A method of plug-in scheduling process monitoring based on dynamic proxy

Abstract

The invention provides a plug-in scheduling process monitoring method implemented based on a dynamic proxy. All monitored systems in the monitoring method are developed based on plug-ins. Modules involved in monitoring logic implementation include an interface plug-in module, a creation implementation object module, a strategy module, a monitoring logic module, a data storage module and a return implementation object module. The interface plug-in module enters the creation implementation object module according to an interface class name, an implementation object uses the strategy module to analyze and judge whether to perform a monitoring strategy or not, the monitoring logic module is implanted when an application system is set as monitoring, data generated in the running process of the monitoring logic module are subjected to unstructured data storage through the data storage module, and the return implementation object module is entered; if the application system is set as non-monitoring, the return implementation object module is entered directly. By the method, unified monitoring of plug-in invoking relation and error messages of system running logic is realized via a dynamic proxy mode.

Description

technical field [0001] The invention relates to the technical field of plug-in monitoring, in particular to a method for monitoring a plug-in scheduling process based on a dynamic agent. Background technique [0002] The current Java development kit includes support for dynamic proxies. Dynamic proxies are created dynamically by using the reflection mechanism when the program is running. Its configuration files are flexible, but it only supports the implementation of interfaces. [0003] Ordinary systems are not allowed to be changed or expanded after compilation. If you want to change or expand, you must modify the logic code and then recompile and release. This is not only inconvenient to use, but also wastes a lot of manpower and material resources. Reasonable use of plug-ins The above-mentioned problems can be solved. A plug-in is an extended function module written according to a predetermined interface of the system. The basic purpose is to realize the isolation betwe...

AI Technical Summary

Problems solved by technology

[0002] The current Java development kit includes support for dynamic proxies. Dynamic proxies are dynamically created using the reflection mechanism when the program is running. Its configuration files are flexible, but it only supports the implementation of interfaces.

[0003] Ordinary systems are not allowed to be changed or expanded after compilation. If you want to change or expand, you must modify the logic code and then recompile and release. This is not only inconvenient to use, but also wastes a lot of manpower and material resources. Reasonable use of plug-ins can solve the above problems

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