Model-Driven Development of Web Applications with UWA, MVC and JavaServer Faces

Distante, Damiano; Pedone, Paola; Rossi, Gustavo

doi:10.1007/978-3-540-73597-7_38

Cited by 32 publications

(26 citation statements)

References 15 publications

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“…Furthermore, there are a lot of works to integrate MDD with various development paradigms: web application development [12][13][14], general software system development [8][9][10][11], feature-oriented development [15,16], aspect-oriented development [17], and service-oriented development [18][19][20]. However, by observing the gap between our work and related model-based OO approaches such as [8][9][10], we can find the necessity of our work.…”

Section: Introductionmentioning

confidence: 76%

“…Many works on MDD such as [8][9][10][11][12][13][14][15][16][17][18][19][20] use models to represent different levels of abstraction and propose (semi-) automatic transformations between them in order to keep the complexity of software development manageable. And some of them [8,11,17] also consider the traceability as a key feature in the development.…”

Section: Related Workmentioning

confidence: 99%

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Traceability-centric model-driven object-oriented engineering

Her

Yuan

Kim

2010

Information and Software Technology

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Section: Introductionmentioning

confidence: 76%

Section: Related Workmentioning

confidence: 99%

Traceability-centric model-driven object-oriented engineering

Her

Yuan

Kim

2010

Information and Software Technology

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“…The approach is an extension our previous work presented in [2] and [1] and is based on the definition of a meta-model that enables designing a RIA at a conceptual (or domain) level using the Ubiquitous Web Application (UWA) design methodology [25] [9], and a Model-View-ControlIer-RIA (MVC-RIA) meta-model that enables defining a lower level of abstraction (but still platform independent) model of the application adopting the MVC architectural design pattern [20] and RIA widgets for the user interface.…”

Section: Introductionmentioning

confidence: 99%

Model-driven fast prototyping of RIAs: From conceptual models to running applications

Bernardi

Lucca

Distante

2014

2014 International Conference on Advances in Computing, Communications and Informatics (ICACCI)

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Fast prototyping is a quick and cost effective de velopment of a (minimum) viable version of a software useful to some purpose (e.g., requirements verification or design val idation), which can be discarded or refactored to become the version of the software to be delivered. In this paper we propose a model-driven approach for the fast prototyping of Rich Internet Applications (RIAs). Starting from the conceptual model of a RIA, intermediate models and the source code of a ready-to deploy application prototype are automatically generated through a model-driven development process which exploits well known model-driven engineering frameworks and technologies including Eclipse EMF, GMF, and Xpand. Compared to traditional, non model-driven, prototyping approaches, our proposal allows to drastically reduce the overall prototyping effort to just the effort required to define the conceptual model of the application, as the rest of the process is substantially automatic. The paper describes the overall RIA prototyping approach, the supporting tools and adopted technologies, along with the results from a case study carried out for validation and verification purposes.

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“…As transformações entre modelos geram sequências de transformações que permitem a implementação completa de um sistema partindo dos seus requisitos [5].…”

Section: Introductionunclassified

Geração automática de testes em um processo de Model Driven Development: um exemplo de utilização da ferramenta Sikuli

Neves¹,

Watanabe²

2017

RBCA

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Resumo: Contexto: Model Driven Development (MDD) eleva a importância de modelos dentro do ciclo de vida do software, incorporando-os como parte integrante do produto final por meio de técnicas de modelagem e geração de código, com isso, parte da complexidade do software fica escondida dentro de geradores. Problema: Mesmo com a utilização do processo MDD, o custo associado à elaboração de casos de teste ainda é alto. Objetivo: Automatizar a geração de casos de teste incorporando o Model Driven Testing (MDT) em um processo MDD já existente a fim de gerar automaticamente casos de teste de aceitação para um sistema legado. Justificativa: Garantir a qualidade do software gerado através de um processo de geração de código e reduzir o tempo geral do ciclo de vida do software. Método: Foi realizado uma prova de conceito como forma de validar o objetivo deste trabalho e avaliar a efetividade da abordagem de teste utilizando métricas de Code Coverage dos casos de testes gerados automaticamente. Resultados: Para este estudo foram selecionados cinco Graphical User Interface (GUIs), na qual a GUI Seguradoras obteve 98% de cobertura de código pelos casos de teste, Moeda obteve 94,39%, Fornecedor com 95,04%, Tipo do item com 95,95% e por fim a GUI Classificação Contábil obteve 95,91% de cobertura dos casos de teste. Palavras-chave: Code Coverage, Prova de Conceito , Model Driven Development, Model Driven TestingAbstract: Context: Model Driven Development (MDD) elevates the importance of models within the software lifecycle, incorporating them as an integral part of the final product through modeling and code generation techniques, with part of the complexity of the software is hidden inside generators. Problem: Even with the use of the MDD process, the cost associated with case test is still high. Objective: Automate the generation of test cases by incorporating Model Driven Testing (MDT) into an existing MDD process in order to automatically generate acceptance test cases for a legacy system. Justification: Ensure the quality of software generated through a code generation process and reduce overall lifecycle time the software. Method: A proof of concept was carried out to validate the objective of this work and evaluate the effectiveness of the test approach using the Code Coverage metric of the automatically generated test cases. Results: For this study five Graphical User Interface (GUIs) were selected, in which the GUI Insurance Company obtained 98% of code coverage by the test cases, Coin obtained 94.39%, Provider with 95.04%, Item type With 95.95% and finally the GUI Accounting Classification obtained 95.91% coverage of the test cases.

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Model-Driven Development of Web Applications with UWA, MVC and JavaServer Faces

Cited by 32 publications

References 15 publications

Traceability-centric model-driven object-oriented engineering

Traceability-centric model-driven object-oriented engineering

Model-driven fast prototyping of RIAs: From conceptual models to running applications

Geração automática de testes em um processo de Model Driven Development: um exemplo de utilização da ferramenta Sikuli

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