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Academic literature on the topic 'Automatiserade tester'
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Dissertations / Theses on the topic "Automatiserade tester"
Dahl, Thomas Eva, and Robin Borg. "Automatiserade GUI-tester i praktiken : En fallstudie på Triona AB." Thesis, Högskolan Dalarna, Informatik, 2020. http://urn.kb.se/resolve?urn=urn:nbn:se:du-34255.
Full textTesting is a necessary but costly part of software development. Tests are performed at different abstraction levels and can be either manual or automated. On the lowest level of abstraction, where unit testing is performed, automated testing is commonplace and relatively uncomplicated, whereas system testing is more difficult to automate. This is especially true for GUI-testing, which requires special tools. Triona wished to investigate possibilities to automate regression testing of the GUI for its C-load product, which is a Cloud-based web-service for contract-based transport booking. The purpose of this case study was to evaluate one tool for automated GUI-testing (AGT) against the C-Load team’s expectations on AGT, and based on the result recommend Triona how to proceed in the process of implementing AGT. Literature studies, observations and interviews were conducted to fulfil the purpose. GUI-testing tools can be classified into three categories: script-based, model-based and scriptless. One conclusion was that a script-based tool, where test scripts are manually coded would best suit Triona’s needs. The most used tool in that category, Selenium WebDriver, was tested and evaluated against requirements. Prior research shows that common challenges encountered when using script-based GUItests are the workload required to create and maintain test scripts and that the tests can deliver inconsistent or “flaky” results. These challenges were confirmed during our analysis. Our conclusion is that it is possible to automate C-Load regression tests with Selenium WebDriver, and that it would eventually free up time. However, a considerable effort is initially required to implement automated testing. Selenium Webdriver only partly fulfills the C-Load team’s expectations on AGT. Before a decision is taken, the C-Load team should evaluate more tools. When evaluating tools for AGT, Triona should take note that Selenium Webdriver can be deficient when it comes to testing applications based on modern web frameworks.
Berglund, Johan. "Testautomatisering for Android : Integration av automatiserade tester i ett agilt arbetssätt." Thesis, Mittuniversitetet, Avdelningen för informations- och kommunikationssystem, 2016. http://urn.kb.se/resolve?urn=urn:nbn:se:miun:diva-28126.
Full textMobilapplikationsutveckling och testning innebär en större utmaning än traditionell mjukvaruutveckling eftersom hänsyn måste tas till ett stort antal enheter, alla med unik hårdvara, skärmstorlek och operativsystem. Mjukvarutestning utgör en viktig och stor del av utvecklingen av applikationer där majoriteten av testerna idag genomförs manuellt. Detta är tidskrävande och ekonomiskt kostsamt. Syftet med detta examensarbete är därför att undersöka nuvarande testprocess hos företaget Dewire och hitta möjliga förbättringar genom att införa automatiserade tester för mobilplattformen Android. Automatiseringsverktygen Appium och Espresso utvärderas i kombination med befintliga system som Jenkins som redan används i Dewires agila arbetssätt. Under examensarbetet har en testmiljö implementerats som ett sätt för visa att konceptet fungerar, där tester körs på en testenhet i samband med att applikationen byggs. Testfall från pågående utvecklingsprojekt har implementerats och resultaten av denna automatisering har utvärderats. Examensarbetet har visat att verktyget Espresso tillsammans med en Jenkins byggserver har stor potential att effektivisera och minska manuellt testande. Arbetet visar också att testautomatisering bör implementeras från projektstart och att tester aktivt underhålls under utvecklingen för att vara lönsamt. Resultatet visar samtidigt att testautomatisering till en början innebär en väsentlig tidsinvestering innan tid och pengar kan sparas.
Bernhäll, Malin, and Andreas Niklasson. "Tillit till automatiserade tester : En kvalitativ studie på en agil systemutvecklingsmiljö." Thesis, Linnéuniversitetet, Institutionen för informatik (IK), 2015. http://urn.kb.se/resolve?urn=urn:nbn:se:lnu:diva-45770.
Full textToday, an increasing number of companies’ uses agile system development which means that the development work is done in short iterations. Short iterations means that there is much to be done in a short time both in development and testing. To keep up with the testing it is required to use automated testing. Automated tests are a type of automation that in itself is a problematic area because people fail to rely on automation. If people have a lack of trust in automated testing it will cause them to still use manual testing, which will make the value of automating tests fail. The purpose of this paper is to respond to how people ́s trust in automated testing is affected based on knowledge of automated testing, trust in the person creating automated tests and feedback from automated testing. A qualitative study and interviews have been conducted to answer the question. The survey has been conducted on a research company that delivers finance software and internet solutions to companies and accountancy firms. The result of the empirical survey shows that knowledge of automated testing, trust in the person who creates automated testing and feedback from the automated tests are aspects that affect people's trust in automated testing. Lack of knowledge affects people ́s trust in automated testing in a way that leads to that people either create an overtrust or mistrust to the automated tests. People that have knowledge of automated tests feels trust in the tests. To have trust in the person that creates automated tests affects people's trust in that way that people feel more trust in automated testing if they know who the person is, feel the confidence to the person and his or her knowledge. Feedback from automated testing affects people's trust when no-feedback is taking place. This leads to that they do not know which tests there is and what they do. This means that people do not trust them.
