T1 W 0000001 CMD GRESTORE - Pulse GRESTORE Signal
0024A43F - 30A1 0003 T1 W 0000001 CMD DGHIGH/LFRM - Last Frame Write
0024A443 - 2000 T1 - 0000000 NOP (4x)
0024A44B - 30A1 000A T1 W 0000001 CMD GRESTORE - Pulse GRESTORE Signal
0024A44F - 30A1 0005 T1 W 0000001 CMD START - Begin Startup Sequence
0024A453 - 30E1 00FF T1 W 0000001 MASK
0024A457 - 30C1 0081 T1 W 0000001 CTL
0024A45B - 3002 002E7B9D T1 W 0000002 CRC
0024A461 - 30A1 000D T1 W 0000001 CMD DESYNC - Reset DALIGN Signal
0024A465 - 2000 T1 - 0000000 NOP (13x)
Section processed OK
****************************************************
03 0000004A --- 20160922 [0024A480-003B5C7E]
0024A480 - Data Size: 0016B7B7
0024A480 - Header Size: 00000048
0024A4C8 - FFFFFFFF Padding
0024A4CC - FFFFFFFF Padding
0024A4D0 - FFFFFFFF Padding
0024A4D4 - FFFFFFFF Padding
0024A4D8 - AA995566 Sync Word (BPI/SPI Mode)
0024A4DC - 30A1 0007 T1 W 0000001 CMD RCRC - Reset CRC
0024A4E0 - 2000 T1 - 0000000 NOP (1x)
0024A4E2 - 31A1 0628 T1 W 0000001 FLR
0024A4E6 - 3141 3D00 T1 W 0000001 COR1
0024A4EA - 3161 09EE T1 W 0000001 COR2
0024A4EE - 31C2 04008093 T1 W 0000002 IDCODE
0024A4F4 - 30E1 00CF T1 W 0000001 MASK
0024A4F8 - 30C1 0081 T1 W 0000001 CTL
0024A4FC - 2000 T1 - 0000000 NOP (17x)
0024A51E - 3381 3CC8 T1 W 0000001 CCLK_FREQ
0024A522 - 3181 0881 T1 W 0000001 PWRDN_REG
0024A526 - 3421 0000 T1 W 0000001 EYE_MASK
0024A52A - 3201 001F T1 W 0000001 HC_OPT_REG
0024A52E - 31E1 FFFF T1 W 0000001 CWDT
0024A532 - 3321 0005 T1 W 0000001 PU_GWE
0024A536 - 3341 0004 T1 W 0000001 PU_GTS
0024A53A - 3301 0100 T1 W 0000001 MODE_REG
0024A53E - 3261 0000 T1 W 0000001 GENERAL1
0024A542 - 3281 0000 T1 W 0000001 GENERAL2
0024A546 - 32A1 0000 T1 W 0000001 GENERAL3
0024A54A - 32C1 0000 T1 W 0000001 GENERAL4
0024A54E - 32E1 0000 T1 W 0000001 GENERAL5
0024A552 - 33A1 1BE2 T1 W 0000001 SEU_OPT
0024A556 - 33C2 00000000 T1 W 0000002 EXP_SIGN
0024A55C - 2000 T1 - 0000000 NOP (2x)
0024A560 - 3022 00000000 T1 W 0000002 FAR_MAJ
0024A566 - 30A1 0001 T1 W 0000001 CMD WCFG - Write Config Data
0024A56A - 5060 000B52A9 T2 W 00B52A9 FDRI CRC: 002483B9
003B4AC6 - 2000 T1 - 0000000 NOP (24x)
003B4AF6 - 3022 01230017 T1 W 0000002 FAR_MAJ
003B4AFC - 30A1 0001 T1 W 0000001 CMD WCFG - Write Config Data
003B4B00 - 5060 00000082 T2 W 0000082 FDRI CRC: 0005A45A
003B4C0E - 3022 021A0017 T1 W 0000002 FAR_MAJ
003B4C14 - 5060 00000082 T2 W 0000082 FDRI CRC: 003FDEB8
003B4D22 - 3022 02230017 T1 W 0000002 FAR_MAJ
003B4D28 - 5060 00000082 T2 W 0000082 FDRI CRC: 00327927
003B4E36 - 3022 03040017 T1 W 0000002 FAR_MAJ
003B4E3C - 5060 00000082 T2 W 0000082 FDRI CRC: 001F0CCB
003B4F4A - 3022 030D0017 T1 W 0000002 FAR_MAJ
003B4F50 - 5060 00000082 T2 W 0000082 FDRI CRC: 002995C9
003B505E - 3022 031A0017 T1 W 0000002 FAR_MAJ
003B5064 - 5060 00000082 T2 W 0000082 FDRI CRC: 00374AD7
003B5172 - 3022 03230017 T1 W 0000002 FAR_MAJ
003B5178 - 5060 00000082 T2 W 0000082 FDRI CRC: 000B2C82
003B5286 - 3022 04040017 T1 W 0000002 FAR_MAJ
003B528C - 5060 00000082 T2 W 0000082 FDRI CRC: 0013E5DB
003B539A - 3022 040D0017 T1 W 0000002 FAR_MAJ
003B53A0 - 5060 00000082 T2 W 0000082 FDRI CRC: 001EF8CF
003B54AE - 3022 041A0017 T1 W 0000002 FAR_MAJ
003B54B4 - 5060 00000082 T2 W 0000082 FDRI CRC: 00385AC2
003B55C2 - 3022 04230017 T1 W 0000002 FAR_MAJ
003B55C8 - 5060 00000082 T2 W 0000082 FDRI CRC: 002C7B03
003B56D6 - 3022 05040017 T1 W 0000002 FAR_MAJ
003B56DC - 5060 00000082 T2 W 0000082 FDRI CRC: 001FC3EF
003B57EA - 3022 050D0017 T1 W 0000002 FAR_MAJ
003B57F0 - 5060 00000082 T2 W 0000082 FDRI CRC: 003F9D02
003B58FE - 3022 05230017 T1 W 0000002 FAR_MAJ
003B5904 - 5060 00000082 T2 W 0000082 FDRI CRC: 001A7833
003B5A12 - 3022 06040017 T1 W 0000002 FAR_MAJ
003B5A18 - 5060 00000082 T2 W 0000082 FDRI CRC: 00266FD4
003B5B26 - 3022 06230017 T1 W 0000002 FAR_MAJ
003B5B2C - 5060 00000082 T2 W 0000082 FDRI CRC: 0032FDA2
003B5C3A - 30A1 000A T1 W 0000001 CMD GRESTORE - Pulse GRESTORE Signal
003B5C3E - 30A1 0003 T1 W 0000001 CMD DGHIGH/LFRM - Last Frame Write
003B5C42 - 2000 T1 - 0000000 NOP (4x)
003B5C4A - 30A1 000A T1 W 0000001 CMD GRESTORE - Pulse GRESTORE Signal
003B5C4E - 30A1 0005 T1 W 0000001 CMD START - Begin Startup Sequence
003B5C52 - 30E1 00FF T1 W 0000001 MASK
003B5C56 - 30C1 0081 T1 W 0000001 CTL
003B5C5A - 3002 0020E07A T1 W 0000002 CRC
003B5C60 - 30A1 000D T1 W 0000001 CMD DESYNC - Reset DALIGN Signal
003B5C64 - 2000 T1 - 0000000 NOP (13x)
Section processed OK
****************************************************
04 00000059 --- 20160922 [003B5C7F-005219E1]
003B5C7F - Data Size: 0016BD1B
003B5C7F - Header Size: 00000048
003B5CC7 - FFFFFFFF Padding
003B5CCB - FFFFFFFF Padding
003B5CCF - FFFFFFFF Padding
003B5CD3 - FFFFFFFF Padding
003B5CD7 - AA995566 Sync Word (BPI/SPI Mode)
003B5CDB - 30A1 0007 T1 W 0000001 CMD RCRC - Reset CRC
003B5CDF - 2000 T1 - 0000000 NOP (1x)
003B5CE1 - 31A1 0628 T1 W 0000001 FLR
003B5CE5 - 3141 3D08 T1 W 0000001 COR1
003B5CE9 - 3161 09EE T1 W 0000001 COR2
003B5CED - 31C2 04008093 T1 W 0000002 IDCODE
003B5CF3 - 30E1 00CF T1 W 0000001 MASK
003B5CF7 - 30C1 0081 T1 W 0000001 CTL
003B5CFB - 2000 T1 - 0000000 NOP (17x)
003B5D1D - 3381 3CC8 T1 W 0000001 CCLK_FREQ
003B5D21 - 3181 0881 T1 W 0000001 PWRDN_REG
003B5D25 - 3421 0000 T1 W 0000001 EYE_MASK
003B5D29 - 3201 001F T1 W 0000001 HC_OPT_REG
003B5D2D - 31E1 FFFF T1 W 0000001 CWDT
003B5D31 - 3321 0005 T1 W 0000001 PU_GWE
003B5D35 - 3341 0004 T1 W 0000001 PU_GTS
003B5D39 - 3301 0100 T1 W 0000001 MODE_REG
003B5D3D - 3261 0000 T1 W 0000001 GENERAL1
003B5D41 - 3281 0000 T1 W 0000001 GENERAL2
003B5D45 - 32A1 0000 T1 W 0000001 GENERAL3
003B5D49 - 32C1 0000 T1 W 0000001 GENERAL4
003B5D4D - 32E1 0000 T1 W 0000001 GENERAL5
003B5D51 - 33A1 1BE2 T1 W 0000001 SEU_OPT
003B5D55 - 33C2 00000000 T1 W 0000002 EXP_SIGN
003B5D5B - 2000 T1 - 0000000 NOP (2x)
003B5D5F - 3022 00000000 T1 W 0000002 FAR_MAJ
003B5D65 - 30A1 0001 T1 W 0000001 CMD WCFG - Write Config Data
003B5D69 - 5060 000B52A9 T2 W 00B52A9 FDRI CRC: 0003C50A
005202C5 - 2000 T1 - 0000000 NOP (24x)
005202F5 - 3022 00040017 T1 W 0000002 FAR_MAJ
005202FB - 30A1 0001 T1 W 0000001 CMD WCFG - Write Config Data
005202FF - 5060 00000082 T2 W 0000082 FDRI CRC: 003E1099
0052040D - 3022 000D0017 T1 W 0000002 FAR_MAJ
00520413 - 5060 00000082 T2 W 0000082 FDRI CRC: 002FEF01
00520521 - 3022 001A0017 T1 W 0000002 FAR_MAJ
00520527 - 5060 00000082 T2 W 0000082 FDRI CRC: 000EC6B1
00520635 - 3022 01040017 T1 W 0000002 FAR_MAJ
0052063B - 5060 00000082 T2 W 0000082 FDRI CRC: 001A1576
00520749 - 3022 010D0017 T1 W 0000002 FAR_MAJ
0052074F - 5060 00000082 T2 W 0000082 FDRI CRC: 000C458E
0052085D - 3022 011A0017 T1 W 0000002 FAR_MAJ
00520863 - 5060 00000082 T2 W 0000082 FDRI CRC: 001A9D1D
00520971 - 3022 01230017 T1 W 0000002 FAR_MAJ
00520977 - 5060 00000082 T2 W 0000082 FDRI CRC: 001A1B36
00520A85 - 3022 02040017 T1 W 0000002 FAR_MAJ
00520A8B - 5060 00000082 T2 W 0000082 FDRI CRC: 0005C494
00520B99 - 3022 020D0017 T1 W 0000002 FAR_MAJ
00520B9F - 5060 00000082 T2 W 0000082 FDRI CRC: 00076315
00520CAD - 3022 03040017 T1 W 0000002 FAR_MAJ
00520CB3 - 5060 00000082 T2 W 0000082 FDRI CRC: 0026FBD1
00520DC1 - 3022 030D0017 T1 W 0000002 FAR_MAJ
00520DC7 - 5060 00000082 T2 W 0000082 FDRI CRC: 002525AE
00520ED5 - 3022 04040017 T1 W 0000002 FAR_MAJ
00520EDB - 5060 00000082 T2 W 0000082 FDRI CRC: 002DED8E
00520FE9 - 3022 040D0017 T1 W 0000002 FAR_MAJ
00520FEF - 5060 00000082 T2 W 0000082 FDRI CRC: 000785AD
005210FD - 3022 041A0017 T1 W 0000002 FAR_MAJ
00521103 - 5060 00000082 T2 W 0000082 FDRI CRC: 00173D17
00521211 - 3022 04230017 T1 W 0000002 FAR_MAJ
00521217 - 5060 00000082 T2 W 0000082 FDRI CRC: 0038A0E7
00521325 - 3022 05040017 T1 W 0000002 FAR_MAJ
0052132B - 5060 00000082 T2 W 0000082 FDRI CRC: 0019B766
00521439 - 3022 051A0017 T1 W 0000002 FAR_MAJ
0052143F - 5060 00000082 T2 W 0000082 FDRI CRC: 0028C4B0
0052154D - 3022 05230017 T1 W 0000002 FAR_MAJ
00521553 - 5060 00000082 T2 W 0000082 FDRI CRC: 002B3B85
00521661 - 3022 06040017 T1 W 0000002 FAR_MAJ
00521667 - 5060 00000082 T2 W 0000082 FDRI CRC: 001B9738
00521775 - 3022 061A0017 T1 W 0000002 FAR_MAJ
0052177B - 5060 00000082 T2 W 0000082 FDRI CRC: 002795C7
00521889 - 3022 06230017 T1 W 0000002 FAR_MAJ
0052188F - 5060 00000082 T2 W 0000082 FDRI CRC: 0038E821
0052199D - 30A1 000A T1 W 0000001 CMD GRESTORE - Pulse GRESTORE Signal
005219A1 - 30A1 0003 T1 W 0000001 CMD DGHIGH/LFRM - Last Frame Write
005219A5 - 2000 T1 - 0000000 NOP (4x)
005219AD - 30A1 000A T1 W 0000001 CMD GRESTORE - Pulse GRESTORE Signal
005219B1 - 30A1 0005 T1 W 0000001 CMD START - Begin Startup Sequence
005219B5 - 30E1 00FF T1 W 0000001 MASK
005219B9 - 30C1 0081 T1 W 0000001 CTL
005219BD - 3002 002025B0 T1 W 0000002 CRC
005219C3 - 30A1 000D T1 W 0000001 CMD DESYNC - Reset DALIGN Signal
005219C7 - 2000 T1 - 0000000 NOP (13x)
Section processed OK
****************************************************
05 00000068 --- 1.2.2.2 [005219E2-00656E68]
005219E2 - Removing block encapsulations from Block Area [005219E2-00656E68]
Total bytes extracted (from the blocks): 000FFEDE Block area processed OK
Buffer Size: 00006DEA bytes (after converting from 16 to 8 bits)
0x00000000 DXE 0000 (Data Size: 00006DD4) [00000000-00006DE1]
Processor Type: ADSP-BF533/534/536/537/538/539 (boot address: 0xFFA00000)
Orig Offset: Offset: Block: Target Add: Byte Count: Flags: [ start - end ]
00000000 --- 0x00000000 0000 FF800040 00000004 0012 [0000000A-0000000D] resvect ignore
0000001C --- 0x0000000E 0001 FF800000 000022B0 0002 [00000018-000022C7] resvect
00004590 --- 0x000022C8 0002 FF8022B0 00000010 0003 zero-fill resvect
000045A4 --- 0x000022D2 0003 FF8022C0 00000010 0002 [000022DC-000022EB] resvect
000045D8 --- 0x000022EC 0004 FF8022D0 0000029E 0002 [000022F6-00002593] resvect
00004B28 --- 0x00002594 0005 FF80256E 0000000E 0003 zero-fill resvect
00004B3C --- 0x0000259E 0006 FF80257C 000009BA 0002 [000025A8-00002F61] resvect
00005EC4 --- 0x00002F62 0007 FF802F36 000000AA 0003 zero-fill resvect
00005ED8 --- 0x00002F6C 0008 FF802FE0 0000000C 0002 [00002F76-00002F81] resvect
00005F04 --- 0x00002F82 0009 FF902000 00000004 0002 [00002F8C-00002F8F] resvect
00005F20 --- 0x00002F90 000A FF902004 00000068 0003 zero-fill resvect
00005F34 --- 0x00002F9A 000B FFA00000 00003E32 0002 [00002FA4-00006DD5] resvect
0000DBAC --- 0x00006DD6 000C FFA00000 00000002 000A [00006DE0-00006DE1] resvect init
0000DBC4 --- ZLIB Decompressed Size: 002A0BE0
0000DBCC --- ZLIB Compressed Block Size: 000F230A [0000DBD4-000FFEDD]
****************************************************
File Processed OK
06 00000077 ---
07 00000086 --- 3.1.1.13 [00656E69-006D6E67]
00656E69 - ?????: 0000DCBB
00656E6D - Data Size: 0006B930
00656E71 - Name: 3.1.1.13 ???
00656E7D - Section Data [00656E7D-006C27AC]
08 00000095 ---
I did the same with my SDS2000X with the same effect. It seems that the serial console had been disabled already in u-boot.
File Header Size: 00000070
00000000 - File Checksum: CC58A027 [000004-EOF] (with only the File Header decrypted) CKSM OK
00000004 - File Size: 0067D31D (without 0x70 bytes of the File Header)
00000008 - Section Size: 00000000
0000000C - Blocks Area: 00000002 [0067D31B-0067D31C]
00000026 - Vendor/Content: SIGLENT
0000003A - Version: ISP1763
****************************************************
Decrypting the 0x2800 and 0x1400 blocks...
Reversing file...
XORing with 0xFF (incrementing pattern)...
XORing with 0xFF from 0x0033E98F until 0x0067D31C
****************************************************
00000000 --- Section Checksum: FD6D33CE
00000004 --- Section Size: 0004B034 [00000034-0004B067] CKSM OK
00000008 --- Section # 00000006
00000034 - Section Type: Logo
00000038 - Data Checksum: FD6D37D3 [0000003C-0004B067]
0000003C - Data Size: 0004B034
00000040 - Section Header Size: 00000028
00000034 --- 0004B067 ***** Logo file (320x240 RGB32) *****
****************************************************
0004B068 --- Section Checksum: CC92757D
0004B06C --- Section Size: 00632281 [0004B09C-0067D31C] CKSM OK
0004B070 --- Section # 00000007
0004B09C --- 0067D31C ***** ZIP file *****
****************************************************
File Processed OK
Thank you all for a great job.Code: [Select]The parsing of the latest SDS2000X fw is:
Have anybody got to the linux filesystem? I'd like to change something and pack it back... :-/OIMHO, SDS2000x firmware is not based on Linux.
