100 sets of computer graduation projects
WeChat Mini Program Project Practice
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Table of contents
1. Main contents and requirements of graduation thesis (design)
1. Main contents and requirements of graduation thesis (design)
1.1 Main content of design
The system mainly consists of two modules, one is the mini program user terminal, and the other is the backend management terminal.
The functions implemented by the mini program client include:
User login: The system uses the WeChat mini program platform and only requires WeChat authorized login;
Daily health information reporting: Users need to upload personal health information before returning to their community, such as itinerary code, body temperature, movement track and other information. The information will be reviewed in the background, and they can return to the corresponding community after passing the review;
View community epidemic statistics and information;
Check the location of confirmed cases near the community on the map;
Map location view of nucleic acid testing locations;
Nucleic acid information reporting;
Community entry and exit registration application: fill in and upload the application information, and you can only enter and exit after passing the review;
Personal Center: View my health information, nucleic acid information, entry and exit report review, etc.
Functions implemented by the background management terminal:
1. Administrator registration and login;
2. Daily health information reporting and management of residents;
3. Release of confirmed cases near the community;
4. Announcement of nucleic acid testing locations;
5. Approval for residents to enter and exit the community;
6. Resident information;
7. Administrator information.
In all management modules, administrators can perform basic operations such as adding, deleting, modifying, and checking.
1.2 Requirements
1. Summarize the important role of the community epidemic prevention and control system as well as the social value and contemporary significance of the community epidemic prevention and control system through independent search for information, reading multiple corresponding articles, and independent thinking.
2. Read and analyze relevant cases, and based on the development model applicable to this system and the needs of the majority of users, summarize through market research how to design the system, what functions should be implemented, and how to implement them.
3. Based on this topic, decide what software development should be used to create the physical system, summarize the difficulties encountered during the development process, and what methods have been adopted to solve these difficulties.
4. After configuring the development environment, write code to form an entity.
5. Evaluate the final effect of the built system and point out where there is still room for improvement and why it cannot be done better now.
6. The main content of the design report includes: introduction, software analysis (requirements analysis, feasibility analysis, etc.), software design, software implementation, software testing, conclusion, etc., with a word count of no less than 10,000 words.
2. Must-read references
[1] Shen Yanmei. Practical dilemma and path exploration of community emergency management from the perspective of epidemic prevention and control [J]. Journal of Ningde Normal University (Philosophy and Social Sciences Edition), 2022(03):27-31.
[2] Pan Xiuhua, Gu Ping. The dilemma of social organizations improving community publicity from the perspective of COVID-19 prevention and control and how to solve it [J]. Learning Forum, 2022(05):80-87.
[3] Zhang Zhou, Chen Wei. How to consolidate the community as the frontline for epidemic prevention and control [N]. Chengdu Daily, 2022-09-09(006).
[4] Yi Xingtao. Research on social work intervention in community epidemic prevention and control [D]. Central China Normal University, 2022.
[5] Li Changbao. Design and development of electronic mall based on WeChat applet [J]. Journal of Luliang Institute of Education, 2021, 38(03): 133-136.
[6] Chen Qi. Research on the construction of WeChat applet architecture based on Webpy+Apache HTTP Server [J]. Wireless Internet Technology, 2017(18):50-51.
[7] Zhao Jiandong, Xu Zhichao. Development and implementation of WeChat mini program practical courses [J]. Modern Computer, 2020(30):98-102.
[8] Li Zhe, Zhou Ling. A brief analysis of the architecture and development of WeChat mini programs [J]. Fujian Computer, 2019, 35(12): 66-69.
[9] Zheng Chaoya. Design and development of information technology answering system based on WeChat applet [D]. Minzu University of China, 2019.
[10] Zhang Xiaolong. Where is the entrance to the WeChat mini program? What is its use? [J]. Computers and Networks, 2017, 43(04):50.
3. Progress Arrangement
Week 1: topic opening and two-way topic selection;
Week 2: Discuss with the instructor, write and submit the assignment letter;
Week 3: Collect information and write a proposal report;
Week 4: Determine the system implementation functions and development tools, and build the system development environment.
Weeks 5-6: Gradually implement the functions of each module of the system;
Week 7: Improve the system functions and complete the interface connection between the mini program front-end and the back-end administrator;
Weeks 8-9: Conduct system testing, continue to improve system functions and write papers;
Weeks 10-11: Complete the system and finalize the thesis, and prepare for graduation defense.