Nami, Fereshta, and Lisa Laurent. "Mjukvarutester : En studie om när manuella respektive automatiserade tester används i praktiken." Thesis, Uppsala universitet, Institutionen för informatik och media, 2021. http://urn.kb.se/resolve?urn=urn:nbn:se:uu:diva-448086.
Full textDenna studie riktar in sig på att undersöka när anställda inom IT-branschen upplever att det är mer gynnsamt att använda sig av automatiserade tester respektive manuella tester. Syftet med studien är att undersöka hur olika företag använder sig, arbetar med och ser på de två olika testmetoderna i praktiken. Fyra stycken faktorer som påverkar valet av testmetod har tagits fram som ramverk som är baserad på fem artiklar där samtliga diskuterar krav och kriterier för de två olika testmetoderna. Genom att utföra en intervjustudie med semi-strukturerade intervjuer har data samlats in från två olika företag. Den insamlade datan har i sin tur analyserats utifrån de olika faktorerna som tagits fram nämligen: Antalet testfall/testkörningar, tekniska aspekter, funktioner som ska testas samt resurser. Utifrån analysen har det varit tydligt att åsikterna från de olika respondenterna samt från tidigare forskning ofta är på samma spår. Därmed har de olika kriterierna kunnat diskuterats och motiveringarna till när respondenterna använder sig av respektive metod kunnat benas ut. Dock blir det också tydligt att i slutändan är det resurser, oftast antalet arbetstimmar och den monetära kostnaden, som styr vad som borde väljas.
Vikström, Todd, and Löv Sara Kaiser. "Vad krävs för att beräkna när automatiserade användargränssnitt (GUI) tester lönar sig? : Vilka styrkor och svagheter finns med automatiserade GUI-test?" Thesis, Högskolan Dalarna, Informatik, 2019. http://urn.kb.se/resolve?urn=urn:nbn:se:du-30394.
Full textROI and break-even are available for calculating profits in operations, but it is difficult to know how these methods can be applied to automated GUI tests. By a conducted case study in which literature review, document studies, questionnaires and interviews have been used, it has been shown that these methods can be adapted to calculate the profits with automated GUI-tests. The disadvantages with these methods are that they are difficult to use unless the automation is made. There is a need for concrete data on, for example, the time taken for the execution of both manual and automated test cases. Although the methods can show that there are financial gains with automated GUI tests, there may be many other gains that cannot be identified by applying the methods. These intangible profits and losses have been identified in the work through interviews and surveys and the results are presented with a SWOT analysis. Several important intangible benefits such as increased quality and time savings have emerged. Some material losses have also come to light as it can be costly to introduce automated GUI tests. Even intangible losses have been identified, one of these is that it requires special skills to design and run the automated tests.
Krhan, Jasmin. "Design och utvärdering av anpassningsbara webbplatser: en fallstudie." Thesis, Linköpings universitet, Institutionen för datavetenskap, 2015. http://urn.kb.se/resolve?urn=urn:nbn:se:liu:diva-116922.
Full textNorman, Uhlin Erik, and Mirjami Olsson. "Testverktyg för test av mobila applikationer : En jämförande fallstudie." Thesis, Högskolan Dalarna, Informatik, 2015. http://urn.kb.se/resolve?urn=urn:nbn:se:du-18703.
Full textThe use of mobile applications has grown dramatically in recent years and they interact with many systems. Therefore the requirement on the quality is higher and the application must often be adapted to many devices, operating systems and platforms. This means the testing of mobile applications becomes more and more important. This study has been conducted as a comparative case study in the field testing of mobile applications and testing tools. The aim has been to describe how the testing of mobile applications takes place today which have been made through literature studies and interviews with IT-companies. Another aim was to evaluate four testing tools, their advantages and disadvantages and how they can be used in the testing of mobile applications and compared to manual testing without testing tools. This was done by using and experience the testing tools. During the study, we have used mobile applications that we got access from Triona, who has been our partner.Today there are many different testing tools that can be used to support testing, but few companies have implemented these because it requires both time and expertise as well as the selection of testing tools can be difficult. Testing tools have different advantages and disadvantages which make them fit differently depending on the type of project and application. Advantages of using testing tools is the ability to automate, test on multiple devices simultaneously and get access to physical devices via the cloud. The challenges are that it can be difficult to install and learn the testing tool and that the licenses can be expensive. It is therefore important that even before implementation to know which tests and applications the testing tools will be used in and who will use it. Based on our study we can conclude that no testing tools are complete but they may contribute with different features which streamlines parts of the mobile applications testing.
Valli, Tomas, and Fredrik Almgren. "Utvecklingsmetoder, automatisering och testning : En studie över programvaruutvecklingens tester, hur dessa kan automatiseras, samt hur detta påverkas av utvecklingsmetoden." Thesis, Mittuniversitetet, Institutionen för informationsteknologi och medier, 2011. http://urn.kb.se/resolve?urn=urn:nbn:se:miun:diva-13960.
Full textMagnusson, Anna, Mimmi Gemfors, and Kevin Carlsson. "Bör man automatisera tester? En jämförande studie mellan manuell och automatiserad testning och de krav som skulle kunna ställas på en automatisering." Thesis, 2019. http://urn.kb.se/resolve?urn=urn:nbn:se:hb:diva-22254.
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