Testing is a vital part of software development and test automation is an increasingly common practise. Performing automated testing on web-based applications is more complicated than desktop applications, which is particularly clear when it comes to testing a web based user interface as they are becoming more complex and dynamic. Depending on the goals and needed complexity of the testing, a variety of different frameworks/tools are available to help implementing it. This thesis investigates how automated testing of a web-based user interface can be implemented. Testing methods and a selection of relevant testing frameworks/tools are presented and evaluated based on given requirements. Out of the selected frameworks/tools, the Selenium WebDriver framework is chosen and used for implementation. The implementation results in automated test cases for regression testing of the functionality of a user interface created by Infor AB.

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Naujuose programiniuose produktuose plačiai taikoma mobilioji įranga (mobilieji telefonai, delniniai kompiuteriai). Programinės įrangos kūrimo procese svarbią vietą užima testavimas. Dabartinių mobiliųjų įranginių apribojimai (darbo sparta, atminties kiekis, energija, ekrano dydis, platformų įvairumas) kelia naujas problemas programinės įrangos kūrimo procesui, tame tarpe ir testavimui. Testavimo proceso automatizavimas leidžia sumažinti bandymų trukmę, padidinti testavimo darbų apimtį. Programinės įrangos testavime mobiliems įrenginiams svarbu išskirti grafinės vartotojo sąsajos testavimą. Svarbi testavimo dalis – testavimas pagal specifikaciją. Šiame darbe nagrinėjamas grafinės vartotojo sąsajos automatizuotas testavimas mobiliai įrangai, nustatomi tikslai, galimi keliai jiems pasiekti bei galimas testavimo aplinkos praplėtimas testų generavimui pagal specifikaciją. / Mobile devices such as cell phones and personal digital assistance are widely used in new software products. Testing takes important place in software development process. Constraints of mobile devices (speed, amount of memory, energy, small screen, wide range of platforms) raise new problems for software development process including testing phase. Automated approach of software testing reduces testing time and increases testing range. It is important to distinguish graphic user interface as a special part of testing. The important part of testing is specification based testing. The aim of these master theses is to analyze automated testing of GUI for mobile devices, define testing tasks and enhance mobile device testing framework by providing means for test case generation from specification.

The goal of this thesis is to create a tool for testing graphical user interface of web applications. The tool will focus on web applications implemented by open-source framework DotVVM. The main purpose of the tool is to automatically generate program description of a user interface which will then be used as a helper class to implement UI tests and for static type check of those tests at compile-time. The thesis is defining requirements for such a tool and describing its design with implementation in C# language. The created solution provides to its users a tool which will ease their work with tests creation. Also, it will bring detection of failing tests of the user interface at compile-time which will speed up testing and development.