Method and device for grading and dispatching management of server hardware equipment and server

Abstract

The invention provides a method for grading server hardware equipment. The method comprises the following steps: obtaining status information of a plurality of server hardware equipment; calculating a health weight of the hardware equipment according to the status information of the hardware equipment and a preset model; determining health grade information corresponding to the plurality of server hardware equipment according to the health weight of the hardware equipment and a plurality of preset weight sections. The method is used for classifying the server hardware equipment according to the health level and marking the availability level under a large-scale application environment, so that the utilization rate of highly-available resources is increased, the failure rate and the fault cost of low-available resources are lowered, and the reliability of the server and a clustering system is improved; meanwhile, the method can support service grading and put the important service to the highly-available server, so as to improve the effectiveness on power consumption management of the server hardware equipment according to the health level. The invention further discloses a grading device for the server hardware equipment, a dispatching management method and a device for the server hardware equipment, and a server.

Description

technical field [0001] The present invention relates to the field of computer technology, in particular to a method and device for classifying server hardware equipment, a scheduling management method and device for server hardware equipment, and a server. Background technique [0002] At present, in ultra-large-scale data centers, every 10,000 distributed clusters are equipped with millions of server hardware devices. There are obvious differences in specifications, performance, lifespan, aging degree, and operating environment, but no effective distinction is made between them. use. For example, for hard disks, all hard disks recognized by the operating system are uniformly used as block device files to store data, so based on the method of storing data as block device files without distinction, important data may be saved In the hard disk with potential failure, unimportant data may also be saved to the hard disk with good performance, which cannot effectively utilize th...

AI Technical Summary

Problems solved by technology

For example, for hard disks, all hard disks recognized by the operating system are uniformly used as block device files to store data, so based on the method of storing data as block device files without distinction, important data may be saved In the hard disk with potential failure, unimportant data may also be saved to the hard disk with good performance, which cannot effectively utilize the performance of hard disk resources. At the same time, before the hard disk fails, the data cannot be transferred in time and effectively, resulting in hard disk data loss. Lost, unable to avoid risks in time

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