System full-link monitoring method and device

Abstract

The invention discloses a system full-link monitoring method and a device. The method comprises the following steps: periodically calculating and storing the total log amount of each system; determining a starting point data volume and an end point data volume of each link according to the total log amount of each system; obtaining processing condition data of each link according to the starting point data volume and the terminal point data volume; comparing the processing condition data with a processing reference condition, and if the processing condition data does not meet the processing reference condition, generating alarm information; and periodically receiving and storing the log detail data of each system, and querying the log detail data corresponding to the alarm information according to the alarm information. According to the method and the system, a user can be helped to quickly discover problems, improve the monitoring efficiency, position abnormal nodes in the abnormal links, acquire log detail data, analyze link performance, monitor the operation condition of each link in real time and plan link capacity according to the operation condition of each link.

Description

Technical field [0001] The present invention relates to the field of computer technology, in particular to a method and device for system full link monitoring. Background technique [0002] The link is composed of multiple systems, including the transmission route of data information interaction between multiple systems. In order to ensure the accuracy and efficiency of data information transmission, the link needs to be monitored. At present, manual monitoring is adopted for the monitoring of the link with the system, and the abnormality is notified in time, and then the person in charge of each system will solve it. However, with the gradual increase in business volume, the layout of system links has become more and more complex. A link contains multiple scenarios, and the upstream and downstream interactions are more frequent. Only through manual monitoring and notification can not achieve the full link all-weather. Monitoring also makes it difficult to improve the efficienc...

AI Technical Summary

Problems solved by technology

However, as the business volume gradually increases, the layout of system links becomes more and more complex. A link contains multiple scenarios, and the interaction between upstream and downstream is relatively frequent. Only manual monitoring and notification cannot achieve all-weather full link Monitoring also makes it difficult to improve the efficiency and quality of monitoring

In addition, the evaluation of the performance and capacity of the system is more carried out in the pressure test environment. It is difficult to achieve the pressure test of the whole link by using the traditional manual monitoring pressure test. The gap between the mechanical hardware of the pressure test environment and the production environment The evaluation cannot be highly accurate, and it is impossible to observe the business volume and link performance of the production environment in real time

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