Automation operation and maintenance system based on Karaf and ActiveMQ and implement method thereof

Abstract

The invention discloses an automation operation and maintenance system based on Karaf and ActiveMQ and an implement method thereof. The automation operation and maintenance system comprises an application server, a monitored host, a database server and a Web server, wherein the application server is constructed through the Karaf and provides a server terminal module; the monitored host constructs a client terminal plug-in through the Karaf and obtains monitoring data; monitoring allocation information and monitored data are stored in the database server; the Web server provides a user allocation interface and a monitoring interface; the application server is connected with the monitored host through a proxy server, and calls a proxy server plug-in and the client terminal plug-in on the monitored host through the ActiveMQ so as to obtain the monitoring data. By means of the automation operation and maintenance system based on the Karaf and the ActiveMQ and the implement method of the automation operation and maintenance system, the capacity of self refreshing, heat deployment and distributed rapid function extension is achieved, automation of the daily operation and maintenance scene of a maintainer is achieved, only a small amount of script compiling is needed, and even no script compiling is needed.

Description

technical field [0001] The present invention relates to an automatic operation and maintenance system and its implementation method, in particular to an automatic operation and maintenance system based on Karaf and ActiveMQ and its implementation method. Background technique [0002] Faced with increasingly complex businesses and increasingly diverse user needs, the scale and quantity of ever-expanding IT applications are not on the same order of magnitude as before. Manual operation and maintenance alone can no longer meet the needs of technology, business, Management and other requirements. The current IT operation and maintenance management mode often makes the IT department exhausted, mainly in the following two aspects: [0003] (1) Operation and maintenance personnel are passive and inefficient [0004] In the process of IT operation and maintenance, only when an event has occurred and has caused business impact can it be discovered and dealt with. This passive "fire ...

AI Technical Summary

Problems solved by technology

[0003] (1) Operation and maintenance personnel are passive and inefficient

[0004] In the process of IT operation and maintenance, only when an event has occurred and has caused business impact can it be discovered and dealt with. This passive "fire fighting" not only keeps IT operation and maintenance personnel busy all day long, but also makes it difficult to improve the quality of IT operation and maintenance itself. Lead to low IT operation and maintenance service satisfaction

Most of the daily time and energy of IT operation and maintenance personnel is to deal with some simple and repetitive problems, and because the fault warning mechanism is not perfect, it is often dealt with after the fault occurs or after the alarm, so that the work of IT operation and maintenance personnel is often in the The state of passive "fire fighting" not only gets twice the result with half the effort, but also often leads to vicious chain reactions

[0005] (2) Lack of efficient automatic operation and maintenance technical tools

[0010] It can be seen from the above that the existing technical solutions have the following problems: 1. The system client itself does not have the ability to self-update, and the update of the program after deployment consumes a lot of manpower

2. The system client does not have hot deployment capability, so the client needs to be stopped for program update

3. The function of the system is fixed, the expansion ability is weak, or the steps of function expansion are cumbersome, such as the need to log in to the client, etc.

4. There are few operation and maintenance scenarios supported by functions, mainly focusing on monitoring alarms and system configuration information changes, and cannot be quickly expanded

5. The automation program of the operation and maintenance scene is not enough, and a large number of script configurations are required, and the efficiency is not high

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