[00000048 00000021]
Bit 7 - 1111111111111111111111111111111111111111 FFFFFFFFFF
Bit 6 - 1111111111111111111111111111111111111111 FFFFFFFFFF
Bit 5 - 1111111111111111111111111111111111111111 FFFFFFFFFF
Bit 4 - 1111111111111111111111111111111111111111 FFFFFFFFFF
Bit 3 - 1111111111111111111111111110011010000000 FFFFFFE680
Bit 2 - 0000101100000110000000111000000000111111 0B0603803F
Bit 1 - 1111000000000111100011000000011111111111 F0078C07FF
Bit 0 - 1111111111111111111111111111111111111111 FFFFFFFFFF
Bits 0080 - EPCS/EPCQ ID check: Enabled
Bits 005F - Stream size: 1.444.871 bits (0002C181 bytes) Compression Bit ON (+1)
Bits 0056 - 0000 0000 : 0x56-0x5D
Bits 004C - Programming Mode: 1-bit Passive Serial
Bits 003B - IDCode (Version+Part Number only): 0x020F1
Bits 0008 - Usercode: FFFFFFFF
00000049 - Header CRC-16_MODBUS: BD40 [00000021-00000048] CRC OK
0000004B - Data Framesize: 207 [0000004B-000000F1]
000000F2 - 4-byte words: 1260 [000000F2-000014A1]
000014A2 - Stream Size (Uncompressed): 2.944.056 bits
000014A2 - CRC Framesize: 207+0 # Data Frames: 1727 [000014A2-00059D4F]
00059D50 - Post-device bitstream pad bytes (0xFF): 55 [00059D50-00059D86]
File Checksum: 00C2D766
Atten, (Aktakom, ?):
ADS2024, ADS2044, ADS2064, ADS2104, ADS2154, ADS2204, ADS2304, ADS2054, ADS2074, ADS2022, ADS2042, ADS2062, ADS2102, ADS2152, ADS2202, ADS2302, ADS2052, ADS2072
Lecroy:
WA204, WaveAce2014, WaveAce2024, WaveAce2034, WaveAce2004, WA202, WaveAce2012, WaveAce2022, WaveAce2032, WaveAce2002
AKIP:
AKIP-4126, AKIP-4126/2A, AKIP-4126/3A, AKIP-4126/4A, AKIP-4126/1A, AKIP-4126/2, AKIP-4126/3, AKIP-4126/4, AKIP-4126/1
Siglent:
SDS2022X, SDS2042X, SDS2062X, SDS2102X, SDS2152X, SDS2202X, SDS2302X, SDS2052X, SDS2072X, SDS2024X, SDS2044X, SDS2064X, SDS2104X, SDS2154X, SDS2204X, SDS2304X, SDS2054X, SDS2074X
ADS1102_Software Version 2.0_V100R002B07D02P10R5.ADS / CRC32: 482FDAF7
ATTEN_ADS1000CAL_V100R003B01D01P31R16.ADS / CRC32: 3195554C
ATTEN_ADS1000CL+_V100R003B01D01P31R16.ADS / CRC32: 24CCD3A9
ATTEN_ADS1000CML_V100R003B01D01P31R16.ADS / CRC32: 80A57BDD
ATTEN_ADS1202CML_v2.06.02.15R1.ADS / CRC32: E9C8791F
SDG1000-V100R001B01D01P27.ADS / CRC32: F4E746F9
SDG1000-V100R001B01D01P31.ADS / CRC32: 046FAF25
SDG1000-V100R001B01D01P31R1.ADS / CRC32: 4BAF4345
SDG1000-V100R001B01D01P36R1.ADS / CRC32: CE6B6D42
SDG1000-V100R001B01D01P37R2.ADS / CRC32: 97DDECD1
SDG1000-V100R001B01D01P37R3.ADS / CRC32: B28CDE5D
SDG1000-V100R001B01D01P39R2.ADS / CRC32: AD6C46D1
SDG1000X_1.01.01.22R5.ADS / CRC32: C62D04EE
SDG1000X_V100R001B01D01P22.ADS / CRC32: B14D5521
SDG1000X_V100R001B01D01P22_eevblog.ads / CRC32: 2CB0008E
SDG1000_1.01.01.39R5.ADS / CRC32: D9B4C673
SDG2000X_2.01.01.23R7.ADS / CRC32: E3770C8A
SDG2000X_V2.0.CFG.ADS / CRC32: 8934257D
SDG2000X_V200R001B01D01P23R3.ADS / CRC32: 45C65605
SDG2000X_eevblog_23R7.ads / CRC32: 852BDEBD
SDG2000_V200R001B01D01P15R2.ADS / CRC32: 51FC8172
SDG2000_V200R001B01D01P16R2.ADS / CRC32: E4926B51
SDG2000_V200R001B01D01P17R5.ADS / CRC32: A62CF60D
SDG2000_V200R001B01D01P21R2.ADS / CRC32: 9B336DB9
SDG2000_V200R001B01D01P22R5.ADS / CRC32: 393FFDD8
SDG5000 V500R001B01D01P10R1.ADS / CRC32: C95609A4
SDG5000-V500R001B01D01P12.ADS / CRC32: 37BDC62E
SDG5000-V500R001B01D01P15R1.ADS / CRC32: 91629F0B
SDG5000-V500R001B01D01P15R5.ADS / CRC32: C0B2A723
SDG800 V100R008B01D01P06.ADS / CRC32: 5B5767B2
SDG800 V100R008B01D01P07.ADS / CRC32: 9DE4B005
SDG800 V100R008B01D01P08.ADS / CRC32: 4920167F
SDG800 V100R008B01D01P09R1.ADS / CRC32: DD2C7FD3
SDG800 V100R008B01D01P10R1.ADS / CRC32: CE230F0A
SDG800 V100R008B01D01P11.ADS / CRC32: FD6F8FE9
SDG800 V100R008B01D01P12R1.ADS / CRC32: 0E21A078
SDG800 V100R008B01D01P12R2.ADS / CRC32: 867E8DDD
SDG800 V100R008B01D01P13R5.ADS / CRC32: 335B08D9
SDG800 Vp07-to-p08-transition.ADS / CRC32: 7DAB9D04
SDG800_transition.ADS / CRC32: 7DAB9D04
SDM3045X_5.01.01.03.ADS / CRC32: B722F3F1
SDM305(V100R001B01D01P13R1).ADS / CRC32: 5E84E31E
SDM3055_1.01.01.16R2.ADS / CRC32: C72A5CEE
SDM3055_1.01.01.19.ADS / CRC32: 12743868
SDM3065X_3.01.01.03.ADS / CRC32: E914E8A4
SDS1000CFL_2CH_SSP_V100R005B03D02P12.ADS / CRC32: 305EED12
SDS1000CFL_2CH_SSP_V100R005B08D02P30.ADS / CRC32: 56916B35
SDS1000CFL_2CH_SSP_V100R005B08D02P38.ADS / CRC32: 46AA7E43
SDS1000CFL_SSP_V100R005B03D02P12.ADS / CRC32: E43FF437
SDS1000CFL_SSP_V100R005B03D02P30.ADS / CRC32: 41E32C6B
SDS1000CFL_SSP_V100R005B03D02P38.ADS / CRC32: A9250B6B
SDS1000CML+_V100R006B01D01P19_FPGA_V5.2.ADS / CRC32: 5C6B0F1A
SDS1000CML+_V6.01.01.18.ADS / CRC32: 203ACC1E
SDS1000CML_SSP_V100R005B01D02P13.ADS / CRC32: 6D788CDE
SDS1000CML_SSP_V100R005B01D02P22.ADS / CRC32: F4525B3F
SDS1000CML_SSP_V100R005B01D02P29.ADS / CRC32: EF2F0429
SDS1000CML_SSP_V100R005B01D02P32.ADS / CRC32: 68A992F5
SDS1000DL+_V100R006B02D01P08_FPGA_V3.1.ADS / CRC32: 7A3691D4
SDS1000DL+_V6.02.01.07.ADS / CRC32: 332CC506
SDS1000DL_V100R005B06D02P16.ADS / CRC32: C7B3AB3A
SDS1000DL_V100R005B06D02P19.ADS / CRC32: 418912FF
SDS1000X&X+_V100R001B01D02P1305_fvA20160802.ADS / CRC32: 4BBED455
SDS1000X-E_1.3.13_FPGA_V20170622.ADS / CRC32: 6067B3F4
SDS1000X_V100R001B01D01P39R5_fvA20151001.ADS / CRC32: CE78DA56
SDS1000X_V100R001B01D02P0101_fvA20151211.ADS / CRC32: 00E208AB
SDS1000X_V100R001B01D02P06_fvA20160227.ADS / CRC32: 675B14B3
SDS1000X_V100R001B01D02P15.ADS / CRC32: BF0B6F7E
SDS1000X_V100R001B01D02P1503.ADS / CRC32: 7D785143
SDS1000X_V100R001B01D02P1510.ADS / CRC32: EA317A79
SDS1002X-E_5.1.3.17R1.ADS / CRC32: D64CD117
SDS1004X-E_7.6.1.12_FPGA_V20171107.ADS / CRC32: 9E2F7325
SDS1004X_E_6.1.25R1.ADS / CRC32: F2A6E2A1
SDS1004X_E_6.1.25R2.ADS / CRC32: 831783F6
SDS1004X_E_7.6.1.20.ADS / CRC32: A18BD2F3
SDS1004X_E_7.6.1.20R1.ADS / CRC32: AFAFFBDC
SDS2000x_1.2.2.2R10.ADS / CRC32: FBD42874
SHS1000_V100R003B01D02P01.ADS / CRC32: E37E4883
SHS1000_V100R003B01D02P02R2.ADS / CRC32: EBBD20F4
SHS1000_V100R003B01D02P02R7.ADS / CRC32: 15276A83
SHS1000_V5.09.01.05.ADS / CRC32: 6716D9EB
SHS800_V5.09.01.05.ADS / CRC32: 6716D9EB
SHS820_V100R003B01D02P01.ADS / CRC32: 44139E02
SHS820_V100R003B01D02P02R2.ADS / CRC32: 4D98764A
SHS820_V100R003B01D02P02R7.ADS / CRC32: 6C16AA6B
SHS820_V5.10.01.01.ADS / CRC32: 4FC9C274
SLA1016_7.8.1.8.ADS / CRC32: 492B6D07
SLA1016_8.1.9.ADS / CRC32: 8F68CC42
SPD3303X-1.01.01.02.05.ADS / CRC32: 8D42C003
SPD3303X-E-1.01.01.02.05.ADS / CRC32: B0419B9C
SPD3303X-E-V100R001B01D02P02R2.ADS / CRC32: D510D51A
SPD3303X-E_1.01.01.02.03.ADS / CRC32: D0789A98
SPD3303X-V100R001B01D02P02R2.ADS / CRC32: FBC0457D
SPD3303X_1.01.01.02.03.ADS / CRC32: CF403574
SSA3000X_D07P03.ADS / CRC32: D2B7E463
SSA3000X_v1.2.8.5a.ADS / CRC32: 80235A01
SSA3000X_v1.2.9.1.ADS / CRC32: 6D70F8D3
V01.02.08.01.ADS / CRC32: F67F09A3
V1.2.8.2.ADS / CRC32: 48F4F21B
V1.2.8.3.ADS / CRC32: 93FDFDAB
V100.01.02.07.07.ADS / CRC32: 8470CDE0
Vp10R3-to-p11-transition.ADS / CRC32: 0BD8FD19
Vp15R2-to-p16-transition.ADS / CRC32: 7B9B174E
WA_101 v2.07.02.100_W.ads / CRC32: 26949B7B
WA_101 v2.07.02.160.ADS / CRC32: 001FAE5F
WA_102 v2.07.01.100_N.ads / CRC32: EEE15A1D
WA_102 v2.07.01.100_W.ads / CRC32: 2D0A1FEE
WA_102 v2.07.02.160.ADS / CRC32: A31B1F2A
WA_112 v2.07.01.100_N.ads / CRC32: C1C09E8F
WA_112 v2.07.01.100_W.ads / CRC32: 9762F2AF
WA_112 v2.07.02.160.ADS / CRC32: EC64A923
WA_202 v2.06.01.08_N.ads / CRC32: DF2BBC31
WA_202 v2.06.02.11_W.ads / CRC32: 91210A12
WA_202 v2.06.02.19.ADS / CRC32: 64DD774A
WA_212 v2.06.01.08_N.ads / CRC32: 6CE1B754
WA_212 v2.06.02.11_W.ads / CRC32: 23025C19
WA_212 v2.06.02.19.ADS / CRC32: 36F047C4
WA_222 v2.06.01.08_N.ads / CRC32: 73CCFBF1
WA_222 v2.06.02.19.ADS / CRC32: E375216D
WA_232 v2.06.01.08_N.ads / CRC32: 125CADB4
WA_232 v2.06.02.11_W.ads / CRC32: BD9EC351
WA_232 v2.06.02.19.ADS / CRC32: 1FAC2084
WA_2x4.ADS / CRC32: B54CBECA
sdm305(V100R001B01D01P09).ADS / CRC32: D2362F4C
sdm305(V100R001B01D01P11R1).ADS / CRC32: 26CCDB35
sdm305(V100R001B01D01P12R1).ADS / CRC32: C49D7D95
sdm305(V100R001B01D01P15R1).ADS / CRC32: 2363E004
sds2k_V100R01B01D01P3501_fvA140620140620M140715.ADS / CRC32: A4D2A904
sds2k_V100R01B01D01P3702_fvA141204141203M141117.ADS / CRC32: 1C954983
sds2k_V100R01B01D01P3709_fvA141204141203M141117.ADS / CRC32: B2FED91C
sds2k_V100R02B01D01P27_fvA1511171117M151117.ADS / CRC32: 5E826C18
sds2k_V100R02B01D01P2801_fvA1511171117M151126.ADS / CRC32: 1F81CB83
sds2k_V100R02B01D01P3301_fvA1601290129M160129.ADS / CRC32: 74968A25
sds2k_V100R02B01D01P38R07_fvA1606060606M160516.ADS / CRC32: 176C2D06
sds2k_V100R02B01D02P0109_fvA1609220922M160922.ADS / CRC32: ABD70008
sds2k_V100R02B01D02P02_fvA1609220922M160922.ADS / CRC32: 2AC88D06
sds2kx_V100R02B01D01P2801_fvA1511171117M151126.ADS / CRC32: CA4EE474
sds2kx_V100R02B01D01P3301_fvA1601290129M160129.ADS / CRC32: 44F3DFD3
sds2kx_V100R02B01D01P38R07_fvA1606060606M160516.ADS / CRC32: 8B4BB764
sds2kx_V100R02B01D02P0109_fvA1609220922M160922.ADS / CRC32: FDB18978
sds2kx_V100R02B01D02P02_fvA1609220922M160922.ADS / CRC32: FC7F7840
transition.ADS / CRC32: 0BD8FD19
waveace10xx_5.01.02.29.ADS / CRC32: 8F44CBF5
waveace2xx2_5.08.02.38.ADS / CRC32: 15AF114A
waveace2xx4_5.03.02.38.ADS / CRC32: 48FA2455
wavestation_2000_v1.01.02.31.ads / CRC32: 0926F234
wavestation_2000_v1.01.02.34.ads / CRC32: 4A6EF551
wavestation_2000_v1.01.02.36.ads / CRC32: 51595069
wavestation_3000_v5.01.02.13.ads / CRC32: 93EB575F
F:\zscan\original\Siglent\cfg\2000SIGLENT.cfg
Reversing 1st part of the file [00000000-0005E0E3]...
XORing with 0xFF (incrementing pattern)...
XORing with 0xFF from 0x0002F072 until 0x0005E0E3
00000000 - Main Checksum: FFD1EE25 [00000004-0005E0E3] CKSM OK
00000004 - ***** Boot Logo image (800x480 8-bit w/ RGB32 palette) ***** [00000004-0005E003]
0005E004 - Vendor: SIGLENT
0005E024 - CFG Type: SDS2000
0005E038 - Manufacturer: Siglent
0005E040 - Ref1 (?): 00000000
0005E044 - HW Version: 1
0005E048 - Image Size: 00119400 (384.000 pixels)
0005E04C - Magic Number (?): EE3AEE38EE39
0005E052 - Ref2 (?): F4EC
0005E054 - Product Family: SDS
0005E05C - Company: Siglent Technologies Co,. Ltd.
0005E09C - Image flags (?): 01 01 01 01 00 01 01 00 00 00 00 00 00 00 00 00
0005E0E4 - Footer Checksum: FFFF8BB9 [0005E0E8-0005E184] CKSM OK
0005E0EC - Product Type 0:
0005E0FB - Product Type 1:
0005E10A - Product Type 2:
0005E119 - Product Type 3:
0005E128 - Product Type 4:
0005E137 - Product Type 5:
0005E146 - Product Type 6:
0005E155 - Product Type 7:
0005E164 - Product Type 8:
0005E173 - Product Type 9:
F:\zscan\original\Siglent\cfg\LeCroy_CF.cfg
Reversing 1st part of the file [00000000-000000D7]...
XORing with 0xFF (incrementing pattern)...
XORing with 0xFF from 0x0000006C until 0x000000D7
00000000 - Main Checksum: FDF472FE [00000004-00036E55] CKSM OK
00000004 - Vendor: LECROY
00000024 - CFG Type: SDS1204CF
00000038 - Manufacturer: LeCroy
00000040 - Ref1 (?): 00000000
00000044 - HW Version: 70
00000048 - Image Size: 00036D7E (74.880 pixels)
0000004C - Magic Number (?): EE3AEE38EE39
00000052 - Ref2 (?): 05FF
00000054 - Product Family: WA
00000058 - Company: LeCroy Corp
00000098 - Image flags (?): 00 01 01 01 00 00 01 00 00 00 00 00 00 00 00 00
000000D8 - ***** Boot Logo image (320x234 RGB24) ***** [000000D8-00036E55]
00036E56 - Footer Checksum: FFFF8BB9 [00036E5A-00036EF6] CKSM OK
00036E5E - Product Type 0:
00036E6D - Product Type 1:
00036E7C - Product Type 2:
00036E8B - Product Type 3:
00036E9A - Product Type 4:
00036EA9 - Product Type 5:
00036EB8 - Product Type 6:
00036EC7 - Product Type 7:
00036ED6 - Product Type 8:
00036EE5 - Product Type 9:
F:\zscan\original\Siglent\cfg\SDS2000.cfg
Reversing 1st part of the file [00000000-0005E0E3]...
XORing with 0xFF (incrementing pattern)...
XORing with 0xFF from 0x0002F072 until 0x0005E0E3
00000000 - Main Checksum: FFFC3864 [00000004-0005E0E3] CKSM OK
00000004 - ***** Boot Logo image (800x480 8-bit w/ RGB32 palette) ***** [00000004-0005E003]
0005E004 - Vendor: SIGLENT
0005E024 - CFG Type: SDS2000
0005E038 - Manufacturer: Siglent
0005E040 - Ref1 (?): 00000000
0005E044 - HW Version: 1
0005E048 - Image Size: 00119400 (384.000 pixels)
0005E04C - Magic Number (?): EE3AEE38EE39
0005E052 - Ref2 (?): F4EC
0005E054 - Product Family: SDS
0005E05C - Company: Siglent Technologies Co,. Ltd.
0005E09C - Image flags (?): 01 01 01 01 00 01 01 00 00 00 00 18 0B 02 00 00
0005E0E4 - Footer Checksum: FFFF415D [0005E0E8-0005E21C] CKSM OK
0005E0EC - Product Type 0:
0005E0FB - Product Type 1:
0005E10A - Product Type 2:
0005E119 - Product Type 3: SDS2102
0005E128 - Product Type 4: SDS2152
0005E137 - Product Type 5: SDS2202
0005E146 - Product Type 6:
0005E155 - Product Type 7: SDS2302
0005E164 - Product Type 8:
0005E173 - Product Type 9: SDS2072
0005E182 - Product Type 10:
0005E191 - Product Type 11:
0005E1A0 - Product Type 12:
0005E1AF - Product Type 13: SDS2104
0005E1BE - Product Type 14: SDS2154
0005E1CD - Product Type 15: SDS2204
0005E1DC - Product Type 16:
0005E1EB - Product Type 17: SDS2304
0005E1FA - Product Type 18:
0005E209 - Product Type 19: SDS2074
F:\zscan\original\Siglent\cfg\Siglent_CFL.cfg
Reversing 1st part of the file [00000000-000000D7]...
XORing with 0xFF (incrementing pattern)...
XORing with 0xFF from 0x0000006C until 0x000000D7
00000000 - Main Checksum: FC38E3CD [00000004-00052517] CKSM OK
00000004 - Vendor: SIGLENT
00000024 - CFG Type: SDS1204CF
00000038 - Manufacturer: Siglent
00000040 - Ref1 (?): 00000000
00000044 - HW Version: 71
00000048 - Image Size: 00052440 (112.320 pixels)
0000004C - Magic Number (?): EE3AEE38EE39
00000052 - Ref2 (?): F4EC
00000054 - Product Family: SDS
00000058 - Company: Siglent Technologies Co,. Ltd.
00000098 - Image flags (?): 01 01 01 01 00 00 01 00 00 00 00 00 00 00 00 00
000000D8 - ***** Boot Logo image (480x234 RGB24) ***** [000000D8-00052517]
00052518 - Footer Checksum: FFFFA17C [0005251C-000525B8] CKSM OK
00052520 - Product Type 0:
0005252F - Product Type 1:
0005253E - Product Type 2:
0005254D - Product Type 3: SDS1104CFL
0005255C - Product Type 4:
0005256B - Product Type 5: SDS1204CFL
0005257A - Product Type 6:
00052589 - Product Type 7: SDS1304CFL
00052598 - Product Type 8:
000525A7 - Product Type 9: SDS1074CFL
F:\zscan\original\Siglent\cfg\Siglent_CFL_2CH.cfg
Reversing 1st part of the file [00000000-000000D7]...
XORing with 0xFF (incrementing pattern)...
XORing with 0xFF from 0x0000006C until 0x000000D7
00000000 - Main Checksum: FC38E3CD [00000004-00052517] CKSM OK
00000004 - Vendor: SIGLENT
00000024 - CFG Type: SDS1204CF
00000038 - Manufacturer: Siglent
00000040 - Ref1 (?): 00000000
00000044 - HW Version: 71
00000048 - Image Size: 00052440 (112.320 pixels)
0000004C - Magic Number (?): EE3AEE38EE39
00000052 - Ref2 (?): F4EC
00000054 - Product Family: SDS
00000058 - Company: Siglent Technologies Co,. Ltd.
00000098 - Image flags (?): 01 01 01 01 00 00 01 00 00 00 00 00 00 00 00 00
000000D8 - ***** Boot Logo image (480x234 RGB24) ***** [000000D8-00052517]
00052518 - Footer Checksum: FFFFA184 [0005251C-000525B8] CKSM OK
00052520 - Product Type 0:
0005252F - Product Type 1:
0005253E - Product Type 2:
0005254D - Product Type 3: SDS1102CFL
0005255C - Product Type 4:
0005256B - Product Type 5: SDS1202CFL
0005257A - Product Type 6:
00052589 - Product Type 7: SDS1302CFL
00052598 - Product Type 8:
000525A7 - Product Type 9: SDS1072CFL
F:\zscan\original\Siglent\cfg\Siglent_CML.cfg
Reversing 1st part of the file [00000000-000000D7]...
XORing with 0xFF (incrementing pattern)...
XORing with 0xFF from 0x0000006C until 0x000000D7
00000000 - Main Checksum: FC38E3C5 [00000004-00052517] CKSM OK
00000004 - Vendor: SIGLENT
00000024 - CFG Type: SDS1204CF
00000038 - Manufacturer: Siglent
00000040 - Ref1 (?): 01000000
00000044 - HW Version: 79
00000048 - Image Size: 00052440 (112.320 pixels)
0000004C - Magic Number (?): EE3AEE38EE39
00000052 - Ref2 (?): F4EC
00000054 - Product Family: SDS
00000058 - Company: Siglent Technologies Co,. Ltd.
00000098 - Image flags (?): 01 01 01 01 00 00 00 00 00 00 00 00 00 00 00 00
000000D8 - ***** Boot Logo image (480x234 RGB24) ***** [000000D8-00052517]
00052518 - Footer Checksum: FFFF9BF8 [0005251C-000525B8] CKSM OK
00052520 - Product Type 0:
0005252F - Product Type 1:
0005253E - Product Type 2:
0005254D - Product Type 3: SDS1102CML
0005255C - Product Type 4: SDS1152CML
0005256B - Product Type 5:
0005257A - Product Type 6:
00052589 - Product Type 7:
00052598 - Product Type 8:
000525A7 - Product Type 9: SDS1072CML
F:\zscan\original\Siglent\cfg\Siglent_CNL.cfg
Reversing 1st part of the file [00000000-000000D7]...
XORing with 0xFF (incrementing pattern)...
XORing with 0xFF from 0x0000006C until 0x000000D7
00000000 - Main Checksum: FC38E3C6 [00000004-00052517] CKSM OK
00000004 - Vendor: SIGLENT
00000024 - CFG Type: SDS1204CF
00000038 - Manufacturer: Siglent
00000040 - Ref1 (?): 00000000
00000044 - HW Version: 79
00000048 - Image Size: 00052440 (112.320 pixels)
0000004C - Magic Number (?): EE3AEE38EE39
00000052 - Ref2 (?): F4EC
00000054 - Product Family: SDS
00000058 - Company: Siglent Technologies Co,. Ltd.
00000098 - Image flags (?): 01 01 01 01 00 00 00 00 00 00 00 00 00 00 00 00
000000D8 - ***** Boot Logo image (480x234 RGB24) ***** [000000D8-00052517]
00052518 - Footer Checksum: FFFF968D [0005251C-000525B8] CKSM OK
00052520 - Product Type 0:
0005252F - Product Type 1:
0005253E - Product Type 2:
0005254D - Product Type 3: SDS1102CNL
0005255C - Product Type 4:
0005256B - Product Type 5:
0005257A - Product Type 6:
00052589 - Product Type 7:
00052598 - Product Type 8:
000525A7 - Product Type 9: SDS1072CNL
F:\zscan\original\Siglent\cfg\Siglent_DL.cfg
Reversing 1st part of the file [00000000-000000D7]...
XORing with 0xFF (incrementing pattern)...
XORing with 0xFF from 0x0000006C until 0x000000D7
00000000 - Main Checksum: FC38E3C6 [00000004-00052517] CKSM OK
00000004 - Vendor: SIGLENT
00000024 - CFG Type: SDS1204CF
00000038 - Manufacturer: Siglent
00000040 - Ref1 (?): 00000000
00000044 - HW Version: 79
00000048 - Image Size: 00052440 (112.320 pixels)
0000004C - Magic Number (?): EE3AEE38EE39
00000052 - Ref2 (?): F4EC
00000054 - Product Family: SDS
00000058 - Company: Siglent Technologies Co,. Ltd.
00000098 - Image flags (?): 01 01 01 01 00 00 00 00 00 00 00 00 00 00 00 00
000000D8 - ***** Boot Logo image (480x234 RGB24) ***** [000000D8-00052517]
00052518 - Footer Checksum: FFFF9F6B [0005251C-000525B8] CKSM OK
00052520 - Product Type 0: SDS1022DL
0005252F - Product Type 1:
0005253E - Product Type 2:
0005254D - Product Type 3: SDS1102DL
0005255C - Product Type 4:
0005256B - Product Type 5: SDS1202DL
0005257A - Product Type 6:
00052589 - Product Type 7:
00052598 - Product Type 8: SDS1052DL
000525A7 - Product Type 9:
F:\zscan\original\Siglent\SLA1016_7.8.1.8.ADS / CRC32: 492B6D07
File Header Size: 00000070
00000000 - File Checksum: D9EB15AD [00000004-004B4954] (with only the File Header decrypted) CKSM OK
00000004 - File Size: 004B48E5 (without 0x70 bytes of the File Header)
0000000C - HW Version: 14501
00000026 - Vendor/Brand: SIGLENT
0000003A - USB Host Controller: ISP1763
****************************************************
Decrypting the 0x2800 and 0x1400 blocks...
Reversing file...
XORing with 0xFF (incrementing pattern)...
XORing with 0xFF from 0x0025A473 until 0x004B48E4
****************************************************
00000000 --- Section Checksum: D8B146AD
00000004 --- Section Size: 004B48B1 [00000034-004B48E4] CKSM OK
00000008 --- Section # 00000007
00000034 --- 004B48E4 ***** ZIP file *****
Offset Ver Flag Comp Size Packed Modified CRC32 Name Extra Details
00000034 2.0 0000 0008 0000C483 00000F68 16-11-2017 18:03:02 A971148C [00000065-00000FCC] factory_setting.xml 000A
00000FCD 2.0 0000 0008 00C559D4 003D8B35 31-01-2018 13:43:29 5BC6F8E8 [00000FF7-003D9B2B] sds1000b.app 000A
003D9B2C 2.0 0000 0008 003DBB68 000DA8BA 20-01-2018 10:50:22 18E4BC6E [003D9B5F-004B4418] top_sds1000b_fpga.bit 000A
004B4419 2.0 0000 0008 00000CD1 0000030A 08-11-2017 16:59:20 63FABAD6 [004B4440-004B4749] update.sh 000A
Disk Entries: 4 Total Entries: 4 Directory Size: 389 bytes [004B474A-004B48CE]
****************************************************
Cool. Another equipment!SLA1016 is the LA hardware for the 4ch X-E models.
