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Software testing tools analysis
Žabka, Michael ; Maryška, Miloš (advisor) ; Berber, Martin (referee)
This thesis deals with a design of a software testing tool comparison process and a follow-up demonstration of the designed comparison process on three selected software testing tools. Designed process of comparison is set in a theoretical context of software testing. The main goals of thesis are the design of a test management software testing tool compari-son process and a demonstration of designed comparison process on three selected softwa-re testing tools. In theoretical part of the thesis, the definition of software testing and the reason for its existence are explained first. Theoretical part further contains the testing process, lifecycle of a software, different phases of testing, software testing approaches, types of testing me-thods and types of software testing tools. The theoretical part concludes with the design of a software testing tool comparison process. Practical part of the thesis consists of the selection of three software testing tools and com-parison of selected tools using the designed process of software testing tool comparison described in theoretical part. The conclusion of this part of thesis is dedicated to evaluati-on of software testing tool comparison. Method of research is the analysis of documents, literature and software testing tools. The contribution of thesis lies in the design of the software testing tool comparison process and the follow-up demonstration of said process. Another contribution is fact, that this thesis can serve as an introduction to the topic of software testing and a source of basic information on software testing. The proposed process can also serve as a reference or a tutorial for software testing tool comparison in real life situation.
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Comparison of test automation tools
Lastovka, Vladimír ; Oškrdal, Václav (advisor) ; Rippel, Milan (referee)
This Master thesis deals with the problems of introducting test automation in the software development life cycle, selection of a tool for the purposes of test automation and an overview of these tools. The theoretical section of the thesis aims to acquaint readers with the concept of testing, its basic principles, parts of the test process, types, methods and levels of the testing as well as an introduction to the basics of test automation. The practical part of the thesis consists of the methodology design for the introduction of automated testing, where several principles and methods are described in more detail to avoid or minimize the risk of unsuccessful and inefficient test automation. The concept of multicriteria selection of tools for automated testing is introduced in the next section, where also criteria for the particular project are set. Selected tools are then described in detail and evaluated upon these criteria.
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Web Application Testing using Selenium WebDriver Tool
Třísková, Lucie ; Buchalcevová, Alena (advisor) ; Doležel, Michal (referee)
This diploma thesis deals with automated testing of web applications. First of all, it introduces automated testing and compares it with manual testing, then classifies currently available testing tools and describes Selenium testing tools. In further chapter a methodology for automation of testing of web applications is described, providing a systematic manual, how to automate testing, which mistakes to avoid, and also tasks and responsibilities of involved roles. Appendix of this thesis consists of a user manual for Selenium WebDriver, one of the most popular tools for automated functional testing of web application. This manual guides reader from the basics of using Selenium WebDriver tool to its advanced features and provides complete information set needed for writing automated tests. This thesis represents a complex material that can be used for carrying out a process of test automation using a particular testing tool.
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Comercial and open source software testing tool comparison
Štolc, Robin ; Buchalcevová, Alena (advisor) ; Borovcová, Anna (referee)
The subject of this thesis are software testing tools, specifically tools for manual testing, automatic testing, bug tracking and test management. The aim of this thesis is to introduce reader to several testing tools from each category and to compare these tools. This objective relates to the secondary aim of creating set of criteria for testing tools comparison. The contribution of this thesis is the description and comparison of chosen testing tools and the creation of a set of kriteria, that can be used to Compaq any other testing tools. The Thesis is dividend into the four main parts. The first part briefly describes the theoretical foundations of software testing, the second part deals with descriptions of various categories of testing tools and their role in the testing process, the third part defines the method of comparison and comparison kriteria and in the last, fourth, part the selected testing tools are described and compared.
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Tool for Monkey testing
Espinoza, Victor ; Borovcová, Anna (advisor) ; Buchalcevová, Alena (referee)
This bachelor thesis focuses on explaining the term Monkey testing and its usage in a field of software development. The first chapter presents principal ideas about testing and we get familiar with testing in general. In the next part we familiarize with particular types of testing and with the role of testing during software development. Following part of this thesis introduces test automation its advantages and risks. Next chapter is about monkey testing which may be considered as a subgroup of automated testing. After sufficient theoretical introduction into field of monkey testing we demonstrate its capabilities on concrete application. To do it we use chosen software tools. Next chapter explains meaning of obtained results and possibilities of its processing.
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Common ways of controlling the quality of software applications and systems (methodology & tools)
Borůvka, Zdeněk ; Buchalcevová, Alena (advisor) ; Beran, Jiří (referee)
Integral part of all systematically managed software development or maintenance projects is emphasis on continuous quality of all project activities. Because final quality of project deliverables (new or enhanced applications, preconfigured solutions as ie. SAP) is a very big influencer of project success and therefore also important influencer of long-term relationship between customer and contractor(s), this document focuses on ways how to proactively prevent from mistakes (within the whole software development lifecycle) and on techniques helping to establish better quality control of important deliverables through systematic approach, high quality tools and suitable metrics in software testing discipline. This document gradually exposes typical project areas where it is necessary to keep control on quality of project members' outputs, perceives testing in context of typical project consequences, offers practical recommendations in testing methodology, tools as well as widely tested technologies, and explains trends and risks in testing domain. The goal of this document is not only to document a wide range of possibilities given by frequently used testing techniques or tools but also to offer a practical guidance in deployment of test discipline. This document was written by comparing author's professional experience in software quality management with knowledge gathered by reading information sources attached to this document. This document consists of concrete conclusions of this comparison.
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Testing tools
Faustová, Tereza ; Buchalcevová, Alena (advisor) ; Šplíchalová, Marcela (referee)
The topic of this thesis is the issue of software testing. The thesis places main emphasis on tools to support test management, manual and automated functional testing and last but not least the tools for defect tracking. The aim of this thesis is introduce readers with software testing, especially with tools that can be used to support testing. The aim is offer an overview of the basic commercial and freely distributed tools for test management, manual testing, automated functional testing and defect tracking. Another aim is design criteria that simplify selection of tool. The second aim of this thesis is practical example of the configuration and description of the basic work with tools IBM Rational - ClearQuest, ClearCase, Manual Tester and Functional Tester. The aims of this thesis were achieved by studying available sources and by own practical experience with the tools to support testing. The contribution of this thesis lies in the characteristics of the selected tools to support testing and especially in design of criteria by which tools can be selected. The last part of thesis provides practical instruction how to configure and work with the tools to support testing of IBM Rational. The thesis is conceived in three main parts. The first part attends to basic terms, which can be found in the area of testing, and to overview of types of tests. There are also described two most famous life-cycle models and methodology RUP. The second part attends to overview of tools to support testing, attention is given to areas: test management, manual testing, defect tracking, and automated functional testing. For each category of tools has been defined criteria according to which tools can be selected. The last part attends to practical example of setting and basic work with the selected tools to support testing of IBM Rational.
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