Simulation method and device for mobile light application

Abstract

Embodiments of the invention disclose a mobile lightweight application simulation method and device. The method provided by the embodiment of the invention comprises the steps that: the simulation device determines a second size parameter according to a first size parameter of a mobile terminal and an adjustment instruction input by a user, wherein the first size parameter is the size of an actual screen of a preset mobile terminal, and the second size parameter is the adjusted size of a simulation screen; the simulation device calculates a proportion parameter of the first size parameter and the second size parameter; and the simulation device performs adjustment on a page of a lightweight application according to the proportion parameter to enable a page size parameter to correspond to the second size parameter. The invention furthermore provides the lightweight application simulation device. According to the embodiments of the invention, the page of the lightweight application can well adapt to the size of the screen of the mobile terminal; and the page of the lightweight application is portable, effective and well integrated with a desktop application, so that user experience is good.

Description

technical field [0001] The invention relates to the field of computers, in particular to a simulation method and equipment for mobile light applications. Background technique [0002] Light App is a full-featured app developed through HTML and JavaScript that does not need to be downloaded and can be searched and used. With many advantages, it is favored by the majority of users. With the widespread use of light applications, more and more developers develop light applications. In the development of light applications, debugging is a very important link. [0003] In the prior art, a mobile terminal emulator (such as the official emulator of the Android system) can be used to debug the running interface of the light application. The web page of the application adapts to the real mobile terminal screen. However, this solution needs to install a mobile terminal emulator on the PC side, and the CPU and system memory occupancy rates of the emulator are relatively high, resultin...

AI Technical Summary

Problems solved by technology

However, this solution needs to install a mobile terminal emulator on the PC side, and the CPU and system memory occupancy rate of the emulator is high, resulting in very slow startup and operation of the mobile terminal emulator.

[0004] Compared with the mobile terminal emulator, use the web browser of the PC desktop system (such as Chrome, Firefox, IE, etc.) to test the running interface of the light application to show the effect of the light application page without occupying a large amount of CPU and memory of the system. Solve the problem that the mobile terminal emulator starts and runs slowly. However, the PC screen sometimes cannot simulate the real mobile terminal screen well. For example, as the resolution of the mobile terminal continues to increase, when the resolution of the mobile terminal is larger than the PC screen When the resolution is higher, the points on the mobile terminal screen correspond to the points on the PC screen one by one, which will make the screen of the mobile terminal exceed the visible range of the PC screen, and the effect of overviewing the whole picture cannot be achieved.

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