Reuso orientado a servicios: mejoras en evaluación y testing

El reuso de artefactos software brinda oportunidades para proveedores y clientes, tanto para acelerar el proceso de desarrollo de software como para establecer oferta de productos reusables. El paradigma de Computación Orientada a Servicios (SOC), promueve el desarrollo de aplicaciones distribuidas en ambientes heterogéneos, que son construidas ensamblando o componiendo servicios reusables, que se publican a través de una red y se acceden mediante protocolos específicos. SOC ha sido ampliamente adoptado bajo su implementación con la tecnología de Servicios Web, que provee flexibilidad de ejecución remota que oculta las plataformas específicas de ejecución y permite descentralizar los procesos de negocios. SOC requiere la publicación de servicios en un registro (UDDI de acuerdo a Servicios Web), los cuales luego son identificados y evaluados para una aplicación en desarrollo. Sin embargo, aún este proceso necesita métodos exhaustivos y eficientes, tanto para identificación como para selección de servicios, en el cual se puede considerar la aplicación de técnicas de Pruebas de Software y el uso de dos conceptos actuales: Orquestación y Coreografía de servicios.Eje: Ingeniería de SoftwareRed de Universidades con Carreras en Informática (RedUNCI

Reuso orientado a servicios: mejoras en evaluación y testing

El reuso de artefactos software brinda oportunidades para proveedores y clientes, tanto para acelerar el proceso de desarrollo de software como para establecer oferta de productos reusables. El paradigma de Computación Orientada a Servicios (SOC), promueve el desarrollo de aplicaciones distribuidas en ambientes heterogéneos, que son construidas ensamblando o componiendo servicios reusables, que se publican a través de una red y se acceden mediante protocolos específicos. SOC ha sido ampliamente adoptado bajo su implementación con la tecnología de Servicios Web, que provee flexibilidad de ejecución remota que oculta las plataformas específicas de ejecución y permite descentralizar los procesos de negocios. SOC requiere la publicación de servicios en un registro (UDDI de acuerdo a Servicios Web), los cuales luego son identificados y evaluados para una aplicación en desarrollo. Sin embargo, aún este proceso necesita métodos exhaustivos y eficientes, tanto para identificación como para selección de servicios, en el cual se puede considerar la aplicación de técnicas de Pruebas de Software y el uso de dos conceptos actuales: Orquestación y Coreografía de servicios.Eje: Ingeniería de SoftwareRed de Universidades con Carreras en Informática (RedUNCI

Reuso orientado a servicios: mejoras en evaluación y testing

El reuso de artefactos software brinda oportunidades para proveedores y clientes, tanto para acelerar el proceso de desarrollo de software como para establecer oferta de productos reusables. El paradigma de Computación Orientada a Servicios (SOC), promueve el desarrollo de aplicaciones distribuidas en ambientes heterogéneos, que son construidas ensamblando o componiendo servicios reusables, que se publican a través de una red y se acceden mediante protocolos específicos. SOC ha sido ampliamente adoptado bajo su implementación con la tecnología de Servicios Web, que provee flexibilidad de ejecución remota que oculta las plataformas específicas de ejecución y permite descentralizar los procesos de negocios. SOC requiere la publicación de servicios en un registro (UDDI de acuerdo a Servicios Web), los cuales luego son identificados y evaluados para una aplicación en desarrollo. Sin embargo, aún este proceso necesita métodos exhaustivos y eficientes, tanto para identificación como para selección de servicios, en el cual se puede considerar la aplicación de técnicas de Pruebas de Software y el uso de dos conceptos actuales: Orquestación y Coreografía de servicios.Eje: Ingeniería de SoftwareRed de Universidades con Carreras en Informática (RedUNCI

Test Reduction for Easing Web Service Integration

Since the irruption of Web Services, in their SOAP and REST flavors, the market has turned from intra-business applications to inter-organizational applications. Nowadays, more organizations have a broad access to the Web and span their frontiers using service-centered applications. In this paper, we review the testing challenges and strategies in Web Services – as the technological weapon-of-choice to implement Business Services. Then we deepen into a possible strategy to address service testing: Test Reduction. Fresh strategies are necessary since Web Services testing is substantially different from legacy systems testing.Sociedad Argentina de Informática e Investigación Operativa (SADIO

