Mobile application program real-time updating method and system

Abstract

The invention discloses a mobile application program real-time updating method and system. The method comprises the steps that a server side carries out difference calculation on a new version of an application program uploaded by a developer and an originally stored old version, thus a differentiation increment between the two versions is generated; a mobile terminal is connected with a mobile network to check whether a new version of the program is released, if no new version of the program is released, the operation of the program is performed normally, otherwise, the program sends out a request of downloading the new version to the server side; the server side receives the request, checks whether the differentiation increment between the version of the mobile terminal and the current latest version is stored, and sends the differentiation increment to the mobile terminal if the differentiation increment exist, otherwise difference calculation is carried out to generate a differentiation increment between the two versions, and the differentiation increment is sent to the mobile terminal; the mobile terminal carried out incremental updating on the mobile application through receiving the differentiation increment data sent by the server side. Compared with the prior art, the mobile application program real-time updating method and system can be used for effectively simplifying the release process, reducing the network traffic during mobile application updating, and saving the phone traffic to a maximized extent.

Description

technical field [0001] The invention relates to an incremental updating technology of software, in particular to a method and system for real-time updating of mobile application programs. Background technique [0002] At present, the volume of application software on mobile terminals of smartphones is expanding rapidly. The volume of almost every important software increases linearly, but after increasing to 5MB~10MB, the volume no longer increases linearly. Because each user's mobile phone has only a budget of 100MB, and there are usually dozens of applications on each user's mobile phone, the traffic is far from enough. In addition, the speed of the mobile network is extremely slow, and it is very difficult to download such a large software. At the same time, there are many other problems: on the one hand, the software is too large, which makes it extremely difficult to update; on the other hand, the software is too large, so that software developers need to rack their br...

AI Technical Summary

Problems solved by technology

In addition, the speed of the mobile network is also extremely slow, and it is very difficult to download such a large software

At the same time, there are many other problems: on the one hand, the software is too large, making it extremely difficult to update; on the other hand, the software is too large, causing software developers to rack their brains to optimize the size of the software

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