基于MVP模式的医疗科普App设计与实现

Design and implementation of medical popular science App based on MVP mode

在互联网+浪潮下,公众越来越关注与健康医疗相关的科普知识。为了使公众方便获取医疗及医疗大数据处理等相关科普知识,论文结合互联网+及移动App可携带优势设计与实现了面向上海松江辖区公众的医疗科普App。系统使用MVP作为框架模型,View层采用Material Design界面设计语言提供简洁而美观的操作界面,该层的数据更新及操作请求均是通过引用Presenter对象间接实现,Presenter防止用户直接接触医疗科普数据库,Model层结合Rx Java和Retrofit技术实现了科普数据传输过程中的各种异步操作,实现页面缓存、消息推送服务等功能模块。系统测试结果表明该科普App性能高效稳定、具有较好的用户体验和应用推广价值。

Under the tide of Internet＋,the public is increasingly concerned about popular science related to health care. In order to facilitate public access to science-related knowledge such as medical treatment and medical big data processing,the paper designs and implements a medical science App for the public in Shanghai＇s Songjiang District,combining the advantages of Internet ＋ and mobile App.The system uses MVP as the framework model. The Viewlayer uses the Material Design interface design language to provide a simple and beautiful operation interface. The data update and operation requests of this layer are implemented indirectly by referencing the Presenter object. Presenter prevents users from directly contacting the medical science database. The Model layer combines Rx Java and Retrofit technologies to implement various asynchronous operations in the process of science data transmission,and to implement function modules such as page caching and message push services. The system test results showthat the popular science APP performance is highly efficient and stable,meanwhile has good user experience and application promotion value.