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В рамках данной статьи освещается процесс внедрения системы управления тестовыми данными в действующий проект по автоматизации тестирования. Проведен анализ существующих подходов к организации управления тестовыми данными, а также предложена методика, которая позволила добиться независимости тестов друг от друга по данным, что в конечном итоге дало возможность развернуть систему параллельного запуска автоматизированных тестов. В качестве объекта исследования выступил проект по автоматизации тестов пользовательского интерфейса веб-приложения в связке с языком программирования Java., This article highlights the process of implementing a test data management system in an existing test automation project. An analysis of existing approaches to the organization of test data management was carried out, and a methodology was proposed that allowed to achieve independence of tests from each other in terms of data, which eventually made it possible to deploy a system of running automated tests in parallel. The object of research was a project to automate tests of the user interface of a Web-application in conjunction with the Java programming language.

Selenium WebDriver is a framework used to control web browsers automatically. It provides a cross-browser Application Programming Interface (API) for different languages (e.g., Java, Python, or JavaScript) that allows automatic navigation, user impersonation, and verification of web applications. Internally, Selenium WebDriver makes use of the native automation support of each browser. Hence, a platform-dependent binary file (the so-called driver) must be placed between the Selenium WebDriver script and the browser to support this native communication. The management (i.e., download, setup, and maintenance) of these drivers is cumbersome for practitioners. This paper provides a complete methodology to automate this management process. Particularly, we present WebDriverManager, the reference tool implementing this methodology. WebDriverManager provides different execution methods: as a Java dependency, as a Command-Line Interface (CLI) tool, as a server, as a Docker container, and as a Java agent. To provide empirical validation of the proposed approach, we surveyed the WebDriverManager users. The aim of this study is twofold. First, we assessed the extent to which WebDriverManager is adopted and used. Second, we evaluated the WebDriverManager API following Clarke’s usability dimensions. A total of 148 participants worldwide completed this survey in 2020. The results show a remarkable assessment of the automation capabilities and API usability of WebDriverManager by Java users, but a scarce adoption for other languages. This work has been been supported in part by the "Análisis en tiempo Real de sensores sociALes y EStimación de recursos para transporte multimodal basada en aprendizaje profundo" project (MaGIST-RALES), funded by the Spanish Agencia Estatal de Investigación (AEI, doi 10.13039/501100011033) under grant PID2019-105221RB-C44. This work also received partial support from FEDER/Ministerio de Ciencia, Innovación y Universidades - Agencia Estatal de Investigación through project Smartlet (TIN2017-85179-C3-1-R), and from the eMadrid Network, which is funded by the Madrid Regional Government (Comunidad de Madrid) with grant No. S2018/TCS-4307.

Glavni cilj diplomskega dela je predstavitev postopka izgradnje ogrodja za avtoma- tizirano testiranje spletnih aplikacij, ki temelji na uporabi odprtokodnih knjižnic v programskem jeziku Java. Na voljo so različne tehnologije in pristopi, zato prvi korak implementacije predstavlja izbira najprimernejšega orodja za avtomatizacijo testiranja ter ustrezni pristop z izbranim orodjem. V uvodu diplomskega dela so predstavljeni razlogi za avtomatizacijo testiranja. Utemeljena je tudi izbira orodij in pristopov. V jedru dela je predstavljen postopek izgradnje z avtomatizacijskim orodjem SeleniumWebDriver, testno knjižnico TestNG, programskim jezikom Java in pomožnimi knjižnicami za dopolnitev ogrodja. Predstavljene so različne kompo- nente avtomatizacijskega projekta, kot so vmesniki za podatkovne baze, zunanje storitve in poročanje rezultatov. Jedro se zaključuje z opisom vgradnje ogrodja v razvojni postopek. V zaključnem delu so predstavljeni nauki in izzivi v postopku vpeljave avtomatizacije. V sklepnih ugotovitvah so povzeti rezultati vgradnje in načrti za prihodnje. The objective of the thesis is to present the implementation process of automated testing for web applications by building a proprietary framework using open source libraries in Java. As there are a lot of available technologies and approaches, the first step of implementation is choosing the most suitable tool and approach. Dur- ing introductions, we will learn about the reasons for automation as well as justi- cation of selected tools and approaches. In the core of the thesis, we will explore the implementation process with the Selenium WebDriver automation framework, TestNG testing library, programming language Java and various assisting libraries and frameworks. We will address various components of the project, such as database interfaces, inclusion of external services and results logging. This part will be concluded with description of the integration of the testing framework into the development process. In the last part of the thesis, we will look back at what we learned and what problems we encountered in the implementation process. Thesis will be concluded with summary of implementation effects and plans for the future.

The bachelor thesis deals with the analysis of the current process of manual integration testing used in daily operation in the company Engel strojírenská spol. s.r.o., and creating own solution in the form of a tool to automate this process.

The main goal of this bachelor thesis is a complete description of the process of software testing automation using Selenium WebDriver. The work is focusing on functional testing of web applications in internet banking. Apart from the description of this process, the paper also creates applicable examples of test scripts written in Java. Starting with theoretical introduction to the area of software testing, the work continues by introducing the Selenium WebDriver testing tool and its use in the environment of internet banking. Then follows the description of the process of automation, its execution and a brief cost comparison between manual and automated testing.

Diploma thesis deals with creating a Methodology for small software projects focused on automated testing of using Selenium WebDriver tool (abbreviated MMSP - Selenium). The created methodology is based on customized methodology MMSP, which aims to transform part for automated testing of using Selenium WebDriver tool through the best principles and practices of already completed studies. Firstly, there will be summarized the most important terms related to the diploma thesis. Then will follow implementation of the methodology MMSP - Selenium, which is complemented by its new roles, tasks, and work products. Personal benefit of the diploma thesis is also created guidelines for Selenium WebDriver testing tool. For great benefit is also considered the publication of the methodology using the Eclipse Process Framework Composer tool. In conclusion of the created methodology verifies the business use cases, aimed at testing the functionality of web application Manuscriptorium.