Category:Disk imaging - Revision history

Honglake: /* Hardware imagers */

2012-09-27T13:14:51Z

‎Hardware imagers

2012-09-17T19:25:25Z

‎Unix-based imagers

2009-07-20T10:40:30Z

‎Hardware imagers: - Removed extraneous text and added link to vendor page

2009-07-18T07:56:58Z

2009-07-16T12:41:31Z

‎Hardware imagers

2009-07-16T12:29:28Z

‎Hardware imagers

2009-01-31T20:12:16Z

‎Unix-based imagers

2009-01-31T20:09:47Z

‎Unix-based imagers

2009-01-31T20:09:35Z

‎Unix-based imagers

2009-01-31T20:07:41Z

‎Unix-based imagers

@@ Line 6: / Line 6: @@
 = Hardware imagers =
 ;[[Data Compass]]
 :A hardware and software tool by [[SalvationDATA]] that can image data from bad sectors, unstable heads and other drives.

@@ Line 24: / Line 24: @@
 ; '''ewfacquire''', '''ewfacquirestream'''
 : The tools '''ewfacquire''' and '''ewfacquiresteam''' are part of the [[libewf]] library package. They can create evidence files in the [[EnCase]] and [[FTK Imager]] .E0* (EWF-E01) and [[SMART]] .s0* (EWF-S01) formats. '''ewfacquire''' is intended to read from devices and '''ewfacquirestream''' from pipes. Both tools calculate an [[MD5]] hash on default while the data is being acquired. They are able to calculate a [[SHA1]] message digest as well, but because of compatibility with [[EnCase]] they only store the [[SHA1]] hash in the Extended EWF (EWF-X) format. '''ewfacquire''' and '''ewfacquirestream''' provide support for byte swapping of media bytes. This is useful for dealing with big endian media on and little endian architectures and vice versa. It also has intelligent error recovery.
-: http://libewf.sourceforge.net/
+: http://code.google.com/p/libewf/
 ; [[Adepto]]

@@ Line 7: / Line 7: @@
 = Hardware imagers =
 ;[[Data Compass]]
-:A hardware and software complex tool produced by SalvationDATA that can image data from bad sectors, instable heads and other patient drives. More information: http://www.salvationdata.com
+:A hardware and software tool by [[SalvationDATA]] that can image data from bad sectors, unstable heads and other drives.
 ; [[DeepSpar Disk Imager]]
 : Handles Data Recovery Imaging issues, drive instability, and bad sectors. http://www.deepspar.com/products-ds-disk-imager.html  - Data Sheet and Whitepaper available for download from product web page.

@@ Line 7: / Line 7: @@
 = Hardware imagers =
 ;[[Data Compass]]
-:A hardware and software complex tool produced by SalvationDATA that can imaging data from bed sectors,instable heads and other patient drives,for more information,you can login in the website:http://www.salvationdata.com.
+:A hardware and software complex tool produced by SalvationDATA that can image data from bad sectors, instable heads and other patient drives. More information: http://www.salvationdata.com
 ; [[DeepSpar Disk Imager]]
 : Handles Data Recovery Imaging issues, drive instability, and bad sectors. http://www.deepspar.com/products-ds-disk-imager.html  - Data Sheet and Whitepaper available for download from product web page.

@@ Line 6: / Line 6: @@
 = Hardware imagers =
-;[Data Compass]
+;[[Data Compass]]
 :A hardware and software complex tool produced by SalvationDATA that can imaging data from bed sectors,instable heads and other patient drives,for more information,you can login in the website:http://www.salvationdata.com.
 ; [[DeepSpar Disk Imager]]

@@ Line 20: / Line 20: @@
 = Unix-based imagers=
-; '''ewfacquire''', '''ewfacquiresteam'''
+; '''ewfacquire''', '''ewfacquirestream'''
 : The tools '''ewfacquire''' and '''ewfacquiresteam''' are part of the [[libewf]] library package. They can create evidence files in the [[EnCase]] and [[FTK Imager]] .E0* (EWF-E01) and [[SMART]] .s0* (EWF-S01) formats. '''ewfacquire''' and '''ewfacquirestream''' calculate an [[MD5]] and/or [[SHA1]] hash while the data is being acquired. Because of compatibility with [[EnCase]] '''ewfacquire''' and '''ewfacquirestream''' only store the [[SHA1]] digest hash in the Extended EWF (EWF-X) format. '''ewfacquire''' and '''ewfacquirestream''' provide support for byte swapping of media bytes. This is useful for dealing with big endian media on and little endian architectures and vice versa. It also has intelligent error recovery.
 : http://libewf.sourceforge.net/