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Rename tool pages to lowercase/underscore CLI names
- 26 tool pages renamed: Hfind→hfind, Icat→icat, Blkcalc→blkcalc, etc.
- Underscore names: img_cat, img_stat, disk_stat, disk_sreset,
tsk_comparedir, tsk_gettimes, tsk_loaddb, tsk_recover
- Each renamed page includes redirect_from for old capitalised URL
so existing links and bookmarks continue to work
- 404.html REDIRECT_MAP updated to point to new lowercase slugs
- index.md Tools section now shows lowercase tool names
- convert.py updated with TITLE_OVERRIDES dict for future re-runs
Co-Authored-By: Claude Sonnet 4.6 <noreply@anthropic.com>
Copy file name to clipboardExpand all lines: Body-file.md
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last_modified: 2009-04-27
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The body file is an intermediate file when creating a [timeline](/Timeline/) of file activity. It is a pipe ("|") delimited text file that contains one line for each file (or other even type, such as a log or registry key). The [fls](/Fls/), [ils](/Ils/), and [mac-robber](/Mac-robber/) tools all output this data format. The [mactime](/Mactime/) tool reads this file and sorts the contents (therefore the format is sometimes referred to as the "mactime format").
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The body file is an intermediate file when creating a [timeline](/Timeline/) of file activity. It is a pipe ("|") delimited text file that contains one line for each file (or other even type, such as a log or registry key). The [fls](/fls/), [ils](/ils/), and [mac-robber](/mac-robber/) tools all output this data format. The [mactime](/mactime/) tool reads this file and sorts the contents (therefore the format is sometimes referred to as the "mactime format").
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The body file format in TSK 3.0+ is different from the format used in TSK 1.X and 2.X.
Copy file name to clipboardExpand all lines: FS-Analysis.md
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The techniques used here apply to both UNIX and Windows file systems.
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# Timelines
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The steps from the [timeline](/Timeline/) Sleuth Kit Implementation Notes are followed and you notice some interesting activity from unallocated inodes, namely MFT Entry 5035 from image c_drive.dd. To display the contents of this file, use [icat](/Icat/):
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The steps from the [timeline](/Timeline/) Sleuth Kit Implementation Notes are followed and you notice some interesting activity from unallocated inodes, namely MFT Entry 5035 from image c_drive.dd. To display the contents of this file, use [icat](/icat/):
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```
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# icat images/c_drive.dd 5035 | less
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output of "icat" through a pager like "less".
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# Search
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In this scenario, we will search the unallocated space of the "wd0e.dd" image for the string "abcdefg". The first step is to extract the unallocated disk units using the [blkls](/Blkls/) tool (as this is an FFS image, the addressable units are fragments).
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In this scenario, we will search the unallocated space of the "wd0e.dd" image for the string "abcdefg". The first step is to extract the unallocated disk units using the [blkls](/blkls/) tool (as this is an FFS image, the addressable units are fragments).
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```
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# blkls images/wd0e.dd > output/wd0e.blkls
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```
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We notice that the string is located at byte 10389739. Next,
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determine what fragment. To do this, we use the [fsstat](/Fsstat/) tool:
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determine what fragment. To do this, we use the [fsstat](/fsstat/) tool:
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```
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# fsstat -t ufs images/wd0e.dd
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This shows us that each fragment is 1024 bytes long. Using a
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calculator, we find that byte 10389739 divided by 1024 is 10146
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(and change). This means that the string "abcdefg" is located in
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fragment 10146 of the [blkls](/Blkls/) generated file. This does not really
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fragment 10146 of the [blkls](/blkls/) generated file. This does not really
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help us because the blkls image is not a real file system. To view
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the full fragment from the blkls image, we can use dd:
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```
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Next, we will identify where this fragment is in the original image.
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The [blkcalc](/Blkcalc/) tool will be used for this. "blkcalc" will return the
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The [blkcalc](/blkcalc/) tool will be used for this. "blkcalc" will return the
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"address" in the original image when given the "address" in the
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blkls generated image. (NOTE, this is currently kind of slow). The
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'-u' flag shows that we are giving it an blkls address. If the '-d'
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To make more sense of this, let us identify if there is a meta data
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structure that still has a pointer to this fragment. This is achieved
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using [ifind](/Ifind/). The '-a' argument means to find all occurrences.
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using [ifind](/ifind/). The '-a' argument means to find all occurrences.
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```
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# ifind -a images/wd0e.dd 59382
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493
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```
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Inode 493 has a pointer to fragment 59382. Let us get more information
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about inode 493, using [istat](/Istat/).
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about inode 493, using [istat](/istat/).
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```
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# istat images/wd0e.dd 493
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```
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Next, let us find out if there is a file that is still associated with
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this (unallocated) inode. This is done using [ffind](/Ffind/).
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this (unallocated) inode. This is done using [ffind](/ffind/).
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```
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# ffind -a images/wd0e.dd 493
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you do a keyword search of unallocated space.
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# Deleted Content
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To view all of the deleted file names in an image, use the [fls](/Fls/) tool.
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To view all of the deleted file names in an image, use the [fls](/fls/) tool.
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For all deleted files, use the '-r' flag for recursive and '-d' flag
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