Transaction state monitor method and device

Abstract

The application aims to provide a transaction state monitor method and device; the method comprises the following steps: obtaining one or more update messages of transaction data; generating a transaction state monitor task corresponding to the transaction data according to the update messages; adding the state monitor task into a monitor task set corresponding to a task slot in a time wheel according to timing information corresponding to the state monitor task; checking the time wheel task slot according to time so as to determine a timeout mode monitor task in the monitor task set. Compared with the prior art, the transaction update messages are converted into state monitor task, and the time wheel data structure can effectively monitor the state monitor task, thus preventing high labor cost caused by high requirements on monitor data processing personnel in the existing monitor methods, solving monitor information postponement and untimely processing, and effectively monitoring and warning process of the transaction in each stage.

Description

technical field [0001] The present application relates to the computer field, in particular to a transaction state monitoring technology. Background technique [0002] In many data processing fields, transactions generally require operations involving multiple nodes (or databases), and corresponding transaction data is generated in each node. In order to better understand and promote the transaction process, it is hoped to carry out effective monitoring and risk warning on ongoing transactions. For example, in the field of logistics, the main body of attention to logistics orders hopes to be able to grasp the progress of orders at various nodes at any time, especially It is hoped that data processing that takes a long time in a certain process can be discovered in time and effectively dealt with, so as to avoid unnecessary data processing risks and ensure the quality of data processing. [0003] At present, in the existing technology in this field, there is no perfect monit...

AI Technical Summary

Problems solved by technology

[0003] At present, in the existing technology in this field, there is no perfect monitoring system for the progress of the transaction, for example, there is no effective monitoring method for each data processing node of the logistics order, and the data processing monitoring at each time node is mostly required Data processing personnel operate regularly, the cost of monitoring is high, and the quality of monitoring information cannot be guaranteed; or the abnormality cannot be discovered until the corresponding data processing problem occurs, the monitoring operation lags behind, and the monitoring purpose cannot be achieved

At this time, there is no timely early warning and avoidance effect on the possible risks in the transaction process, which greatly hinders the improvement of the corresponding data processing quality

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