Submitted by Lucienne Costa (lucienneferreira@ufcg.edu.br) on 2018-08-30T17:06:55Z No. of bitstreams: 1 ACHILES PEDRO DA CUNHA LUCIANO – DISSERTAÇÃO (PPGCC) 2017.pdf: 1197427 bytes, checksum: 46a99b6df28cd76000cf4c5b38285b57 (MD5) / Made available in DSpace on 2018-08-30T17:06:55Z (GMT). No. of bitstreams: 1 ACHILES PEDRO DA CUNHA LUCIANO – DISSERTAÇÃO (PPGCC) 2017.pdf: 1197427 bytes, checksum: 46a99b6df28cd76000cf4c5b38285b57 (MD5) Previous issue date: 2017-06-01 / Contexto: O desenvolvimento de aplicações móveis cresce, acompanhando as constantes evoluções do hardware dos dispositivos. Com esta evolução, mais e mais recursos são adicionados e integrados à vida diária dos usuários. Contudo, a prática de testes de software utilizada pela comunidade para garantir o correto funcionamento das aplicações, incluindo a verificação de aspectos de segurança, portabilidade e compatibilidade, continua sendo um assunto pouco difundido. Objetivo: O objetivo deste estudo é compreender como as equipes lidam com a prática de testes de software aplicada ao contexto móvel, a relação cotidiana dos desenvolvedores com a literatura científica, a automação de testes e os desafios encontrados neste contexto. Método: Foi elaborado um estudo qualitativo, baseado na metodologia de Análise Temática, em três etapas: um survey, de caráter exploratório, que obteve 44 respostas de profissionais da área, seguido de uma seção de entrevistas com 12 profissionais para detalhar as questões levantadas durante o survey e um novo survey, de caráter confirmatório, que obteve 54 respostas e permitiu aos respondentes avaliar as principais conclusões das etapas anteriores. Resultados: Nossos resultados indicam a preferência dos desenvolvedores por testes manuais em detrimento da automação e o uso de testes funcionais automáticos de performance em alternativa, a escassez de referências para criação dos cenários de teste e os meios utilizados pelos profissionais para lidar com desafios como a fragmentação. / Context: Mobile WebApplicationdevelopmentincrease,followedbyoftenhardwareevolutions fromdevices.Withthisdevelopment,moreandmorefeatureshasbeenaddedina daily lifeofusers.However,thepracticesofsoftwaretestingusedbydeveloperstoensure the correctexecutionflowoftheapplication,includingsafetyaspects,portabilityandcompatibility,remainsawidespreadissue. Objective: This studyaddresseshowtounderstand teams andhowtheyapplythetestsinthedevelopmentphase.plan. Method: There was elaborated aqualitativestudy,basedonTematicAnalisysmethodology,inthreestages:a exploratorysurvey,thatcollected44answersfromprofessionals,followedbyaninterview with 12professionalstodetailtheanswerscollectedduringtheexploratorysurveyanda newconfirmatorysurvey,thatcollected54answersandallowedtheprofessionalstoevaluate the mainconclusionsfrompreviousstages. Results: Our resultsshownapreferencefrom developersformanualtestingoverautomationanduseofautomaticfunctionaltestsinstead, the lackofreferencestocreatenewtestscenariesandthemethodusedbyprofessionalsto deal withchallengessuchasfragmentation.

The purpose of this work was both to explore the variety of methods to develop mobile applications and to create a requirement documentation and solution proposal to the case study Rundtursbuss. During the 10 weeks work-experience, I had the possibility to investigate a range of methods to develop mobile applications and apply it to a reference case. The questions regarding which method to choose when developing mobile application are not easy to answer, once there is not only one solution that can fit the needs of all the applications that will be developed at Scania. Each application needs to be evaluated not only from a technical perspective, but also from a user-centered way. One of the best ways to quickly evaluate a project is asking what that makes the project mobile The analysis of each criteria aided in the evaluation of the application requirements and in reaching the conclusion that the most promising methods to develop the application Rundtursbuss are either native or cross-compilation ones. In conclusion, it is crucial to emphasize that while Scania does not have a procedure on how to develop, maintain and coordinate the development of mobile applications, single initiatives will continue to emerge, which increase the cost and affect the quality of their IT products and services.

Denna rapport presenterar en utveckling av uDecide, som är ett sorts hjälpmedel för att lättare kunna ta beslut. Ett verktyg som man kan använda för att ställa frågor till andra människor med hjälp av en bild och svarsalternativ för att få ett personligt svar eller åsikt. Syftet med detta projekt är att utveckla en användbar hi-fi prototyp som i sin tur ska vidareutvecklas av webbyrån Roxbury och uDecidegrundarna. Arbetet utgår från en befintlig uDecide iOS mobilapplikation, och fokus har lagts på att förbättra användarupplevelsen och implementera nya funktioner. Med hjälp av förstudier och användartester har vi utvecklat en webbaserad, responsiv hi fi-prototyp. Lösningen presenterar ny utveckling av navigering, struktur på inlägg och ny meny. Ett kommentarsfält har implementerats i hi-fi prototypen vilket kommer att ge användarna möjlighet att interagera med varandra och ge mer personliga åsikter. / This report describes a development of the mobile application uDecide. uDecide is a tool which you can use to ask other people a question including a picture and alternative answers to get an individual answer or opinion. The objective of this project is to develop an usable hi-fi prototype, which in turn will be further developed by the web designers Roxbury and the founders of uDecide. The development originates from a current uDecide IOS mobile application and focus is to improve user satisfaction and to implement new functions. Supported by pre-development research and user tests we have developed a webbased, responsive and interactive hi-fi prototype. The solution presents a new development in navigation, structure of additions and responses, including a new menu. A commentary function has been implemented in the hi-fi prototype, which will give the users the option to interact and provide more personal opinions.

Práce se zabývá popisem tvorby mobilního systému pro monitoring zákaznické spokojenosti a sběr zpětné vazby od návštěvníků v restauracích s názvem Huerate. Komplexně jsou popsané všechny fáze vývoje systému. První část práce se zabývá analýzou existujících řešení a stavem na trhu. Následně jsou na základně komunikace s majiteli restaurací sestaveny požadavky na systém. Nakonec se práce věnuje samotnému návrhu systému, jeho implementaci a nasazení v restauracích. Systém Huerate běží jako webová aplikace a je dostupný na adrese http://huerate.cz.