00000000 Magic: 7F454C46 ELF File OK
00000004 Format: 32-bits
00000005 Data: Little endian
00000006 Version: 1
00000007 OS/ABI: System V (often set to this)
00000008 ABI Version: 0
00000010 Object Type: Executable
00000012 Instruction Set: ARM
00000014 Version: 1
00000018 Entry Point: 0000FD90
0000001C Program Header Table: 00000034
00000020 Section Header Table: 00C5554C
00000024 Flags: 05000002
00000028 Header Size: 00000034
0000002A Program Headers Size: 00000020
0000002C Numb. Program Headers: 9
0000002E Section Headers Size: 00000028
00000032 SH String Table Index: 28
********** PROGRAM HEADERS:
SegmType SegmOffs VirtAddr PhysAddr FilSegSz MemSegSz Flags Align
00000034 70000001 008901D4 008981D4 008981D4 0004CAC8 0004CAC8 00000004 00000004
00000054 PHDR 00000034 00008034 00008034 00000120 00000120 00000005 00000004
00000074 INTERP 00000154 00008154 00008154 00000013 00000013 00000004 00000001
00000154 [Requesting program interpreter: /lib/ld-linux.so.3 ]
00000094 LOAD 00000000 00008000 00008000 008DCCA0 008DCCA0 00000005 00008000
000000B4 LOAD 008DD000 008ED000 008ED000 003783F4 01F19B04 00000006 00008000
000000D4 DYNAMIC 008DDFD8 008EDFD8 008EDFD8 00000140 00000140 00000006 00000004
000000F4 NOTE 00000168 00008168 00008168 00000020 00000020 00000004 00000004
00000168 [Owner: GNU ] [OS: Linux 2.6.16]
00000114 00000007 008DD000 008ED000 008ED000 00000000 00000004 00000004 00000004
00000134 6474E551 00000000 00000000 00000000 00000000 00000000 00000006 00000004
********** SECTION HEADERS:
[Nr] Name Type VirtAddr Offset Size ES Flg Lk Inf Al
00C5554C [ 0] NULL 00000000 0000000 0000000 00 000 0 0 0
00C55574 [ 1] .interp PROGBITS 00008154 0000154 0000013 00 002 0 0 1
00C5559C [ 2] .note.ABI-tag NOTE 00008168 0000168 0000020 00 002 0 0 4
00C555C4 [ 3] .hash HASH 00008188 0000188 0000BD4 04 002 4 0 4
00C555EC [ 4] .dynsym DYNSYM 00008D5C 0000D5C 0001EC0 10 002 5 1 4
00C55614 [ 5] .dynstr STRTAB 0000AC1C 0002C1C 000262B 00 002 0 0 1
00C5563C [ 6] .gnu.version 0x6FFFFFFF 0000D248 0005248 00003D8 02 002 4 0 2
00C55664 [ 7] .gnu.version_r 0x6FFFFFFE 0000D620 0005620 0000180 00 002 5 8 4
00C5568C [ 8] .rel.dyn REL 0000D7A0 00057A0 00000B8 08 002 4 0 4
00C556B4 [ 9] .rel.plt REL 0000D858 0005858 0000E00 08 002 4 11 4
00C556DC [10] .init PROGBITS 0000E658 0006658 000000C 00 006 0 0 4
00C55704 [11] .plt PROGBITS 0000E664 0006664 0001514 04 006 0 0 4
00C5572C [12] .text PROGBITS 0000FB80 0007B80 076BFB4 00 006 0 0 16
00C55754 [13] .fini PROGBITS 0077BB34 0773B34 0000008 00 006 0 0 4
00C5577C [14] .rodata PROGBITS 0077BB40 0773B40 0089EE0 00 002 0 0 8
00C557A4 [15] .ARM.extab PROGBITS 00805A20 07FDA20 00927B4 00 002 0 0 4
00C557CC [16] .ARM.exidx 0x70000001 008981D4 08901D4 004CAC8 00 082 12 0 4
00C557F4 [17] .eh_frame PROGBITS 008E4C9C 08DCC9C 0000004 00 002 0 0 4
00C5581C [18] .tbss NOBITS 008ED000 08DD000 0000004 00 403 0 0 4
00C55844 [19] .init_array INIT_ARRAY 008ED000 08DD000 0000FD0 00 003 0 0 4
00C5586C [20] .fini_array FINI_ARRAY 008EDFD0 08DDFD0 0000004 00 003 0 0 4
00C55894 [21] .jcr PROGBITS 008EDFD4 08DDFD4 0000004 00 003 0 0 4
00C558BC [22] .dynamic DYNAMIC 008EDFD8 08DDFD8 0000140 08 003 5 0 4
00C558E4 [23] .got PROGBITS 008EE118 08DE118 0000720 04 003 0 0 4
00C5590C [24] .data PROGBITS 008EE838 08DE838 0376BBC 00 003 0 0 8
00C55934 [25] .bss NOBITS 00C653F8 0C553F4 1BA170C 00 003 0 0 8
00C5595C [26] .comment PROGBITS 00000000 0C553F4 0000030 01 030 0 0 1
00C55984 [27] .ARM.attributes 0x70000003 00000000 0C55424 0000033 00 000 0 0 1
00C559AC [28] .shstrtab STRTAB 00000000 0C55457 00000F4 00 000 0 0 1
00000000 - 0009 (0x0009) File Header Length
00000002 - 0FF00FF0 (0x0FF00FF0) File Header Long 1
00000006 - 0FF00FF0 (0x0FF00FF0) File Header Long 2
0000000A - 00 (0x00) File Header Zero
0000000B - 0001 (0x0001) Key Length
0000000D - 61 002E (key a) Design Name: top_mso_fpga;UserID=0XFFFFFFFF;Version=2014.4
0000003E - 62 000C (key b) Part Name: 7z020clg484
0000004D - 63 000B (key c) Generation Date: 2018/01/20
0000005B - 64 0009 (key d) Generation Time: 10:50:44
00000067 - 65 003DBAFC (key e) Bitstream Length: 003DBAFC [0000006C-003DBB67]
-------------- BITSTREAM ------------------------
0000006C - FFFFFFFF Padding
00000070 - FFFFFFFF Padding
00000074 - FFFFFFFF Padding
00000078 - FFFFFFFF Padding
0000007C - FFFFFFFF Padding
00000080 - FFFFFFFF Padding
00000084 - FFFFFFFF Padding
00000088 - FFFFFFFF Padding
0000008C - 000000BB Bus width auto detect, word 1
00000090 - 11220044 Bus width auto detect, word 2
00000094 - FFFFFFFF Padding
00000098 - FFFFFFFF Padding
0000009C - AA995566 Sync Word (BPI/SPI Mode)
000000A0 - 20000000 T1 - 00000000 NOP (1x)
000000A4 - 30022001 00000000 T1 W 00000001 TIMER
000000AC - 30020001 00000000 T1 W 00000001 WBSTAR
000000B4 - 30008001 00000000 T1 W 00000001 CMD NULL - No Operation
000000BC - 20000000 T1 - 00000000 NOP (1x)
000000C0 - 30008001 00000007 T1 W 00000001 CMD RCRC - Reset CRC
000000C8 - 20000000 T1 - 00000000 NOP (2x)
000000D0 - 30026001 00000000 T1 W 00000001 FALL_EDGE
000000D8 - 30012001 02003FE5 T1 W 00000001 COR0
000000E0 - 3001C001 00000000 T1 W 00000001 COR1
000000E8 - 30018001 03727093 T1 W 00000001 IDCODE
000000F0 - 30008001 00000009 T1 W 00000001 CMD SWITCH - Switch CCLK Frequency
000000F8 - 20000000 T1 - 00000000 NOP (1x)
000000FC - 3000C001 00000401 T1 W 00000001 MASK
00000104 - 3000A001 00000501 T1 W 00000001 CTL0
0000010C - 3000C001 00000000 T1 W 00000001 MASK
00000114 - 30030001 00000000 T1 W 00000001 CTL1
0000011C - 20000000 T1 - 00000000 NOP (8x)
0000013C - 30002001 00000000 T1 W 00000001 FAR
00000144 - 30008001 00000001 T1 W 00000001 CMD WCFG - Write Config Data
0000014C - 20000000 T1 - 00000000 NOP (1x)
00000150 - 30004000 T1 W 00000000 FDRI
00000154 - 500F6C78 T2 W 000F6C78
003DB340 - 20000000 T1 - 00000000 NOP (2x)
003DB348 - 30008001 0000000A T1 W 00000001 CMD GRESTORE - Pulse GRESTORE Signal
003DB350 - 20000000 T1 - 00000000 NOP (1x)
003DB354 - 30008001 00000003 T1 W 00000001 CMD DGHIGH/LFRM - Last Frame Write
003DB35C - 20000000 T1 - 00000000 NOP (100x)
003DB4EC - 30008001 00000005 T1 W 00000001 CMD START - Begin Startup Sequence
003DB4F4 - 20000000 T1 - 00000000 NOP (1x)
003DB4F8 - 30002001 03BE0000 T1 W 00000001 FAR
003DB500 - 3000C001 00000501 T1 W 00000001 MASK
003DB508 - 3000A001 00000501 T1 W 00000001 CTL0
003DB510 - 30000001 E3AD7EA5 T1 W 00000001 CRC
003DB518 - 20000000 T1 - 00000000 NOP (2x)
003DB520 - 30008001 0000000D T1 W 00000001 CMD DESYNC - Reset DALIGN Signal
003DB528 - 20000000 T1 - 00000000 NOP (400x)
root:$6$DZO.HiUy$JKaJGKC8ynyAn.7IF64GzC6cGnmJCQgGlqoPQ9QTc7EW8iF/8lMD00EtiiS3/GpgzN7rvfTbmfnAKzAg66dnu/:17177:0:99999:7:::
siglent:$6$tOEDgvF2$A2zA0bgMZ9XU7LTZN5FVGl4iuDUoPGqGG8IrHoTRaPRJzYyIDXQ8lh8.E1PX98HS8UDRBgDdXwRHlWUG5fY4M1:17029:0:99999:7:::
Shadow file is something like thisCode: [Select]root:$6$DZO.HiUy$JKaJGKC8ynyAn.7IF64GzC6cGnmJCQgGlqoPQ9QTc7EW8iF/8lMD00EtiiS3/GpgzN7rvfTbmfnAKzAg66dnu/:17177:0:99999:7:::
siglent:$6$tOEDgvF2$A2zA0bgMZ9XU7LTZN5FVGl4iuDUoPGqGG8IrHoTRaPRJzYyIDXQ8lh8.E1PX98HS8UDRBgDdXwRHlWUG5fY4M1:17029:0:99999:7:::
Algorithm: SHA-512 / crypt(3) / $6$
https://samsclass.info/123/proj10/p12-hashcat.htm
This is in latest update files. They are the original passwords.
I don't have any hardware to do any replacing ... tests...
I can volunteer to try an image with a substituted password (similar to that for the SDG2000 series.)
OK, but this time it may be bit tricky.
In normal update like SDS1004X-E_6.1.25R2 you don't see any passwords or anything else.
But they have released Operating System -V1 (Only For 4-Channel) update and there is
all the root file system for example. So looking into rootfs.cramfs in \etc\ is shadow. Now we
need to repack it after change and do the Operating System update again.
May be it is possible...
Otherwise my Radeon R9-390 decodes only 80000 passwords in sec - that may take years.
Replacing the shadow file wasn't very hard to do so let's test this method
SDS1004X-E_OSV1_EN_eevblog.zip (http://s000.tinyupload.com/index.php?file_id=03539117620391626698)
@janekivi
@tv84,
and all,
how to proceed after I had extract the Part1..5+7 from the
.ads FW file with the sds_ads.exe tool.
How to extract and mod the shadow file to enter his own
hash for the root account and how to pack all parts together
to get again a .ads FW file?
Some helpful hints will be appreciated.
Many thanks in advance for this effort.
Markus
@tv84,
but where can I find the block with the fw file system.
How to read/interpret your listing, see attached file that I
cut & paste from your recent fw summary.
Markus
I think markus has misunderstood your question.@tv84,
but where can I find the block with the fw file system.
How to read/interpret your listing, see attached file that I
cut & paste from your recent fw summary.
Markus
Oh, I see your problem!
The example that you provide is a SDS2000X file. Not a SDS2000X-E file!
This scope has a Blackfin proc and several FPGAs.
The X-E has an ARM proc. The structure of ADS is completely different, although the basic encryption envelope is pretty much the same.
You don't have a shadow file in the X version because it doesn't have a "file system" and/or linux environment.
Which is the equipment that you want to "analyze"?
So if I am starting from a stock SDS1104X-E with stock, out of the box (not updated) firmware, what is the step by step process for updating the oscilloscope to the latest firmware while also getting access to or changing the root user password for the scope?
So if I am starting from a stock SDS1104X-E with stock, out of the box (not updated) firmware, what is the step by step process for updating the oscilloscope to the latest firmware while also getting access to or changing the root user password for the scope?
If your scope system info show out from box:
FW 7.1.6.1.25R2
or
FW 7.1.6.1.25R1
(this 1, here colored red, it tells that OS V1 is installed.)
then B else A
A
Update latest FW and OS (if not already out from box).
SDS1004X-E Firmware (4-Channel Model) - 6.1.25R2 (Release Date 06.29.18 )
SDS1004X-E Operating System-V1 (Only For 4-Channel ) (Release Date 06.26.18 )
These both can download from Siglent official side. Inside these both packages (zip) there is also instructions.
B
Then: https://www.eevblog.com/forum/testgear/siglent-sds1204x-e-released-for-domestic-markets-in-china/msg1612639/#msg1612639 (https://www.eevblog.com/forum/testgear/siglent-sds1204x-e-released-for-domestic-markets-in-china/msg1612639/#msg1612639)
Thank you, but I think my main question has to do with how you log in as root. I assume there is a root password, and I'm under the assumption that it is not something known it easily guessed, so how do I install the software update so that I can either know or set the root user password?
Thank you, but I think my main question has to do with how you log in as root. I assume there is a root password, and I'm under the assumption that it is not something known it easily guessed, so how do I install the software update so that I can either know or set the root user password?
SMB784, are you asking how you interface with the unit? You'll need to telnet into the device through the ethernet connection. As rf-loop said, it depends what your current firmware version is. This determines the path you need to take. The firmware is upgraded by copying files to a USB flash and following the on-device menus.
Once you have an updated firmware, you need to load the special OS build found in the message that rf-loop mentioned in B above.
It sounds like all you need is the password for the modified firmware! Most of these modified firmware files for the Siglent devices floating around on this forum all us the same password. The author who posts on this forum likes to make sure that the forum users who download the files from this forum are regular forum users who've been around on this forum for a while. See these other forum posts: ;)
https://www.eevblog.com/forum/testgear/siglent-sdg1000x-waveform-generators/msg1447972/#msg1447972 (https://www.eevblog.com/forum/testgear/siglent-sdg1000x-waveform-generators/msg1447972/#msg1447972)
https://www.eevblog.com/forum/testgear/siglent-sdg1000x-waveform-generators/msg1449465/#msg1449465 (https://www.eevblog.com/forum/testgear/siglent-sdg1000x-waveform-generators/msg1449465/#msg1449465)
It sounds like all you need is the password for the modified firmware! Most of these modified firmware files for the Siglent devices floating around on this forum all us the same password. The author who posts on this forum likes to make sure that the forum users who download the files from this forum are regular forum users who've been around on this forum for a while. See these other forum posts: ;)
https://www.eevblog.com/forum/testgear/siglent-sdg1000x-waveform-generators/msg1447972/#msg1447972 (https://www.eevblog.com/forum/testgear/siglent-sdg1000x-waveform-generators/msg1447972/#msg1447972)
https://www.eevblog.com/forum/testgear/siglent-sdg1000x-waveform-generators/msg1449465/#msg1449465 (https://www.eevblog.com/forum/testgear/siglent-sdg1000x-waveform-generators/msg1449465/#msg1449465)
Well, I tried the very same password that logs me into the website in the first link of your message, and it tells me that it's wrong. The user name is root, and the password is the same one as the one that logs me into that website, and it says that the login credentials are wrong.
This leads me to believe that the custom software update is not being applied correctly for some reason.
Hmmm... that's the right one. The credentials are changed through the modified OS update file, rather than the App firmware update.
https://www.eevblog.com/forum/testgear/siglent-ads-firmware-file-format/msg1606243/#msg1606243 (https://www.eevblog.com/forum/testgear/siglent-ads-firmware-file-format/msg1606243/#msg1606243)
As rf-loop described in A. Load the standard SDS1004X-E Firmware (4-Channel Model) - 6.1.25R2 (Release Date 06.29.18 ) file, then the modified SDS1004X-E Operating System-V1 (Only For 4-Channel ) (Release Date 06.26.18 ) from the post listed.
Update latest FW and OS (if not already out from box).I downloaded the latest software update from the siglent website and put the 4 software files on a newly FAT32 reformatted USB drive. I turned off the scope and plugged the USB drive in. I then booted the scope, and it installed the software, and verified that I was now running at software level 1. Then I turned the scope off, took out the USB, reflashed it with the 4 custom files with the modified root login, plugged this back into the scope, started it up and let it return to the main screen.
SDS1004X-E Firmware (4-Channel Model) - 6.1.25R2 (Release Date 06.29.18 )
SDS1004X-E Operating System-V1 (Only For 4-Channel ) (Release Date 06.26.18 )
These both can download from Siglent official side. Inside these both packages (zip) there is also instructions.
Its possible that they have invalidated this method of changing the root user login when you install the official software update first, so at this point it is my suggestion that anyone attempting this process install the modified software provided here on the forums instead of trying the official software update.
Any suggestions are most welcome.
I wonder if it is possible to do the update using the update configuration key. Anyone have any experience with this?(https://www.eevblog.com/forum/testgear/siglent-ads-firmware-file-format/?action=dlattach;attach=466685;image)
I wonder if it is possible to do the update using the update configuration key. Anyone have any experience with this?(https://www.eevblog.com/forum/testgear/siglent-ads-firmware-file-format/?action=dlattach;attach=466685;image)
Your screen image
Is it displaying all files in your USB in root folder for OS update.
AFAIK There need be 4 files! included in eevblog zip
devicetree.dtb
rootfs.cramfs
sds1004x_e_udiskEnv.txt
uImage
Here is an image of the system info
Alright then, I must be doing something wrong. I am going to scrutinize this process in detail and maybe I can figure out what I have done wrongMost likely spelling or syntax error.......those were the mistakes I made. :palm:
Its possible that they have invalidated this method of changing the root user login when you install the official software update first.
Any suggestions are most welcome.
Its possible that they have invalidated this method of changing the root user login when you install the official software update first.
Any suggestions are most welcome.
No, the work being done by forum members has been on the latest firmware and os versions from what I can tell. Post one of your telnet sessions (including initiating the telnet connection) so we can see that you are connecting correctly. Also it might be useful to have a screenshot of the IP configuration screen on the scope. Are you able to connect to the webserver on the scope through your browser?
Yes.Its possible that they have invalidated this method of changing the root user login when you install the official software update first.
Any suggestions are most welcome.
No, the work being done by forum members has been on the latest firmware and os versions from what I can tell. Post one of your telnet sessions (including initiating the telnet connection) so we can see that you are connecting correctly. Also it might be useful to have a screenshot of the IP configuration screen on the scope. Are you able to connect to the webserver on the scope through your browser?
He sees the login prompt.
I get that he thinks he is. But without knowing his comfort level with the command line I would prefer to see proof to be able to rule it out. If he swears that the firmware has been installed correctly, and he is for sure using the correct username and password, then the next thing to check is that he really is connecting to the scope. I agree that it does sound like he probably is, but I've seen telnet connections fool other users before (as in they were at the telnet prompt, but not actually connected to anything).
On a separate note, thanks for your contributions in getting this process worked out.
Edit: I don't mean the first line as an insult. smb784 specifically mentioned earlier that wasn't completely sure was using telnet correctly, and I really have seen telnet connections trick people before.
Everything you are doing looks correct to me, sorry, I'm out of ideas.
Great news. Congrats!!!
As I've told SMB784, I advise all to:
1st option - Instead of the official OS install, install janekivi full OS file. It's exactly the same thing with the pwds already changed.
2nd option - After installing the official OS, when you install janekivi patch, do it only with the rootfs file (and the script .txt, of course).
Less operations, less risk!
Regarding the advice of CustomEngineerer about the login problem: thinking of it, it was totally right and not an insult, it could have been a problem with the client SMB784 was using to connect to the scope. Although SMB784 was able to see the correct prompt, there was no assurance that what he writes in the console was correctly/transparently being sent to the scope.
A solution could have been to change the client (I usually use Putty) or investigate what was introducing garbage in the connection.
Or, in the extreme, use (in his case) the RPi as a gateway to telnet to the scope...
Glad it is solved! Now, time for upgrade. :)
As it turned out in my case, the problem wasn't the telnet, rather it was the act of copying the files from the computer to the flash drive.
I tried telnetting into the scope from the RPI with the software installed from files copied over using my desktop and couldn't log into the scope. But as soon as I copied the files over to the USB using the RPI, the scope recognized them and correctly installed the custom software, and at that point I could log in via telnet from either the RPI or the desktop.
So something was going wrong in the process of making the USB with the custom software on it when using the desktop. I have no earthly idea what could have been going on though.
In my case, using RF-loop's instructions worked perfectly once I performed them using the RPI to make the USB instead of the desktop.
As it turned out in my case, the problem wasn't the telnet, rather it was the act of copying the files from the computer to the flash drive.
Anyway, what is odd, is that you were able to correctly generate the factory OS update USB configuration. Was that the same process that didn't work for your attempt with the modified OS update?
Let's take a look in SDG1000-V100R001B01D01P31.ADS for example
This may be common knowledge, but I was about to try fixing the root password for my SDS1102X running SDS1000X_V100R001B01D02P1510.ADS, and discovered that there is no telnet service running. Only Ports 111 and 9009.
So much for my idea of trying to upgrade the bandwidth - at least until there is enough progress here to decode and re-assemble the entire thing.
https://www.siglentamerica.com/service-and-support/firmware-software/dc-power-supplies/#spd1000x-series (https://www.siglentamerica.com/service-and-support/firmware-software/dc-power-supplies/#spd1000x-series)
This was long time ago, but not in the table yet
File Header Size: 00000070
00000000 - File Checksum: FE691817 [00000004-0002FB6F] (with only the File Header decrypted) CKSM OK
00000004 - File Size: 0002FB00 (without 0x70 bytes of the File Header)
0000000C - Product_ID: 600
00000026 - Vendor/Brand: SIGLENT
0000003A - USB Host Controller: ISP1763
****************************************************
Decrypting the 0x2800 and 0x1400 blocks...
Reversing file...
XORing with 0xFF (incrementing pattern)...
