Method for across-platform monitoring enterprise application system performance

Abstract

The invention provides a method for realizing the cross-platform performance monitoring of a J2EE architecture enterprise application system, which is a real-time monitoring method with a B / S structure for a J2EE architecture. The method divides the realization of performance monitoring to the application system into three layers: a data acquisition layer, a data processing layer, and a data exhibition layer; an enterprise can define key performance indices (KPI) of the enterprise according to the demand of IT operation and maintenance management of the enterprise; the realization method also internally defines a set of key performance indices which meet the demand of a plurality of enterprises at the same time; a data analysis engine is used to analyze acquired data through the acquisition to needed performance data of the key performance indices, and an analysis result is sent for alarm notification. Most enterprise-level application systems are deployed under the complex environment of various platforms, such as Unix, Windows and linux; and the development of different monitoring softwares aiming at different platforms is a complex and huge job. The data acquisition layer of the method adopts universal interface technology, and can realize the performance monitoring to multi-platform databases and application middlewares.

Description

technical field [0001] The invention relates to the computer field, and is a method for monitoring the runtime performance of a J2EE framework enterprise application system, and a real-time monitoring method adopting the B / S structure of the J2EE framework. Background technique [0002] With the wide application of computer technology, database technology, and network technology, enterprises rely more and more on key IT systems; how to ensure the stable and reliable operation of key business application systems and improve the availability of business systems is an important issue for enterprise IT systems. A major challenge for operation and maintenance. [0003] Due to the needs of business development, the system environment built by the enterprise itself is becoming more and more complex. The servers range from PC servers to UNIX minicomputers, and the distribution of servers also varies from one department to multiple departments; at the same time, among the hardware pl...

AI Technical Summary

Problems solved by technology

[0004] Most enterprises monitor the performance of application systems in a personnel- and technology-oriented way, that is, the maintenance personnel rely on their own technical capabilities to monitor the system, which is a passive "fire brigade" approach. The service method, when the front-line maintenance personnel cannot guarantee the operation and maintenance support capabilities required by the enterprise, they rely more on external forces to solve the problem, and the cost paid is relatively high

Once the stability of an enterprise application system depends entirely on the technical capabilities of the system maintenance personnel, it will be affected by personnel stability, enthusiasm, etc., and it is difficult to prevent problems in advance. big impact

[0005] In another case, the enterprise also realizes the monitoring of the application system infrastructure through some monitoring tools, but the product dependence is relatively high, and only one side of the product can be monitored; or the data collection method is complicated and requires a lot of hardware resources. Changes in the enterprise environment require relatively large adjustments, and it is more troublesome to add new functions; in some cases, the integration with the platform is relatively close, and the way of cross-platform implementation cannot be achieved

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