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Design And Implementation Of Reading Community System Based On China Rainbow Computer

Posted on:2018-06-26Degree:MasterType:Thesis
Country:ChinaCandidate:C H JianFull Text:PDF
GTID:2348330515487163Subject:Communication and Information System
Abstract/Summary:PDF Full Text Request
With the continuous development of the Internet era,intelligent terminals gradually become indispensable for every ordinary person in daily life.Functional software products make life more convenient,and provide smoother communication.At the same time,people put forward higher requirements for the rich spiritual and cultural life with the sustained growth of social economy."National long-term education reform and development plan(2010-2020)" proposed to achieve the goal of "the basic form of learning society" by 2020.The Propaganda Department of the CPC Central Committee focuses on the promotion and development of "nationwide reading" activities in recent years.However,the current fast-paced life makes it difficult for people to develop their own reading interests.Therefore,the creation of an efficient reading community for the mobile intenet users is of great significance.In the market of smart device operating system,Android operating system gets the favor of majority of users with its openness advantage.This paper focuses on the image loading technology of Android application development,and analyzes the implementation principle of Recycler View list control from the perspective of source code.Google's latest material design principles and Android Studio development platform are studied as well.Furthermore,the reading community system based on the China Rainbow Computer is realized.The system includes the Android client and the corresponding server.Android client is suitable for the fourth generation of the China Rainbow Computer.It provides excellent account management,book search,comment sharing,friend interaction and so on.Extended functions such as the offline activity and the old book replacement are also realized to provide users with a full range of reading and social service.This paper first investigates the users' need for reading scene,and analyzes their operating habits.Features of applications on the current Android operating system are compared and the function requirements are determined according to the survey.Based on the above knowledge,system design is given,and the overall scheme of C/S architecture model is planned according to the characteristics of functional objectives.The corresponding functions of each module of reading community system are refined,and the system interface design and code frame design are completed additionally.In the system implementation stage,five core modules including book search,book review sharing,friend interaction,offline activity and old book replacement combined with their sub-functions have been completed.In addition,the registration login,navigation list and other necessary basic functions have been realized.In order to improve the ease of application use and provide users with a better experience,auxiliary functions such as system bulletin,feedback and account logout have been added to the reading community.A complete reading community system is built after the development and integration of the sub-modules.Finally,the effects of the application function and the stability of the system are verified through function and performance testing.After in-depth investigation and design of the book review and interactive exchange needs,a reading community application based on China Rainbow Computer has been designed in this paper.And after the research on the key technology of application development on Android system,the function of every module and the overall system debugging have been completed as well.Test results show that the reading community system has achieved the desired functional objectives and met the needs of users as well as enriched the China Rainbow Computer software.The whole system exhibits good performance in fluency and stability.
Keywords/Search Tags:China Rainbow Computer, Android operating system, reading community, book review sharing, offline interaction
PDF Full Text Request
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