Component-Based Architecture for e-Gov Web Systems Development

Carromeu, Camilo; Paiva, Débora Maria Barroso; Cagnin, Maria Istela; Rubinsztejn, Hana Karina Salles; Turine, Marcelo Augusto Santos; Breitman, Karin

doi:10.1109/ecbs.2010.60

Cited by 8 publications

(5 citation statements)

References 6 publications

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“…In the Software Product Line Engineering, the commonalities and variabilities shown in the SPL feature model were mapped for the Titan Framework through classes, specifying the frozen-spots and the hot-spots, respectively, aiming to ease the instantiation of the line during the Application Engineering Process. The e-Gov Web SPL is automatized by the Titan Framework and the application generator Titan Architect, as detailed by Carromeu et al (2010).…”

Section: Spl For E-gov System Developmentmentioning

confidence: 99%

“…In 2010, an SPL was developed for the e-Gov Web (e-Gov Web SPL) domain (Carromeu et al, 2010) aiming to obtain a flexible architecture that could reuse components developed from several previous experiences from the research group LEDES (Laboratory of Software Development from UFMS) and the PLEASE Lab (Laboratory for Precision Livestock, Environment and Software Engineering from Embrapa). This architecture made possible the development of several e-Gov Web applications which were used in different real-life situations such as the Pandora (Brazilian National Institute of Industrial Property number: 012120000833), a Web application which makes available to the user information and services from the information and management systems from the Embrapa Beef Cattle.…”

Section: Introductionmentioning

confidence: 99%

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From e-Gov Web SPL to e-Gov Mobile SPL

Carromeu

Paiva

Cagnin

2016

IJWIS

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Purpose This paper aims to discuss the motivation and present the evolution from a Software Product Line (SPL) in the e-Gov Web (e-Gov Web SPL) domain to a SPL in the mobile domain (e-Gov Mobile SPL). Design/methodology/approach The evolution was supported by the Product Line UML-Based Software Engineering approach and the feature model. Findings The authors were able to observe that it is feasible to evolve from a SPL for the Web platform to a SPL for the mobile platform, with the intent to port existing Web applications to mobile platforms such that users can have access to the main information and are able to interact with the most important functionalities of Web applications in a mobile device. Research limitations/implications As for the main limitations, the authors can point out the small number of instantiations performed until the moment with the support of the e-Gov Mobile SPL, what prevented the conduction of an empirical study. Practical implications Using e-Gov Mobile SPL, it is possible to reduce development time and cost. Originality/value The existing SPLs do not worry about supporting the development of mobile applications corresponding to existing Web applications, as it is desirable to have access to the information and main features of these applications in mobile devices. We obtained some e-Gov Mobile SPL instantiations corresponding to e-Gov Web SPL instantiations to attend the demands of the Brazilian Agricultural Research Corporation Unit situated at Campo Grande, MS, Brazil.

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Section: Spl For E-gov System Developmentmentioning

confidence: 99%

Section: Introductionmentioning

confidence: 99%

From e-Gov Web SPL to e-Gov Mobile SPL

Carromeu

Paiva

Cagnin

2016

IJWIS

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“…The web system was implemented using open source or freeware tools, such as: Bizagi Modeler for BPMN diagrams, brModelo for logical models, PostgreSQL 9.1 with pgAd-minIII, XML 2.0, HTML 5.0 and PHP 5.4 [9]. SIGS-S Web is based on the Titan Framework [6], that is framework for web systems development implemented in PHP and XML. This framework belongs to the e-government domain and uses the Model-View-Controller (MVC) pattern [8].…”

Section: Sigs-s Webmentioning

confidence: 99%

SIGS-S Mobile Saúde – A Mobile Application to Support the Collection of Health Data

Fernandes¹,

Turine²,

Cagnin³

2015

Anais Do Simpósio Brasileiro De Sistemas De Informação (SBSI)

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The Brazilian government has asked for information systems to support government activities such as health care. Aiming to support the collection of health data in the context of the Health in The Family Program (Programa Saúde na Família) promoted by the Single Health System of Mato Grosso do Sul (Sistema Único de Saúde do Estado de Mato Grosso do Sul – SUS-MS), it was developed the mobile application SIGS-S Mobile Saúde. The purpose of the mobile application is to provide the collection of health data in places where there is no internet connection using mobile devices such as tablets, providing the collected data to a web system called SIGS-S Web Saúde via internet data transfer. A software process, named ProFap, was used to support the mobile application development. As a result, the mobile application was developed and its documentation was prepared to help future software maintenance and the deployment of SIGS-S Mobile Saúde in the context of health care by SUS-MS. The application was developed and validated with participation of stakeholders consisting of health users and Brazilian government managers.

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“…A equipe de professores e colaboradores do Laboratório de Engenharia de Software (LEDES) da Faculdade de Computação (Facom) da Universidade Federal de Mato Grosso do Sul (UFMS) definiram um processo colaborativo de desenvolvimento e manutenção de software, denominado ProFap (CAGNIN et al, 2013), para atender as demandas de um Sistema de Informação de Gestão de Fundações de Amparo à Pesquisa -SIGFAP (Carromeu et al, 2010;Turine et al, 2011). Esse sistema tem como intuito gerenciar os projetos de pesquisa e facilitar o trâmite desde a submissão da proposta até a fase de prestação de contas.…”

Section: Introductionunclassified

Melhorias no Processo de Manutenção de Software Colaborativa do Laboratório de Engenharia de Software/UFMS

Cagnin¹,

Landre²,

Oliveira³

et al. 2016

Anais Do XV Simpósio Brasileiro De Qualidade De Software (SBQS 2016)

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Durante a definição e melhoria de um processo de software adequado para uma organização é necessário considerar, além de métodos e práticas de Engenharia de Software, o conhecimento e as habilidades dos membros da equipe de desenvolvimento. Isso foi constatado durante a melhoria de um processo colaborativo de manutenção, denominado ProFap, utilizado no Laboratório de Engenharia de Software (LEDES) da UFMS. Este artigo apresenta as deficiências observadas no ProFap que motivaram a sua melhoria e evolução para o processo ProLedes. Os papéis, as atividades, os artefatos e a personalização de ferramentas computacionais para apoiar o ProLedes são apresentados. Com o intuito de comprovar os resultados obtidos com o ProLedes, diversas evidências são apresentadas.

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Component-Based Architecture for e-Gov Web Systems Development

Cited by 8 publications

References 6 publications

From e-Gov Web SPL to e-Gov Mobile SPL

From e-Gov Web SPL to e-Gov Mobile SPL

SIGS-S Mobile Saúde – A Mobile Application to Support the Collection of Health Data

Melhorias no Processo de Manutenção de Software Colaborativa do Laboratório de Engenharia de Software/UFMS

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