XORing with 0xFF from 0x00017D80 until 0x0002FAFF
****************************************************
00000000 --- Section Checksum: FEE2D1B1
00000004 --- Section Size: 0002FACC [00000034-0002FAFF] CKSM OK
00000008 --- Section # 00000007
00000034 --- 0002FAFF ***** STM32 32-bit ARM Cortex file *****
00000034 - Vector Table: (Little Endian - Flash(ROM): 0x08000000 - SRAM: 0x20000000)
00000034 --- Initial SP value: 200193F0
00000038 --- Reset: 0802039D (Thumb 16/32 bits)
0000003C --- NMI: 080203C1 (Thumb 16/32 bits)
00000040 --- Hard fault: 080203C3 (Thumb 16/32 bits)
00000044 --- Memory management fault: 080203C5 (Thumb 16/32 bits)
00000048 --- Bus fault: 080203C7 (Thumb 16/32 bits)
0000004C --- Usage fault: 080203C9 (Thumb 16/32 bits)
00000050 --- Rsvd1: 00000000
00000054 --- Rsvd2: 00000000
00000058 --- Rsvd3: 00000000
0000005C --- Rsvd4: 00000000
00000060 --- SVCall: 080201B9 (Thumb 16/32 bits)
00000064 --- Rsvd for Debug: 080203CD (Thumb 16/32 bits)
00000068 --- Rsvd5: 00000000
0000006C --- PendSV: 080201E9 (Thumb 16/32 bits)
00000070 --- Systick: 080203D1 (Thumb 16/32 bits)
00000074 --- IRQ0 to IRQ80 [00000074-000001B7]
****************************************************
File Processed OK
If I remember correctly, the OS update was previously listed on the download page (https://www.siglentamerica.com/service-and-support/firmware-software/digital-oscilloscopes/#sds1000x-e-series) as:
SDS1004X-E Operating System -V1 (Only For 4-Channel ) (Release Date 05.22.18)
but is currently listed as:
SDS1004X-E Operating System -V1 (Only For 4-Channel ) (Release Date 06.26.18)
New firmware for SVA1015X
V2.1.1.1.12a
https://www.siglentamerica.com/download/6912/ (https://www.siglentamerica.com/download/6912/)
38.8 MB
Changelog
2018/8/8
1. Spectrum Analysis mode:Improved the stability of sweep and interface.
2. VNA mode: fasten the VNA sweep speed; expand the minimum span from 10M to 10 kHz.
3. Modulation Analysis mode: add trigger, optimize the modulation analysis algorithm.
4. Add user port number selection for web server.
This may be common knowledge, but I was about to try fixing the root password for my SDS1102X running SDS1000X_V100R001B01D02P1510.ADS, and discovered that there is no telnet service running. Only Ports 111 and 9009.
So much for my idea of trying to upgrade the bandwidth - at least until there is enough progress here to decode and re-assemble the entire thing.
private static void search_licenses()
{
byte[] buffer = System.IO.File.ReadAllBytes(@"memdump.bin");
for (int j = 0, l = 0; j < 2; j++, l += 0x20)
for (int i = 0, strStart = 0, strSize = 0; i < buffer.Length; i++)
if (((buffer[i] < '2') || (buffer[i] > '9')) && ((buffer[i] < 'A' + l) || (buffer[i] > 'Z' + l)) && buffer[i] != ('L' + l) && buffer[i] != ('O' + l))
{
if (strSize == 16)
Console.WriteLine("{0:X8} - {1}", strStart, Encoding.UTF8.GetString(buffer, strStart, strSize));
strSize = 0;
strStart = i + 1;
}
else strSize++;
}
I can make the same trick here like when I was uploading LeCroy in to SDG1025
but who can try this and there may be the same check routine and instrument
will say "Not supported firmware, please reflash correct. Otherwise I will wait 15 min".
This is stupid, it will wait that time anyway before you can access flash menu...
So... do not be the first who is using this firmware file on SPD3303X-E
but this first hack may be needed to be tried out by someone.SPD3303X-V100R001B01D02P03_with _E_header.zip
OK, I give this only individually after request. I can't test it.
I am curious whether the precision of a hacked SPD3303X-E is similar to SPD3303X.
I am curious whether the precision of a hacked SPD3303X-E is similar to SPD3303X.
I think it is. Even before the hack, my X-E would accept remote 1mA changes and show them through EasyPower. It would also accept remote 1mV changes from EasyPower even though it would truncate the response. However, the 1mA and 1mV changes were happening at the output terminals of the X-E even though the display was not being updated. From what I could tell, the X-E is really an X minus the display digit. So, if you were using the X-E purely through SCPI, you'd almost already have an X (except for the truncated mV command response)
The method is simple:
Code: [Select]private static void search_licenses()
{
byte[] buffer = System.IO.File.ReadAllBytes(@"memdump.bin");
for (int j = 0, l = 0; j < 2; j++, l += 0x20)
for (int i = 0, strStart = 0, strSize = 0; i < buffer.Length; i++)
if (((buffer[i] < '2') || (buffer[i] > '9')) && ((buffer[i] < 'A' + l) || (buffer[i] > 'Z' + l)) && buffer[i] != ('L' + l) && buffer[i] != ('O' + l))
{
if (strSize == 16)
Console.WriteLine("{0:X8} - {1}", strStart, Encoding.UTF8.GetString(buffer, strStart, strSize));
strSize = 0;
strStart = i + 1;
}
else strSize++;
}
Nice. But I'm wondering how Siglent will react considering you created a "Siglent" account on Github to host this code!
How to open a telnet session in a Siglent when the root password is unknown?
Use the following scripts, according to each equipment.
They provide a root session via port 10101.
I can make the same trick here like when I was uploading LeCroy in to SDG1025
but who can try this and there may be the same check routine and instrument
will say "Not supported firmware, please reflash correct. Otherwise I will wait 15 min".
This is stupid, it will wait that time anyway before you can access flash menu...
So... do not be the first who is using this firmware file on SPD3303X-E
but this first hack may be needed to be tried out by someone.SPD3303X-V100R001B01D02P03_with _E_header.zip
OK, I give this only individually after request. I can't test it.
A year ago nobody volunteered to confirm Janekivi's work so I resuscitated the challenge and was successfull! :popcorn:
Attached is the proof of a Siglent SPD3303X-E conversion to a SPD3303X model.
The method is simple:
1. Run the SCPI command in the X-E to enable the 1mV step:
FACTORY ON
2. Using EasyPower flash the required FW file from the attached ZIP. (ConvertFromX-E)
(3. If you want to rollback, flash the other file.)
The FWs are Siglent official versions with Prod_ID's swapped like janekivi suggested.
The HW version of the board where the test was done is 0.3.
ATTENTION: This may involve a certain risk so do it at your own responsability!
Enjoy!
Five not four digits on the PSU display. ;)I can make the same trick here like when I was uploading LeCroy in to SDG1025
but who can try this and there may be the same check routine and instrument
will say "Not supported firmware, please reflash correct. Otherwise I will wait 15 min".
This is stupid, it will wait that time anyway before you can access flash menu...
So... do not be the first who is using this firmware file on SPD3303X-E
but this first hack may be needed to be tried out by someone.SPD3303X-V100R001B01D02P03_with _E_header.zip
OK, I give this only individually after request. I can't test it.
A year ago nobody volunteered to confirm Janekivi's work so I resuscitated the challenge and was successfull! :popcorn:
Attached is the proof of a Siglent SPD3303X-E conversion to a SPD3303X model.
The method is simple:
1. Run the SCPI command in the X-E to enable the 1mV step:
FACTORY ON
2. Using EasyPower flash the required FW file from the attached ZIP. (ConvertFromX-E)
(3. If you want to rollback, flash the other file.)
The FWs are Siglent official versions with Prod_ID's swapped like janekivi suggested.
The HW version of the board where the test was done is 0.3.
ATTENTION: This may involve a certain risk so do it at your own responsability!
Enjoy!
Does the FACTORY ON have any feedback?
Oh, so FACTORY ON is just some sort of factory defaults? Then a reboot, and a normal firmware flash with these files?My notes show something like that. ;)
hi, I searched in the forum for a couple of hours but I didn't find anything.. where can I find a patched version of the latest firmware for a sds1104x-e with known telnet password?
thanks
I tried janekivi tools v 0.1.4 on SDS1004X_E_6.1.26 but it didn't work. It says: This is not SDS firmware file. Do I need to reverse-xor the file before it can be parsed by janekivi tools?
It would be great to be able to find out where the model is stored (EEPROM?), then change it to the 1004X model then use regular upgrades.
Cheers
File Header Size: 00000070
00000000 - File Checksum: C60CADAC [00000004-00765FB8] (with only the File Header decrypted) CKSM OK
00000004 - File Size: 00765F49 (without 0x70 bytes of the File Header)
0000000C - Product_ID: 13501
00000026 - Vendor/Brand: SIGLENT
0000003A - USB Host Controller: ISP1763
****************************************************
Decrypting the 0x2800 and 0x1400 blocks...
Reversing file...
XORing with 0xFF (incrementing pattern)...
XORing with 0xFF from 0x003B2FA5 until 0x00765F48
****************************************************
00000000 --- Section Checksum: C302218F
00000004 --- Section Size: 00765F15 [00000034-00765F48] CKSM OK
00000008 --- Section # 00000007
00000034 --- 00765F48 ***** ZIP file *****
Offset Ver Flag Comp Size Packed Modified CRC32 Name Permissions Extra Details
00000034 1.0 0000 0000 00000000 00000000 09-08-2018 08:44:07 00000000 [00000056-00000055] lib/ MTime: 09-08-2018 01:44:14 ATime: 15-08-2018 08:26:39 CTime: 09-08-2018 01:44:14
00000056 2.0 0000 0008 00005F13 00001B04 13-07-2018 10:23:21 9F6ED423 [00000084-00001B87] lib/brusvxi11.so MTime: 13-07-2018 03:23:43 ATime: 15-08-2018 08:26:43 CTime: 09-08-2018 01:44:14
00001B88 2.0 0000 0008 0000916E 00003F99 13-07-2018 10:23:21 5B27B9AB [00001BBE-00005B56] lib/ext_device_driver.so MTime: 13-07-2018 03:23:43 ATime: 15-08-2018 08:26:43 CTime: 09-08-2018 01:44:14
00005B57 2.0 0000 0008 00065C2C 00022A1A 13-07-2018 10:23:21 577A82D1 [00005B86-0002859F] lib/libEasyLib.so MTime: 13-07-2018 03:23:43 ATime: 15-08-2018 08:26:44 CTime: 09-08-2018 01:44:14
000285A0 2.0 0000 0008 0001E649 00008EBF 13-07-2018 10:23:21 AB77BB49 [000285D1-0003148F] lib/libvncclient.so MTime: 13-07-2018 03:23:43 ATime: 15-08-2018 08:26:44 CTime: 09-08-2018 01:44:14
00031490 2.0 0000 0008 0001E649 00008EBF 13-07-2018 10:23:21 AB77BB49 [000314C3-0003A381] lib/libvncclient.so.1 MTime: 13-07-2018 03:23:43 ATime: 15-08-2018 08:26:44 CTime: 09-08-2018 01:44:14
0003A382 2.0 0000 0008 00047CE2 000160A2 13-07-2018 10:23:21 3E6ADA03 [0003A3B3-00050454] lib/libvncserver.so MTime: 13-07-2018 03:23:43 ATime: 15-08-2018 08:26:44 CTime: 09-08-2018 01:44:14
00050455 2.0 0000 0008 00047CE2 000160A2 13-07-2018 10:23:21 3E6ADA03 [00050488-00066529] lib/libvncserver.so.1 MTime: 13-07-2018 03:23:43 ATime: 15-08-2018 08:26:44 CTime: 09-08-2018 01:44:14
0006652A 1.0 0000 0000 00000000 00000000 09-08-2018 08:47:07 00000000 [00066550-0006654F] ui_data/ MTime: 09-08-2018 01:47:15 ATime: 15-08-2018 08:26:43 CTime: 09-08-2018 01:44:14
00066550 2.0 0000 0008 0001984A 00003053 16-07-2018 14:38:06 A321AADF [0006658A-000695DC] ui_data/arabic_help_info.xml MTime: 16-07-2018 07:38:12 ATime: 15-08-2018 08:26:44 CTime: 09-08-2018 01:44:14
000695DD 2.0 0000 0008 00022BB7 00002B21 14-08-2018 15:23:13 3FBAF4FD [00069617-0006C137] ui_data/arabic_menu_info.xml MTime: 14-08-2018 08:23:26 ATime: 15-08-2018 08:26:44 CTime: 09-08-2018 01:44:14
0006C138 2.0 0000 0008 00008529 00001991 16-07-2018 14:38:06 722FD019 [0006C172-0006DB02] ui_data/arabic_text_info.xml MTime: 16-07-2018 07:38:13 ATime: 15-08-2018 08:26:44 CTime: 09-08-2018 01:44:14
0006DB03 2.0 0000 0008 000003F8 00000058 16-07-2018 14:38:06 9DBCA89C [0006DB30-0006DB87] ui_data/dev.bmp MTime: 16-07-2018 07:38:13 ATime: 15-08-2018 08:26:44 CTime: 09-08-2018 01:44:14
0006DB88 2.0 0000 0008 00019F89 000030A7 27-07-2018 08:53:04 DB7E908B [0006DBC3-00070C69] ui_data/english_help_info.xml MTime: 27-07-2018 01:53:09 ATime: 15-08-2018 08:26:44 CTime: 09-08-2018 01:44:14
00070C6A 2.0 0000 0008 00022F6D 00002B62 14-08-2018 14:51:22 6F53507E [00070CA5-00073806] ui_data/english_menu_info.xml MTime: 14-08-2018 07:51:45 ATime: 15-08-2018 08:26:44 CTime: 09-08-2018 01:44:14
00073807 2.0 0000 0008 00008529 00001991 16-07-2018 14:38:06 722FD019 [00073842-000751D2] ui_data/english_text_info.xml MTime: 16-07-2018 07:38:13 ATime: 15-08-2018 08:26:44 CTime: 09-08-2018 01:44:14
000751D3 2.0 0000 0008 000198F7 00003088 27-07-2018 08:53:27 7AFB4C5C [0007520D-00078294] ui_data/french_help_info.xml MTime: 27-07-2018 01:53:55 ATime: 15-08-2018 08:26:44 CTime: 09-08-2018 01:44:14
00078295 2.0 0000 0008 00023243 00002CAB 14-08-2018 14:52:01 F4FCDF5A [000782CF-0007AF79] ui_data/french_menu_info.xml MTime: 14-08-2018 07:52:03 ATime: 15-08-2018 08:26:44 CTime: 09-08-2018 01:44:14
0007AF7A 2.0 0000 0008 0000850D 000019B5 16-07-2018 14:38:06 C784D9DF [0007AFB4-0007C968] ui_data/french_text_info.xml MTime: 16-07-2018 07:38:12 ATime: 15-08-2018 08:26:44 CTime: 09-08-2018 01:44:14
0007C969 2.0 0000 0008 000198A1 00003080 27-07-2018 08:54:08 19D632E0 [0007C9A3-0007FA22] ui_data/german_help_info.xml MTime: 27-07-2018 01:54:17 ATime: 15-08-2018 08:26:44 CTime: 09-08-2018 01:44:14
0007FA23 2.0 0000 0008 00023700 00002D88 14-08-2018 14:52:14 0E9BACA8 [0007FA5D-000827E4] ui_data/german_menu_info.xml MTime: 14-08-2018 07:52:29 ATime: 15-08-2018 08:26:44 CTime: 09-08-2018 01:44:14
000827E5 2.0 0000 0008 00008C82 00001BDC 16-07-2018 14:38:06 096321F9 [0008281F-000843FA] ui_data/german_text_info.xml MTime: 16-07-2018 07:38:12 ATime: 15-08-2018 08:26:44 CTime: 09-08-2018 01:44:14
000843FB 2.0 0000 0008 000198C4 00003080 27-07-2018 08:54:19 5B695C02 [00084436-000874B5] ui_data/italian_help_info.xml MTime: 27-07-2018 01:54:38 ATime: 15-08-2018 08:26:44 CTime: 09-08-2018 01:44:14
000874B6 2.0 0000 0008 0002350C 00002CC1 14-08-2018 14:52:19 AED3E8E6 [000874F1-0008A1B1] ui_data/italian_menu_info.xml MTime: 14-08-2018 07:52:39 ATime: 15-08-2018 08:26:44 CTime: 09-08-2018 01:44:14
0008A1B2 2.0 0000 0008 00008522 000019AA 16-07-2018 14:38:06 5488AB5E [0008A1ED-0008BB96] ui_data/italian_text_info.xml MTime: 16-07-2018 07:38:13 ATime: 15-08-2018 08:26:44 CTime: 09-08-2018 01:44:14
0008BB97 2.0 0000 0008 000198C4 00003081 27-07-2018 08:54:27 CEF5D080 [0008BBD3-0008EC53] ui_data/japanese_help_info.xml MTime: 27-07-2018 01:54:55 ATime: 15-08-2018 08:26:44 CTime: 09-08-2018 01:44:14
0008EC54 2.0 0000 0008 00023F0F 00002F04 14-08-2018 14:52:23 585805B7 [0008EC90-00091B93] ui_data/japanese_menu_info.xml MTime: 14-08-2018 07:52:47 ATime: 15-08-2018 08:26:44 CTime: 09-08-2018 01:44:14
00091B94 2.0 0000 0008 00008529 00001991 16-07-2018 14:38:06 722FD019 [00091BD0-00093560] ui_data/japanese_text_info.xml MTime: 16-07-2018 07:38:12 ATime: 15-08-2018 08:26:44 CTime: 09-08-2018 01:44:14
00093561 2.0 0000 0008 000198C5 00003080 27-07-2018 08:55:08 355082EB [0009359B-0009661A] ui_data/korean_help_info.xml MTime: 27-07-2018 01:55:16 ATime: 15-08-2018 08:26:44 CTime: 09-08-2018 01:44:14
0009661B 2.0 0000 0008 00023974 00002E32 14-08-2018 14:52:29 E6282D8E [00096655-00099486] ui_data/korean_menu_info.xml MTime: 14-08-2018 07:52:59 ATime: 15-08-2018 08:26:44 CTime: 09-08-2018 01:44:14
00099487 2.0 0000 0008 00008529 00001991 16-07-2018 14:38:06 722FD019 [000994C1-0009AE51] ui_data/korean_text_info.xml MTime: 16-07-2018 07:38:13 ATime: 15-08-2018 08:26:44 CTime: 09-08-2018 01:44:14
0009AE52 2.0 0000 0008 000198C4 00003080 27-07-2018 08:55:17 AA3AC251 [0009AE90-0009DF0F] ui_data/portuguese_help_info.xml MTime: 27-07-2018 01:55:34 ATime: 15-08-2018 08:26:44 CTime: 09-08-2018 01:44:14
0009DF10 2.0 0000 0008 00023191 00002C4B 14-08-2018 14:53:04 874BE64C [0009DF4E-000A0B98] ui_data/portuguese_menu_info.xml MTime: 14-08-2018 07:53:09 ATime: 15-08-2018 08:26:44 CTime: 09-08-2018 01:44:14
000A0B99 2.0 0000 0008 0000851C 000019B1 16-07-2018 14:38:06 ED13903B [000A0BD7-000A2587] ui_data/portuguese_text_info.xml MTime: 16-07-2018 07:38:12 ATime: 15-08-2018 08:26:44 CTime: 09-08-2018 01:44:14
000A2588 2.0 0000 0008 000198C4 00003080 27-07-2018 08:58:03 5B695C02 [000A25C3-000A5642] ui_data/russian_help_info.xml MTime: 27-07-2018 01:58:06 ATime: 15-08-2018 08:26:44 CTime: 09-08-2018 01:44:14
000A5643 2.0 0000 0008 00024A30 00003006 14-08-2018 14:56:05 10CA9361 [000A567E-000A8683] ui_data/russian_menu_info.xml MTime: 14-08-2018 07:56:11 ATime: 15-08-2018 08:26:44 CTime: 09-08-2018 01:44:14
000A8684 2.0 0000 0008 00008584 00001A4E 16-07-2018 14:38:06 40A19302 [000A86BF-000AA10C] ui_data/russian_text_info.xml MTime: 16-07-2018 07:38:12 ATime: 15-08-2018 08:26:44 CTime: 09-08-2018 01:44:14
000AA10D 2.0 0000 0008 00018C1B 000032D0 27-07-2018 09:05:23 43A609DF [000AA145-000AD414] ui_data/simp_help_info.xml MTime: 27-07-2018 02:05:46 ATime: 15-08-2018 08:26:44 CTime: 09-08-2018 01:44:14
000AD415 2.0 0000 0008 00023864 00002E41 14-08-2018 14:56:11 81A5D501 [000AD44D-000B028D] ui_data/simp_menu_info.xml MTime: 14-08-2018 07:56:22 ATime: 15-08-2018 08:26:44 CTime: 09-08-2018 01:44:14
000B028E 2.0 0000 0008 00008473 00001AB2 16-07-2018 14:38:06 E027E215 [000B02C6-000B1D77] ui_data/simp_text_info.xml MTime: 16-07-2018 07:38:12 ATime: 15-08-2018 08:26:44 CTime: 09-08-2018 01:44:14
000B1D78 2.0 0000 0008 000198C8 00003082 27-07-2018 09:01:23 2072E7B2 [000B1DB3-000B4E34] ui_data/spanish_help_info.xml MTime: 27-07-2018 02:01:47 ATime: 15-08-2018 08:26:44 CTime: 09-08-2018 01:44:14
000B4E35 2.0 0000 0008 00023426 00002C4B 14-08-2018 14:56:15 A89A8946 [000B4E70-000B7ABA] ui_data/spanish_menu_info.xml MTime: 14-08-2018 07:56:30 ATime: 15-08-2018 08:26:44 CTime: 09-08-2018 01:44:14
000B7ABB 2.0 0000 0008 00008540 000019B7 16-07-2018 14:38:05 3D98F0D4 [000B7AF6-000B94AC] ui_data/spanish_text_info.xml MTime: 16-07-2018 07:38:11 ATime: 15-08-2018 08:26:44 CTime: 09-08-2018 01:44:14
000B94AD 2.0 0000 0008 0001849E 0000328A 27-07-2018 09:13:11 AFFC2F20 [000B94E5-000BC76E] ui_data/trad_help_info.xml MTime: 27-07-2018 02:13:23 ATime: 15-08-2018 08:26:44 CTime: 09-08-2018 01:44:14
000BC76F 2.0 0000 0008 00023858 00002EE8 14-08-2018 14:56:19 3E117598 [000BC7A7-000BF68E] ui_data/trad_menu_info.xml MTime: 14-08-2018 07:56:38 ATime: 15-08-2018 08:26:44 CTime: 09-08-2018 01:44:14
000BF68F 2.0 0000 0008 0000846C 00001AF7 16-07-2018 14:38:06 5395CA64 [000BF6C7-000C11BD] ui_data/trad_text_info.xml MTime: 16-07-2018 07:38:13 ATime: 15-08-2018 08:26:44 CTime: 09-08-2018 01:44:14
000C11BE 2.0 0000 0008 00000308 00000066 16-07-2018 14:38:06 539A7E1A [000C11EB-000C1250] ui_data/usb.bmp MTime: 16-07-2018 07:38:13 ATime: 15-08-2018 08:26:44 CTime: 09-08-2018 01:44:14
000C1251 1.0 0000 0000 00000000 00000000 09-08-2018 08:44:07 00000000 [000C1273-000C1272] www/ MTime: 09-08-2018 01:44:14 ATime: 15-08-2018 08:26:39 CTime: 09-08-2018 01:44:12
000C1273 1.0 0000 0000 00000000 00000000 09-08-2018 08:44:07 00000000 [000C129F-000C129E] www/attchment/ MTime: 09-08-2018 01:44:14 ATime: 15-08-2018 08:26:43 CTime: 09-08-2018 01:44:14
