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Wieland Schwinger, Werner Retschitzegger, Andrea Schauerhuber, Gerti Kappel, Manuel Wimmer, Birgit Pröll, Cristina Cachero Castro, Sven Casteleyn, Olga De Troyer, Piero Fraternali, Irene Garrigos, Franca Garzotto, Athula Ginige, Geert‐Jan Houben, Nora Koch, Nathalie Moreno, Oscar Pastor, Paolo Paolini, Vicente Pelechano Ferragud, Gustavo Rossi, Daniel Schwabe, Massimo Tisi, Antonio Vallecillo, Kees van der Sluijs and Gefei Zhang
Ubiquitous web applications (UWA) are a new type of web applications which are accessed in various contexts, i.e. through different devices, by users with various interests, at…
Abstract
Purpose
Ubiquitous web applications (UWA) are a new type of web applications which are accessed in various contexts, i.e. through different devices, by users with various interests, at anytime from anyplace around the globe. For such full‐fledged, complex software systems, a methodologically sound engineering approach in terms of model‐driven engineering (MDE) is crucial. Several modeling approaches have already been proposed that capture the ubiquitous nature of web applications, each of them having different origins, pursuing different goals and providing a pantheon of concepts. This paper aims to give an in‐depth comparison of seven modeling approaches supporting the development of UWAs.
Design/methodology/approach
This methodology is conducted by applying a detailed set of evaluation criteria and by demonstrating its applicability on basis of an exemplary tourism web application. In particular, five commonly found ubiquitous scenarios are investigated, thus providing initial insight into the modeling concepts of each approach as well as to facilitate their comparability.
Findings
The results gained indicate that many modeling approaches lack a proper MDE foundation in terms of meta‐models and tool support. The proposed modeling mechanisms for ubiquity are often limited, since they neither cover all relevant context factors in an explicit, self‐contained, and extensible way, nor allow for a wide spectrum of extensible adaptation operations. The provided modeling concepts frequently do not allow dealing with all different parts of a web application in terms of its content, hypertext, and presentation levels as well as their structural and behavioral features. Finally, current modeling approaches do not reflect the crosscutting nature of ubiquity but rather intermingle context and adaptation issues with the core parts of a web application, thus hampering maintainability and extensibility.
Originality/value
Different from other surveys in the area of modeling web applications, this paper specifically considers modeling concepts for their ubiquitous nature, together with an investigation of available support for MDD in a comprehensive way, using a well‐defined as well as fine‐grained catalogue of more than 30 evaluation criteria.
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Keywords
Andreas Langegger, Jürgen Palkoska and Roland Wagner
The World Wide Web has undergone a rapid transition from the originally static hypertext to an ubiquitous hypermedia system. Today, the Web is not only used as a basis for…
Abstract
The World Wide Web has undergone a rapid transition from the originally static hypertext to an ubiquitous hypermedia system. Today, the Web is not only used as a basis for distributed applications (Web applications), moreover it serves as a generic architecture for autonomous applications and services. Many research work has been done regarding the modeling and engineering process of Web applications and various platforms, frameworks and development kits exist for the efficient implementation of such systems. Concerning the modeling process, many of the published concepts try to merge traditional hypermedia modeling with techniques from the software engineering domain. Unfortunately, those concepts which capture all facets of the Web’s architecture become rather bulky and are eventually not applicable for a model‐driven Web application development. Moreover, there is a need for frameworks which address both, the modeling process and the implementation task and allow a model driven, semi‐automatic engineering process using CASE tools. This paper outlines the DaVinci Web Engineering Framework which supports the modeling as well as the semi‐automated implementation of Web applications. The DaVinci Architectural Layer specifies a persistent, hierarchical GUI model and a generic interaction scheme. This allows the elimination of the hypermedia paradigm, which turned out to be rather practical when building Web applications.
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Since publication of an earlier hypertext/hyper‐media bibliography in Library Hi Tech Bibliography, two trends have experienced accelerated growth. The first is the explosion of…
Abstract
Since publication of an earlier hypertext/hyper‐media bibliography in Library Hi Tech Bibliography, two trends have experienced accelerated growth. The first is the explosion of hypermedia and hypermedia tools in both quantity and quality. Movies, pictures, and sound are now commonly linked with hypertext in ever‐more complex presentations. This trend will continue as costs begin to decrease.