Redis multi-instance monitoring system and method

Abstract

The invention provides a Redis multi-instance monitoring system and method, and relates to the technical field of cluster operation state monitoring, and the system comprises a state acquisition module which is integrated in Redis instances and is used for acquiring performance indexes; an acquisition mode processing module which is used for adjusting the mode of the state acquisition module according to different monitoring scenes; a monitoring core module which is used for calling a performance index, performing state analysis and alarm analysis according to a configured monitoring rule, and generating a state analysis result and alarm information; a data storage module which is used for data persistence; an alarm management module which is used for acquiring alarm information, generating a state adjustment instruction according to the alarm information, and driving a service discovery module to process an abnormal node in a Redis container; the service discovery module which is used for monitoring a container environment where the Redis instance is located and performing operation and maintenance management on nodes of the Redis container; and a visualization module which is used for displaying a monitoring data report through a visualization interface.

Description

technical field [0001] The invention relates to the technical field of cluster operation status monitoring, in particular to a Redis multi-instance monitoring system and method. Background technique [0002] At present, the monitoring system mostly adopts the technical architecture based on Nagios or Zabbix framework, and these technical frameworks often have problems such as complex configuration, poor flexibility, and low efficiency; for example, Nagios: there is no self-discovery function, and configuration files need to be frequently modified; configuration is limited to Terminal, poor scalability; low performance index processing performance; no historical data, difficult to trace faults and other issues. Zabbix: There is an obvious performance bottleneck; the cost is high, and the bottleneck problem of database writing needs to be solved by adding a proxy, and the efficiency is low; the use requires secondary development, which increases personnel costs and reduces the...

AI Technical Summary

Problems solved by technology

[0002]At present, most monitoring systems use technical architectures based on Nagios or Zabbix frameworks. These technical frameworks often have problems such as complex configuration, poor flexibility, and low efficiency; for example, Nagios: There is no self-discovery function, and the configuration file needs to be frequently modified; the configuration is limited to the terminal, and the scalability is poor; the performance index processing performance is low; there is no historical data, and it is difficult to trace faults, etc.

Zabbix: There is an obvious performance bottleneck; the cost is high, and the bottleneck problem of database writing needs to be solved by adding a proxy, and the efficiency is low; the use requires secondary development, which increases personnel costs and reduces the speed of project implementation. The built-in housekeeping will continue to produce database during execution. increase pressure

[0003] In summary, there is an urgent need for a Redis multi-instance monitoring technology solution that can overcome the above defects, and solve the problems of poor scalability, low performance, and difficult traceability in existing systems Historical data, there are technical problems such as performance bottlenecks, high cost of use, and no visual monitoring interface

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