000C129F 2.0 0000 0008 00005AD3 00005AC5 16-07-2018 16:54:16 E23B57EF [000C12D2-000C6D96] www/BinToCSV_tool.zip MTime: 16-07-2018 09:54:33 ATime: 15-08-2018 08:26:44 CTime: 09-08-2018 01:44:12
000C6D97 1.0 0000 0000 00000000 00000000 09-08-2018 08:44:07 00000000 [000C6DBD-000C6DBC] www/css/ MTime: 09-08-2018 01:44:14 ATime: 15-08-2018 08:26:39 CTime: 09-08-2018 01:44:14
000C6DBD 1.0 0000 0000 00000000 00000000 09-08-2018 08:44:07 00000000 [000C6DEA-000C6DE9] www/css/device/ MTime: 09-08-2018 01:44:14 ATime: 15-08-2018 08:26:39 CTime: 09-08-2018 01:44:14
000C6DEA 2.0 0000 0008 00001A0A 0000065D 13-07-2018 10:21:01 DA06DD28 [000C6E29-000C7485] www/css/device/device_control.css MTime: 13-07-2018 03:21:02 ATime: 15-08-2018 08:26:44 CTime: 09-08-2018 01:44:14
000C7486 2.0 0000 0008 00000E6F 00000492 13-07-2018 10:21:01 731108C6 [000C74BB-000C794C] www/css/device/main.css MTime: 13-07-2018 03:21:02 ATime: 15-08-2018 08:26:44 CTime: 09-08-2018 01:44:14
000C794D 2.0 0000 0008 000007DD 0000029B 13-07-2018 10:21:01 C8FCE2D7 [000C797C-000C7C16] www/css/login.css MTime: 13-07-2018 03:21:02 ATime: 15-08-2018 08:26:44 CTime: 09-08-2018 01:44:14
000C7C17 2.0 0000 0008 000011D5 00000577 13-07-2018 10:21:01 26D75603 [000C7C48-000C81BE] www/css/welcome.css MTime: 13-07-2018 03:21:02 ATime: 15-08-2018 08:26:44 CTime: 09-08-2018 01:44:14
000C81BF 2.0 0000 0008 000007C4 00000239 13-07-2018 10:21:02 D3E45378 [000C81F1-000C8429] www/deviceupdate.php MTime: 13-07-2018 03:21:04 ATime: 15-08-2018 08:26:44 CTime: 09-08-2018 01:44:12
000C842A 2.0 0000 0008 000005F2 0000017D 13-07-2018 10:21:03 7BB9B512 [000C8461-000C85DD] www/device_read_write.php MTime: 13-07-2018 03:21:06 ATime: 15-08-2018 08:26:44 CTime: 09-08-2018 01:44:12
000C85DE 1.0 0000 0000 00000000 00000000 09-08-2018 08:44:07 00000000 [000C8606-000C8605] www/fonts/ MTime: 09-08-2018 01:44:14 ATime: 15-08-2018 08:26:39 CTime: 09-08-2018 01:44:14
000C8606 2.0 0000 0008 00011497 0001146B 13-07-2018 10:21:02 A3758D75 [000C8645-000D9AAF] www/fonts/fontawesome-webfont.eot MTime: 13-07-2018 03:21:04 ATime: 15-08-2018 08:26:44 CTime: 09-08-2018 01:44:14
000D9AB0 2.0 0000 0008 00059430 0001A95E 13-07-2018 10:21:02 CFF95578 [000D9AEF-000F444C] www/fonts/fontawesome-webfont.svg MTime: 13-07-2018 03:21:04 ATime: 15-08-2018 08:26:44 CTime: 09-08-2018 01:44:14
000F444D 2.0 0000 0008 00022AF8 0001453A 13-07-2018 10:21:02 AC39751F [000F448C-001089C5] www/fonts/fontawesome-webfont.ttf MTime: 13-07-2018 03:21:04 ATime: 15-08-2018 08:26:44 CTime: 09-08-2018 01:44:14
001089C6 2.0 0000 0008 00014684 0001464C 13-07-2018 10:21:02 C17DCBF4 [00108A06-0011D051] www/fonts/fontawesome-webfont.woff MTime: 13-07-2018 03:21:04 ATime: 15-08-2018 08:26:44 CTime: 09-08-2018 01:44:14
0011D052 2.0 0000 0008 00010440 00010431 13-07-2018 10:21:02 B5F6695A [0011D093-0012D4C3] www/fonts/fontawesome-webfont.woff2 MTime: 13-07-2018 03:21:04 ATime: 15-08-2018 08:26:44 CTime: 09-08-2018 01:44:14
0012D4C4 2.0 0000 0008 0001AC78 00015EFD 13-07-2018 10:21:02 98F5FCC9 [0012D4FB-001433F7] www/fonts/FontAwesome.otf MTime: 13-07-2018 03:21:04 ATime: 15-08-2018 08:26:44 CTime: 09-08-2018 01:44:14
001433F8 1.0 0000 0000 00000000 00000000 09-08-2018 08:44:07 00000000 [0014341E-0014341D] www/img/ MTime: 09-08-2018 01:44:14 ATime: 15-08-2018 08:26:39 CTime: 09-08-2018 01:44:14
0014341E 2.0 0000 0008 00004723 0000112A 13-07-2018 10:21:04 0A7D1CDE [0014344D-00144576] www/img/about.png MTime: 13-07-2018 03:21:09 ATime: 15-08-2018 08:26:44 CTime: 09-08-2018 01:44:14
00144577 2.0 0000 0008 00006682 00002200 13-07-2018 10:21:04 A3952F7A [001445A6-001467A5] www/img/Home1.png MTime: 13-07-2018 03:21:09 ATime: 15-08-2018 08:26:44 CTime: 09-08-2018 01:44:14
001467A6 2.0 0000 0008 000056E1 00001973 13-07-2018 10:21:04 3F022755 [001467D5-00148147] www/img/Home2.png MTime: 13-07-2018 03:21:09 ATime: 15-08-2018 08:26:44 CTime: 09-08-2018 01:44:14
00148148 2.0 0000 0008 000001A9 000001AE 13-07-2018 10:21:04 2B0955C8 [0014817A-00148327] www/img/ic_login.png MTime: 13-07-2018 03:21:09 ATime: 15-08-2018 08:26:44 CTime: 09-08-2018 01:44:14
00148328 2.0 0000 0008 0000015B 00000160 13-07-2018 10:21:04 26CF6E8F [0014835D-001484BC] www/img/ic_password.png MTime: 13-07-2018 03:21:09 ATime: 15-08-2018 08:26:44 CTime: 09-08-2018 01:44:14
001484BD 2.0 0000 0008 0000011E 00000121 13-07-2018 10:21:04 2D89CBF8 [001484EE-0014860E] www/img/ic_user.png MTime: 13-07-2018 03:21:09 ATime: 15-08-2018 08:26:44 CTime: 09-08-2018 01:44:14
0014860F 2.0 0000 0008 00006E08 00002A4F 13-07-2018 10:21:04 6A01E632 [00148643-0014B091] www/img/Intrument1.png MTime: 13-07-2018 03:21:09 ATime: 15-08-2018 08:26:44 CTime: 09-08-2018 01:44:14
0014B092 2.0 0000 0008 00006444 00002088 13-07-2018 10:21:04 54331AA2 [0014B0C6-0014D14D] www/img/Intrument2.png MTime: 13-07-2018 03:21:09 ATime: 15-08-2018 08:26:44 CTime: 09-08-2018 01:44:14
0014D14E 2.0 0000 0008 0000704D 00002BC9 13-07-2018 10:21:04 7A6E3F62 [0014D17C-0014FD44] www/img/LAN1.png MTime: 13-07-2018 03:21:09 ATime: 15-08-2018 08:26:44 CTime: 09-08-2018 01:44:14
0014FD45 2.0 0000 0008 00006179 00002345 13-07-2018 10:21:04 F227C9F5 [0014FD73-001520B7] www/img/LAN2.png MTime: 13-07-2018 03:21:09 ATime: 15-08-2018 08:26:44 CTime: 09-08-2018 01:44:14
001520B8 2.0 0000 0008 000156C4 00012101 13-07-2018 10:21:04 4766C70E [001520E6-001641E6] www/img/logo.png MTime: 13-07-2018 03:21:09 ATime: 15-08-2018 08:26:44 CTime: 09-08-2018 01:44:14
001641E7 2.0 0000 0008 0000740F 00002F8F 13-07-2018 10:21:04 A4E5054B [00164216-001671A4] www/img/SCPI1.png MTime: 13-07-2018 03:21:09 ATime: 15-08-2018 08:26:44 CTime: 09-08-2018 01:44:14
001671A5 2.0 0000 0008 00005DD6 000019E5 13-07-2018 10:21:04 10F8D9C4 [001671D4-00168BB8] www/img/SCPI2.png MTime: 13-07-2018 03:21:09 ATime: 15-08-2018 08:26:44 CTime: 09-08-2018 01:44:14
00168BB9 2.0 0000 0008 00000261 00000101 13-07-2018 10:21:03 59765DD4 [00168BE4-00168CE4] www/index.php MTime: 13-07-2018 03:21:06 ATime: 15-08-2018 08:26:44 CTime: 09-08-2018 01:44:12
00168CE5 1.0 0000 0000 00000000 00000000 09-08-2018 08:44:06 00000000 [00168D12-00168D11] www/Instrument/ MTime: 09-08-2018 01:44:13 ATime: 15-08-2018 08:26:39 CTime: 09-08-2018 01:44:13
00168D12 1.0 0000 0000 00000000 00000000 09-08-2018 08:44:07 00000000 [00168D45-00168D44] www/Instrument/novnc/ MTime: 09-08-2018 01:44:14 ATime: 15-08-2018 08:26:39 CTime: 09-08-2018 01:44:13
00168D45 2.0 0000 0008 00000012 00000012 13-07-2018 10:21:04 09EA74AA [00168D83-00168D94] www/Instrument/novnc/favicon.ico MTime: 13-07-2018 03:21:08 ATime: 15-08-2018 08:26:44 CTime: 09-08-2018 01:44:13
00168D95 1.0 0000 0000 00000000 00000000 09-08-2018 08:44:07 00000000 [00168DCF-00168DCE] www/Instrument/novnc/images/ MTime: 09-08-2018 01:44:14 ATime: 15-08-2018 08:26:39 CTime: 09-08-2018 01:44:14
00168DCF 2.0 0000 0008 00000153 00000151 13-07-2018 10:21:04 E8B725E1 [00168E10-00168F60] www/Instrument/novnc/images/alt.png MTime: 13-07-2018 03:21:08 ATime: 15-08-2018 08:26:44 CTime: 09-08-2018 01:44:14
00168F61 2.0 0000 0008 000001F5 000001FA 13-07-2018 10:21:04 D063D8CA [00168FA8-001691A1] www/Instrument/novnc/images/clipboard.png MTime: 13-07-2018 03:21:08 ATime: 15-08-2018 08:26:44 CTime: 09-08-2018 01:44:14
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001CFC8C 1.0 0000 0000 00000000 00000000 09-08-2018 08:44:06 00000000 [001CFCB8-001CFCB7] www/js/device/ MTime: 09-08-2018 01:44:13 ATime: 15-08-2018 08:26:43 CTime: 09-08-2018 01:44:13
001CFCB8 2.0 0000 0008 00012AEE 000031D3 13-07-2018 10:21:04 C39FF42A [001CFCEE-001D2EC0] www/js/device/t_table.js MTime: 13-07-2018 03:21:09 ATime: 15-08-2018 08:26:45 CTime: 09-08-2018 01:44:13
001D2EC1 2.0 0000 0008 0000069E 000002D8 13-07-2018 10:21:04 D03B120A [001D2EF2-001D31C9] www/js/home_info.js MTime: 13-07-2018 03:21:09 ATime: 15-08-2018 08:26:45 CTime: 09-08-2018 01:44:12
001D31CA 2.0 0000 0008 00010C6C 00002D85 13-07-2018 10:21:04 5E8976A5 [001D31F9-001D5F7D] www/js/iscroll.js MTime: 13-07-2018 03:21:09 ATime: 15-08-2018 08:26:45 CTime: 09-08-2018 01:44:12
001D5F7E 2.0 0000 0008 00000C31 00000539 13-07-2018 10:21:04 DB5D4D50 [001D5FB3-001D64EB] www/js/jquery.cookie.js MTime: 13-07-2018 03:21:09 ATime: 15-08-2018 08:26:45 CTime: 09-08-2018 01:44:12
001D64EC 2.0 0000 0008 0000FD23 00003377 13-07-2018 10:21:04 F4479356 [001D6525-001D989B] www/js/jquery.fileupload.js MTime: 13-07-2018 03:21:09 ATime: 15-08-2018 08:26:45 CTime: 09-08-2018 01:44:12
001D989C 2.0 0000 0008 00002C0C 00000B06 13-07-2018 10:21:04 A612B1BD [001D98DB-001DA3E0] www/js/jquery.iframe-transport.js MTime: 13-07-2018 03:21:09 ATime: 15-08-2018 08:26:45 CTime: 09-08-2018 01:44:12
001DA3E1 2.0 0000 0008 000176F8 00008125 13-07-2018 10:21:04 6AE93E35 [001DA413-001E2537] www/js/jquery.min.js MTime: 13-07-2018 03:21:09 ATime: 15-08-2018 08:26:45 CTime: 09-08-2018 01:44:12
001E2538 2.0 0000 0008 000013E4 000006A3 13-07-2018 10:21:04 40D7DC92 [001E2571-001E2C13] www/js/jquery.pagination.js MTime: 13-07-2018 03:21:09 ATime: 15-08-2018 08:26:45 CTime: 09-08-2018 01:44:12
001E2C14 2.0 0000 0008 00001E96 00000AA1 13-07-2018 10:21:04 8C7EA0B6 [001E2C4E-001E36EE] www/js/jquery.transit.min.js MTime: 13-07-2018 03:21:09 ATime: 15-08-2018 08:26:45 CTime: 09-08-2018 01:44:12
001E36EF 2.0 0000 0008 00000FC3 00000544 13-07-2018 10:21:04 5737EAD4 [001E3728-001E3C6B] www/js/jquery.wordexport.js MTime: 13-07-2018 03:21:09 ATime: 15-08-2018 08:26:45 CTime: 09-08-2018 01:44:12
001E3C6C 1.0 0000 0000 00000000 00000000 09-08-2018 08:44:06 00000000 [001E3CA0-001E3C9F] www/js/JSON-js-master/ MTime: 09-08-2018 01:44:13 ATime: 15-08-2018 08:26:43 CTime: 09-08-2018 01:44:12
001E3CA0 2.0 0000 0008 000017EF 00000836 13-07-2018 10:21:04 29BD1571 [001E3CDC-001E4511] www/js/JSON-js-master/cycle.js MTime: 13-07-2018 03:21:09 ATime: 15-08-2018 08:26:45 CTime: 09-08-2018 01:44:12
001E4512 2.0 0000 0008 00004800 0000157C 13-07-2018 10:21:04 685DAC78 [001E454E-001E5AC9] www/js/JSON-js-master/json2.js MTime: 13-07-2018 03:21:09 ATime: 15-08-2018 08:26:45 CTime: 09-08-2018 01:44:13
001E5ACA 2.0 0000 0008 000023FF 00000A6B 13-07-2018 10:21:04 FE620627 [001E5B0B-001E6575] www/js/JSON-js-master/json_parse.js MTime: 13-07-2018 03:21:09 ATime: 15-08-2018 08:26:45 CTime: 09-08-2018 01:44:13
001E6576 2.0 0000 0008 00003341 00000CFC 13-07-2018 10:21:04 C908B106 [001E65BD-001E72B8] www/js/JSON-js-master/json_parse_state.js MTime: 13-07-2018 03:21:09 ATime: 15-08-2018 08:26:45 CTime: 09-08-2018 01:44:13
001E72B9 2.0 0000 0008 00000689 0000035D 13-07-2018 10:21:04 B4BE88FD [001E72F3-001E764F] www/js/JSON-js-master/README MTime: 13-07-2018 03:21:09 ATime: 15-08-2018 08:26:45 CTime: 09-08-2018 01:44:13
001E7650 2.0 0000 0008 00004800 0000157C 13-07-2018 10:21:04 685DAC78 [001E767D-001E8BF8] www/js/json2.js MTime: 13-07-2018 03:21:09 ATime: 15-08-2018 08:26:45 CTime: 09-08-2018 01:44:12
001E8BF9 2.0 0000 0008 000023FF 00000A6B 13-07-2018 10:21:04 FE620627 [001E8C2B-001E9695] www/js/json_parse.js MTime: 13-07-2018 03:21:09 ATime: 15-08-2018 08:26:45 CTime: 09-08-2018 01:44:12
001E9696 2.0 0000 0008 00003341 00000CFC 13-07-2018 10:21:04 C908B106 [001E96CE-001EA3C9] www/js/json_parse_state.js MTime: 13-07-2018 03:21:09 ATime: 15-08-2018 08:26:45 CTime: 09-08-2018 01:44:12
001EA3CA 2.0 0000 0008 000046A4 00000C68 13-07-2018 10:21:04 106FAAB6 [001EA3FC-001EB063] www/js/lan_config.js MTime: 13-07-2018 03:21:09 ATime: 15-08-2018 08:26:45 CTime: 09-08-2018 01:44:12
001EB064 2.0 0000 0008 00000085 00000062 13-07-2018 10:21:04 872B6CB6 [001EB092-001EB0F3] www/js/log_in.js MTime: 13-07-2018 03:21:09 ATime: 15-08-2018 08:26:45 CTime: 09-08-2018 01:44:12
001EB0F4 2.0 0000 0008 0000215A 00000BE2 13-07-2018 10:21:04 A11D7515 [001EB120-001EBD01] www/js/main.js MTime: 13-07-2018 03:21:09 ATime: 15-08-2018 08:26:45 CTime: 09-08-2018 01:44:12
001EBD02 2.0 0000 0008 00001DD7 00000A40 13-07-2018 10:21:04 02D7D4BB [001EBD30-001EC76F] www/js/mcplib.js MTime: 13-07-2018 03:21:09 ATime: 15-08-2018 08:26:45 CTime: 09-08-2018 01:44:12
001EC770 2.0 0000 0008 000001E4 000000B9 13-07-2018 10:21:04 CC50E34D [001EC79B-001EC853] www/js/npm.js MTime: 13-07-2018 03:21:09 ATime: 15-08-2018 08:26:45 CTime: 09-08-2018 01:44:12
001EC854 2.0 0000 0008 00019503 000084B5 13-07-2018 10:21:04 FC554B04 [001EC888-001F4D3C] www/js/TweenMax.min.js MTime: 13-07-2018 03:21:09 ATime: 15-08-2018 08:26:45 CTime: 09-08-2018 01:44:12
001F4D3D 1.0 0000 0000 00000000 00000000 09-08-2018 08:44:06 00000000 [001F4D69-001F4D68] www/js/vendor/ MTime: 09-08-2018 01:44:12 ATime: 15-08-2018 08:26:43 CTime: 09-08-2018 01:44:12
001F4D69 2.0 0000 0008 00003ED9 00001325 13-07-2018 10:21:04 B8246F6C [001F4DA8-001F60CC] www/js/vendor/jquery.ui.widget.js MTime: 13-07-2018 03:21:09 ATime: 15-08-2018 08:26:45 CTime: 09-08-2018 01:44:12
001F60CD 2.0 0000 0008 00000B2D 0000045B 13-07-2018 10:21:04 F719B09D [001F60F7-001F6551] www/js/xhtml MTime: 13-07-2018 03:21:09 ATime: 15-08-2018 08:26:45 CTime: 09-08-2018 01:44:12
001F6552 2.0 0000 0008 00007D6F 00001F54 13-07-2018 10:21:04 0AE8B9F2 [001F658E-001F84E1] www/js/xhtml1-transitional.dtd MTime: 13-07-2018 03:21:09 ATime: 15-08-2018 08:26:45 CTime: 09-08-2018 01:44:12
001F84E2 2.0 0000 0008 00001E9B 00000686 13-07-2018 10:21:03 7F4DEC6B [001F850B-001F8B90] www/lan.php MTime: 13-07-2018 03:21:06 ATime: 15-08-2018 08:26:45 CTime: 09-08-2018 01:44:12
001F8B91 2.0 0000 0008 00002BDE 000008FB 13-07-2018 10:21:03 CB8B927E [001F8BC2-001F94BC] www/lan_setting.php MTime: 13-07-2018 03:21:06 ATime: 15-08-2018 08:26:45 CTime: 09-08-2018 01:44:12
001F94BD 1.0 0000 0000 00000000 00000000 09-08-2018 08:44:06 00000000 [001F94E3-001F94E2] www/log/ MTime: 09-08-2018 01:44:12 ATime: 15-08-2018 08:26:43 CTime: 09-08-2018 01:44:12
001F94E3 1.0 0000 0000 00000000 00000000 13-07-2018 10:21:01 00000000 [001F951B-001F951A] www/log/lighttpd_error.log MTime: 13-07-2018 03:21:02 ATime: 09-08-2018 01:44:12 CTime: 09-08-2018 01:44:12
001F951B 2.0 0000 0008 00000FE9 000005CB 13-07-2018 10:21:03 DC1C907D [001F9546-001F9B10] www/login.php MTime: 13-07-2018 03:21:06 ATime: 15-08-2018 08:26:45 CTime: 09-08-2018 01:44:12
001F9B11 2.0 0000 0008 0000011B 000000B7 13-07-2018 10:21:03 562D1E79 [001F9B3D-001F9BF3] www/logout.php MTime: 13-07-2018 03:21:06 ATime: 15-08-2018 08:26:45 CTime: 09-08-2018 01:44:12
001F9BF4 2.0 0000 0008 000010AE 00000546 13-07-2018 10:21:01 F7CB535A [001F9C26-001FA16B] www/SCPI_control.php MTime: 13-07-2018 03:21:02 ATime: 15-08-2018 08:26:45 CTime: 09-08-2018 01:44:12
001FA16C 1.0 0000 0000 00000000 00000000 09-08-2018 08:44:06 00000000 [001FA192-001FA191] www/src/ MTime: 09-08-2018 01:44:12 ATime: 15-08-2018 08:26:43 CTime: 09-08-2018 01:44:12
001FA192 2.0 0000 0008 000000B9 0000007F 13-07-2018 10:21:01 E60190A8 [001FA1BF-001FA23D] www/src/IDN.php MTime: 13-07-2018 03:21:02 ATime: 15-08-2018 08:26:45 CTime: 09-08-2018 01:44:12
001FA23E 2.0 0000 0008 000000C8 00000082 13-07-2018 10:21:01 9E8519B7 [001FA26E-001FA2EF] www/src/index.html MTime: 13-07-2018 03:21:02 ATime: 15-08-2018 08:26:45 CTime: 09-08-2018 01:44:12
001FA2F0 2.0 0000 0008 000000CE 00000085 13-07-2018 10:21:03 4734FAA2 [001FA31F-001FA3A3] www/vncserver.txt MTime: 13-07-2018 03:21:06 ATime: 15-08-2018 08:26:45 CTime: 09-08-2018 01:44:12
001FA3A4 2.0 0000 0008 00001366 00000502 13-07-2018 10:21:01 0C3FC166 [001FA3D1-001FA8D2] www/welcome.php MTime: 13-07-2018 03:21:02 ATime: 15-08-2018 08:26:45 CTime: 09-08-2018 01:44:12
001FA8D3 2.0 0000 0008 0000CDB2 00000FF2 14-08-2018 14:56:25 EAE3BFFB [001FA904-001FB8F5] factory_setting.xml MTime: 14-08-2018 07:56:50 ATime: 15-08-2018 08:26:07 CTime: 09-08-2018 01:44:11
001FB8F6 2.0 0000 0008 003DBB6D 00158549 26-07-2018 11:46:04 F3302A7F [001FB92E-00353E76] top_sds1000b_fpga_256M.bit MTime: 26-07-2018 04:46:09 ATime: 15-08-2018 08:26:07 CTime: 09-08-2018 01:44:12
00353E77 2.0 0000 0008 00000E34 00000335 30-05-2018 11:47:04 19E22C47 [00353E9E-003541D2] update.sh MTime: 30-05-2018 04:47:08 ATime: 15-08-2018 08:26:07 CTime: 09-08-2018 01:44:12
003541D3 2.0 0000 0008 00006831 000024BC 13-07-2018 10:23:22 66D144AF [003541FA-003566B5] vncserver MTime: 13-07-2018 03:23:44 ATime: 15-08-2018 08:26:07 CTime: 09-08-2018 01:44:12
003566B6 2.0 0000 0008 00CA9B1C 003F194E 15-08-2018 15:51:14 26EE22F2 [003566E0-0074802D] sds1000b.app MTime: 15-08-2018 08:51:28 ATime: 15-08-2018 08:44:33 CTime: 09-08-2018 01:44:11
0074802E 1.0 0000 0000 00000000 00000000 09-08-2018 08:44:07 00000000 [00748054-00748053] drivers/ MTime: 09-08-2018 01:44:15 ATime: 15-08-2018 08:26:39 CTime: 09-08-2018 01:44:15
00748054 2.0 0000 0008 000068AD 000027D3 08-07-2017 00:10:13 FAAA09A7 [00748085-0074A857] drivers/g_usbtmc.ko MTime: 07-07-2017 17:10:26 ATime: 15-08-2018 08:26:46 CTime: 09-08-2018 01:44:15
0074A858 2.0 0000 0008 0000ECB5 00005D2C 08-07-2017 00:10:13 6E3E714E [0074A88D-007505B8] drivers/libcomposite.ko MTime: 07-07-2017 17:10:26 ATime: 15-08-2018 08:26:46 CTime: 09-08-2018 01:44:15
007505B9 2.0 0000 0008 000118E6 0000778E 17-11-2017 10:16:20 4C1729CD [007505E9-00757D76] drivers/mt7601u.ko MTime: 17-11-2017 02:16:40 ATime: 15-08-2018 08:26:46 CTime: 09-08-2018 01:44:15
00757D77 2.0 0000 0008 000028C5 00000DF7 08-07-2017 00:10:12 EADEFABE [00757DA9-00758B9F] drivers/siglentkb.ko MTime: 07-07-2017 17:10:25 ATime: 15-08-2018 08:26:46 CTime: 09-08-2018 01:44:15
00758BA0 2.0 0000 0008 00002E6E 000010D2 08-07-2017 00:10:12 2DAC2FC4 [00758BD4-00759CA5] drivers/siglent_dma.ko MTime: 07-07-2017 17:10:24 ATime: 15-08-2018 08:26:46 CTime: 09-08-2018 01:44:15
00759CA6 2.0 0000 0008 00002396 00000D35 08-07-2017 00:10:12 888DAB3C [00759CDB-0075AA0F] drivers/siglent_vdma.ko MTime: 07-07-2017 17:10:25 ATime: 15-08-2018 08:26:46 CTime: 09-08-2018 01:44:15
0075AA10 2.0 0000 0008 00002288 00000B80 20-03-2018 11:04:02 E0989036 [0075AA44-0075B5C3] drivers/siglent_vnc.ko MTime: 20-03-2018 03:04:05 ATime: 15-08-2018 08:26:46 CTime: 09-08-2018 01:44:15
0075B5C4 2.0 0000 0008 00003729 00001639 08-07-2017 00:10:12 AF8F4F6D [0075B5FB-0075CC33] drivers/xilinx_axicdma.ko MTime: 07-07-2017 17:10:25 ATime: 15-08-2018 08:26:46 CTime: 09-08-2018 01:44:15
0075CC34 2.0 0000 0008 00003B9B 00001756 08-07-2017 00:10:12 A70C189A [0075CC6A-0075E3BF] drivers/xilinx_axidma.ko MTime: 07-07-2017 17:10:25 ATime: 15-08-2018 08:26:46 CTime: 09-08-2018 01:44:15
0075E3C0 2.0 0000 0008 0000412D 00001999 08-07-2017 00:10:12 6F40AEAD [0075E3F4-0075FD8C] drivers/xilinx_vdma.ko MTime: 07-07-2017 17:10:25 ATime: 15-08-2018 08:26:46 CTime: 09-08-2018 01:44:15
Disk Entries: 226 Total Entries: 226 Directory Size: 24998 bytes [0075FD8D-00765F32]
****************************************************
File Processed OK
@tv84, thanks for your reply, by any chance did you post your parsing script anywhere? couldn't find it. If you didn't, would you mind sharing?
