Research And Application Of Cross Platform Development Framework For Mobile Terminals

With the rapid development of mobile Internet,the intelligent mobile terminal become more and more popular,especially Android and IOS,the number of mobile terminal users is increasing. Traditional native application development model due to the high development costs, long cycle and other reasons has been difficult to meet the growing mobile application development needs. Cross platform mobile application development model can just to make up for this deficiency, and quickly get the favor of the majority of mobile application developers, but because of its difficult to show the advantages of local hardware and operating system, and lacking of performance experience leads to the slow development.In this thesis, through the analysis of mainstream cross platform development framework APICloud, Phonegap, Titanium, Sencha touch in performance, hardware utilization, memory consumption with other aspects of the advantages and disadvantages. In this thesis, propose a standard of selected according to the demand of application development framework, provides the reference for mobile application developers. The final choice of the APICloud to study in detail for the development of the application.Phase compared to that of the other mainstream cross platform development framework APICloud IDE integrated excellent and can be directly connected to the cloud, The underlying hardware call API effect is better than other frameworks, code can be encrypted, security has been improved.This paper studied APICloud, the needle on the performance shortcomings, combined with HTML, CSS3 and other mainstream development technologies, analysis and put forward a set of optimization scheme to solve the problem of cross platform mobile application interface interaction not wonderful.Finally,development "The Belt and Road Yunnan" as an example,the application based on APICloud and it’s optimization scheme has been completed,the practice verfifies the optimazation scheme’s effectiveness and feasibility,and the user interaction performance has been improved on Android and iOS.