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Graphical user interfaces (GUI) of modern web applications offer a look-and-feel comparable to desktop applications, mainly by using JavaScript or other Rich internet Applications (RIA) technologies. With W3C’s upcoming HTML5 standard, even more powerful concepts for browser-side GUI programming are introduced, e.g. the <canvas>-tag. Model-driven development of web applications and RIA has been studied for many years. However, all existing approaches for model-driven web and RIA development focus on entire webpages. With the increasing complexity of modern web GUIs, the model-driven development of GUI components itself comes into focus. Therefore, in this paper a method is proposed for the model-driven development of interactive, JavaScript-based GUI components based on the <canvas>-tag. Using a metamodel based on an UML 2.0 profile, the approach is usable together with existing UML-based methods or standalone. The implementation is described and its feasibility and implications are examined by means of a proof-of-concept

Model-driven Development of Interactive Web User Interfaces with HTML5