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Software Testing Process Improvement
Libík, Jakub ; Buchalcevová, Alena (advisor) ; Šos, Michal (referee)
This thesis deals with software process improvement based on the deployment package Software testing, which is a guide for implementation of testing related processes of the international standard ISO/IEC 29110 Life-Cycle Profiles for Very Small Entities. The aim of this thesis is localization of the deployment package Software testing into Czech and realization of the pilot project based on this package on the real software project in a very small enterprise. Another aim is to evaluate the deployment package and to propose modifications to improve it. The real benefit of this thesis is in realization of the pilot project itself, which resulted in testing process improvement in the enterprise. Another expected benefits of this thesis based on its goals are in actual localization of the deployment package into Czech, its evaluation and suggestion of its modifications. Thesis as a whole can be used as a guide and information source for other enterprises seeking an improvement of the testing process as it provides an example of the deployment package Software testing implementation and also theoretical introduction to testing and software process improvement in a small enterprise.
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Utilisation of the FEST Swing tool for Java GUI testing
Kutišová, Magda ; Pavlíčková, Jarmila (advisor) ; Pecinovský, Rudolf (referee)
This bachelor thesis deals with graphical user interface testing (GUI) in general and describes the work with the FEST Swing framework which makes Java GUI testing easier. The goal of the thesis is to explain the rules and describe the specifics of software testing, GUI particularly, and teach the reader understandably the basics of testing using the FEST Swing framework. The testing rules are inspired by world literature which describes practically approved theory of test writing. The basic functions of the FEST Swing framework are described in detail, tested and illustrated with examples and with the enclosed application, which were created for this thesis. The problems which the author discovered while using the framework in Czech environment were described as well. The introductory part of the thesis explains the software testing theory in general and the GUI testing theory. The second half of the thesis deals with the description of the FEST Swing framework and explains its functions and usage possibilities.
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Determination of code coverage, techniques and tools with intention of Java programming language
Jiřičková, Barbora ; Pavlíčková, Jarmila (advisor) ; Pecinovský, Rudolf (referee)
The subject of this bachelor thesis is code coverage determination, methods for measurement of code coverage and code coverage tools with the intention of Java programming language. The aim of this thesis is explanation of basic methods for measurement of code coverage and testing and assessment of the three code coverage tools. The thesis is divided into five chapters. Content of the first chapter is introduction to subject of the thesis. The second chapter brings out the importance of testing during software development and contains account of kinds of testing. Explanation of code coverage and particular methods for measurement of code coverage is in the third chapter. The fourth chapter contains view of available code coverage tools and description of three tools, which were tested. Further the fourth chapter contains assessment of tested tools by force of multicriteria evaluation of alternates. In the last chapter results of assessment of tested tools are mentioned.
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Biometrics Software Testing
Pravlovský, Petr ; Borovcová, Anna (advisor) ; Buchalcevová, Alena (referee)
The thesis introduces fields of biometrics and software testing. The main objective is to introduce the use of biometrics and biometric devices in practice of these days to readers, and also introduce the field of software testing with a more detailed look at testing the biometric devices. Based on the found specifics of testing biometric devices, the author tries to propose improvements to the process of testing these devices.
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Software testing using OpenUP methodology
Chodura, Ondřej ; Buchalcevová, Alena (advisor) ; Borovcová, Anna (referee)
This bachelor thesis focuses on software testing as continuously more important part of software development. In this work the readers are also presented the OpenUP methodology and testing principles according to this methodology, including the best practices and sequences. The purpose of this work is to introduce software testing, OpenUP methodology with a detailed view of testing in the methodology. The first part is devoted to the area of testing and approaches the subject of testing, its main content, advantages and targets. Further a general view at methodologies is presented and continues into an introduction of OpenUP methodology and more detailed overview of testing phase in OpenUP. Readers are given introductory information about basic artifacts, roles in a testing team, their activities, tasks and also responsibilities, including visual illustrations and author's own experience. The closing part of this bachelor thesis in devoted to the best testing practices methods in OpenUP methodology.
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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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Software testing in Microsoft Visual Studio
Padevět, Daniel ; Buchalcevová, Alena (advisor)
In software development process, there can be misunderstandings, communication problems between individual members of the development team and mistakes when writing code or designing applications. These problems need to be resolved before the application is released into the production environment. To discover these errors it is necessary to properly test the software product. All these activities are engaged in discipline called Software Quality Assurance (SQA), which is an integral part of the software development process. The thesis discusses this discipline and procedures for software testing using the Microsoft Visual Studio 2008. The main objective of this work is to create comprehensive methodology for automated testing of web and Windows applications in Microsoft Visual Studio and to verify that procedures in practice. The reader will learn the theoretical basis of software testing at the beginning of the thesis. In next chapter, there are described various features that Microsoft Visual Studio 2008 offers for software testing. Following chapter describes the applications testing in IBM Rational Functional Tester, which is suitable for Windows applications testing (Microsoft Visual Studio 2008 does not support this kind of tests). In other part of the work -- Case Study -- the reader will learn web and Windows applications testing. Case study can serve as a basis for further methodological manual for teams engaged in software testing. The usage of instruments for testing is explained in real examples. At the end of the work there are set out recommendations for the team collaboration using Microsoft Team Foundation Server, and there are also compared the testing instruments and reviewed functions that will come up with Microsoft Visual Studio 2010.
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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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Performance testing of information systems
Klaška, Jan ; Novotný, Ota (advisor) ; Sýkora, JIří (referee)
This thesis if focused on performance, especially load testing of information systems. In the first part is defined software quality and reader is provided by fundamentals of software testing. Process of sofware testing is well described here. The rest of the paper is oriented on perfomance testing and it's processes and attributes. Specified are goals and principles of performance testing as well as types of performance tests and their purpose. Defined is load testing methodology including metrics for reliability and efficiency of information systems. Metrics are derived from well known international ISO standard 9126 - Software quality model. Methodology and metrics are validated during load test project on which author of this work participated. One chapter is also devoted to the tools used for load testing automatization. This paper is focused on the testing experts as well as on the other readers who want to acquire information on load testing, software efficiency or generally on testing of software quality.
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