Intelligent operation and maintenance method and system based on visual technology

Abstract

The invention discloses an intelligent operation and maintenance method and an intelligent operation and maintenance system based on a visual technology. The system comprises a monitoring module usedfor acquiring the operation condition of the machine, and pushing logs to a log storage cluster in real time; a log processing module used for reading the logs pushed by a cluster server in real time,and processing and analyzing log files according to the hardware composition structure of the server and a deployed service submitting task; a visual processing module used for classifying log results analyzed and processed by the log processing module, and displaying the classified result on a large monitoring screen in real time; a triggering repair module used for trying to repair automatically according to the acquired current condition of the faulted server, and visually displaying the repair process; and an alarm module used for sending hardware damage information of the server to operation and maintenance personnel for repair.

Description

technical field [0001] The invention belongs to the field of computer technology, and in particular relates to an intelligent operation and maintenance method and system based on visualization technology. Background technique [0002] With the rapid development of Internet technology, servers are used more and more widely, and the number of cluster servers is increasing. Facing such a huge server maintenance work, operation and maintenance personnel handle many repetitive workflows every day. As a result, the operation and maintenance personnel have a heavy workload and low work efficiency, and cannot monitor the running status of the cluster servers in real time and intuitively. Human participation in the operation and deployment of services may lead to configuration errors, increasing workload and deployment risks. [0003] The existing cluster management technology is mainly a combination of manual inspection and monitoring and alarming: [0004] The personnel in the com...

AI Technical Summary

Problems solved by technology

[0005] Insufficient existing technology: increased labor costs, unable to monitor the status of server equipment in real time and intuitively, some hardware status, server indicator lights cannot accurately locate the problem point

The environment of the computer room is relatively complicated, and personnel frequently enter and exit the computer room for inspection, which increases the security risk

After receiving an alarm through monitoring, if it is a hardware problem, the operation and maintenance personnel need to manually check the log to confirm the problem, and manually query through the database whether the abnormal server is out of warranty, S / N number, IDC room, rack location and other information before reporting for repair. System problems Manually check the abnormal server RAID level, system partition, system and kernel version and other information, and then install the system through PXE automation after obtaining these information, which requires human participation and cannot be fully automated. After the system is installed, add related Users, permissions, deployment and configuration services have low work efficiency and heavy repetitive workload. Based on the above problems, it is necessary to invent a set of intelligent operation and maintenance management architecture, so that operation and maintenance personnel can be freed from heavy and repetitive work, and can Intuitively see the running status of cluster servers

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