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Design of test environment for automatic testing of eletronic control unit
Dalecký, Filip ; Andrš, Ondřej (referee) ; Kovář, Jiří (advisor)
This master’s thesis deals with the design and implementation of part of test environment for automatic testing of electronic control unit in the production. The electronic control unit is manufactured by UNIS, a.s. and is used as a control and power electronics for the hydraulic unit. The theoretical part of the thesis deals with the development and automatic testing of electronics in the field of aerospace engineering. The practical part describes the proposed automatic test environment and implementation of testing software using hardware and software products by National Instruments. The main platforms used for software development are LabVIEW and TestStand. Created test environment is finally verified by testing several control units.
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Customization of methodology MMSP for automated testing using Selenium WebDriver tool
Skrčený, Vlastimil ; Buchalcevová, Alena (advisor) ; Kučera, Jan (referee)
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.
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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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Automated GUI testing on Android platform
Hudák, Jan ; Doležel, Michal (advisor) ; Neugebauer, Petr (referee)
With the rapid development of the mobile device market there is a growing demand for quality of applications developed for these devices. One of the important factors that may affect the quality of the software is, due to the dynamics of development of this sector, automated testing. Great importance has graphical user interface testing. This thesis focuses on specific techniques for the Android platform, which is currently one of the most widely used mobile platforms. The aim of this thesis is firstly to describe the specific factors of automated testing of mobile applications that arises from the specific features of mobile devices. Another goal of the theoretical part is to describe several possible approaches to automate graphical user interface testing on Android platform. The aim of the practical part is to show the possibilities of selected test tools for concrete examples and compare them according to predetermined criteria.
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Design and implementation of the integrated testing tool
Munzarová, Helena ; Buchalcevová, Alena (advisor) ; Kolář, Ladislav (referee)
The purpose of this thesis is to design and implement integration interface, which represents the core of the Integrated testing tool. Integrated testing tool provides support in the whole process of software testing. This support involves requirement specification and management of the corresponding tests, bug management and creation and execution of automated testing scripts. Integrated testing tool uses existing open-source tools to provide this functionality. The communication of these tools is provided by the integration interface, implementation of which is the purpose of this thesis. Currently there is no so complex open-source solution in the testing area, Integrated testing tool endeavours to fill this gap. The tool is being developed within the activity of the competence centre Software Quality Assurance at the University of Economics in Prague. The analytical phase of the development is described in the diploma thesis written by Bc. Jan Ženíšek Project of the development of Integrated testing tool.
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Java EE applications unit testing
Nejedlý, David ; Pavlíčková, Jarmila (advisor) ; Šlajchrt, Zbyněk (referee)
The diploma objectives are to describe software quality model defined in ISO/IEC 9126, to describe the basic concepts of quality assurance and software testing, to identify possible errors when writing tests, introduce designs patterns for writing tests. Further describe the architecture of applications built on the Java EE platform, to introduce frameworks for testing various parts of the applications built on the Java EE platform, to illustrate the creation of unit tests using test doubles for these applications, to evaluate the importance of unit tests for quality assurance software.
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Vývoj a implementace testovací platformy
Burian, Vojtěch ; Buchalcevová, Alena (advisor) ; Zelenka, Petr (referee)
The quality is probably the most significant property of a successful software product. As experience with many software projects has already shown, leaving out testing and quality management from software development process can result in vast and critical customer issues, which usually invoke additional expenses for the software production company. In the course of time, software testing as a discipline has therefore seized an important position among other software development activities. And due to the fact that the software, thanks to rising customer demands and growing competing products portfolio, is getting more complex, the more advanced software testing procedures need to be implemented. Test strategy and iteration planning, implementation of multiple test types into the test suite, test automation, evaluation, administration and maintenance: these activities are commonly required within larger software development projects. Formalized software testing is, nevertheless, being introduced also to projects using agile management techniques which, by management decision or target user industry, are supposed to deliver products of highest quality. This initiates the high focus on the software testing discipline. The purpose of this thesis is to design and implement a new system of software testing within a real project in the CertiCon a.s. company, for which software development is the main business activity. Current issues and gaps for possible improvement, gathered both by project management and the author himself, are analyzed in the first major part of this work and transformed into testing system requirements, which should cover both process changes as well as implementation/development of needed software supporting the process. The second part of thesis is covering the design of the new software testing system, focusing mainly on the area of test management and selection of appropriate software management tool. The final part of the thesis is aimed at implementation of the designed solution within a real organization environment and evaluates its benefits against the previously set requirements.
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Automatized testing of application for IP television
Oudrnický, Jan ; Buchalcevová, Alena (advisor) ; Král, Antonín (referee)
Main goal of the thesis is to analyze current state of testing of nangu.tv system and design system for automatized testing of this application and its components. Thesis builds up theoretical framework needed for better understanding of the given area, defines specifics of the application and its development. The requirements for the given automatized system are then specified together with selecting tools for its development. Following steps also propose changes in system of testing. Thesis presents steps which are to include designed system into the current process of testing in the company. Main purpose of this work is to lay foundation for future implementation of automated testing into the process of testing to Alnair a.s. company as to improve the level of testing process in the company.
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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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Software quality assurance and Java web applications testing
Nejedlý, David ; Pavlíčková, Jarmila (advisor) ; Šlajchrt, Zbyněk (referee)
The main objective of this work contains descriptions of the attributes that determine the quality of the software, a list of techniques that can ensure the quality of the code, and how to achieve code quality with software testing tools, to introduce available automated testing capabilities, to analyze in detail the testing tools Bromine and Selenium, including practical examples of working with these tools, in the end evaluate the benefits work and opportunities to deploy these tools in practice.
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