Find N Mount

I had a little trouble at work yesterday. A user’s HD showed in Windows7 as RAW format even though I knew that the data was there. She did not reformat or delete anything. This indicated a problem with the partition table.
Anyhow, this program (FINDnMount) let me restore the partition table and mount the drive to retrieve all the data. It is FREE, and only works on the partition tables. This makes it much faster to restore data than trying to use one of those UNdelete programs.
Windows 7 FAT and NTFS only.
More about partition tables ==============================================================
NTFS contains several files which define and organize the file system. In all respects, most of these files are structured like any other user file ($Volume being the most peculiar), but are not of direct interest to file system clients. These metafiles define files, back up critical file system data, buffer file system changes, manage free space allocation, satisfy BIOSexpectations, track bad allocation units, and store security and disk space usage information. All content is in an unnamed data stream, unless otherwise indicated.

Segment Number File Name Purpose
0 $MFT Describes all files on the volume, including file names, timestamps, stream names, and lists of cluster numbers where data streams reside, indexes, security identifiers, and file attributes like “read only”, “compressed”, “encrypted”, etc.
1 $MFTMirr Duplicate of the first vital entries of $MFT, usually 4 entries (4 Kilobyte).
2 $LogFile Contains transaction log of file system metadata changes.
3 $Volume Contains information about the volume, namely the volume object identifier, volume label, file system version, and volume flags (mounted, chkdsk requested, requested $LogFile resize, mounted on NT 4, volume serial number updating, structure upgrade request). This data is not stored in a data stream, but in special MFT attributes: If present, a volume object ID is stored in an $OBJECT_ID record; the volume label is stored in a $VOLUME_NAME record, and the remaining volume data is in a $VOLUME_INFORMATION record. Note: volume serial number is stored in file $Boot (below).
4 $AttrDef A table of MFT attributes which associates numeric identifiers with names.
5 . Root directory. Directory data is stored in $INDEX_ROOT and $INDEX_ALLOCATION attributes both named $I30.
6 $Bitmap An array of bit entries: each bit indicates whether its corresponding cluster is used (allocated) or free (available for allocation).
7 $Boot Volume boot record. This file is always located at the first clusters on the volume. It contains bootstrap code (see NTLDR/BOOTMGR) and aBIOS parameter block including a volume serial number and cluster numbers of $MFT and $MFTMirr. $Boot is usually 8192 bytes long.[citation needed]
8 $BadClus A file which contains all the clusters marked as having bad sectors. This file simplifies cluster management by the chkdsk utility, both as a place to put newly discovered bad sectors, and for identifying unreferenced clusters. This file contains two data streams, even on volumes with no bad sectors: an unnamed stream contains bad sectors—it is zero length for perfect volumes; the second stream is named $Bad and contains all clusters on the volume not in the first stream.[49]
9 $Secure Access control list database which reduces overhead having many identical ACLs stored with each file, by uniquely storing these ACLs in this database only (contains two indices: $SII (Standard_Information ID) and $SDH (Security Descriptor Hash) which index the stream named $SDS containing actual ACL table).[2]
10 $UpCase A table of unicode uppercase characters for ensuring case insensitivity in Win32 and DOS namespaces.
11 $Extend A filesystem directory containing various optional extensions, such as $Quota, $ObjId, $Reparse or $UsnJrnl.
12 … 23 Reserved for $MFT extension entries.[50]
usually 24 $Extend$Quota Holds disk quota information. Contains two index roots, named $O and $Q.
usually 25 $Extend$ObjId Holds distributed link tracking information. Contains an index root and allocation named $O.
usually 26 $Extend$Reparse Holds reparse point data (such as symbolic links). Contains an index root and allocation named $R.
27 … file.ext Beginning of regular file entries.