Journal
PROCEEDINGS OF THE 14TH INTERNATIONAL CONFERENCE ON EVALUATION OF NOVEL APPROACHES TO SOFTWARE ENGINEERING (ENASE)
Volume -, Issue -, Pages 257-264Publisher
SCITEPRESS
DOI: 10.5220/0007678302570264
Keywords
Model-Driven Development; Responsive Web Application; Web Engineering
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Funding
- national funds under FCT [UID/CEC/50021/2019, 02/SAICT/2017/29360]
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Nowadays users have multiple devices to access a myriad of web and mobile applications. This has increased the importance of developing such applications in a responsive way, i.e. with the ability to seamlessly display their contents on multiple devices. This paper proposes the XIS-Web technology as a model-driven approach focused in the development of responsive web applications. XIS-Web technology includes two main parts: the XIS-Web modeling language, implemented as a UML profile; and the XISWeb framework, which is a set of integrated software tools. XIS-Web stands out in four key aspects: supports the modeling of web applications around six viewpoints, which ultimately promotes the separation of concerns that is key to managing complexity; generates user-interface models from extended use-case models, relieving this cumbersome and time consuming task from the user; employs latest generation web technologies (such as HTML5, JavaScript, CSS) that allow the required flexibility of developing responsive web applications; and allows the creation of platform-independent models without requiring a significant learning curve. This paper also presents an evaluation conducted in a controlled environment with a group of independent users, and briefly introduces simple case studies.
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