Understand... I will persist. Can you share the 72 bytes header format?
You are not studying the parsings hard enough.
SDS X are Blackfin machines with a specific format.
SDS X-E are ARM machines with a totally different format (see parsings).
Most files usualy have 2 encrypted blocks plus an encrypted file header but SDS X, for example, have no encryption.
You are not studying the parsings hard enough.
SDS X are Blackfin machines with a specific format.
SDS X-E are ARM machines with a totally different format (see parsings).
Most files usualy have 2 encrypted blocks plus an encrypted file header but SDS X, for example, have no encryption.
I am reading the parse result for 1004X-E firmware this is my understanding, please correct me if wrong:
first 0x70 bytes is an encrypted header.
is the header size a known constant length to is it somewhere at some known offset in the file?
is the header encrypted with 3des? if so where do I find the key, is mode EBC, CBC, initial value for CBC? Are these known parameters or are somewhere in the ADS file?
Read thread three times and can't find this info, just a hint that the key was in the ADS file but it was a different firmware
Thanks for helping out
I can launch sds100.app under busybox, I seem to be able to enable crash core dumps with ulimit -c unlimited, but when I kill sds1000.app with ABRT signal, no core dump is generated, the app is just killed.
I can launch sds100.app under busybox, I seem to be able to enable crash core dumps with ulimit -c unlimited, but when I kill sds1000.app with ABRT signal, no core dump is generated, the app is just killed.
The same thing happened to me, but after I tried a few times I managed to get a core dump. Maybe you have to wait a bit longer for the dump to be generated?
@vt100 I followed your instruction to the letter. I can launch sds100.app under busybox, I seem to be able to enable crash core dumps with ulimit -c unlimited, but when I kill sds1000.app with ABRT signal, no core dump is generated, the app is just killed. ulimit -c shows unlimited so core dumps should be enabled. My firmware is .25R2. Any other way to trigger a core dump? Is it possible core dumps are disabled on this particular version of Busybox?
The same thing happened to me, but after I tried a few times I managed to get a core dump. Maybe you have to wait a bit longer for the dump to be generated?
Finally I was able to setup the proper linux toolchain for the arm cortex A7 and cross compile Busybox.
The new Busybox worked flawlessly and I was able to get a core dump and retrieve the licenses.
00000000 - Manufacturer: Siglent
00000010 - Name 2: RELSVR (Release Version)
00000016 - FW Version: 8_0
00000020 - Encrypted Block [00000020-0A7EF09F] Size: 0A7EF080
0A7EF0A0 - (?) Checksum: D4CF5466
0A7EF0A4 - Manufacturer: Siglent
0A7EF0B4 - Name 2: RELSVR (Release Version)
0A7EF0BA - FW Version: 8_0
0A7EF0C4 - Encrypted Block [0A7EF0C4-0A9B1113] Size: 001C2050
0A9B1114 - (?) Checksum: 0047D675
0A9B1118 - Manufacturer: Siglent
0A9B1128 - Name 2: RELSVR (Release Version)
0A9B112E - FW Version: 8_0
0A9B1138 - Encrypted Block [0A9B1138-0AA71147] Size: 000C0010
0AA71148 - (?) Checksum: 0058FB6E
0AA7114C - Manufacturer: Siglent
0AA7115C - Name 2: RELSVR (Release Version)
0AA71162 - FW Version: 8_0
0AA7116C - Encrypted Block [0AA7116C-0AAB117B] Size: 00040010
0AAB117C - (?) Checksum: 010E0CB7
0AAB1180 - Manufacturer: Siglent
0AAB1190 - Name 2: RELSVR (Release Version)
0AAB1196 - FW Version: 8_0
0AAB11A0 - Encrypted Block [0AAB11A0-0AAB55EF] Size: 00004450
0AAB55F0 - (?) Checksum: 001A4498
0AAB55F4 - Manufacturer: Siglent
0AAB5604 - Name 2: RELSVR (Release Version)
0AAB560A - FW Version: 8_0
0AAB5614 - Encrypted Block [0AAB5614-0AB86743] Size: 000D1130
0AB86744 - (?) Checksum: 03CF6A7F
0AB86748 - Manufacturer: Siglent
0AB86758 - Name 2: RELSVR (Release Version)
0AB8675E - FW Version: 8_0
0AB86768 - Encrypted Block [0AB86768-0AB868B7] Size: 00000150
0AB868B8 - (?) Checksum: 00005FBB
0AB868BC - Manufacturer: Siglent
0AB868CC - Name 2: RELSVR (Release Version)
0AB868D2 - FW Version: 8_0
0AB868DC - Encrypted Block [0AB868DC-0AB8894B] Size: 00002070
0AB8894C - (?) Checksum: 000985B9
00000000 - Manufacturer: Siglent
00000010 - Name 2: RELSVR (Release Version)
00000016 - FW Version: 8_4
00000020 - Encrypted Block [00000020-0AD9DD3F] Size: 0AD9DD20
0AD9DD40 - (?) Checksum: F7B98E71
0AD9DD44 - Manufacturer: Siglent
0AD9DD54 - Name 2: RELSVR (Release Version)
0AD9DD5A - FW Version: 8_4
0AD9DD64 - Encrypted Block [0AD9DD64-0AF5FDB3] Size: 001C2050
0AF5FDB4 - (?) Checksum: 0047D675
0AF5FDB8 - Manufacturer: Siglent
0AF5FDC8 - Name 2: RELSVR (Release Version)
0AF5FDCE - FW Version: 8_4
0AF5FDD8 - Encrypted Block [0AF5FDD8-0B01FDE7] Size: 000C0010
0B01FDE8 - (?) Checksum: 0058FB6E
0B01FDEC - Manufacturer: Siglent
0B01FDFC - Name 2: RELSVR (Release Version)
0B01FE02 - FW Version: 8_4
0B01FE0C - Encrypted Block [0B01FE0C-0B05FE1B] Size: 00040010
0B05FE1C - (?) Checksum: 010E0B14
0B05FE20 - Manufacturer: Siglent
0B05FE30 - Name 2: RELSVR (Release Version)
0B05FE36 - FW Version: 8_4
0B05FE40 - Encrypted Block [0B05FE40-0B06428F] Size: 00004450
0B064290 - (?) Checksum: 001A4498
0B064294 - Manufacturer: Siglent
0B0642A4 - Name 2: RELSVR (Release Version)
0B0642AA - FW Version: 8_4
0B0642B4 - Encrypted Block [0B0642B4-0B135693] Size: 000D13E0
0B135694 - (?) Checksum: 03D03F96
0B135698 - Manufacturer: Siglent
0B1356A8 - Name 2: RELSVR (Release Version)
0B1356AE - FW Version: 8_4
0B1356B8 - Encrypted Block [0B1356B8-0B135807] Size: 00000150
0B135808 - (?) Checksum: 00005FB9
0B13580C - Manufacturer: Siglent
0B13581C - Name 2: RELSVR (Release Version)
0B135822 - FW Version: 8_4
0B13582C - Encrypted Block [0B13582C-0B13789B] Size: 00002070
0B13789C - (?) Checksum: 000985B9
00000000 - Manufacturer: LeCroy
00000010 - Name 2: RELSVR (Release Version)
00000016 - FW Version: 8_4
00000020 - Encrypted Block [00000020-0AEE972F] Size: 0AEE9710
0AEE9730 - (?) Checksum: 0100856F
0AEE9734 - Manufacturer: LeCroy
0AEE9744 - Name 2: RELSVR (Release Version)
0AEE974A - FW Version: 8_4
0AEE9754 - Encrypted Block [0AEE9754-0B0AB7A3] Size: 001C2050
0B0AB7A4 - (?) Checksum: 00444D1E
0B0AB7A8 - Manufacturer: LeCroy
0B0AB7B8 - Name 2: RELSVR (Release Version)
0B0AB7BE - FW Version: 8_4
0B0AB7C8 - Encrypted Block [0B0AB7C8-0B16B7D7] Size: 000C0010
0B16B7D8 - (?) Checksum: 0058FB6E
0B16B7DC - Manufacturer: LeCroy
0B16B7EC - Name 2: RELSVR (Release Version)
0B16B7F2 - FW Version: 8_4
0B16B7FC - Encrypted Block [0B16B7FC-0B1AB80B] Size: 00040010
0B1AB80C - (?) Checksum: 010E10CC
0B1AB810 - Manufacturer: LeCroy
0B1AB820 - Name 2: RELSVR (Release Version)
0B1AB826 - FW Version: 8_4
0B1AB830 - Encrypted Block [0B1AB830-0B1AFC7F] Size: 00004450
0B1AFC80 - (?) Checksum: 001A4498
0B1AFC84 - Manufacturer: LeCroy
0B1AFC94 - Name 2: RELSVR (Release Version)
0B1AFC9A - FW Version: 8_4
0B1AFCA4 - Encrypted Block [0B1AFCA4-0B281083] Size: 000D13E0
0B281084 - (?) Checksum: 03D03F96
0B281088 - Manufacturer: LeCroy
0B281098 - Name 2: RELSVR (Release Version)
0B28109E - FW Version: 8_4
0B2810A8 - Encrypted Block [0B2810A8-0B2811F7] Size: 00000150
0B2811F8 - (?) Checksum: 00005FBA
0B2811FC - Manufacturer: LeCroy
0B28120C - Name 2: RELSVR (Release Version)
0B281212 - FW Version: 8_4
0B28121C - Encrypted Block [0B28121C-0B28328B] Size: 00002070
0B28328C - (?) Checksum: 000985B9
Exactly, siglent checksum or crc like I name checksum for some reason.
Like in "ads" calculations, value is depending from data size.
For me the second header line looks like this:
RELSVR8_0 - release version 8.0
RELSVR8_4 - release version 8.4
How to open a telnet session in a Siglent when the root password is unknown?
Use the following scripts, according to each equipment.
They provide a root session via port 10101.
I have ordered an SDS 1204x-e,..............Correction if I may, those issues are unconfirmed for SDS1004X-E models. Only SDS1202X-E are implicated as having WLAN security issues.....which may or may not effect all manner of test equipment and brands.
As many here may be aware, this instrument has been recently reported to have security issues by online security forums.
As I said, I've not my instrument yet, but...
Does the instrument not open a Telnet port? Does it not ask for a root password when attempting to log in via telnet? Is there not a hashed entry in /etc/passwd for which there is a password that is not well known? Does replacing that hash with that for a known password not permit one to log in using that well known password? If these are yes, this instrument is vulnerable.
Note that I am asking these questions as it is my intent to root this instrument; but I am trying to determine which tack I want to take. I might add that I choose to do this purely for intellectual curiosity. I do fully intend to buy appropriate licence keys when and if I choose to add options.
Two questions: First, I cannot find where you have conveyed what these scripts specifically do. Would you state what it is they do? Second: Have you automated the process of creating an ads file?
There is normal telnet port 23 open.All true and fully understood.
For access to system you need know user and password.
You can try bruteforce these using telnet connection and loose your rest limited life time or scope limited life time. Which one is first reached. But if you are lucky of course randonmly it may open this worm can tomorrow... who knows.
But there is other way... I will recommend you now take some time for carefully read this forum and you soon hit how all works (tip, first you need change other OSV in scope (and after then "close door" changing original genuine OSV with unknown usr/pw back to scope) = "RTFM" (what is scattered around inside the forum.)And, I have read the fine manual -- fully -- and I do understand it. But, if one uploads an OS with a modified /etc/shadow file, then I do know the password -- and so do a lot of other people. Granted, a lot of other people who have no access to my instrument. I would prefer to find a transient solution the leaves the instrument with official firmware that vanishes with the next reboot. That seems to be that tv84 had been suggesting.
There is also other ports open for use SCPI commands.Which is another vector I would consider. It sounds like the SCPI which permits one to execute shell command lines does so as root. That should provide the necessary privilege escalation to punch a temporary hole.
https://www.siglentamerica.com/application-note/verification-lan-connection-using-telnet/ (https://www.siglentamerica.com/application-note/verification-lan-connection-using-telnet/)
I am not overly concerned about security for my instrument.
...
so I would have to trust you as to what they do.
You cannot change the pwd since the FS is RO. To change the pwd you need to patch the FS and flash it again. That's what janekivi usually creates for forum members.I understand that the cramfs is read only and is stored in flash. Often in systems like this, the file system is shadowed in RAM allowing files to be created and changed in RAM; these files exist in their modified state until the instrument starts the next time and the cramfs is once again copied from non-volatile memory to RAM. Note that I am not asserting that this is how it is implemented, but it is how I might have expected to be implemented. If my expectation is correct (could be a long shot :) ), then it would be possible to change the root password for the duration of the session; reverting to stock after the next restart.
Absolutely a contradiction. Anyone who runs a random script from the Internet without considering and mitigating the risks is a fool. I fully appreciate, and admire your efforts and have absolutely no reason to not trust you or your contributions. OTOH, well, it is the Internet.
Contradiction? You are not obliged to trust me. You must weight the pros and cons of what the script allegedly allows you to do
open a transient port with root access, versus not being able to audit the script and continue without access.That really is not the choice. It does answer my question though, thanks. It was unclear whether this was a transient port, or whether the ads script installed something permanent. Correct me if I am wrong, but these scripts instantiate a port at 10101 that stays open until the next restart, and that after restart, the instrument has stock firmware, unchanged by the script.
Of course, i'm not a TPM so you decide who/what to trust.I am feeling out my comfort level. And I do trust you. But I do intend to understand what will happen to my instrument. At this point, I believe yours to be the "Best" solution in that it seems to not do anything permanent.
If you don't feel comfortable, put it aside and move on.
Correct me if I am wrong, but these scripts instantiate a port at 10101 that stays open until the next restart, and that after restart, the instrument has stock firmware, unchanged by the script.
I could answer yes but, since I'm not a TPM, you would have to trust me... Do you?
Nothing personal, but not fully. But enough to try your scripts, especially if they make no permanent changes.
He's a huge international criminal wanted by the FBI and Interpol. Trust me, you're reading it here on the internet, so, it must be true, right? :)I trust no code downloaded from the internet -- unless things are signed with gpg keys and there is a chain of trust from me to the person who posted the code, or if it is on a site with a trusted certificate of an organization I consider reputable. Lacking those, I want to at least be able to read the source code.
Since you can always flash the original firmware back on your scope, what are you worried about?to be honest, I had not even considered rolling back. Good point.
Even if he was a notorious ransomware bitcoin criminal, what's the worst that happens? you flash your old firmware back on the box and you're none the worse for wear.Really? It seems a motivation to perform this seems to be to enable features in the scope that were not enabled out of the box -- including features that cannot be enabled through the licence mechanism of the scope GUI. Clearly these persist after rolling back to the old firmware. For example, all 4 channel scopes use the same OS image, regardless of whether they are 100 or 200 MHz instruments. Loading the modified version, or rolling it back does not impact whether it is a 100 or 200 MHz instrument -- there are other steps that need be done that do persist. Same is true for the installed licences.
sheesh.
tv84 and Janekivi are literal wizards.No doubt about it.
I'm just a physicist, but I trust them.I have no reason not to either. I would, however, want to understand what the script does and how it does it before I use it. I think I know what it does -- and if it does what I think it does, it is brilliant. When I asked what it does, the answer was "These X-E specific .ADS have an update.sh script that is run to accomplish the installation. ". That does not tell me what the script is doing, and it does imply that something is being installed. I pressed further, and got the reply ' could answer yes but, since I'm not a TPM, you would have to trust me... Do you?'. Okay, it seems I have a choice; for whatever reason, I am not going to get the details of what the script does or a clear text version of what goes into an encrypted binary that will be uploaded to the update mechanism of my instrument. Seems I have a choice to make.
There is a little problem, we were hacking Rigol 1054Z and siglent gear with tv84
and only he knows and can trust me - how little I know and can do.
Others here really think I can make a program which does something...
How to open a telnet session in a Siglent when the root password is unknown?
Use the following scripts, according to each equipment.
They provide a root session via port 10101.
I got curious and took memcopy (cp /dev/mem) on my SDG6022X.
I got 175 something MB file.
I can't seem to find strings that look like licenses ( 16 chars. all caps and numbers no dashes)
There is a cluster of 128 bytes that looks like license material, but is lowercase+numbers.
There is no existing 200MHz valid lic in there.
Any more hints what to look for?
Thanks.
Should probably move these ancillary posts to a new thread, they've gotten off topic quite a bit, however, that said, a 175MB file sounds kind of odd in terms of memory size... although 176 is a multiple of 4 so I suppose it could be correct... but, that said, my SDG6000 bandwidth license and IQ Function license are both 16-character uppercase values. How did you obtain the memdump?
I wasn't exact on filesize, exact filesize is 174080 bytes . 170 MB exactly.
I wasn't exact on filesize, exact filesize is 174080 bytes . 170 MB exactly.
I wonder where the last 2M is. I would expect 172M or 168M,
How to open a telnet session in a Siglent when the root password is unknown?tv84,
Use the following scripts, according to each equipment.
They provide a root session via port 10101.
SDS != SDG*Facepalm*
Edit: By the way, I did find a way to root the SDS1204X-E without loading custom firmware:
https://www.eevblog.com/forum/testgear/unlocking-siglent-sds1104x-e-step-by-step/msg2070406/#msg2070406 (https://www.eevblog.com/forum/testgear/unlocking-siglent-sds1104x-e-step-by-step/msg2070406/#msg2070406)
Hello guys, I'm not an expert on Unix shells but I don't get panic when I see one, can anybody tell me if the steps in this thread can apply even on the SVA1015X? If I'm not wrong is about editing the memory (the 179mb dump?) And getting it back on the instrument, am I right?
I have a SDS2202X-E tell me how to to make a memory dump and i will post it here.
How to open a telnet session in a Siglent when the root password is unknown?You, sir, are a genius. Many thanks
Use the following scripts, according to each equipment.
They provide a root session via port 10101.
I just signed up to this forum about 4 or 5 days ago. How do I set up shared area?Does anyone have a copy of janekivi zipped file SDG6000X_eevblog_29R10.zip that can send me.
Jim
Do you have a share area?
Does anyone have a copy of janekivi zipped file SDG6000X_eevblog_29R10.zip that can send me.
Jim
Do you have a share area?
I just signed up to this forum about 4 or 5 days ago. How do I set up shared area?
Jim
Did you received it?
Did you put both files in the same directory before extraction?This is the error message I get. That's OK as I got in contact with janekivi and he sent me the file. Thanks for trying. The ADS file was intact but the instructions were not.
The .ADS require special tool to extract. There is no editor publicly available. What exists is a viewer/limited extraction tool. It doesn't reassemble.
This is the error message I get. ... The ADS file was intact but the instructions were not.
I can make the same trick here like when I was uploading LeCroy in to SDG1025
but who can try this and there may be the same check routine and instrument
will say "Not supported firmware, please reflash correct. Otherwise I will wait 15 min".
This is stupid, it will wait that time anyway before you can access flash menu...
So... do not be the first who is using this firmware file on SPD3303X-E
but this first hack may be needed to be tried out by someone.SPD3303X-V100R001B01D02P03_with _E_header.zip
OK, I give this only individually after request. I can't test it.
A year ago nobody volunteered to confirm Janekivi's work so I resuscitated the challenge and was successfull! :popcorn:
Attached is the proof of a Siglent SPD3303X-E conversion to a SPD3303X model.
The method is simple:
1. Run the SCPI command in the X-E to enable the 1mV step:
FACTORY ON
2. Using EasyPower flash the required FW file from the attached ZIP. (ConvertFromX-E)
(3. If you want to rollback, flash the other file.)
The FWs are Siglent official versions with Prod_ID's swapped like janekivi suggested.
The HW version of the board where the test was done is 0.3.
ATTENTION: This may involve a certain risk so do it at your own responsability!
Enjoy!
Can one calibrate and equalize a 3303X at home?Check the Cal cert for the equipment used, but in short probably not.
