Computer and file processing method used in same

Abstract

The invention discloses a computer and a file processing method used in the same, wherein the computer comprises a first hard disk and a second hard disk, both of which are mutually independent based on physics; the computer also comprises a type judging unit and a memory executing unit; if a new file is created, the type judging unit is used for judging whether the file style of the new file belongs to the preset file style under a preset file directory or not and generating a first judging result; and the memory executing unit is used for saving the new file to the first hard disk under the condition that the first judging result is yes and saving the new file to the second hard disk under the condition that the first judging result is no. The computer saves all files which are easy to produce fragments to the new hard disk of a system hard disk different from a computer system, thereby reducing the fragment problem of the system hard disk and improving the system performance.

Description

technical field [0001] The present invention relates to the communication field, and more specifically relates to a computer and a file processing method used in the computer system. Background technique [0002] In a computer system, when the system or users add, delete, or modify files, disk fragments will slowly occur on the disk. If the fragments cannot be cleaned up in time, there will be more and more fragments, which will lead to slower and slower disk read and write speeds, and ultimately affect system performance and disk life. Analyzing the generation of disk fragments, it is not difficult to see that frequent creation, deletion, and modification of disk files are the main reasons for disk fragmentation. If the operating system is further analyzed, it can be seen that after the software installation of a system is stable, the frequent creation, deletion, and modification of disk files are regular, that is, they are mainly concentrated in user-related file director...

AI Technical Summary

Problems solved by technology

The disadvantages of this solution are: it can only target the entire logical disk; it needs to be executed regularly; it is inefficient, and each time it will traverse the entire disk to judge; and frequent execution will affect the life of the hard disk

The disadvantages of this solution are: it will increase the fragmentation of other disks; it will affect the read and write speed of files on other disks; users rarely use it; leading to a decrease in read and write performance

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