基于网站的学生缺课应用程序设计

Mochamad Jejen Jaelani, Soecipto Soecipto, Yenni Fatman
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引用次数: 0

摘要

缺勤应用是一个系统,在每个活动中,无论是课堂活动,出勤都是关键数据。然而,通常,数据的缺失很少被注意到。证据是许多教育机构仍然使用传统的旷课制度。这样的环境当然很容易发生欺诈。因此,工程学院的信息工程研究项目需要一个系统,该系统可以创建一个缺席过程,该过程可以更有效地根据其标准产生信息,当然,使用可以解决工程学院信息工程研究项目中的问题的方法-使用极限编程方法。之所以选择极限编程方法,是因为要创建的软件简单,属于小规模软件,开发时间短。该系统开发方法是敏捷开发方法的一种。它有几个阶段,即:1;规划,2。设计,3。4.编码;测试。当然,对于一些使用UML的设计过程,例如用例图、活动图、流程图和DFD,构建的学生出勤率网站应用程序已经使用Blackbox测试进行了合格测试。本研究的结果创造了一个系统,可以帮助信息工程专业在学生退休方面提供帮助。设计一个系统,可以有效地生成适合需要的报告。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Website Based Student Absence Application Design Using Extreme Programming Method
Absenteeism application is one of the systems where attendance is critical data in every activity, be it lecture activities. Nevertheless, often, the data - this absence of data is less noticed. The proof is that many educational institutions still use conventional absenteeism. Conditions like this are certainly very vulnerable to fraud. Therefore, the Informatics Engineering Study Program of the Faculty of Engineering needs a system that can create an absence process that can produce information more efficiently and by its standards, of course, using methods that can solve the problems in the Informatics Engineering Study Program of the Faculty of Engineering—using the Extreme Programming Method. The extreme Programming method was chosen because the software to be created is simple and classified as small-scale software, and development takes little time. This system development method is one of the agile methods. Which has several stages, namely: 1. Planning, 2. Design, 3. Coding, and 4. Testing. Of course, with some design processes that use UML, such as Use Case Diagram, Activity Diagram, Flowchart &, and DFD, the student attendance website application built has been tested for eligibility using Blackbox testing. The results of this study create a system that can help informatics engineering programs to help in terms of student retirement. Design a system that can produce reports that suit needs effectively and efficiently.
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