A method for identifying, sorting and reorganizing office file data fragments
A file data and data fragmentation technology, applied in the field of data processing, can solve problems such as prompting errors and files that cannot be displayed normally
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[0048] Below to figure 1 As an example, the methods for identifying, sorting, and reorganizing Office data fragments are illustrated with examples. Figure 4 -b is the end record of the directory located according to the flag bit 0x504B0506, this record is located in figure 1 Fragment 6 in , the record length is 0x14 bytes. According to the end record of the directory, there are 0x1A directory entries in the directory area, the size is 0x06B2 bytes, and the offset address in the Office file is 0x0447CEA3. From the above values, the total size of the Office file can be calculated = 0x0447CEA3 + 0x06B2 + 0x14, which is 0x447D569 bytes. Create a new empty file with a size of 0x447D569 bytes, which will be used to store the data content of the recovered Office file.
[0049] Such as Figure 4 As shown by -b, the end address of the directory area in the disk is 0x079EF9568. Since the directory has not been fragmented, the starting address of the directory can be calculated as 0...
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