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Comparator of Test Results
Čerbák, Patrik ; Kozák, David (referee) ; Smrčka, Aleš (advisor)
Tato bakalářská práce se zaobírá tématem testování OpenJDK ve firmě Red Hat a jak toto testování zefektivnit. Jeden z hlavních problémů při testování je porovnání, zda určitý test spadl pouze na jedné variantě testovací sady nebo na více variantách (jedna testovací sada se stejnými testy má mnoho variant – liší se například v operačních systémech, běhové architektuře, atd.). Kvůli tomuto je v této práci navrhnut a implementován nástroj pro porovnávání výsledků testů právě na odlišných varintách jedné testovací sady. Tento nástroj je implementován v programovacím jazyce Java a může běžet samostatně jako CLI program nebo ve speciálním webovém prostředí. Tento komparátor je zároveň součástí takzvaného Jtreg pluginu, což je open source rozšíření do nástroje Jenkins, které se používá v OpenJDK QA týmu firmy Red Hat. Samotný nástroj umožňuje spoustu věcí, například filtrování testovacích sad pro porovnání, vytvoření porovnávací tabulky spadlých testů, tabulky s podobností stack trace spadlých testů nebo třeba tabulky porovnávající výsledek sestavení jednotlivých testovacích sad.
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Unit Testing of a Rendering Engine
Šťastný, Michal ; Milička, Martin (referee) ; Burget, Radek (advisor)
This bachelor thesis is focused on unit testing of a rendering engine using JUnit. The thesis decribes an architecture of a rendering engine CSSBox and familiarization with the tool for unit testing of JUnit. In the thesis is also suggested the framework allowing the creation of tests, including its implementation and implementation of the tests of selected properties of CSS. Finally, there are the evaluation of results of these tests and the suggestion of possible extensions.
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Support for Annotation Driven Testing in Apache Camel
Karásek, Josef ; Kočí, Radek (referee) ; Smrčka, Aleš (advisor)
This thesis project transforms the imperative test configuration in the Apache Camel framework in to a declarative configuration using Java annotations. It introduces the testing component of the Apache Camel framework. The testing component is analysed and new annotations are developed based on the selected methods. Sources of inspiration for this thesis include the JBoss Arquillian and Pax Exam projects.
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Test Result Repository with Web User Interface
Vlasák, Jaroslav ; Letko, Zdeněk (referee) ; Kočí, Radek (advisor)
This thesis deals with the development of a client-server application for Red Hat company. Client participates in testing process of JBoss platform and gets user-defined performance data which sends during testing to the server application by platform independent communication. The server application allows to analyze the received data which can be also compared by several perspectives. These services for data analysis and comparison are accessible for server users using the web client. The server application supports the import of the performance data stored in the XML file and also their export for qVue portal. The client part of the application is implemented in Java and the server application is based on Java EE platform.
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Analysis of architecture and superstructure possibilities of framework JUnit
Kadeřábek, Martin ; Pecinovský, Rudolf (advisor) ; Pavlíčková, Jarmila (referee)
JUnit is one of the most popular test framework in Java programming language. Its new version is going to come into reality under the name JUnit 5 which introduces new concept and possibilities for writing unit tests. The main subject of my bachelor's thesis is analysis of concept, architecture and superstructure possibilities of developed framework JUnit 5. Thereto is used of interpretation of news launched into the market, which is replenished by demonstration examples. The bachelor's thesis describes and explains new architecture and new possibilities of framework JUnit 5. The first part of the bachelor's thesis describes per unit testing. It's contextualized in software testing and the framework JUnit is classified among other testing frameworks. The second part of the bachelor's thesis deals with new version of framework JUnit and analyses its architecture and its possibilities for writing tests. At the end the recommendation for education purposes is given.
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Analyze architecture and extension options of the JUnit framework
Havelka, Arnošt ; Pecinovský, Rudolf (advisor) ; Pavlíčková, Jarmila (referee)
The thesis is focused on the JUnit framework, which currently represents the most popular framework for unit testing across the Java platform. The paper begins by giving a definition of necessary theory, with focus on unit testing. The goal of this section is to introduce the reader to a test theory on a general level (test classi-fication, cost of bugs, etc.). The last part of the introduction is related to, and focused on, unit testing. The next part of this paper (after the introduction at the beginning) is focused on the JUnit framework itself. The aim is to provide general information about the framework, followed with the description of architecture and detailed specification of every feature for the JUnit framework in version 5 (including the usage of features). The last passage explains options of an extension model within the JUnit framework. The description of the JUnit framework is enhanced with relevant information to version 5 (the summary of changes and expected finalization of the version 5.0) and the description of the framework integration to its surroundings (the other test tools and frameworks) on Java platform. Additionally, the thesis is extended with these appendices: - The organization and concept of source code used by examples. - The complex example of usage of framework Junit. It covers everything from the creation the project (with usage of Spring Boot framework on Java platform) to the implementation of relevant unit tests. - The work-around to support JUnit framework of the version 5 in Eclipse tool.
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Unit Testing of a Rendering Engine
Šťastný, Michal ; Milička, Martin (referee) ; Burget, Radek (advisor)
This bachelor thesis is focused on unit testing of a rendering engine using JUnit. The thesis decribes an architecture of a rendering engine CSSBox and familiarization with the tool for unit testing of JUnit. In the thesis is also suggested the framework allowing the creation of tests, including its implementation and implementation of the tests of selected properties of CSS. Finally, there are the evaluation of results of these tests and the suggestion of possible extensions.
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Test Result Repository with Web User Interface
Vlasák, Jaroslav ; Letko, Zdeněk (referee) ; Kočí, Radek (advisor)
This thesis deals with the development of a client-server application for Red Hat company. Client participates in testing process of JBoss platform and gets user-defined performance data which sends during testing to the server application by platform independent communication. The server application allows to analyze the received data which can be also compared by several perspectives. These services for data analysis and comparison are accessible for server users using the web client. The server application supports the import of the performance data stored in the XML file and also their export for qVue portal. The client part of the application is implemented in Java and the server application is based on Java EE platform.
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Support for Annotation Driven Testing in Apache Camel
Karásek, Josef ; Kočí, Radek (referee) ; Smrčka, Aleš (advisor)
This thesis project transforms the imperative test configuration in the Apache Camel framework in to a declarative configuration using Java annotations. It introduces the testing component of the Apache Camel framework. The testing component is analysed and new annotations are developed based on the selected methods. Sources of inspiration for this thesis include the JBoss Arquillian and Pax Exam projects.
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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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