00000B80 | 00 00 00 00 00 00 00 00 E4 81 D9 DC 54 02 69 6D | äŁÜT im
00000B90 | 67 5F 73 69 6D 70 2F 69 6D 61 67 65 32 31 36 D1 | g_simp/image216Ń
00000BA0 | 8F 91 98 AA AB FA FF FC BE 5C B0 A3 8A 87 F4 FF | ¸‘Ŗ«ś˙ü¾\°£‡ō˙
00000BB0 | FE FB 12 FC FF FF FB 12 FC FF FF AF B4 FE FD E1 | žū ü˙˙ū ü˙˙Æ´žżį
00000BC0 | FC EB FF FF FF F7 FF AF B9 C2 B1 FF E5 83 EE 93 | üė˙˙˙÷˙ƹĀ±˙åī“
00000BD0 | F0 FF FF 9D ED FF FF EA FF E7 FF FF FF FF FF FF | š˙˙¯ķ˙˙ź˙ē˙˙˙˙˙˙
00000BE0 | FF FF FF 1B 7E B7 05 AB FD 96 92 98 A0 8C 96 92 | ˙˙˙ ~· «ż–’ –’
00000BF0 | 8F D0 96 92 9E 98 9A CE CB C6 D1 8F 91 98 AA AB | ¸Š–’˛ĪĖĘѸ‘Ŗ«
00000B80 | 00 00 00 00 00 00 00 00 E4 81 D9 DC 54 02 69 6D | äŁÜT im
00000B90 | 67 5F 73 69 6D 70 2F 69 6D 61 67 65 32 31 36 2E | g_simp/image216.
00000BA0 | 70 6E 67 55 54 05 00 03 41 A3 4F 5C 75 78 0B 00 | pngUT A£O\ux
00000BB0 | 01 04 ED 03 00 00 04 ED 03 00 00 50 4B 01 02 1E | ķ ķ PK
00000BC0 | 03 14 00 00 00 08 00 50 46 3D 4E 00 1A 7C 11 6C | PF=N | l
00000BD0 | 0F 00 00 62 12 00 00 15 00 18 00 00 00 00 00 00 | b
00000BE0 | 00 00 00 E4 81 48 FA 54 02 69 6D 67 5F 73 69 6D | äHśT img_sim
00000BF0 | 70 2F 69 6D 61 67 65 31 34 39 2E 70 6E 67 55 54 | p/image149.pngUT
did someone of you guys got already app and bitstream from SDS2000X-E? I wish i could get it as well ...
Name of the app: sds2000hsrThat file we don't extract in the near future...
File Header Size: 00000070
00000000 - File Checksum: 001C9FBC [00000004-0264BFAE] (with only the File Header decrypted) CKSM NOT OK
00000004 - File Size: 0264BF3F (without 0x70 bytes of the File Header)
0000000C - Product_ID: 14000
00000026 - Vendor/Brand: 0.8.0R1B5
0000003A - USB Host Controller: SIGLENT
00000048 - Version: 0.8.0R1B5
****************************************************
Replacing the shadow file wasn't very hard to do so let's test this method
SDS1004X-E_OSV1_EN_eevblog.zip (http://s000.tinyupload.com/index.php?file_id=03539117620391626698)
How to open a telnet session in a Siglent when the root password is unknown?
Use the following scripts, according to each equipment.
They provide a root session via port 10101.
Duh, figured it out... The .ADS file is not loaded automatically upon insertion of the USB stick, or upon booting the SDG with an inserted stick. One has to explicitly trigger a "firmware update" via the system menu. The SDG will state that the update failed, but subsequently it does have port 10101 enabled. No credentials required for a telnet session on that port.
:) How did you figure it out? (That is the most educational part that you can leave here... )
Replacing the shadow file wasn't very hard to do so let's test this method
SDS1004X-E_OSV1_EN_eevblog.zip (http://s000.tinyupload.com/index.php?file_id=03539117620391626698)
That file was on some free server, and is gone.
Is the same file available elsewhere???
Or is there a substitute that might be better to use??
9) On remote computer console, press the down arrow until the cursor in the vi window is on the line that starts with <license><bandwidth... and press dd (that means press 'd' twice) You will see the line has disappeared.
(the serial number has been replaced with "1234567890", however.
Perhaps someone else knows how to replace the serial number?
O.K. - Got it figured out
1) Insert USB Stick into front panel USB socket
2) Put SDG into System / Info / Upgrade
3) Select telnet file for SDG2042X and UPDATE
4) LEAVE POWER ON SDG
5) On remote computer console, type: telnet <SDG IP address> <SPACE> 10101 <RETURN>
6) On remote computer console, type: mount -o remount,rw ubi2_0 <SPACE> /usr/bin/siglent/firmdata0
7) On remote computer console, type: cp /usr/bin/siglent/firmdata0/NSP_system_info.xml /usr/bin/siglent/firmdata0/NSP_system_info.xml.orig
8.) On remote computer console, type: vi /usr/bin/siglent/firmdata0/NSP_system_info.xml
ERR: 9) On remote computer console, press the down arrow until the cursor in the vi window is on the line that starts with <license><bandwidth... and press dd (that means press 'd' twice) You will see the line has disappeared.
10) On remote computer console, type: :wq <RETURN>
11) On remote computer console, type: sync
12) on SDG: remove USB stick
13) on SDG: turn power OFF
When you power back on, the status menu indicates the model number is now SDG2122X. (the serial number has been replaced with "1234567890", however.
Perhaps someone else knows how to replace the serial number?
private static void parseADS_SIGLENT_SDS5000X(ref byte[] memDump)
{
byte[] buf1 = new byte[memDump.Length - 0x70];
Array.Reverse(memDump); // reverses the buffer
for (int block = 0x2800, i1 = buf1.Length - block, i2 = 0; block > 0; i2 += block, block = Math.Min(0x2800, i1), i1 -= block) // unshuffling blocks
Buffer.BlockCopy(memDump, i1, buf1, i2, block);
for (int iBlock = 0; iBlock < buf1.Length; iBlock += 0x2800) // XORing with 0xFF (increment. pattern and blocks)...
{
for (int i1 = iBlock + 1, i2 = 2; i1 < iBlock + 0x2800 && i1 < buf1.Length; i1 += i2, i2++)
buf1[i1] ^= 0xFF;
for (int i1 = iBlock + Math.Min(0x1400, (buf1.Length - iBlock + 1) / 2); i1 < iBlock + 0x2800 && i1 < buf1.Length; i1++)
buf1[i1] ^= 0xFF;
}
}
Here is a C# function ...Out of curiosity, I've lately seen that xor with 0xFF in few places, and I have been thinking why not using the operator that does the same without the 2nd parameter (or the only parameter written explicitly when using compound assignment variants), i.e. bitwise complement (~). That is "buf1[i1] = ~buf1[i1];" (To me the complement is also "clearer" to read as it doesn't have the "unnecessary" 2nd parameter, but this may very well be a matter of opinion.)Code: [Select]for (int iBlock = 0; iBlock < buf1.Length; iBlock += 0x2800) // XORing with 0xFF (increment. pattern and blocks)...
{
for (int i1 = iBlock + 1, i2 = 2; i1 < iBlock + 0x2800 && i1 < buf1.Length; i1 += i2, i2++)
buf1[i1] ^= 0xFF;
for (int i1 = iBlock + Math.Min(0x1400, (buf1.Length - iBlock + 1) / 2); i1 < iBlock + 0x2800 && i1 < buf1.Length; i1++)
buf1[i1] ^= 0xFF;
}
}
Out of curiosity, I've lately seen that xor with 0xFF in few places, and I have been thinking why not using the operator that does the same without the 2nd parameter (or the only parameter written explicitly when using compound assignment variants), i.e. bitwise complement (~). That is "buf1[i1] = ~buf1[i1];" (To me the complement is also "clearer" to read as it doesn't have the "unnecessary" 2nd parameter, but this may very well be a matter of opinion.)
File Header Size: 00000070
00000000 - File Header Checksum: FFFFF9C9 [00000004-0000006F] CKSM OK
00000004 - File Size: 000DA5F4
0000000C - Product_ID: 700
00000026 - Vendor/Brand: SIGLENT
0000003A - USB Host Controller: ISP1763
import sys
import codecs
import struct
# Reply #25
import pyDesSiglent
# Reply #186
key = codecs.decode('00000000000000000000000000000000', 'hex')
des = pyDesSiglent.triple_des(key)
# Reply #74
def checksum(b):
return -sum(b) & 0xffffffff
# Specify the .ads file as a command line argument
b = open(sys.argv[1], 'rb').read(-1)
# Reply #235
b = des.decrypt(b[:0x70]) + b[0x70:]
# Compare with parsing (Reply #99)
csum, size = struct.unpack('<LL', b[:8])
print('file size w/o header', hex(size), 'checksum', hex(csum), '=?', hex(checksum(b[4:])))
# skip header
b = b[0x70:]
# Reply #21, #186
b = des.decrypt(b[:0x2800]) \
+ b[0x2800:0x2E777] \
+ des.decrypt(b[0x2E777:0x2E777+0x1400]) \
+ b[0x2E777+0x1400:]
# Reply #24 (modified)
b = bytearray(b[::-1])
a = 1
i = len(b)
j = 1
while j < i:
b[j] ^= 0xff
a += 1
j += a
i = len(b)
j = len(b) - len(b)//2
while j < i:
b[j] ^= 0xff
j += 1
# Compare with parsing (Reply #99)
i = 0
while (i < len(b)):
csum, size = struct.unpack('<LL', b[i:i+8])
section = b[i+8]
payload = b[0x34:0x34+size]
print('section', section, 'size', hex(size), 'checksum', hex(csum), '=?', hex(checksum(payload)))
open('section%d.zip' % b[i+8], 'wb').write(payload)
i += 0x34 + size
If anyone knows a better way to automatically determine the correct Loading addresses of the STM32 blocks
48__ ldr r0, [pc, #__]
4780 blx r0
48__ ldr r0, [pc, #__]
4700 bx r0
e7fe b .
62498: 4817 ldr r0, [pc, #92] ; (0x624f8)
6249a: 4918 ldr r1, [pc, #96] ; (0x624fc)
6249c: 6008 str r0, [r1, #0]
.
.
624f8: 08040000
624fc: e000ed08
If it does not exist then 0x08000000 is assumed.
How to open a telnet session in a Siglent when the root password is unknown?
Use the following scripts, according to each equipment.
They provide a root session via port 10101.
Could exactly the same be done for an SDS1104X-E?
It'd be nice to have a consistent method for all instruments.
Hello, friends. Can SDS1102CFL do SDS1302CFL?
I can make the same trick here like when I was uploading LeCroy in to SDG1025
but who can try this and there may be the same check routine and instrument
will say "Not supported firmware, please reflash correct. Otherwise I will wait 15 min".
This is stupid, it will wait that time anyway before you can access flash menu...
So... do not be the first who is using this firmware file on SPD3303X-E
but this first hack may be needed to be tried out by someone.SPD3303X-V100R001B01D02P03_with _E_header.zip
OK, I give this only individually after request. I can't test it.
A year ago nobody volunteered to confirm Janekivi's work so I resuscitated the challenge and was successfull! :popcorn:
Attached is the proof of a Siglent SPD3303X-E conversion to a SPD3303X model.
The method is simple:
1. Run the SCPI command in the X-E to enable the 1mV step:
FACTORY ON
2. Using EasyPower flash the required FW file from the attached ZIP. (ConvertFromX-E)
(3. If you want to rollback, flash the other file.)
The FWs are Siglent official versions with Prod_ID's swapped like janekivi suggested.
The HW version of the board where the test was done is 0.3.
ATTENTION: This may involve a certain risk so do it at your own responsability!
Enjoy!
In other words, is the hack a "one time only" operation that permanently changes the identity of the product such that it now accepts standard firmware for the upgraded product?
Well I've successfully applied the hack to my new SPD3303X-E. It wouldn't take through the normal upload though, I had to boot into firmware mode.Hi How did you do it ? I got 1 from Amazon last year, and it's V3.0, FW:1.01.01.02.05
HAHAHAHA I did it.
Before I used the USB to try FW upgrade to 3303X, this time I had wireshark recording and tried the hack procedure over LAN, and it did it.
SDS1000CML .CFG file nested here so to be easier to find. :phew:
Could someone help me please?
That Atten FW is Product_ID: 80
Your Siglent FW is Product_ID: 79
I think I can do that for you but you're sailing in dangerous waters...
I have an atten 1102cal oscilloscope, hardware version: 3.41.1.16 software version: 3.01.01.21 SN: 30xxxx, then I refresh the firmware version number of siglent SDS 1102cnl: 5.01.02.13, everything looks normal. A few days later, I found the chip to upgrade the long memory( Is61lps5123a-200tqli), after welding it and brushing in 1102cml firmware, the failure occurred. After traversing all relevant discussions in this forum, I downloaded the binary file package to refresh the chip with the programmer, but the failure is still not solved. Now I have removed the chip. I think it's because of the compatibility between the firmware and the device. Thank you for your resources. But I still need to find the right firmware to save my oscilloscope. |O
Have you tried using the latest CML/CNL firmware 5.01.02.32 (Release Date 07.09.15 )?
I don't know who I'm helping anymore... :)
I said 5.01.02.32 and you show a printscreen with 5.01.02.13 ? ?
I have problems with my ATTEN ADS1102CAL oscilloscope. The revision of the motherboard is SAT7.820.681H. The memory is 40k.
Due to several bugs with trigger and time base I've installed the firmware of the SIGLENT SDS1102CNL oscilloscope:
version 5.01.02.13
file SDS1000CNL_SSP_V100R005B01D02P13
I also tried the last one (32).
I don't know who I'm helping anymore... :)
I have a couple Siglent SDS2104 scopes. I successfully pushed one from 1.0 to 2.0 awhile ago. It now has version 1.2.1.38.7 and tried to update to 1.2.2.2, whether R10 or R15. When I tried to update, I get a 'product type does not match' error. Maybe I have the latest fw. The website doesn't show any fw for base SDS2000 models, only SDS2000X or SDS2000X-E or SDS2000 Plus. Very confusing.
The other 2104 scope has 1.1.1.37.2 and won't even show the "Press to Update" button on the screen. Can anyone help?
I have a couple Siglent SDS2104 scopes. I successfully pushed one from 1.0 to 2.0 awhile ago. It now has version 1.2.1.38.7 and tried to update to 1.2.2.2, whether R10 or R15. When I tried to update, I get a 'product type does not match' error. Maybe I have the latest fw. The website doesn't show any fw for base SDS2000 models, only SDS2000X or SDS2000X-E or SDS2000 Plus. Very confusing.Last FW version for SDS2000 models is V1.2.2.1R9 | Published:2016-11-23
The other 2104 scope has 1.1.1.37.2 and won't even show the "Press to Update" button on the screen. Can anyone help?
Many old firmware versions no longer available on the updated Siglent websites are still available here:
http://old.siglentamerica.com/gjjrj.aspx?id=15&page=1 (http://old.siglentamerica.com/gjjrj.aspx?id=15&page=1)
Also scored this... now i can calibrate my wave gen lolRecovery files on standby if you stuff it up ! :P
Python Scripts for SDG
NOTICE
1. All scripts can only be used for calibrating SDG products.
2. Updating SDG’s firmware to the newest version is strongly recommended.
3. Before being calibrated, all devices should have been operating continuously for more than 30 minutes within specified operating temperature range (18℃ ~ 28℃)
4. Make sure all devices are well connected as section 1.3 shows.
5. Don’t open Microsoft Office Excel when running scripts.
Thanks tv84 and tautech. Using the sds2000 version worked. As I said before, the model numbers are confusing. It's now running 1.2.2.1R9.V1 to V2 instructions attached.
Now my other scope is back at rev 1.1.1.37.2, and it's been 2 yrs since I moved the one scope from V1 to V2, don't remember exactly. I need some help. When I go to Utility -> Update -> Config and select the sds2000.cfg with the Universal Knob then push it in, you can see that it's not recognizing the file. The menu at the bottom doesn't show a Load button.
Must be the 2nd number that designates Version 2. ??
tautech, thanks but Ive already followed the directions. The problem seems to be that the scope doesnt recognize the .cfg file I select and doesnt show the LOAD button on the LCD. See the image in my last post. Is it because I'm not on Version 1? This scope shows 1.1.1.37.2. How do I know its Version 1 vs Version 2. The leading number is '1' on both scopes but I think the other scope successfully was updated to Version 2 (but shows 1.2.1.38.7). Must be the 2nd number that designates Version 2. ??Looking at your screenshot, you're working in the Save/Recall menu.
OK, I notice that now. But I hit 'Update' then 'Configure' then the Save/Recall menu automatically opens. I just thought it was looking for the cfg file, but maybe it's in a confused state. I know I'm in a confused state! ???OK.
I'm following the V1 to V2 instructions exactly. Pages 1 and 2 show screenshots, but their's shows a LOAD option which I dont see on the LCD. Their screenshot shows it as the Save/Recall menu. Maybe I ought to reflash the existing fw.
I tried an old file, but that won't work because no matter what, it never shows the LOAD softkey.OK, going back to your earlier post:
tautech, thanks but Ive already followed the directions. The problem seems to be that the scope doesnt recognize the .cfg file I select and doesnt show the LOAD button on the LCD. See the image in my last post. Is it because I'm not on Version 1? This scope shows 1.1.1.37.2. How do I know its Version 1 vs Version 2. The leading number is '1' on both scopes but I think the other scope successfully was updated to Version 2 (but shows 1.2.1.38.7). Must be the 2nd number that designates Version 2. ??Set to a slow timebase where the memory depth is displayed. IIRC they were 35 MPts whereas V2 allows for 70 Mpts.
Not sure I follow. What does the memory depth or timebase have to do with the firmware update?SDS2000 models with V1 FW had just
Please note there are 4 steps to upgrade from V1 to V2 firmware, these are outlined in the update instructions that are part of the FW update.
First install a .cfg, then reboot.
Then the .ads file TWICE with a reboot after each install.
Finally a Self cal.
Attached is the pdf changelog.
Tautech, thanks - I checked both scopes. V2 scope can go to 70Mpts and V1 scope can do 14Mpts (not 35M, not 28M). This seems to confirm ver2 vs ver1.From my quoted post from 2015:
I noticed that the Utility screen has a 'back' softkey option on V2 and is missing that softkey on V1. V1 never displays the 'Load' softkey, so it seems I can't even revert the fw. Ugh. But then I accidentally hit the Save/Recall button and changed one of the menus, then more softkeys appeared! OMG. Now I see the Load softkey. Now we're getting somewhere. I tried Utility>Configure> then menu popped up, pointed to .cfg file, hit Load softkey, and the scope does nothing, just beeps. WTH.
Is there some sort of master reset?
tautech, yes I know the steps but the scope doesn't behave as it should. When I push in the universal knob to select the cfg file, it just beeps and does nothing else. So, it seems I'm stuck. Is there another method to use? Update over ethernet?OK. What about the reboot ? How are you doing that ? Soft power button or hard OFF ?
tv84, I tried that just now, hit default, even powered down before and after hitting Default, but no different. Nothing seems to work. It might be a matter of hitting the right button to put it in the proper state to program.Have you tried rolling back the firmware to early versions ?
Attached is the proof of a Siglent SPD3303X-E conversion to a SPD3303X model.
...
ATTENTION: This may involve a certain risk so do it at your own responsability!
Enjoy!
OMG, how dumb. I'm on a corp network and the files were encrypted. Once I copied them over unencrypted, the firmware updated w/o problems. Now running 1.2.2.1R9.:phew: :-+
OMG, how dumb. I'm on a corp network and the files were encrypted. Once I copied them over unencrypted, the firmware updated w/o problems. Now running 1.2.2.1R9.
Download Linux from USB to Nandflash...
reading ro_uImage
** Unable to read file ro_uImage **
reading rootfs.img
** Unable to read file rootfs.img **
reading datafs.img
** Unable to read file datafs.img **
reading logo.bmp
** Unable to read file logo.bmp **
Booting from nand ...
[00]
U-Boot SPL 2013.01.01-svn29730 (Mar 27 2017 - 19:02:34)
config ddr_pll_config()++
config ddr_pll_config()--
nand_init+++++
nand_init-----
Lcd_Init()++
SetUpLCD()++
SetUpLCD()--
len=768052, height=480, width=800
Logo from nandflash: base=0x81000000; end=0x810bb81f; end-base=0xbb81f; rwsize=0xbb820; r=0x0
Lcd_Init()--
U-Boot 2013.01.01-svn29730 (Mar 27 2017 - 19:02:34)
I2C: ready
DRAM: 128 MiB
NAND: 256 MiB
MMC: OMAP SD/MMC: 0, OMAP SD/MMC: 1
Using default environment
set_default_env::7864
musb-hdrc: ConfigData=0xde (UTMI-8, dyn FIFOs, bulk combine, bulk split, HB-ISO Rx, HB-ISO Tx, SoftConn)
musb-hdrc: MHDRC RTL version 2.0
musb-hdrc: setup fifo_mode 4
musb-hdrc: 28/31 max ep, 16384/16384 memory
USB Peripheral mode controller at 47401000 using PIO, IRQ 0
musb-hdrc: ConfigData=0xde (UTMI-8, dyn FIFOs, bulk combine, bulk split, HB-ISO Rx, HB-ISO Tx, SoftConn)
musb-hdrc: MHDRC RTL version 2.0
musb-hdrc: setup fifo_mode 4
musb-hdrc: 28/31 max ep, 16384/16384 memory
USB Host mode controller at 47401800 using PIO, IRQ 0
Net: <ethaddr> not set. Validating first E-fuse MAC
cpsw
Hit any key to stop autoboot
(Re)start USB...
USB0: scanning bus 0 for devices... 1 USB Device(s) found
scanning usb for storage devices... 1 Storage Device(s) found
Download Linux from USB to Nandflash...
reading ro_uImage
** Unable to read file ro_uImage **
reading rootfs.img
** Unable to read file rootfs.img **
reading datafs.img
** Unable to read file datafs.img **
reading logo.bmp
** Unable to read file logo.bmp **
Booting from nand ...
NAND read: device 0 offset 0x3080000, size 0x300000
3145728 bytes read: OK
## Booting kernel from Legacy Image at 80200000 ...
Image Name: Linux-3.2.0+
Image Type: ARM Linux Kernel Image (uncompressed)
Data Size: 2157768 Bytes = 2.1 MiB
Load Address: 80008000
Entry Point: 80008000
Verifying Checksum ... OK
Loading Kernel Image ... OK
OK
Starting kernel ...
Uncompressing Linux... done, booting the kernel.
init started: BusyBox v1.13.2 (2012-04-08 17:28:57 CDT)
starting pid 519, tty '': '/etc/init.d/rcS'
rS in
/etc/init.d/rcS: line 15: setterm: not found
starting pid 536, tty '/dev/ttyO0': '-/bin/sh'
Processing /etc/profile... Done
/ # check_and_upgrade:starting...
mount_fs: rw,sync,ubi1_0,/usr/bin/siglent/usr
ubi1_0unattached
attach_ubi:datafs
attach_ubi:11
UBI device number 1, total 812 LEBs (103104512 bytes, 98.3 MiB), available 0 LEBs (0 bytes), LEB size 126976 bytes (124.0 KiB)
MOUNT_DIR_NAME = /usr/bin/siglent/usr
TEST_RESTURN =
is_fs_mounted 0 ---
is_need_upgrade
is_need_upgrade:not need upgrade
check_and_upgrade:end...
++mount_check_copy_appdata: starting
mount_fs: ro,sync,ubi2_0,/usr/bin/siglent/firmdata0
ubi2_0unattached
attach_ubi:firmdata0
attach_ubi:9
UBI device number 2, total 400 LEBs (50790400 bytes, 48.4 MiB), available 0 LEBs (0 bytes), LEB size 126976 bytes (124.0 KiB)
MOUNT_DIR_NAME = /usr/bin/siglent/firmdata0
TEST_RESTURN =
is_fs_mounted 0 ---
--mount_check_copy_appdata: ending
Load Fpga Success!
ECC failed: 0
ECC corrected: 0
Number of bad blocks: 0
Number of bbt blocks: 0
Block size 131072, page size 2048, OOB size 64
Dumping data starting at 0x00000000 and ending at 0x00010000...
