Context: The goal of this research is to form a correlation between code packages and test cases which is done by using automated weak mutation. The correlations formed is used as the statistical test data for selecting relevant tests from the test suite which decreases the size of the test suite and speed up the process. Objectives: In this study, we have done an investigation of existing methods for reducing the computational cost of automatic mutation testing. After the investigation, we build an open source automatic mutation tool that mutates the source code to run on the test cases of the mutated code that maps the failed test to the part of the code that was changed. The failed test cases give the correlation between the test and the source code which is collected as data for future use of the test selection. Methods: Literature review and Experimentation is chosen for this research. It was a controlled experiment done at the Swedish ICT company to mutate the camera codes and test them using the regression test suite. The camera codes provided are from the continuous integration of historical data. We have chosen experimentation as our research because as this method of research is more focused on analyzing the data and implementing a tool using historical data. A literature review is done to know what kind of mutation testing reduces the computational cost of the testing process. The implementation of this process is done by using experimentation Results: The comparative results obtained after mutating the source code with regular mutants and weak mutants we have found that regular mutants and weak mutants are compared with their correlation accuracy and we found that on regular mutation operators we got 62.1% correlation accuracy and coming to weak mutation operators we got 85% of the correlation accuracy. Conclusions: This research on experimentation to form the correlations in generating test selection statistics using automated mutation testing in the continuous integration environment for improving test cases selection in regression testing

Este trabalho apresenta a proposta de um instrumento para utilização nos ensaios previstos nas Normas Brasileiras para certificação das instalações elétricas de baixa tensão. Descreve-se o projeto e a implementação do instrumento desenvolvido, bem como a metodologia para a execução dos testes de conformidade, de acordo com as Normas Brasileiras aplicáveis, utilizando os recursos disponíveis na instrumentação proposta. Um conjunto de testes para exemplificação de uso e validação dos testes é também apresentado. / This work presents an instrumentation system to perform tests and certification of low voltage electrical networks on residential and industrial buildings in accordance to Brazilian Norms. It intends to propose a methodology for tests executions using available resources on the developed instrumentation system. To show how the proposed system works several tests were done regarding to attend Brazilian technical standards.

Este trabalho apresenta a proposta de um instrumento para utilização nos ensaios previstos nas Normas Brasileiras para certificação das instalações elétricas de baixa tensão. Descreve-se o projeto e a implementação do instrumento desenvolvido, bem como a metodologia para a execução dos testes de conformidade, de acordo com as Normas Brasileiras aplicáveis, utilizando os recursos disponíveis na instrumentação proposta. Um conjunto de testes para exemplificação de uso e validação dos testes é também apresentado. / This work presents an instrumentation system to perform tests and certification of low voltage electrical networks on residential and industrial buildings in accordance to Brazilian Norms. It intends to propose a methodology for tests executions using available resources on the developed instrumentation system. To show how the proposed system works several tests were done regarding to attend Brazilian technical standards.

Este trabalho apresenta a proposta de um instrumento para utilização nos ensaios previstos nas Normas Brasileiras para certificação das instalações elétricas de baixa tensão. Descreve-se o projeto e a implementação do instrumento desenvolvido, bem como a metodologia para a execução dos testes de conformidade, de acordo com as Normas Brasileiras aplicáveis, utilizando os recursos disponíveis na instrumentação proposta. Um conjunto de testes para exemplificação de uso e validação dos testes é também apresentado. / This work presents an instrumentation system to perform tests and certification of low voltage electrical networks on residential and industrial buildings in accordance to Brazilian Norms. It intends to propose a methodology for tests executions using available resources on the developed instrumentation system. To show how the proposed system works several tests were done regarding to attend Brazilian technical standards.

Software Quality is a key concern for any companies working with software development. This is true due to the fact that the success of any software directly depends on Quality of software. It is expected that the software is of best quality for a long duration of time. With the introduction of Mobile applications the task of maintaining the quality of an application has been difficult and have faced many challenges. Many companies working with mobile application have reformed their process in order to maintain the quality of their application. The introduction of Automation testing in the test process is one such reform that have changed the face of mobile application testing in today’s world. This work deals with the concepts of Automation System testing for the mobile application which is until now a new thing and it has many things yet to be explored. The approach to automation testing is simple yet unique for the department of PT-MT/Quality Management in Robert Bosch GmbH based in Leinfelden, Stuttgart. Over here a selection and implementation of a test framework will be done for Automation testing of the mobile Applications that are being developed. For this a requirement specification document is being created which will form the basis for selecting a framework from the KT Analysis table. Finally, a framework TestComplete will be implemented for the already developed application "PLR measure&go" The implementation will include all the procedure required to set up the test framework as a part of documentation. The framework TestComplete will be used to create System test for iOS and Android operation system. Lastly the execution of test and the Result reporting is being shown as a complete process for Automation testing.

