Mashup generator install#
Mashup generator generator#
Mashup generator software#

Unfortunately, most of the applications are not ready to be integrated due to the lack of formal descriptions of its offered functionalities. Some common tasks cannot be accomplished by using an individual application, but require the interoperability of multiple applications. However, the available functionalities still do not satisfy the variety of users' needs. With the rapid increase in popularity of mobile devices, a huge number of mobile applications are published with rich functionalities.

Our preliminary experiences may help the Web engineering community to build better Web infrastructures for a heterogeneous device landscape. We explore the recent Web Component group of W3C recommendations as a foundation for peer-to-peer cross-platform, cross-application and cross-user Web applications. In this paper, we envision a framework for letting users create situational applications for opportunistic device usage. To overcome this situational overburdening efforts, end user development in the form of component-based Web mashups has already been applied successfully in various domains.

Mashup generator install#

Moreover, end users are required to install dedicated Web apps for giving them access to these emerging technologies. However, WoT manufacturers are challenged to provide Web application interfaces for a multitude of mobile platforms in a short time. They are very convenient when connecting to ubiquitous Web of Things (WoT) appliances. Mobile computing devices like smartphones have become a commodity. Our evaluation results indicate increased productivity by better support for collaborative activities in Model-Driven Web Engineering. This leads to well-defined service interfaces that facilitate inter-service and backend-frontend communication. This paper proposes a new approach for Web-based collaborative near real-time modeling and generation of Web applications by tying together frontend components and microservices as key elements. Little research in Model-Driven Web Engineering focuses on leveraging near real-time collaboration and collaborative modeling in order to support agile Web engineering processes.

Mashup generator software#

However, model-driven engineering is mostly used in classical software development to achieve standardization and mature processes. In providing an abstraction layer on the software development process, modeling enables participatory design and improves requirements negotiation by close involvement of end users. In agile practices, near real-time collaboration on the Web facilitates stakeholder activities, their communication and joint impact analysis. Web services, which enable platform-independent functionality exchange across devices via tethered HTTP communications. Complex mashup examples are provided to demonstrate new cooperative applications of generated

Mashup generator generator#

The state of art generator system is evaluated with noviceĪnd expert composer groups, to validate the usability of the system and the expressibility of our Mobile Application Interfaceĭescription Language (MAIDL). Web page data extractions, and RESTful Web service consumptions. Working components in the mashup execution are derived from a combination of existent mobile applications, JavaScript automated With less programming efforts, our system and description language frameworkĮnables a rapid development, a reusability of working components and a delivery of new cooperative mobile mashup applications. This paper presents a development and an evaluation of a mobile mashup generator system to compose mobile mashup applicationsĪnd Tethered Web services on a mobile device (TeWS).