System guiding method based on interaction of in-band system and out-of-band system

Abstract

The invention provides a system guiding method based on interaction of an in-band system and an out-of-band system, which is characterized in that: partition configuration information of a user is transmitted by the out-of-band managing subsystem to the in-band guiding system through a communication unit, the in-band guiding system receives the configuration information to start a multi-node high-end fault-tolerance system into multiple independent systems according to the partition, and each independent system has independent resource, so the application of the high-end fault-tolerance system is more flexible, and the overall usability and flexibility of the system can be further improved. The system structurally comprises an out-of-band managing subsystem, a communication unit and an in-band guiding system, wherein the out-of-band managing subsystem is responsible for monitoring the system state and assisting the configuration of the system information; the communication unit is mainly used for realizing the information interaction between the in-band guiding system and the out-of-band managing subsystem; the in-band guiding system is responsible for initializing and configuring relevant devices during the starting process of the system and guiding the system according to the setting of the out-of-band managing subsystem; and through the configuration, the resource waste can be effectively avoided, and the energy consumption can be reduced. Therefore, the partition configuration can be guided according to real requirements, so the usability of the system can be improved, multiple properties such as equalized configuration, flexible expansion and the like of the resource can be reflected, and the high-end fault-tolerance computer system is more suitable for the complicated high-performance commercial application field.

Description

[0001] technical field [0002] The invention relates to the field of computer application technology, in particular to a system guidance method based on the interaction between in-band and out-of-band systems. Background technique [0003] With the popularity of computer technology and network applications, people's dependence on computer systems is increasing day by day. Some critical business processing systems require high availability of computer service systems to ensure continuity of business processing. Therefore, it is necessary to improve the stability and availability of business systems, and avoid downtime and service interruptions caused by failures as much as possible. For small and medium-sized applications, the dual-computer fault-tolerant system is widely and maturely used at present. This system has simple structure, small investment and high availability. However, with the growth of business volume and the increase in the demand for system processing ca...

AI Technical Summary

Problems solved by technology

If the system load is far lower than the maximum performance output of the system, this application method will cause a certain waste of resources, and it may cause a large delay when accessing data across multiple nodes, which will reduce the high-speed information processing capability of the system.

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