Abstract:
The use of web and mobile applications is growing very rapidly in the modern era. Due to
high end demand of such applications, the software stakeholders want the applications to be
available on both mobile and web. In software industry this requires more efforts to develop
applications for both mobile and web. Consequently, more resources with different technology
experts are needed for the development of multiplatform applications. The software engineers
always look for time saving and robust methodology for good, quick and qualitative software
development. Web and mobile applications usually composed of three layers i.e. application,
business and data. Application layer deals with the UI related concepts that run on browser. On
the other hand, business layer deals with the business logic that is usually implemented on server
side. Finally, data layer deals the data access from database.
We have performed the literature review in which we found that a methodology is needed
where the software engineers can generate scaffolding code for the data and presentation layers
considering the modern development technologies of hybrid (ionic) and web apps (angular).
Normally in software industry, the system analysts design the class diagram and is handled over
to the software developers. The developers start writing code in client side technology, server side
technology and also generate database according to the class diagram.
We have proposed the model-based methodology for the development of applications for
both mobile and web applications, because, Model Driven Architecture (MDA) is renowned
software design approach in software industry that make the software development very rapid and
consistent. MDA facilitate the development of multiplatform applications from one UML diagram.
Specifically, by applying the principle of “Run everywhere after develop once”, we have designed
a profile which have data types and stereotypes of model, class and property meta-class. We have
generated the code from class diagram by Acceleo. Our methodology is validated by two case
studies demonstrating that the idea is workable. Moreover, one empirical case study was given to
12 industry professional, for evaluating the saving of development effort using the proposed
methodology. We found that the proposed approach reduced the amount of effort significantly
