A unified event processing method, device and storage medium

Abstract

The present application provides a method for unified processing of events, including: obtaining messages in JSON format of multiple predetermined topics subscribed to from distributed message middleware, converting the messages in JSON format into MAP object format; The message in the MAP object format is matched according to a predetermined matching rule; in response to a successful match, the outbound transaction code is determined according to the Action line matched by the matching rule, and the outbound message is assembled according to the outbound transaction code so as to Call the outbound component to execute the outbound operation. The method provided by this application separates event processing from the core business system, reduces the coupling degree of application components, provides data buffering, and avoids traffic peaks in a short period of time.

Description

technical field [0001] The present invention relates to data processing, and more specifically, to an event processing method, device and storage medium. Background technique [0002] In the traditional banking system, a large number of scenarios are involved in sending notifications to users. There are various types of notifications, and the content of notifications is ever-changing. To realize real-time online sending of notifications by each system, each system needs to develop and send notifications independently. Function, which leads to a high degree of coupling between this function and the core business logic of the system. If the sending module is abnormal during real-time sending, it will seriously affect the throughput of the system and cause the system to take too long to respond. In the existing IT system design, SMS sending and message notification are designed and processed separately, resulting in a large number of repeated development between systems and hig...

AI Technical Summary

Problems solved by technology

[0002] In the traditional banking system, a large number of scenarios are involved in sending notifications to users. There are various types of notifications, and the content of notifications is ever-changing. To realize real-time online sending of notifications by each system, each system needs to develop and send notifications independently. Function, which leads to a high degree of coupling between this function and the core business logic of the system. If the sending module is abnormal during real-time sending, it will seriously affect the throughput of the system and cause the system to take too long to respond

In the existing IT system design, SMS sending, message notification, etc. are designed and processed separately, resulting in a large number of repeated development between systems, high coupling between systems, and resulting in decreased system throughput, reduced system response speed, and poor user experience

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