Made available in DSpace on 2015-04-22T22:00:48Z (GMT). No. of bitstreams: 1 Eliane Figueiredo Collins.pdf: 2314673 bytes, checksum: 8403bd67cffed913ac9029447401f980 (MD5) Previous issue date: 2013-04-25 / CAPES - Coordenação de Aperfeiçoamento de Pessoal de Nível Superior / For some time, the professional software development companies are looking for new technical alternatives in order to optimize their processes, to deliver products to market as soon as possible and to meet customer expectations, increasingly demanding and intolerant of software failures. In this sense, the agile software development is gaining more space and consequently the software testing area which was previously considered a separate phase of development has changed over time to adapt to this new reality. The test automation activity is seen as key of agile development, but many teams still don t know how it should be done, who should take responsibility and run it and the correct procedures for this activity to be successful. Although the literature mentions about the particularities activities and best practices in this scenario, there are few related works and lack of experience reports or case studies that show, in practice, examples of use this from start to finish the automation strategy adopted. This paper aims to contribute to improving the quality of agile processes, and proposes an approach that involves the application of agile manifesto values in the activities of test automation, which can be used regardless of agile methodology adopted. In this study, observations were made on empirical about testing practices in agile projects developed at Nokia Technology Institute (INdT) and an experimental implementation of this approach at the Center for Electronic and Information Technology (CETELI), Federal University of Amazonas (UFAM). Experimental reports are available with different strategies for the automation of software testing and identification of some important issues to deal with difficulties in adapting testers and developers in this new scenario. / Há algum tempo as empresas desenvolvedoras de software profissional vêm buscando novas alternativas técnicas com o objetivo de otimizar seus processos, entregar produtos para o mercado o mais cedo possível e ainda atender as expectativas dos clientes cada vez mais exigentes e intolerantes a falhas de software. Com isso, as metodologias ágeis de desenvolvimento de software estão ganhando mais espaço e consequentemente a área de testes de software que antes era considerada uma fase separada do desenvolvimento vem passando por mudanças para se adaptar a esta nova realidade. A atividade de automação de teste passou a ser vista como peça chave para o desenvolvimento ágil, porém muitas equipes ainda não sabem como ela deve ser feita, quem deve assumir a responsabilidade e execução dela e os procedimentos para que essa atividade seja bem sucedida. Embora a literatura mencione particularidades sobre as atividades realizadas e as melhores práticas nesse cenário, são poucos os trabalhos relacionados e há falta de relatos de estudos de caso ou exemplos de utilização que mostrem, na prática, do início ao fim, a estratégia de automação adotada. Este trabalho tem como objetivo contribuir para a melhoria da qualidade dos processos ágeis, propondo uma abordagem que envolve a aplicação de valores presentes no manifesto ágil nas atividades de automação de teste, que podem ser utilizadas independentemente da metodologia ágil adotada. Nesta pesquisa, foram realizadas observações empíricas sobre as práticas de testes em projetos ágeis desenvolvidos no Instituto Nokia de Tecnologia (INdT) e um experimento de aplicação dessa abordagem no Centro de Tecnologia Eletrônica e da Informação (CETELI), da Universidade Federal do Amazonas (UFAM). São disponibilizados relatos experimentais com diferentes estratégias relativas a automação de teste de software e a identificação de algumas questões importantes para lidar

Software Quality is a key concern for any companies working with software development. This is true due to the fact that the success of any software directly depends on Quality of software. It is expected that the software is of best quality for a long duration of time. With the introduction of Mobile applications the task of maintaining the quality of an application has been difficult and have faced many challenges. Many companies working with mobile application have reformed their process in order to maintain the quality of their application. The introduction of Automation testing in the test process is one such reform that have changed the face of mobile application testing in today’s world. This work deals with the concepts of Automation System testing for the mobile application which is until now a new thing and it has many things yet to be explored. The approach to automation testing is simple yet unique for the department of PT-MT/Quality Management in Robert Bosch GmbH based in Leinfelden, Stuttgart. Over here a selection and implementation of a test framework will be done for Automation testing of the mobile Applications that are being developed. For this a requirement specification document is being created which will form the basis for selecting a framework from the KT Analysis table. Finally, a framework TestComplete will be implemented for the already developed application "PLR measure&go" The implementation will include all the procedure required to set up the test framework as a part of documentation. The framework TestComplete will be used to create System test for iOS and Android operation system. Lastly the execution of test and the Result reporting is being shown as a complete process for Automation testing.