Erasing 128 Kibyte @ 0 -- 0 % complete
Erasing 128 Kibyte @ 20000 -- 50 % complete
Erasing 128 Kibyte @ 20000 -- 100 % complete
The Help file load OK!!
I0101 00:00:10.805797 534 module.cpp:568] ---------------------------------------------------------------------------------------
I0101 00:00:10.828555 534 module.cpp:569] Creat Log
-----------------------------------------------------------------------------------------------------------------------------------
I0101 00:00:10.858596 534 module.cpp:464] rm -f /usr/bin/siglent/usr/log/Info_19700101-000010.534
I0101 00:00:11.086069 534 module.cpp:489]
-----------------------------------------------------------------------------------------------------------------------------------
vxi11_main = 11206
init_lcd_driver()++
g_vinfo.xres = 800
g_vinfo.yres = 480
g_vinfo.bits_per_pixel = 16
E0101 00:00:13.605361 655 dev_interpreter.cpp:332] the device = /dev/sda mount fail
I0101 00:00:13.653393 655 dev_interpreter.cpp:338]
№ТФШUЕМ /usr/bin/siglent/usr/media/U-disk0 device = /dev/sda1
Erasing 128 Kibyte @ 0 -- 0 % complete
Erasing 128 Kibyte @ 20000 -- 50 % complete
Erasing 128 Kibyte @ 20000 -- 100 % complete
Erasing 128 Kibyte @ 0 -- 0 % complete
Erasing 128 Kibyte @ 20000 -- 50 % complete
Erasing 128 Kibyte @ 20000 -- 100 % complete
FileHeader.product_type == 10000
version_flag == 1
xml_upgrade_id = 10000
Archive: /usr/bin/siglent/usr/usr/upgrade/config.zip
inflating: SDS1000_arm.app
inflating: sds1000_fpga.rbf
inflating: siglentlib.sh
inflating: ti81xx.ko
inflating: u-boot.img
inflating: udc-core.ko
inflating: update.sh
inflating: upgrade.sh
inflating: cfbcopyarea.ko
inflating: cfbfillrect.ko
inflating: cfbimgblt.ko
inflating: da8xx-fb.ko
inflating: datafs.img
inflating: firmdata0.img
inflating: g_usbtmc.ko
inflating: gpib.ko
inflating: help.bin
inflating: libglog.so.0
inflating: MLO
inflating: musb_hdrc.ko
inflating: NSP_config_upgrade_info.xml
inflating: ro_uImage
inflating: rw_uImage
update.sh starting ...
ubi0:rootfs / ubifs ro,relatime 0 0
rootfs ro
upgrade /usr/bin/siglent/usr/usr/upgrade/rw_uImage
Erasing 128 Kibyte @ 0 -- 0 % complete
Erasing 128 Kibyte @ 20000 -- 2 % complete
Erasing 128 Kibyte @ 40000 -- 4 % complete
Erasing 128 Kibyte @ 60000 -- 6 % complete
Erasing 128 Kibyte @ 80000 -- 8 % complete
Erasing 128 Kibyte @ a0000 -- 10 % complete
Erasing 128 Kibyte @ c0000 -- 12 % complete
Erasing 128 Kibyte @ e0000 -- 14 % complete
Erasing 128 Kibyte @ 100000 -- 16 % complete
Erasing 128 Kibyte @ 120000 -- 18 % complete
Erasing 128 Kibyte @ 140000 -- 20 % complete
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Erasing 128 Kibyte @ 180000 -- 25 % complete
Erasing 128 Kibyte @ 1a0000 -- 27 % complete
Erasing 128 Kibyte @ 1c0000 -- 29 % complete
Erasing 128 Kibyte @ 1e0000 -- 31 % complete
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Erasing 128 Kibyte @ 2a0000 -- 43 % complete
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Erasing 128 Kibyte @ 300000 -- 50 % complete
Erasing 128 Kibyte @ 320000 -- 52 % complete
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Erasing 128 Kibyte @ 400000 -- 66 % complete
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Erasing 128 Kibyte @ 4a0000 -- 77 % complete
Erasing 128 Kibyte @ 4c0000 -- 79 % complete
Erasing 128 Kibyte @ 4e0000 -- 81 % complete
Erasing 128 Kibyte @ 500000 -- 83 % complete
Erasing 128 Kibyte @ 520000 -- 85 % complete
Erasing 128 Kibyte @ 540000 -- 87 % complete
Erasing 128 Kibyte @ 560000 -- 89 % complete
Erasing 128 Kibyte @ 580000 -- 91 % complete
Erasing 128 Kibyte @ 5a0000 -- 93 % complete
Erasing 128 Kibyte @ 5c0000 -- 95 % complete
Erasing 128 Kibyte @ 5e0000 -- 97 % complete
Erasing 128 Kibyte @ 5e0000 -- 100 % complete
Writing data to block 0 at offset 0x0
Writing data to block 1 at offset 0x20000
Writing data to block 2 at offset 0x40000
Writing data to block 3 at offset 0x60000
Writing data to block 4 at offset 0x80000
Writing data to block 5 at offset 0xa0000
Writing data to block 6 at offset 0xc0000
Writing data to block 7 at offset 0xe0000
Writing data to block 8 at offset 0x100000
Writing data to block 9 at offset 0x120000
Writing data to block 10 at offset 0x140000
Writing data to block 11 at offset 0x160000
Writing data to block 12 at offset 0x180000
Writing data to block 13 at offset 0x1a0000
Writing data to block 14 at offset 0x1c0000
Writing data to block 15 at offset 0x1e0000
Writing data to block 16 at offset 0x200000
++is 3.0 parition version
U-Boot SPL 2013.01.01-svn29730 (Mar 27 2017 - 19:02:34)
config ddr_pll_config()++
config ddr_pll_config()--
nand_init+++++
nand_init-----
Lcd_Init()++
SetUpLCD()++
SetUpLCD()--
len=768052, height=480, width=800
Logo from nandflash: base=0x81000000; end=0x810bb81f; end-base=0xbb81f; rwsize=0xbb820; r=0x0
Lcd_Init()--
U-Boot 2013.01.01-svn29730 (Mar 27 2017 - 19:02:34)
I2C: ready
DRAM: 128 MiB
NAND: 256 MiB
MMC: OMAP SD/MMC: 0, OMAP SD/MMC: 1
Using default environment
set_default_env::7864
musb-hdrc: ConfigData=0xde (UTMI-8, dyn FIFOs, bulk combine, bulk split, HB-ISO Rx, HB-ISO Tx, SoftConn)
musb-hdrc: MHDRC RTL version 2.0
musb-hdrc: setup fifo_mode 4
musb-hdrc: 28/31 max ep, 16384/16384 memory
USB Peripheral mode controller at 47401000 using PIO, IRQ 0
musb-hdrc: ConfigData=0xde (UTMI-8, dyn FIFOs, bulk combine, bulk split, HB-ISO Rx, HB-ISO Tx, SoftConn)
musb-hdrc: MHDRC RTL version 2.0
musb-hdrc: setup fifo_mode 4
musb-hdrc: 28/31 max ep, 16384/16384 memory
USB Host mode controller at 47401800 using PIO, IRQ 0
Net: <ethaddr> not set. Validating first E-fuse MAC
cpsw
Hit any key to stop autoboot
(Re)start USB...
USB0: scanning bus 0 for devices... 1 USB Device(s) found
scanning usb for storage devices... 1 Storage Device(s) found
Download Linux from USB to Nandflash...
reading ro_uImage
** Unable to read file ro_uImage **
reading rootfs.img
** Unable to read file rootfs.img **
reading datafs.img
** Unable to read file datafs.img **
reading logo.bmp
** Unable to read file logo.bmp **
Booting from nand ...
NAND read: device 0 offset 0x3080000, size 0x300000
3145728 bytes read: OK
## Booting kernel from Legacy Image at 80200000 ...
Image Name: Linux-3.2.0+
Image Type: ARM Linux Kernel Image (uncompressed)
Data Size: 2157776 Bytes = 2.1 MiB
Load Address: 80008000
Entry Point: 80008000
Verifying Checksum ... OK
Loading Kernel Image ... OK
OK
Starting kernel ...
Uncompressing Linux... done, booting the kernel.
init started: BusyBox v1.13.2 (2012-04-08 17:28:57 CDT)
starting pid 520, tty '': '/etc/init.d/rcS'
rS in
/etc/init.d/rcS: line 15: setterm: not found
starting pid 537, tty '/dev/ttyO0': '-/bin/sh'
Processing /etc/profile... Done
/ # check_and_upgrade:starting...
mount_fs: rw,sync,ubi1_0,/usr/bin/siglent/usr
ubi1_0unattached
attach_ubi:datafs
attach_ubi:11
UBI device number 1, total 812 LEBs (103104512 bytes, 98.3 MiB), available 0 LEBs (0 bytes), LEB size 126976 bytes (124.0 KiB)
MOUNT_DIR_NAME = /usr/bin/siglent/usr
TEST_RESTURN =
is_fs_mounted 0 ---
is_need_upgrade
is_need_upgrade:need upgrade
check_and_upgrade: upgrade start ...
upgrade /usr/bin/siglent/usr/usr/upgrade/MLO
upgrade /usr/bin/siglent/usr/usr/upgrade/u-boot.img
Erasing 128 Kibyte @ 0 -- 0 % complete
Erasing 128 Kibyte @ 0 -- 100 % complete
Writing data to block 0 at offset 0x0
Erasing 128 Kibyte @ 0 -- 0 % complete
Erasing 128 Kibyte @ 0 -- 100 % complete
Writing data to block 0 at offset 0x0
Erasing 128 Kibyte @ 0 -- 0 % complete
Erasing 128 Kibyte @ 0 -- 100 % complete
Writing data to block 0 at offset 0x0
Erasing 128 Kibyte @ 0 -- 0 % complete
Erasing 128 Kibyte @ 0 -- 100 % complete
Writing data to block 0 at offset 0x0
Erasing 128 Kibyte @ 0 -- 0 % complete
Erasing 128 Kibyte @ 20000 -- 6 % complete
Erasing 128 Kibyte @ 40000 -- 13 % complete
Erasing 128 Kibyte @ 60000 -- 20 % complete
Erasing 128 Kibyte @ 80000 -- 26 % complete
Erasing 128 Kibyte @ a0000 -- 33 % complete
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Erasing 128 Kibyte @ e0000 -- 46 % complete
Erasing 128 Kibyte @ 100000 -- 53 % complete
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Erasing 128 Kibyte @ 140000 -- 66 % complete
Erasing 128 Kibyte @ 160000 -- 73 % complete
Erasing 128 Kibyte @ 180000 -- 80 % complete
Erasing 128 Kibyte @ 1a0000 -- 86 % complete
Erasing 128 Kibyte @ 1c0000 -- 93 % complete
Erasing 128 Kibyte @ 1c0000 -- 100 % complete
Writing data to block 0 at offset 0x0
Writing data to block 1 at offset 0x20000
Writing data to block 2 at offset 0x40000
upgrade /usr/bin/siglent/usr/usr/upgrade/ro_uImage
Erasing 128 Kibyte @ 0 -- 0 % complete
Erasing 128 Kibyte @ 20000 -- 2 % complete
Erasing 128 Kibyte @ 40000 -- 4 % complete
Erasing 128 Kibyte @ 60000 -- 6 % complete
Erasing 128 Kibyte @ 80000 -- 8 % complete
Erasing 128 Kibyte @ a0000 -- 10 % complete
Erasing 128 Kibyte @ c0000 -- 12 % complete
Erasing 128 Kibyte @ e0000 -- 14 % complete
Erasing 128 Kibyte @ 100000 -- 16 % complete
Erasing 128 Kibyte @ 120000 -- 18 % complete
Erasing 128 Kibyte @ 140000 -- 20 % complete
Erasing 128 Kibyte @ 160000 -- 22 % complete
Erasing 128 Kibyte @ 180000 -- 25 % complete
Erasing 128 Kibyte @ 1a0000 -- 27 % complete
Erasing 128 Kibyte @ 1c0000 -- 29 % complete
Erasing 128 Kibyte @ 1e0000 -- 31 % complete
Erasing 128 Kibyte @ 200000 -- 33 % complete
Erasing 128 Kibyte @ 220000 -- 35 % complete
Erasing 128 Kibyte @ 240000 -- 37 % complete
Erasing 128 Kibyte @ 260000 -- 39 % complete
Erasing 128 Kibyte @ 280000 -- 41 % complete
Erasing 128 Kibyte @ 2a0000 -- 43 % complete
Erasing 128 Kibyte @ 2c0000 -- 45 % complete
Erasing 128 Kibyte @ 2e0000 -- 47 % complete
Erasing 128 Kibyte @ 300000 -- 50 % complete
Erasing 128 Kibyte @ 320000 -- 52 % complete
Erasing 128 Kibyte @ 340000 -- 54 % complete
Erasing 128 Kibyte @ 360000 -- 56 % complete
Erasing 128 Kibyte @ 380000 -- 58 % complete
Erasing 128 Kibyte @ 3a0000 -- 60 % complete
Erasing 128 Kibyte @ 3c0000 -- 62 % complete
Erasing 128 Kibyte @ 3e0000 -- 64 % complete
Erasing 128 Kibyte @ 400000 -- 66 % complete
Erasing 128 Kibyte @ 420000 -- 68 % complete
Erasing 128 Kibyte @ 440000 -- 70 % complete
Erasing 128 Kibyte @ 460000 -- 72 % complete
Erasing 128 Kibyte @ 480000 -- 75 % complete
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Erasing 128 Kibyte @ 4c0000 -- 79 % complete
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Erasing 128 Kibyte @ 540000 -- 87 % complete
Erasing 128 Kibyte @ 560000 -- 89 % complete
Erasing 128 Kibyte @ 580000 -- 91 % complete
Erasing 128 Kibyte @ 5a0000 -- 93 % complete
Erasing 128 Kibyte @ 5c0000 -- 95 % complete
Erasing 128 Kibyte @ 5e0000 -- 97 % complete
Erasing 128 Kibyte @ 5e0000 -- 100 % complete
Writing data to block 0 at offset 0x0
Writing data to block 1 at offset 0x20000
Writing data to block 2 at offset 0x40000
Writing data to block 3 at offset 0x60000
Writing data to block 4 at offset 0x80000
Writing data to block 5 at offset 0xa0000
Writing data to block 6 at offset 0xc0000
Writing data to block 7 at offset 0xe0000
Writing data to block 8 at offset 0x100000
Writing data to block 9 at offset 0x120000
Writing data to block 10 at offset 0x140000
Writing data to block 11 at offset 0x160000
Writing data to block 12 at offset 0x180000
Writing data to block 13 at offset 0x1a0000
Writing data to block 14 at offset 0x1c0000
Writing data to block 15 at offset 0x1e0000
Writing data to block 16 at offset 0x200000
upgrade_app:starting
upgrade_app:ending
is_no_firmdata0_partition:partion 3.0
check_and_upgrade: upgrade end... rebooting
U-Boot SPL 2013.01.01-svn29730 (Mar 27 2017 - 19:02:34)
config ddr_pll_config()++
config ddr_pll_config()--
nand_init+++++
nand_init-----
Lcd_Init()++
SetUpLCD()++
SetUpLCD()--
len=768052, height=480, width=800
Logo from nandflash: base=0x81000000; end=0x810bb81f; end-base=0xbb81f; rwsize=0xbb820; r=0x0
Lcd_Init()--
U-Boot 2013.01.01-svn29730 (Mar 27 2017 - 19:02:34)
I2C: ready
DRAM: 128 MiB
NAND: 256 MiB
MMC: OMAP SD/MMC: 0, OMAP SD/MMC: 1
Using default environment
set_default_env::7864
musb-hdrc: ConfigData=0xde (UTMI-8, dyn FIFOs, bulk combine, bulk split, HB-ISO Rx, HB-ISO Tx, SoftConn)
musb-hdrc: MHDRC RTL version 2.0
musb-hdrc: setup fifo_mode 4
musb-hdrc: 28/31 max ep, 16384/16384 memory
USB Peripheral mode controller at 47401000 using PIO, IRQ 0
musb-hdrc: ConfigData=0xde (UTMI-8, dyn FIFOs, bulk combine, bulk split, HB-ISO Rx, HB-ISO Tx, SoftConn)
musb-hdrc: MHDRC RTL version 2.0
musb-hdrc: setup fifo_mode 4
musb-hdrc: 28/31 max ep, 16384/16384 memory
USB Host mode controller at 47401800 using PIO, IRQ 0
Net: <ethaddr> not set. Validating first E-fuse MAC
cpsw
Hit any key to stop autoboot
(Re)start USB...
USB0: scanning bus 0 for devices... 1 USB Device(s) found
scanning usb for storage devices... 1 Storage Device(s) found
Download Linux from USB to Nandflash...
reading ro_uImage
** Unable to read file ro_uImage **
reading rootfs.img
** Unable to read file rootfs.img **
reading datafs.img
** Unable to read file datafs.img **
reading logo.bmp
** Unable to read file logo.bmp **
Booting from nand ...
NAND read: device 0 offset 0x3080000, size 0x300000
3145728 bytes read: OK
## Booting kernel from Legacy Image at 80200000 ...
Image Name: Linux-3.2.0+
Image Type: ARM Linux Kernel Image (uncompressed)
Data Size: 2157768 Bytes = 2.1 MiB
Load Address: 80008000
Entry Point: 80008000
Verifying Checksum ... OK
Loading Kernel Image ... OK
OK
Starting kernel ...
Uncompressing Linux... done, booting the kernel.
init started: BusyBox v1.13.2 (2012-04-08 17:28:57 CDT)
starting pid 519, tty '': '/etc/init.d/rcS'
rS in
/etc/init.d/rcS: line 15: setterm: not found
starting pid 536, tty '/dev/ttyO0': '-/bin/sh'
Processing /etc/profile... Done
/ # check_and_upgrade:starting...
mount_fs: rw,sync,ubi1_0,/usr/bin/siglent/usr
ubi1_0unattached
attach_ubi:datafs
attach_ubi:11
UBI device number 1, total 812 LEBs (103104512 bytes, 98.3 MiB), available 0 LEBs (0 bytes), LEB size 126976 bytes (124.0 KiB)
MOUNT_DIR_NAME = /usr/bin/siglent/usr
TEST_RESTURN =
is_fs_mounted 0 ---
is_need_upgrade
is_need_upgrade:not need upgrade
check_and_upgrade:end...
++mount_check_copy_appdata: starting
mount_fs: ro,sync,ubi2_0,/usr/bin/siglent/firmdata0
ubi2_0unattached
attach_ubi:firmdata0
attach_ubi:9
UBI device number 2, total 400 LEBs (50790400 bytes, 48.4 MiB), available 0 LEBs (0 bytes), LEB size 126976 bytes (124.0 KiB)
MOUNT_DIR_NAME = /usr/bin/siglent/firmdata0
TEST_RESTURN =
is_fs_mounted 0 ---
--mount_check_copy_appdata: ending
Load Fpga Success!
ECC failed: 0
ECC corrected: 0
Number of bad blocks: 0
Number of bbt blocks: 0
Block size 131072, page size 2048, OOB size 64
Dumping data starting at 0x00000000 and ending at 0x00010000...
Erasing 128 Kibyte @ 0 -- 0 % complete
Erasing 128 Kibyte @ 20000 -- 50 % complete
Erasing 128 Kibyte @ 20000 -- 100 % complete
The Help file load OK!!
I0101 00:00:10.685917 534 module.cpp:568] ---------------------------------------------------------------------------------------
I0101 00:00:10.711039 534 module.cpp:569] Creat Log
-----------------------------------------------------------------------------------------------------------------------------------
I0101 00:00:10.742288 534 module.cpp:464] rm -f /usr/bin/siglent/usr/log/Info_19700101-000010.534
I0101 00:00:10.832217 534 module.cpp:464] rm -f /usr/bin/siglent/usr/log/Warning_19700101-000013.534
I0101 00:00:11.008834 534 module.cpp:489]
-----------------------------------------------------------------------------------------------------------------------------------
vxi11_main = 11130
init_lcd_driver()++
g_vinfo.xres = 800
g_vinfo.yres = 480
g_vinfo.bits_per_pixel = 16
I0101 00:00:12.443692 655 dev_interpreter.cpp:220] Udisk = U-disk0 not found notes
Could not create log file: File exists
COULD NOT CREATE LOGFILE '19700101-000012.534'!
E0101 00:00:12.445013 655 dev_interpreter.cpp:395] the u-disk sum = -1 is error
E0101 00:00:12.467742 655 dev_interpreter.cpp:406] the device = /usr/bin/siglent/usr/media/U-disk0 umount fail
E0101 00:00:12.472785 655 dev_interpreter.cpp:421] not erase the udisk = U-disk0
I0101 00:00:13.544532 655 dev_interpreter.cpp:338]
№ТФШUЕМ /usr/bin/siglent/usr/media/U-disk0 device = /dev/sda1
E0101 00:00:13.599209 655 dev_interpreter.cpp:332] the device = /dev/sda mount fail
Erasing 128 Kibyte @ 0 -- 0 % complete
Erasing 128 Kibyte @ 20000 -- 50 % complete
Erasing 128 Kibyte @ 20000 -- 100 % complete
Writing data to block 0 at offset 0x0
Hi friend, i have bad osciloscome,Welcome to the forum.
and my osciloscope is u-boot mode permanently
please help me to fix my mistake
How to open a telnet session in a Siglent when the root password is unknown?
Use the following scripts, according to each equipment.
They provide a root session via port 10101.
Guys, does anyone have a telnet script for SDS5000x series DSO ?
Guys, does anyone have a telnet script for SDS5000x series DSO ?
The best way is to use the SDS2000X+ method here (https://www.eevblog.com/forum/testgear/siglent-sds2000x-plus-coming/msg3006340/#msg3006340).
BUT, I can't find the password. I've been trying for an hour and nothing so far.
/usr/sbin/telnetd -l /bin/sh
It's interesting to find out the password, but as a start you could possibly just skip it as well.Code: [Select]/usr/sbin/telnetd -l /bin/sh
SUCCESS!!!!!!!! I know, I know, it was just a meaningless personal quest but you can't imagine the time I've spent on this... :palm: :-DDDo you think that Siglent internally keeps an mapping table where the SopeID is linked to the Serial number of the instrument so that license generation can be done ?
Ever since the HostID and ScopeIP came into existence (in Siglent's HW) that I've been trying to discover where that info is stored and, most importantly, how it is determined and how the initial byte that always looked like a CRC/checksum was calculated. Even some forum members have participated in my endless quest...
Today is the day when that mystery came to an end!!!!!!!! :popcorn:
After several years looking at lots of IDs, today I was once again lead on a "random mistake" and googled the attached document. Once I read "The DS2401 consists of a 64-bit ROM that includes a unique 48-bit serial number, an 8-bit CRC, and an 8-bit Family Code (01h). Data is transferred serially via the 1-Wire protocol that requires only a single data lead and a ground return. ", I knew I had found what Siglent is using.
Now I just had to discover what was the CRC-8 implementation and confirm the results... It took a few minutes: CRC-8/MAXIM :popcorn:
This IC scheme is an unbelievable simple thing that I had never heard of... Had eluded me for years because I was always focused on the other HW parts of the devices! :palm:
So, if we take a Siglent "fictitious" ScopeID like "2F000089ABCDEF01", its CRC-8 is calculated like this:
CRC-8[01EFCDAB890000] => 2F
That confirms that Siglent seems to use the 64-bits chip ID byte-reversed.
Time to celebrate!! :popcorn: :popcorn:
Do you think that Siglent internally keeps an mapping table where the SopeID is linked to the Serial number of the instrument so that license generation can be done ?
Do they use Blackfin IDs for their older devices ?
I'm clearly no expert.
would it be possible to get a step by step procedure to unlock this device ?
Attached are my notes I made of the process.