Push module modularization method and a client

Abstract

The embodiment of the invention discloses a push module modularization method which is used for enabling an obtained push assembly to enable a clear framework of a client side to complete decoupling among service assemblies, enabling the service assemblies to be closed with a service serving as a unit during a promotion peak period, and guaranteeing smooth execution of a core service assembly. Themethod disclosed by the embodiment of the invention comprises the following steps: creating a push module by a client; The client obtains related codes of the push logic, wherein the related codes ofthe push logic comprise codes corresponding to the push logics of different service functions in the first application; The client packages the related code of the push logic in the push module to obtain a push component; The client receives a push message sent by the server; And the client analyzes and processes the push message through the push component, and displays the processed push message.

Description

technical field [0001] The present application relates to the field of client development, and in particular to a push module componentization method and a client. Background technique [0002] With the continuous iteration of the application (Application, APP) version and the continuous increase of new functions, the business will become more and more complex. The number of APP business modules may continue to increase, and the code of each business module will also change. more and more. In this way, the APP architecture under a single project will inevitably affect the development efficiency and increase the maintenance cost of the project. Every engineer must be familiar with so many codes, it will be difficult to carry out multi-person collaborative development, and Android (Android) projects are being compiled. When coding, the computer will be very stuck, and because the code coupling in a single project is serious, every time a code is modified, it must be recompile...

AI Technical Summary

Problems solved by technology

In this way, the APP architecture under a single project will inevitably affect the development efficiency and increase the maintenance cost of the project. Every engineer must be familiar with so many codes, it will be difficult to carry out multi-person collaborative development, and Android (Android) projects are being compiled. When coding, the computer will be very stuck, and because the code coupling in a single project is serious, every time a code is modified, it must be recompiled, packaged and tested, which is very time-consuming. The most important thing is that such codes are impossible to do unit testing.

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