Message system and message transmission method

Abstract

The invention discloses a message system, comprising a request entry module, a verification module, a message factory module, a sender module and a template module. The request entry module comprisesan API interface unit and a WATCHER unit, wherein the API interface unit and the WATCHER unit receive a request sent by an internal system of a caller and send the request to a check module, and the check module checks the request sent by the request entry module; The message factory module is used for producing message objects according to different event types and sending the encapsulated message to the sender module. The sender module comprises an intra-station message sender unit, a mail sender unit, a short message sender unit and a micro message sender unit, wherein, the sender module invokes a corresponding third party platform to send a message to a user; The template module is used for storing the template; The invention also discloses a message sending method. The invention strips the message transmission from the main flow of the service, reduces the coupling degree between the systems, and reduces the influence on the main flow of the service.

Description

technical field [0001] The invention relates to the technical field of message sending, and relates to a message system and a message sending method. Background technique [0002] The message system is a subsystem used to provide message sending services, and it is an important way for the system to give users instant feedback based on certain events. The timeliness and accuracy of the message profoundly affect the user experience of the system. [0003] The sending of the message is realized in the main station code library before, providing the message sending service for each functional module of the system. However, with the increase of business volume and the division and addition of the system, some problems have been brought about: [0004] Standardization: At present, the method of calling message sending on the master station is not uniform. Some call the sending method of the service layer of the message module, some directly enter the sending queue, and some d...

AI Technical Summary

Problems solved by technology

[0004] Standardization: At present, the method of invoking message sending on the main station is not uniform. Some call the sending method of the service layer of the message module, some directly enter the sending queue, and some directly call the SMS channel

In addition, with the splitting of the system and the birth of new services, there is a need to send messages. If you only stay at the main station for message sending, it will not be enough to meet the growing business needs

[0005] Scalability: At present, the code coupling between the main station modules is relatively high, which makes business rectification and expansion more troublesome

[0006] High availability: If there is a problem with the server or database on the master station, it will cause mutual influence between business functions and cause joint reactions

[0007] Isolation: The tables of each business on the master station are in the same library, which is easy to cause data tampering between different businesses

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