Message processing method, device and electronic device

Abstract

A message processing method and apparatus, an electronic device and a computer readable storage medium. The method and apparatus are applied to an application program comprising a plurality of pieces of service logic. The method comprises: based on a determination condition set in an implementation class of a target service logic, determining, in an abstract class, whether the target service logic needs to perform asynchronous message processing, wherein the implementation class inherits the abstract class (S110); when the target service logic needs to perform asynchronous message processing, determining whether an asynchronous message processing class is instantiated in the abstract class, and if the asynchronous message processing class is not instantiated, instantiating the asynchronous message processing class (S120); and invoking an instantiation object of the asynchronous message processing class in the implementation class, so as to process a message of the target service logic (S130). Therefore, an asynchronous message processing class can only be instantiated in an abstract class, and asynchronous message processing can be realized by invoking an instantiation object of the asynchronous message processing class when various pieces of service logic in an application program need to perform asynchronous message processing, such that the memory overhead is greatly reduced and the development efficiency is improved.

Description

technical field [0001] The present invention relates to the technical field of communications, and in particular, to a message processing method, device and electronic equipment. Background technique [0002] An application usually needs to implement multiple business logics, and the program code for independently completing one business logic belongs to one level. Sometimes various levels of program code may need to perform time-consuming operations, and the application's user interface needs to be updated when the operation is completed. For this type of operation, the existing method is to create a separate sub-thread for execution, so as not to cause blocking of the user interface. The update of the user interface needs to be performed in the main thread of the application program, which requires the sub-thread to deliver the result of the operation execution to the main thread, so that the user interface can be updated. [0003] Currently, an asynchronous message proc...

AI Technical Summary

Problems solved by technology

The existing practice is to instantiate the asynchronous message processing class in the layer where asynchronous message processing is required in the application program, which leads to the instantiation of asynchronous message processing objects in multiple layers in the application program, which will cause memory overhead increase

At the same time, instantiating asynchronous message processing objects in multiple levels will lead to the problem of repeated development, which not only reduces development efficiency, but also wastes development costs

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