Android message notification distribution method

Abstract

The invention discloses an Android message notification distribution method. The method comprises the following steps: registering an event subscriber by using the highest priority; registering a Subscriber by using the lowest priority, and calling the Subscriber as an EventReceiver; creating an Event by the Android system according to the message, and sending the Event through an Event Bus, wherein all registered Subscribers successively receive the Event according the high and low of the priority, the Subscriber with high priority receives at first, and the Subscriber with low priority receives at last; if the EventInterceptor receives the Event, extracting the parameter sendNotification from the Event, and setting the parameter sendNotification as the false; if the EventInterceptor doesnot receive the Event, the EventInterceptor is unregistered; when the EventReceiver receives the Event, not sending a status bar notification, and displaying the message in a chat interface; and if the parameter sendNotification value is true, sending the parameter sendNotification. The method disclosed by the invention is unnecessary to consider the model adaption prolem, and the development cost is reduced.

Description

technical field [0001] The invention relates to the technical field of Android communication, in particular to an Android message notification distribution method. Background technique [0002] In instant messaging products, processing and displaying messages is an essential function of the client. When receiving a new message from the server, the client program determines how to process the message by judging whether it is in the foreground: If the program is in the foreground To run, the message needs to be displayed directly on the interface, and the user must be notified by means of sound or vibration; if the program is running in the background, it needs to be displayed on the top status bar, and the user should be notified by floating notification or lock screen notification. [0003] An existing technology is to judge whether the program is in the foreground by calling the system API, and then process the message. The specific process is as follows figure 1 shown. T...

AI Technical Summary

Problems solved by technology

[0004] 1. The logic is complex: since the Android system version 5.0, the API for judging whether the program is in the foreground has been changed, so when calling this API, the system version needs to be judged;

[0005] 2. Poor compatibility: For some models, if the screen is locked when the program is in the foreground, the system API will judge that the program is in the foreground, so the lock screen notification will not be sent

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