Multi-condition triggering automatic operation system and method based on automatic operation and maintenance

Abstract

The invention relates to a multi-condition triggering automatic operation system and method based on automatic operation and maintenance. The system comprises a task execution strategy setting module, a process operation information registration module, a to-be-executed operation triggering module, an execution strategy monitoring module, an operation execution state monitoring module and a task removal module. The method comprises the following steps: S4, setting a task execution strategy of the process operation; s5, registering operation information; s6, monitoring a task execution strategy of the process job with the registered job information in the step S5; s7, triggering the to-be-executed process operation after the monitoring in the step S6 meets the preset condition; s8, monitoring the operation execution state of the process operation triggered in the step S7; and S9, removing the job task in the task scheduler or executing the step S5 to re-register job information (including next scheduling time) after monitoring in the steps S6 and S8 meets a preset condition. Therefore, automatic multi-condition scheduling processing of IT operation and maintenance operation can be realized.

Description

technical field [0001] The invention belongs to the field of intelligent operation and maintenance, and specifically relates to a multi-condition-triggered automatic operation system and method based on automatic operation and maintenance, which is mainly used to process some operations in the operation and maintenance process of the IT industry, including periodic, regular Trigger the execution of common and repetitive operation and maintenance tasks to improve the work efficiency of operation and maintenance personnel. Background technique [0002] At present, with the increasing number of resources required by the enterprise, the number of operating nodes of the company has been greatly increased, and some even reach the million level, which brings certain challenges to the operation and maintenance work. [0003] In conventional operation and maintenance work, most of them contain multiple associated execution host fields, and different fields represent different meaning...

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Problems solved by technology

[0004] 1. Different personnel may encounter the same or similar operation and maintenance problems. Because they need to write script tasks separately, script tasks with the same or similar functions are repeatedly written, resulting in a lot of waste of resources;

[0005] 2. These script tasks with repetitive functions need to be executed repeatedly on multiple machines, and different personnel may run the same or similar script tasks on different machines, which further causes a waste of resources;

[0006] 3. Due to the repeated execution of repetitive script tasks, it is difficult to find the problem in time when an emergency occurs. Moreover, due to repeated error reporting, it is difficult to visually present the operation and maintenance results to relevant personnel, which greatly improves the operation and maintenance work. Inconvenience, especially for some emergencies that cannot be responded in time

[0007] 4. For the operation and maintenance personnel, the daily operation and maintenance work is very stressful. Log cleaning, system patching, automatic backup, etc. require the operation and maintenance personnel to log in to the host one by one to complete repetitive tasks. It is necessary to log in to the host again to confirm the execution results, which not only takes up a lot of daily working time of the operation and maintenance personnel, but also leads to low operation and maintenance efficiency, and manual errors will also increase the risk of operation and maintenance

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