Network state indication method in cloud application, operating system, device and storage medium

Abstract

An embodiment of the invention relates to the technical field of cloud, and provides a network state indication method in cloud application, an operating system, a device and a storage medium. The network state indication method comprises the steps of: intercepting a return value of a network interface function at a local service layer when a network state of wireless communication connection is aconnected state; in a local service layer, updating the return value of the network interface function to a first return value by a monitoring assembly, and transmitting the first return value to anapplication framework layer, wherein the first return value is used for indicating that a calling environment of wireless communication connection in the current operating system is in a connected state; and in the application framework layer, acquiring a real-time network state of the wireless communication connection from the application layer, acquiring a second return value according to the real-time network state and the first return value, and transmitting the second return value to the application layer, wherein the second return value is used for indicating the state of a calling environment of the wireless communication connection in the current operating system. According to the network state indication method, offline probability of a terminal during online cloud game under WIFIconnection is reduced, and the stability and compatibility of the cloud game are improved.

Description

Technical field[0001]The embodiments of the present application relate to the field of cloud technology, and in particular to a method, operating system, device, and storage medium for indicating network status in cloud applications.Background technique[0002]At present, in order to realize faster wireless fidelity technology (wireless-fidelity, WI-FI) connection and scheduling, the WI-FI module in the Android system is generally modified, specifically for the scene of real mobile phone hardware. FI-related system content. For example, cutting off some functions of the WI-FI module in the Linux kernel; or customizing the Android system to achieve intermittent or managing WI-FI switches in specific scenarios.[0003]However, the cloud game on the physical server is a cloud game scenario based on a container, and the physical server does not have a real WI-FI module. For the terminal side using the cloud game, if the terminal is an Android system, the Android system can only use two netw...

AI Technical Summary

Problems solved by technology

Since each container shares the same network, in the scenario where the terminal is connected to WI-FI, even if the network is actually connected to the Android system, the Android system cannot recognize that the network is connected, or the Android system The app does not think that the network is connected, and the app at the application layer of the Android system can only call the application program interface API of the Android system. Therefore, in the end, the result of the app's API-based call is no network connection, resulting in many apps being unable to run on the cloud. run in game

It can be seen that the current WI-FI module transformation scheme cannot be applied to cloud game scenarios

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