Article Details

Abstract

With the development of mobile internet, WeChat mini programs, by virtue of their convenient features, have become a preferred choice for information services across multiple fields. Against the backdrop of nearly full mobile phone coverage among vocational education students, this paper designs and implements an attendance check-in system based on WeChat mini programs. The system leverages the SpringBoot framework to integrate with WeChat JSSDK. By utilizing the rich development components of the WeChat client (such as forms, navigation links, and location services), the system aims to achieve comprehensive informatization of classroom teaching management, improve teaching efficiency, and effectively address issues plaguing traditional check-in methods including low efficiency, susceptibility to proxy attendance, and difficulties in data statistics. Leveraging WeChat development components and adopting a modular architecture with front-end and back-end separation, the system realizes core functions such as multi-role permission management, user management, and check-in statistics. The test results demonstrate that it can respond quickly and check-in accurately, effectively solving the drawbacks of traditional check-in methods and significantly improving the informatization level of classroom management.

Keywords

WeChat Mini Program; SpringBoot framework; attendance check-in system; front-end and back-end separation

References

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About the authors

Tu Lan (1986-), male, Han nationality, from Fuzhou, Jiangxi Province, lecturer, master's degree, research directions: RFID technology, artificial intelligence technology, image processing.