[RawTool] and #Kleister

[Support]

With [RawTool] you can get raw bin memory content = dump = full = full dump = full image = raw memory image.

1. Connect
2. Now you can Read/Write/Erase memory areas

[Full] button set address range and size to whole memory chip
[No userdata] button set address range and size to memory chip without userdata area

NOTE: Do not read Userdata as one file!
In case of empty battery or flash chip issue or bad cable you will get a problem!
Good way - read it by small parts, f.e. by 1 Gb or 2 Gb or 4Gb and after that use [Kleister Tool] to merge separate files to one image



ВНИМАНИЕ: Для надёжности надо читать не один большой файл, а частями.
Так будет гораздо проще, т.к. если будет некий сбой, например плохой кабель или полудохлый флеш чип или пустая батарея, то не надо будет опять читать всё целиком с самого начала, а можно прочитать только нужную часть.
Потом запустить [Kleister Tool] и склеить части.

[Support]

How to read images by parts:

Latest #CM2 version has [+] and [-] options for easy parts reading.



For older version you can use the next lists:

NOTE: Start and Size values below are HEX

1Gb Size = 0040000000
2Gb Size = 0080000000
3Gb Size = 00C0000000
4Gb Size = 0100000000
5Gb Size = 0140000000
6Gb Size = 0180000000
7Gb Size = 01C0000000
8Gb Size = 0200000000
12Gb Size = 0300000000
16Gb Size = 0400000000

You should always Start with 000000000000

How to read by 2Gb parts: set Size to 0080000000 (it's 2Gb, see Size above)
Now read: Start: 000000000000 Size 0080000000
Once read complete change Start and read next 2Gb:
Start: 0080000000 Size 0080000000 and read next 2Gb
Start: 0100000000 Size 0080000000 and read next 2Gb
Start: 0180000000 Size 0080000000 and read next 2Gb
Start: 0200000000 Size 0080000000 and read next 2Gb
Start: 0280000000 Size 0080000000 and read next 2Gb
Start: 0300000000 Size 0080000000 and read next 2Gb
Start: 0380000000 Size 0080000000 and read next 2Gb
Start: 0400000000 Size 0080000000 and read next 2Gb
Start: 0480000000 Size 0080000000 and read next 2Gb
...

How to read by 4Gb parts: set Size to 0100000000 (it's 4Gb, see Size above)
Now read: Start: 000000000000 Size 0100000000
Once read complete change Start and read next 4Gb:
Start: 0100000000 Size 0100000000 and read next 4Gb
Start: 0200000000 Size 0100000000 and read next 4Gb
Start: 0300000000 Size 0100000000 and read next 4Gb
Start: 0400000000 Size 0100000000 and read next 4Gb
Start: 0500000000 Size 0100000000 and read next 4Gb
...

How to read by 8Gb parts: set Size to 0200000000 (it's 8Gb, see Size above)
Now read: Start: 000000000000 Size 0200000000
Once read complete change Start and read next 8Gb:
Start: 0200000000 Size 0200000000 and read next 8Gb
Start: 0400000000 Size 0200000000 and read next 8Gb
Start: 0600000000 Size 0200000000 and read next 8Gb
Start: 0800000000 Size 0200000000 and read next 8Gb
Start: 0A00000000 Size 0200000000 and read next 8Gb
Start: 0C00000000 Size 0200000000 and read next 8Gb
Start: 1000000000 Size 0200000000 and read next 8Gb
Start: 1200000000 Size 0200000000 and read next 8Gb
Start: 1400000000 Size 0200000000 and read next 8Gb
Start: 1600000000 Size 0200000000 and read next 8Gb
Start: 1800000000 Size 0200000000 and read next 8Gb
Start: 1A00000000 Size 0200000000 and read next 8Gb
Start: 1C00000000 Size 0200000000 and read next 8Gb
Start: 2000000000 Size 0200000000 and read next 8Gb
...

[Support]

Download Kleister Tool to join separate parts and get solid image