Multi-network message pushing method based on Andriod mobile phone system

Abstract

The invention provides a multi-network message pushing method based on an Andriod mobile phone system. A mobile phone and a server are required to be provided; the mobile phone comprises a message backstage service; the message backstage service is automatically started when the mobile phone is started up; the method comprises following steps that: the message backstage service of the mobile phone of a sender selects the sending mode of an instruction message through judging whether the message backstage service of the mobile phone of a receiver is connected to the server, if the mobile phone of the receiver is connected to the internet, the instruction message is packaged into a network message, the network message is forwarded to the mobile phone of the receiver through the server, otherwise the message is packaged into an encrypted short message, the encrypted short message is sent to the mobile phone number of the receiver through a GSM network; the message backstage service of the mobile phone of the receiver intercepts the instruction message, analyzes the instruction message and executes the instruction. According to the method provided in the invention, different message sending modes are selected according to different network connection states, therefore, the message is ensured to be pushed and executed immediately, the message transmission stability is ensured, and the message processing efficiency is improved.

Description

technical field [0001] The invention relates to a message push mechanism, in particular to a multi-network message push method based on an Android mobile phone system. Background technique [0002] In the Android mobile phone operating system, due to the different network environments of each mobile phone, when some important messages are pushed to the mobile phone, there is often a problem that the message push is not timely or the push fails. For example, when a mobile phone is lost or stolen, we hope to push instruction messages to the mobile phone in time for corresponding operations, such as deleting some applications to protect important information. The traditional solution is to push messages by connecting to the Internet, but if the mobile phone is not connected Network, then message push is meaningless, so it is necessary to design a multi-network message push method to ensure timely push of messages, not limited by mobile phone networks, and to ensure the stabilit...

AI Technical Summary

Problems solved by technology

For example, when a mobile phone is lost or stolen, we hope to push instruction messages to the mobile phone in time for corresponding operations, such as deleting some applications to protect important information. The traditional solution is to push messages by connecting to the Internet, but if the mobile phone is not connected network, then message push is meaningless, so it is necessary to design a multi-network message push method to ensure timely push of messages, not limited by mobile phone networks, and to ensure the stability of information transmission

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