摘要：在近些年来智能手机的急速发展，移动应用也应势而生，尤其是4G移动网络的普及，让人们更加迷醉于手指滑动和点击，在日常的出行、工作、游玩和理财等现在经常被关注的生活信息，大量的被各种各样的APP所实现。43145

     本次课题是设计与实现一款聚合生活信息的手机移动应用，应该在云端进行发布，让更多的人可以下载并安装使用。同时收录许多功能按实现方式大致分为三个模块：信息模块、出行类信息模块和综合类信息模块，根据用户输入需求检索相关信息，处理服务端传递的JSON 数据，并展现给用户。

     首先研究本课题的意义与目的进行了阐述，并介绍基于HTML5的Hybird手机移动应用的特色，优势与发展，分析了用户的不同需求，查找这些需求相应的API。接下来就是介绍本系统所运用的技术内容。然后就是对实现的设想和具体实施。最后对整个系统进行测试与优化。

毕业论文关键词：HTML5 ；Hybrid；JSON；手机移动应用；CSS；

Mobile application of Hybrid mobile phone based on HTML5—

The design and implementation of information module

Abstract:

In recent years the rapid development of smart phones, mobile application should also be potential in, especially the popularity of 4G mobile network, make people more drunk on the finger sliding and clicking, information on daily travel, work, play and financial and other now are often concerned about the life, a lot of is a variety of app realized.

This topic is to design and implement a mobile application of mobile phone aggregation of life information, should be released in the cloud, so that more people can download and install the use. Also included many of the features in a realization way pided into three modules: module information, travel information module and integrated information module, according to the user input requirements related to information retrieval, the JSON data transfer server, and show it to the user.

Firstly, the significance and purpose of this topic are described, and the characteristics, advantages and development of HTML5 based Hybrid mobile application are introduced, and the different needs of users are analyzed, and the corresponding API. The next step is to introduce the technology used in the system. Then is to realize the idea and the concrete implementation. Finally, the whole system is tested and optimized.

Keywords: HTML5 ；Hybrid；JSON；APP；CSS；

目录

摘要 i

Abstract i

目录 ii

1 绪论 1

1.1 基于HTML5的HYBRID手机应用系统—信息类模块设计与实现的概述的概述 1

1.1.1 课题背景 1

1.1.2 课题目的与意义 2

1.1.3 课题目的与意义 2

1.1.4 系统功能特点与优势 2

1.1.5 课题主要内容与章节简介 3

2 系统相关技术介绍 2

2.1 系统结构 4

2.2 系统技术分析