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Frameworks for unit testing in Scala language
Kolmistr, Tomáš ; Pavlíčková, Jarmila (advisor) ; Šlajchrt, Zbyněk (referee)
This thesis deals with frameworks for unit testing in Scala programming language. In total, there are presented five frameworks in the thesis, two of which are designed for unit testing with mock objekt and three without mock objects. The first, theoretical part aims to introduce concepts regarding testing and Scala programming language. In another part of the thesis there are specified criteria for selecting frameworks, including the criteria for subsequent comparison. In the practical part there are written unit tests according to test scenarios and evaluated the comparison of frameworks.
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Testing server applications using web extension of framework TestNG.
Effenberger, Petr ; Šlajchrt, Zbyněk (advisor) ; Pecinovský, Rudolf (referee)
This bachelor's thesis focuses on application testing, specifically unit testing. The first part of the thesis introduces a testing TestNG library, which is subsequently used for creating a set of recommendations and guidelines for writing quality application and test codes. The second part of the thesis develops a web tool based on the TestNG library that allows for effective testing of server applications. Attached to the thesis is a user manual for working with the tool that I have developed.
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Frameworks for unit testing in Java
Vaško, Ľubomír ; Pavlíčková, Jarmila (advisor) ; Pecinovský, Rudolf (referee)
The aim of this work is to describe the various frameworks for unit testing and set criteria for selecting the most appropriate framework. The first part is focused on description of the testing and test patterns for unit testing. The second section describes the selected frameworks, namely JUnit, TestNG, JBehava and JTiger. In the third part of the work there are set out criteria which frameworks for unit testing should meet as much as possible. Subsequent selection of framework that best meets the established criteria is done by using multi-criteria matrix choice, which is allowed to assign the weights to the criteria according to their importance.
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Using Mock Objects for Testing and Software Design
Weigel, Tomáš ; Pavlíček, Luboš (advisor) ; Pecinovský, Rudolf (referee)
The goal of this thesis is to provide comprehensive set of information about a technique called the Mock Objects. The importance of bug discovery in a coding phase is now greater, as the complexity of application's development is rising. Test-Driven Development might help us to deal with this issue in the earliest phase. Hence, there is a description of this methodology in the introduction, alongside with an overview of its integral part -- Unit Testing. However, testing is not an easy task in most non-trivial code. The use of Test Doubles, especially Mock Objects, addresses some of these issues and extends the set of testing techniques by a powerful tool. This thesis focuses on its benefits. TDD with Mock objects also promises interesting possibilities in software design. Last chapter presents some of the tools to support Mock Objects manipulation as well as short introduction to their syntax.
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