Centralized monitoring and early-warning method aimed at java web application

Abstract

The invention discloses a centralized monitoring and early-warning method aimed at a java web application. According to the method, a set of strategy of simple deployment is provided, deployment capability of the application in a cluster is promoted greatly, and operation and maintenance efficiency is improved; data is acquired in a non-invasive mode, and pressure on an application system is reduced to the greatest extent; data acquisition is executed in a manner of server-middleware-application, and abundant of monitoring data is provided; a nosql storage mode, integrated with analysis tools, such as hadoop, is adopted for predicting state trend of the server, and thus, healthy operation of the application system is guaranteed.

Description

technical field [0001] The invention relates to a centralized monitoring and early warning method for javaweb applications. Background technique [0002] At present, javaweb applications are generally deployed in javaweb containers (commonly known as: java application middleware), and the application container manages resource allocation and access when the application system is running. Large-scale enterprise applications generally consist of multiple application containers to form a cluster to provide error recovery, session persistence, load balancing, etc. In a cluster environment, application deployment relies on the cluster deployment and monitoring functions provided by the application container. In the absence of a dedicated cluster management function, the deployment and upgrade of the application system generally consists of assembly copying, decompression, and remote login to modify configuration files. The quality of system deployment and upgrade is low, and the ...

AI Technical Summary

Problems solved by technology

In the absence of a dedicated cluster management function, the deployment and upgrade of the application system generally consists of assembly copying, decompression, and remote login to modify configuration files. The quality of system deployment and upgrade is low, and the possibility of manual operation errors is high; Complexity, there may be multiple operating systems or multiple java application containers, the maintenance cost is relatively high, and professionals on different platforms are required; each expansion of the server requires a large number of server monitoring; the monitoring system needs to rely on hardware, and is limited by physical distance and hardware bottleneck

[0003] Due to the deployment limitations of non-commercial javaweb containers, the deployment efficiency is low, the manual operation is error-prone, and the monitoring and maintenance costs are extremely high; although there are some monitoring open source software in the market, due to its intrusiveness, the monitoring is not strong enough, etc.; Accurately locate the problem, and the loss of the application system is large, which is not conducive to the stability and reliability of the application system

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