Method for detecting computer hardware of Unix-like operating system

Abstract

The present invention relates to a method for detecting computer hardware of a Unix-like operating system. The method comprises: installing a WindowsPE U-disk boot disk software tool on a computer of a Windows operating system; making a WindowsPE U-disk boot disk ; duplicating test software in the WindowsPE U-disk boot disk; starting the Windows PE operating system by a U disk, opening Master Lu software, firstly performing "computer configuration condition scanning", performing a "computer performance test", then performing a "temperature and pressure test", and finally performing "disk detection" and screen detection"; and starting CrystalDiskInfo+aida64+KEYBOARD TEST to perform a relative functional test so as to complete detection on computer hardware of the Unix-like operating system. According to method for detecting the computer hardware of the Unix-like operating system, which is provided by the present invention, a Unix-like system server is started by using the Windows PE operating system, so that the defects of a single function, compatibility deficiency and the like in the previous manner of "adopting detection software that supports Unix-like development" are overcome, detection difficulty is greatly reduced, and more professional performance on professional things by a non-professional person can be implemented.

Description

technical field [0001] The invention belongs to a computer hardware detection method, in particular to a Unix-like operating system computer hardware detection method. Background technique [0002] Computers with Unix-like operating systems are widely used in server equipment all over the world due to their ability to support large databases. However, relatively commonly used Windows operating systems, which have a high usage rate of personal computers, are not universal due to the lack of Unix-like operating systems. Program development lacks research and development motivation, and there is no comprehensive software that can simply and efficiently support computer hardware testing for all Unix-like systems. Today, Unix-like systems generally have the following problems: [0003] 1. Single function: the existing technologies are software supported by Unix-like operating systems (various commercial versions of unix such as solarisunix operating system, HPunix operating syste...

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Problems solved by technology

[0002] Computers with Unix-like operating systems are widely used in server equipment all over the world due to their ability to support large databases. However, relatively commonly used Windows operating systems, which have a high usage rate of personal computers, are not universal due to the lack of Unix-like operating systems. Program development lacks research and development motivation, and there is no comprehensive software that can simply and efficiently support computer hardware testing for all Unix-like systems. Today, Unix-like systems generally have the following problems:

[0003] 1. Single function: the existing technologies are software supported by Unix-like operating systems (various commercial versions of unix such as solarisunix operating system, HPunix operating system, linuk based on Unix system and various commercial versions of linuk), only can perform a function;

[0004] 2. Insufficient compatibility: the existing technologies are all software supported by Unix-like operating systems, and often only applicable to one of the many operating systems of Unix-like systems;

[0005] 3. Insufficient operation convenience: the existing technologies are all software supported by Unix-like systems, and the operation interface and usage methods are not as simple as those of windows system software

It is often necessary to start and use the software by inputting complex instructions, and the operation interface is not friendly enough. Generally, only professional and technical personnel with strong business ability can operate it.

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