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The method for comparing the labour intensity of automated functional testing of web applications
Hron, Michal ; Doležel, Michal (advisor) ; Buchalcevová, Alena (referee)
The importance of software testing is rising these days. Primarily manual testing has it´s stable place, but automated test cases are also more and more contributing, especially in agile controlled projects, where is the time for testing between single interactions very limited. This thesis is focused on measurement and comparison of labour intensity connected with using tools for automatic functional testing of user´s interface of web applications. For this purpose work introduces the method. This method defines way, how to measure a labour intensity in automated tools. Method also defines way to compare recent measurements of labour-intensity. Based on this comparison it is possible to choose suitable tools for partic-ular web application. For this purpose method classifies web pages, but also the tools. Different labour intensity is assumed mainly for using tools from another category. Based on done labor measurements it is possible to find dependences between labour intesity in tools (eventually tool types) and types of web pages. Method should be capable, in case of higher number of done measurements and consistent outcomes, of destroying old myths like: best tool is the one which I am using. This thesis gives also overview of how to choose the best tool. Process of selection is clearly defined and it is possible in case of need, priority, on which is selection based, to rate differently. This work is conceived as expendable freely with another tools for auto-mated functional testing. In theory it is also possible to extend this method with another web sites category or category of tools. In this case would method needed only minimum changes.
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Rámec Test Governance pro vývoj IS formou outsourcingu - procesy řízení softwarového vývoje v sociálním kontextu
Doležel, Michal ; Buchalcevová, Alena (advisor) ; Molnár, Zdeněk (referee) ; O Connor, Rory (referee) ; Bureš, Miroslav (referee)
[Context] Outsourced information systems development (ISD) represents an important and widely used software delivery strategy for mid-size and large non-IT companies. In such companies, testing activities are conducted by a contracted party, and are hidden from continuous checks on the part of the client, who is typically only provided with insight during the system hand-over. Such an approach is risky; the testing activities might be executed in a loose and sloppy manner by the contractor. Consequently, the risk of unsatisfactory quality may be shifted de-facto to the client, who will bear any negative consequences (e.g., project delays, increased effort) during user acceptance testing (UAT). [Objective] The main objective of this doctoral dissertation is to design and evaluate a management artefact - Test Governance Framework (TeGoF) - that can be used by the client company; the framework thus focuses on client's perspective on exercising control. To this end, the artefact is evaluated in the context of three outsourced ISD projects. [Method] The research is grounded in control theory, which originates in organizational studies. The principles of design science were applied in the development of the TeGoF, and the principles of ethnographically informed action research were used to evaluate the management artefact. This form of evaluation underscores the social dimension of the problem. In particular, the concepts of trust, control, and power are examined using an interpretive epistemological position. [Results] Of a total of three projects, the TeGoF was applied successfully in only one case. A detailed analysis describes the factors contributing to the difficulties implementing the TeGoF principles in the two remaining projects. The resulting interpretation stresses the fact that such difficulties were caused by differences among the contexts in which the evaluation took place. Specifically, there were varying dynamics of the abovementioned factors of trust, control, and power. [Conclusion] The contribution of this doctoral dissertation consists in (1) the development of the TeGoF as a tool that pinpoints significant limitations in the current research related to control issues in the domain of outsourced ISD; (2) the evaluation of the TeGoF and analysis of the key success factors; and (3) a proposal of a novel methodological approach combining design science research with ethnographically informed action research.
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Application testing using Robot Framework
Mačurová, Kateřina ; Buchalcevová, Alena (advisor) ; Doležel, Michal (referee)
This thesis deals with the methodology used for application testing, using the Robot Framework. Its main objective is to develop a methodology which describes an approach to automated testing using this tool. An important part of the methodology is to design a user guide for the Robot Framework - at the time of writing this thesis assignment, this guide does not exist in the Czech language. In this thesis the basic concepts and approaches to automation testing in accordance with defined objectives are explained. An integral part of this is the description of the Robot Framework, its architecture and tools used, libraries, other built-in tools and the syntax used for creating test cases.
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Biometric Image Data Classifier
Tretter, Zdeněk ; Drahanský, Martin (referee) ; Doležel, Michal (advisor)
The aim of this thesis is to design and implement fingerprint classifier, which classifies the fingerprints based on the scanner used. Reader is presented with existing types of fingerprint scanners and phases of classification. Designed classifier is using a cascade of classifiers, trained using the AdaBoost learning algorithm. The application was implemented in the C++ language using OpenCV library for operational systems GNU/Linux and MS Windows.
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Object Tracking in a Sequence of Images
Švancar, Boris ; Doležel, Michal (referee) ; Orság, Filip (advisor)
The bachelor thesis deals with motion detection and object tracking in video sequence from static and dynamic cameras. The background subtraction method along with using of background updating and Lucas-Kanade optical flow method are introduced in my thesis as well. Both methods are implemented in the test application in the language C++ using OpenCV and Qt libraries and consequently both of them are tested. The results are evaluated in conclusion of the bachelor thesis.
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Continuous Personal Verification Based on Keystroke Dynamics
Dohnálek, Tomáš ; Novotný, Tomáš (referee) ; Doležel, Michal (advisor)
This work is dealing with continuous personal verification based on keystroke dynamics during writing of free text. There are introduced advantages and disadvantages of this biometric characteristic and also different approaches to analysis of samples. In detail, there is analyzed the method of authors Gunetti and Picardi, which is afterwards modified for usage in real situations. According to chosen method there is an application for the operation system GNU/Linux designed and implemented. Performance of the application during verification is presented on two datasets.
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Dungeon Lords Board Game
Kawulok, Lukáš ; Kubát, David (referee) ; Doležel, Michal (advisor)
In this work I am describing transformation board game Dungeon lords into computer game. Computer version of the game will have the same rules as board version.Final build of the game allows network playing, saving of game and loading of the saved game. During development of the game is aviable only board version. In documentation I describe steps of developing and also rules of the game. In the end is described the way of testing and also revieling of bugs and their repair. Projet was created in C# language in MS Visual Studio 2010. To creation of GUI is used WDF technique.
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The Hnefatafl Board Game Artificial Intelligence
Stratilová, Lenka ; Doležel, Michal (referee) ; Kubát, David (advisor)
The main task of this bachelor thesis is to design, create and test the Hnefatafl board game artificial intelligence. In the beginning of thesis are description of Hnefatafl rules with its variations and the most common algorithms of artificial intelligence. The following describes the implementation and testing. The game allows two players mode, player against computer mode and two computers mode.
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