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Refaktoring in Software Development
Dilík, Ján ; Bartík, Vladimír (referee) ; Kreslíková, Jitka (advisor)
This paper deals with the subject of refactoring usage in the development of object-oriented applications. It outlines the refactoring theory and the properties that influence the software project development. Prior to refactorization, the system has to be covered with tests. The actual refactoring can be applied during the development process as bug fixing, code review or the refactoring of the whole system. Presented in this work are the impacts of refactorization of OKsystem's company OKbase product and the evaluation with respect to the refactoring concepts of object-oriented applications.
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Framework for Testing Student Projects
Dižová, Natália ; Malík, Viktor (referee) ; Smrčka, Aleš (advisor)
This Master's Thesis is about design and implementation of a framework, whose target is to improve effectiveness and simplify student project's evaluation process. Theoretical part of this Thesis is dedicated to software testing fundamentals and used principles. It also describes Linux containerization technology. In the next part, Thesis contains analysis of requirements for student project testing in various University courses. Core of the Thesis describes design and its implementation of a system, which satisfies analyzed requirements. Last part shows how implemented system was verified and shows possible future extensions of this work.
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Upgrade of Agile Development Support Tool
Trávník, Petr ; Trchalík, Roman (referee) ; Kreslíková, Jitka (advisor)
The goal of the diploma thesis "Upgrade of agile development support tool" is to study agile methodologies and its use in practice. Thesis is focused on the Scrum framework used by The Corporate Technology department of Siemens, s.r.o. in Brno. Furthermore the thesis analyzes and compares the most used software support tools for agile methodologies which also gives an inspiration for the upgrade of support tool used by the department of Siemens. Thesis identifies possible upgrades based on an analysis with the goal to make agile development even more effective. Results were consulted with the representative of the Siemens company and then modules for Code review and Retrospective were chosen to implement. Implementation consists even of some minor upgrades of the tool. Goals of all implemented upgrades were to save time, optimize administrative work and make development even more effective. Benefits and further upgrades are consulted at the end of the thesis.
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Framework for Testing Student Projects
Dižová, Natália ; Malík, Viktor (referee) ; Smrčka, Aleš (advisor)
This Master's Thesis is about design and implementation of a framework, whose target is to improve effectiveness and simplify student project's evaluation process. Theoretical part of this Thesis is dedicated to software testing fundamentals and used principles. It also describes Linux containerization technology. In the next part, Thesis contains analysis of requirements for student project testing in various University courses. Core of the Thesis describes design and its implementation of a system, which satisfies analyzed requirements. Last part shows how implemented system was verified and shows possible future extensions of this work.
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Survey of Code Review Tools
Žember, Martin ; Kofroň, Jan (advisor) ; Jančík, Pavel (referee)
In the present work we study behaviour of tools intended for code review and how they aim at eliminating security vulnerabilities. There is a lot of such tools, but a smaller set of them suffice to effectively improve the security of software. We provide results of empirical testing of these tools on artificial data in order to map vulnerability classes they are able to identify and also on real data in order to test their scalability.
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Upgrade of Agile Development Support Tool
Trávník, Petr ; Trchalík, Roman (referee) ; Kreslíková, Jitka (advisor)
The goal of the diploma thesis "Upgrade of agile development support tool" is to study agile methodologies and its use in practice. Thesis is focused on the Scrum framework used by The Corporate Technology department of Siemens, s.r.o. in Brno. Furthermore the thesis analyzes and compares the most used software support tools for agile methodologies which also gives an inspiration for the upgrade of support tool used by the department of Siemens. Thesis identifies possible upgrades based on an analysis with the goal to make agile development even more effective. Results were consulted with the representative of the Siemens company and then modules for Code review and Retrospective were chosen to implement. Implementation consists even of some minor upgrades of the tool. Goals of all implemented upgrades were to save time, optimize administrative work and make development even more effective. Benefits and further upgrades are consulted at the end of the thesis.
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Refaktoring in Software Development
Dilík, Ján ; Bartík, Vladimír (referee) ; Kreslíková, Jitka (advisor)
This paper deals with the subject of refactoring usage in the development of object-oriented applications. It outlines the refactoring theory and the properties that influence the software project development. Prior to refactorization, the system has to be covered with tests. The actual refactoring can be applied during the development process as bug fixing, code review or the refactoring of the whole system. Presented in this work are the impacts of refactorization of OKsystem's company OKbase product and the evaluation with respect to the refactoring concepts of object-oriented applications.
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Clean Code in C#
Holota, Lukáš ; Buchalcevová, Alena (advisor) ; Vít, Jan (referee)
This thesis focuses on code cleanliness in the language C# on the Microsoft .NET platform and its goal is to create a manual for developers showing that it how and why they should measure, maintain and improve code cleanliness. It defines basic rules for the appearance of clean code beginning with the simplest ones such as code formatting, naming the language elements, modelling classes and methods and general recommendations for writing comments in code and how to handle exceptions using the tools available in the C# language. The second part focuses on the process of refactoring, it defines a list of code smells which can be used as indicators of poor quality code. The third part is focused on the challenges brought by the development of software in a team. I have also conducted a research to determine the state of knowledge of clean code among software developers. As an evidence of importance of maintaining code cleanliness I have included the economic impact on the cost of a software project.
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