Mockup-Driven Development: Providing agile support for Model-Driven Web Engineering

Rivero, José Matías; Grigera, Julián; Rossi, Gustavo; Luna, Esteban Robles; Montero, Francisco; Gaedke, Martin

doi:10.1016/j.infsof.2014.01.011

Cited by 70 publications

(64 citation statements)

References 23 publications

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“…Predominantly, the significance of post-delivery advancement process to small and medium enterprises is the development and maintenance of quality web applications by engaging the scarce resources and time [30]. Other researchers employed what is commonly identified as mockups (user interface prototypes) as an approach of commencing the modeling process within the framework of an integrated agile MDWE method [31]. As a measure of aiding this method, the present study incorporated a frivolous metamodel that encourages modeling aspects over mockups, creating end users interface as well as creating MDWE models.…”

Section: Mdwe Life Cyclementioning

confidence: 99%

“…Furthermore this study considered a statistical assessment of the two methods (traditional modeling versus mockup based modeling) [31]. In [7], a very excellent combination model has been offered with the objective of covering lifecycle, while suggesting three web engineering approaches: UWE, NDT, and WebML to handle lifecycle as expressed in Fig.2, regardless of this idea being excellent, it is equally intricate in the implementation phase since it requires novel transformation model, besides lack of tool supporting the implementation of this concept.…”

Section: Mdwe Life Cyclementioning

confidence: 99%

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Analyzing Interaction Flow Modeling Language in Web Development Lifecycle

Wakil¹,

Jawawi²

2017

ijacsa

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Abstract-Two years ago, the Object Management Group (OMG) adopted a new standard method named Interaction Flow Modeling Language (IFML) for web engineering domain. IFML is designed to express the content, user interaction, and control behavior of the front end of applications. There are number lacks in web engineering methods, because each of them is defined to particular specifications, one of which is the open issue of supporting the whole lifecycle in process development. In this paper, we analyze IFML models in the process development lifecycle to show capability of the method used in the process development. We then make a comparison between IFML and other methods in lifecycle phases. Finally, we add IFML to the web engineering lifecycle's map. It is anticipated that the result of this paper will be to become a guide for developers for using IFML in the development of new applications.

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Section: Mdwe Life Cyclementioning

confidence: 99%

Section: Mdwe Life Cyclementioning

confidence: 99%

Analyzing Interaction Flow Modeling Language in Web Development Lifecycle

Wakil¹,

Jawawi²

2017

ijacsa

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“…Many times, DSL development is guided by domain concepts -especially when applying a model-driven approach-and its executable environment is decided in late stages. Because of that, as some authors have stated [86], delaying this decision complicates the possibilities to translate concepts to a working implementation. Hence, we believe that combining the modeldriven approach with the envisioning of an architectural strategy can benefit the efficiency of the implementation of the DSL.…”

Section: Overview Of the Methodsmentioning

confidence: 99%

“…Another example is the work of Visser [86], which proposes an approach to design DSLs by introducing agile practices such as carrying the DSL incrementally. This work adopts agile practices but it still does not address the issue of how to involve end-users in the process.…”

Section: Combining Model-driven and Agile Practices For Dsl Developmentmentioning

confidence: 99%

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An agile model-driven method for involving end-users in DSL development

Pozo¹,

José²

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An agile model-driven method for involving end-users in DSL developmentUn método ágil dirigido por modelos para involucrar a los usuarios finales en el desarrollo de DSLs Un mètode àgil dirigit por models per a involucrar als usuaris finals en el desenvolupament de DSLs AgradecimientosEn este pequeño trocito de tesis me gustaría dar gracias a todas aquellas personas que han contribuido de algún modo en la realización de esta tesis.En primer lugar, quiero dar la gracias a mis directores de tesis. A Oscar, por creer en mi desde el primer día (aunque al principio solo fuera por mi casa de la nieve en Rubielos), por darme libertad para llevar a cabo esta tesis y sobre todo por apoyarme hasta el final. A Paco, por guiarme durante todo el proceso, por su apoyo y ánimo constante, por sus acertadas críticas, por leer esta tesis varias veces y sobre todo por su ayuda incondicional durante estos 5 años.También quiero dar las gracias a mi familia y amigos por cuidarme y apoyarme, ya sea viniendo a comer conmigo a la Universidad, insistiéndome cada cinco minutos en que acabara la tesis, preguntándome como estaba, haciéndome croquetas, arreglándome los desastres de mi casa, despidiendo positivismo en todo momento o estando ahí aunque solo nos hayamos podido ver una vez al mes o al año.Por otro lado, quiero dar las gracias a todos los compañeros del Pros que también me han ayudado. A Marce, por ser mi compañera de viaje, por salir conmigo a todo tipo de ferias, y por escuchar todos mis rollos durante nuestras salidas cenicientiles acompañadas de vino de la casa. A mis compañeros del genoma, por su forma de ver la vida, que me ha ayudado a reflexionar y a salir de mi zona de confort, y en especial a Ana Levin, por su ayuda durante los primeros años. A Sergio y a Ignacio, por sus sabios consejos que me han ayudado a mejorar muchos aspectos de esta tesis. A Cristian y a Carlos, por aportar su granito de arena en la implementación de esta tesis. A Ana Cidad por ayudarme con la burrocracia a la que me he tenido que enfrentar. Y en general, a todas aquellas personas que han aguantado mis cambios de humor y aun así han tenido siempre buenas palabras hacia mí.Tampoco puedo dejar de agradecer a todas aquellas personas de Imegen, GEM Biosoft, e INCLIVA por su colaboración en toda la parte genómica de esta tesis. En especial, me gustaría agradecer a Pablo por sus consejos y por su ayuda durante los meses en los que estuvimos colaborando sin los que la validación de esta tesis no hubiera sido posible.Y por último, a ti, al más especial, porque el ánimo que me has dado cada día con tu forma de ser y con tu gran éxito "la tesis no se escribe sola" no tiene precio. Gracias, porque sin ti, ni mi vida ni esta tesis serían lo mismo. OverviewDomain-specific languages (DSLs) are considered to be a powerful tool for enhancing the efficiency of software developers and bring software development closer to end-users from complex domains. However, the successful development of a DSL for a complex domain is a challenge from the technical point of vie...

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Enabling the generation of web applications from mockups

et al. 2018

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Mockups are widely used to elicit and validate user requirements in web applications, and several intuitive tools have been developed in recent years, actively involving the end user in the requirements solicitation process. However, most current web development approaches and tools discard mockups after the information-gathering process, abandoning the opportunity to exploit underlying information in them for autogenerating functional web applications. To overcome this limitation, we have devised a method for deriving the database schema and the logic of the web application from the information contained within mockups. In particular, the method gathers clues on how to organize the data and the control flow of the web application by analyzing the structure and relationships of the widgets in the mockup. Based on the proposed method, we have implemented a tool supporting the generation of web applications abiding by the model-view-controller architectural pattern. The tool has been evaluated by involving several end users in the development of web applications for different domains. KEYWORDS business information systems, database, end-user development, human-computer interaction, mockups, web application modeling Softw Pract Exper. 2018;48:945-973.wileyonlinelibrary.com/journal/spe

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Mockup-Driven Development: Providing agile support for Model-Driven Web Engineering

Cited by 70 publications

References 23 publications

Analyzing Interaction Flow Modeling Language in Web Development Lifecycle

Analyzing Interaction Flow Modeling Language in Web Development Lifecycle

An agile model-driven method for involving end-users in DSL development

Enabling the generation of web applications from mockups

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