Domain Analysis of Payment Gateway Product Line

Erithiana Sisijoan Koesnadi, M. R. Setyautami, A. Azurat
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Abstract

Digitalization in the industry brings opportunities for financial technology (fintech) to improve and automate financial services and transactions. Payment gateway is a type of fintech that provides payment services by integrating the users' business process with various banks and financial entities. The payment gateway requires handling different users' needs, and the implementation is also related to various payment channels and environments. This kind of variation in the payment gateway could be managed using software product line engineering (SPLE). SPLE is an approach to developing various products by defining commonality and variability to achieve higher quality, productivity, and time-to-market. The first process in SPLE is a domain requirement engineering that analyzes the variability of the payment gateway. This paper presents the domain requirement engineering process of the payment gateway. We observe the existing payment gateway to analyze the feature variation. The output is a variability model of the payment gateway system in a feature model. Based on the feature model, the reusable components can be designed to implement the payment gateway product line.
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支付网关产品线的领域分析
行业的数字化为金融科技(fintech)改善和自动化金融服务和交易带来了机会。支付网关是一种通过将用户的业务流程与各银行和金融实体相结合,提供支付服务的金融科技。支付网关需要处理不同用户的需求,实现也涉及到各种支付渠道和环境。支付网关中的这种变化可以使用软件产品线工程(simple)进行管理。spe是一种通过定义共性和可变性来开发各种产品的方法,以实现更高的质量、生产率和上市时间。SPLE中的第一个过程是分析支付网关可变性的领域需求工程。本文介绍了支付网关的领域需求工程过程。通过对现有支付网关的观察,分析其特征变化。输出是特征模型中支付网关系统的可变性模型。基于特征模型,可以设计可重用组件来实现支付网关产品线。
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