Method and system for monitoring production cluster node faults based on logs, electronic equipment and storage medium

Abstract

The invention discloses a method and system for monitoring production cluster node faults based on logs, electronic equipment and a storage medium, and belongs to the technical field of computers, and the method comprises the steps: enabling a service request end to propose a service request to a service bus; according to a service request sent by the service bus, enabling a service providing end to provide a service corresponding to the service request, and enabling the service bus to monitor the operation state of the service and record the operation state of the service in a log table; accessing the log table, and carrying out statistics to obtain an error report number set of each node in a time period; calculating the error rate of the node according to the error report number set of each node; and if the error rate of the node is greater than a preset threshold value, automatically restarting the node. According to the method, a certain abnormal node in the cluster is automatically discovered by monitoring the log indicating whether the service calling is successful or not, so the business continuity is ensured.

Description

technical field [0001] The invention belongs to the technical field of computers, and in particular relates to a method and system for monitoring production cluster node failures based on logs, electronic equipment, and storage media. Background technique [0002] In the current production cluster, when a port is down or unresponsive, or any node fails, the load proxy (such as F5) can send TCP packets to the application and judge whether the subsequent cluster ports are based on the return value received from the application. Respond and eliminate abnormal ports to ensure the high availability of the entire cluster, but there is a situation, such as individual service exceptions reporting errors or individual WTC link efficiency processing exceptions, it is difficult for the front-end agent of the load and service bus to judge whether it is normal or not. All tasks on this node will be automatically transferred to other normal nodes to achieve the purpose of failover. Cont...

AI Technical Summary

Problems solved by technology

[0002] In the current production cluster, when a port is down or unresponsive, or any node fails, the load proxy (such as F5) can send TCP packets to the application and judge whether the subsequent cluster ports are based on the return value received from the application. Respond and eliminate abnormal ports to ensure the high availability of the entire cluster, but there is a situation, such as individual service exceptions reporting errors or individual WTC link efficiency processing exceptions, it is difficult for the front-end agent of the load and service bus to judge whether it is normal or not. All tasks on this node will be automatically transferred to other normal nodes to achieve the purpose of failover

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