Test Reduction for Easing Web Service Integration

Since the irruption of Web Services, in their SOAP and REST flavors, the market has turned from intra-business applications to inter-organizational applications. Nowadays, more organizations have a broad access to the Web and span their frontiers using service-centered applications. In this paper, we review the testing challenges and strategies in Web Services – as the technological weapon-of-choice to implement Business Services. Then we deepen into a possible strategy to address service testing: Test Reduction. Fresh strategies are necessary since Web Services testing is substantially different from legacy systems testing.Sociedad Argentina de Informática e Investigación Operativa (SADIO

Computer Science & Technology Series : XXI Argentine Congress of Computer Science. Selected papers

CACIC’15 was the 21thCongress in the CACIC series. It was organized by the School of Technology at the UNNOBA (North-West of Buenos Aires National University) in Junín, Buenos Aires. The Congress included 13 Workshops with 131 accepted papers, 4 Conferences, 2 invited tutorials, different meetings related with Computer Science Education (Professors, PhD students, Curricula) and an International School with 6 courses. CACIC 2015 was organized following the traditional Congress format, with 13 Workshops covering a diversity of dimensions of Computer Science Research. Each topic was supervised by a committee of 3-5 chairs of different Universities. The call for papers attracted a total of 202 submissions. An average of 2.5 review reports werecollected for each paper, for a grand total of 495 review reports that involved about 191 different reviewers. A total of 131 full papers, involving 404 authors and 75 Universities, were accepted and 24 of them were selected for this book.Red de Universidades con Carreras en Informática (RedUNCI

Computer Science & Technology Series : XXI Argentine Congress of Computer Science. Selected papers

CACIC’15 was the 21thCongress in the CACIC series. It was organized by the School of Technology at the UNNOBA (North-West of Buenos Aires National University) in Junín, Buenos Aires. The Congress included 13 Workshops with 131 accepted papers, 4 Conferences, 2 invited tutorials, different meetings related with Computer Science Education (Professors, PhD students, Curricula) and an International School with 6 courses. CACIC 2015 was organized following the traditional Congress format, with 13 Workshops covering a diversity of dimensions of Computer Science Research. Each topic was supervised by a committee of 3-5 chairs of different Universities. The call for papers attracted a total of 202 submissions. An average of 2.5 review reports werecollected for each paper, for a grand total of 495 review reports that involved about 191 different reviewers. A total of 131 full papers, involving 404 authors and 75 Universities, were accepted and 24 of them were selected for this book.Red de Universidades con Carreras en Informática (RedUNCI

Computer Science & Technology Series

CACIC’15 was the 21thCongress in the CACIC series. It was organized by the School of Technology at the UNNOBA (North-West of Buenos Aires National University) in Junín, Buenos Aires. The Congress included 13 Workshops with 131 accepted papers, 4 Conferences, 2 invited tutorials, different meetings related with Computer Science Education (Professors, PhD students, Curricula) and an International School with 6 courses. CACIC 2015 was organized following the traditional Congress format, with 13 Workshops covering a diversity of dimensions of Computer Science Research. Each topic was supervised by a committee of 3-5 chairs of different Universities. The call for papers attracted a total of 202 submissions. An average of 2.5 review reports werecollected for each paper, for a grand total of 495 review reports that involved about 191 different reviewers. A total of 131 full papers, involving 404 authors and 75 Universities, were accepted and 24 of them were selected for this book

Computer Science & Technology Series : XXI Argentine Congress of Computer Science. Selected papers

CACIC’15 was the 21thCongress in the CACIC series. It was organized by the School of Technology at the UNNOBA (North-West of Buenos Aires National University) in Junín, Buenos Aires. The Congress included 13 Workshops with 131 accepted papers, 4 Conferences, 2 invited tutorials, different meetings related with Computer Science Education (Professors, PhD students, Curricula) and an International School with 6 courses. CACIC 2015 was organized following the traditional Congress format, with 13 Workshops covering a diversity of dimensions of Computer Science Research. Each topic was supervised by a committee of 3-5 chairs of different Universities. The call for papers attracted a total of 202 submissions. An average of 2.5 review reports werecollected for each paper, for a grand total of 495 review reports that involved about 191 different reviewers. A total of 131 full papers, involving 404 authors and 75 Universities, were accepted and 24 of them were selected for this book.Red de Universidades con Carreras en Informática (RedUNCI