Multiwindow interface realization method based on Android operating system

Abstract

The invention discloses a multiwindow interface realization method based on an Android operating system. The system comprises a packet management service unit, a movable management service unit and a window management service unit. The realization method comprises the steps that a user side starts a new application window and transmits corresponding information to the movable management service unit, the movable management service unit verifies a start right, the movable management service unit switches application windows, the movable management service unit starts a new application, the window management service unit distributes a position and a size, and the window management service unit displays a new application window. The method can realize simultaneous display of multiple application windows on an Android equipment screen, and a user can open the new application under the condition of not exiting the current application.

Description

technical field [0001] The invention relates to the field of mobile communication, in particular to a method for realizing a multi-window interface based on an Android operating system. Background technique [0002] At present, all applications in the Android system can only be displayed in a single window in full screen, that is to say, more than two applications cannot be displayed on the screen at the same time, so that when the user needs to temporarily switch from one application to another application, he must first exit the current application, and then try again. Entering another application will cause great inconvenience. For example, the current user is watching a movie and then receives a WeChat message. If the user wants to view the WeChat message, he must open WeChat from the status bar and exit the current video interface to complete the WeChat message. After the reply, you need to press the back button to return to the video interface again. At this time, the ...

AI Technical Summary

Problems solved by technology

In fact, the Android system still retains the multi-process feature of the Linux system, that is, when switching from one application to another, it seems to exit the previous application on the surface, but in fact the application process is still running in the background. The front-end interface is hidden, so that when switching to the application again, the process does not have to be restarted, thereby speeding up the startup speed. Although the adverse effect of application switching on the user experience can be reduced, it still does not solve the problems of the above-mentioned prior art. Problem, on a device with a small screen like a mobile phone, users may be able to accept this problem, but on a device with a larger screen above 8 inches, the application window should be presented in a better way to solve this problem

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