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Eclipse platform plugin creation
Pavelka, Jan ; Buchalcevová, Alena (advisor) ; Ženíšek, Jan (referee)
Purpose of this thesis is to create a methodology for Eclipse plugin development based on Methodology for small software projects (MMSP). Methodology designed in this thesis can be used by developers who develop plugins for Eclipse. First part describes Eclipse platform, its architecture and its fundamental principles, Eclipse Rich Client Platform and Eclipse Integrated Development Environment. Another topic presented in this part is framework for automated testing of web applications Selenium, which relates to practical part of the thesis. Methodology for small software projects is pre-sented next with Eclipse plugin development extensions. Practical part of this thesis deals with development of Eclipse Selenium plugin for Integra-ted Testing Node project. This part provides examples of principles of methodology presen-ted in first part of the thesis and provides basic description of functions of the plugin. The result of this part is working Eclipse plugin.
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Testing on Integrated test node project
Janáček, Petr ; Buchalcevová, Alena (advisor) ; Ženíšek, Jan (referee)
This bachelor thesis focuses on testing the Integrated testing node of version 0.9. Integrated testing node (ITN in short) is software that supports the process of software quality assurance. Testing process of ITN is described here step by step. Theoretic part focuses on introduction and description of ITN, it also focuses on bugs in software development and recommended way to report them. Another part compares methods used for writing test plans, then selecting the best solution for ITN and describing the creation of test plan. Practical part describing the process of making the test cases, which are inserted into the ITN and executed. After execution the results are summarized, evaluated and compared with acceptance criteria. Content of this thesis serv to assure the quality of ITN. Testing process description and results evaluation can be used as guide for testing newly released version of ITN, as well as summary of the most important information about ITN or recommendation for precise bug report. Knowledge about test plan can be used in future for similar projects.
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Testing of Integrated testing node
Ziegler, Erik ; Buchalcevová, Alena (advisor) ; Ženíšek, Jan (referee)
This bachelor thesis is focused on testing of Integrated testing node (ITN in short) in version 0.9. The main aims are to compare a couple of methodics for writing test cases, then create those test cases and execute functional manual tests with evaluation. In first part of this thesis, there is introduction and description of Integrated testing node and its brief history. In next chapter are introduced methodics for creating and writing test cases, with a demonstration and a short rating. The last part consists of description of the whole proces of making test cases, including modification of template for test cases, and execution of manual tests with evaluation of the results. Outpusts of this thesis should contribute to quality assurance of ITN in this version, but also to serve as a basis for creating of test cases and related documents for another versions of this tool.
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User documentation of the Integrated testing node
Tománková, Monika ; Buchalcevová, Alena (advisor) ; Ženíšek, Jan (referee)
Nowadays, the development of the Integrated testing node created within the Competence Centre Software Quality Assurance at the University of Economics in Prague, came to a point where all the basic applications are functional. Since this tool provides a wide range of settings, there arose the question of how to teach users to use this tool. Due to this fact, the creation of user documentation ITN began. Its partial creation is also a part of this thesis. The main objective of this bachelor thesis is to establish a methodology for creating and managing the user documentation for the Integrated testing node. Thanks to this methodology, it will be possible to maintain the same structure and style, which will not be influenced by the changes of administrators throughout time. Furthermore, this paper presents the best practices for technical writing and a brief description of Integrated testing node's applications.
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Selenium integration into Integrated testing node
Michalička, Tomáš ; Buchalcevová, Alena (advisor) ; Ženíšek, Jan (referee)
This thesis is about design and implementation one part of Integrated testing node, which is project developed by students of University of Economics. The aim of this project is create a solution, which integrates open-source tools for software testing support. The aim of this thesis is to create new part of Integrated testing node, which will be used for maintenance and creation of new automated tests created in Selenium, which is tool for frontend testing. This thesis continues with work, which was started in thesis of Bc. Jan Ženíšek. His thesis is focused to analyses and design of whole Integrated testing node. He also chose Selenium as tool responsible for automated test support. This thesis is also related to Bc. Helena Munzarová's thesis. She created REST mediator which should be used for communication with all other parts of Integrated testing node.
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Project Development of Integrated Testing Node
Ženíšek, Jan ; Buchalcevová, Alena (advisor) ; Kolář, Ladislav (referee)
Nowadays the development speed of new software products is a key to success and it is not important whether the aim is to make customer's urges satisfied or get ahead of one's competitors and fill the market gap. Because of the increase of development speed the demands on the saving process of software quality are increasing. There are two types of tools that are supporting the process of software quality assurance. Firstly, we talk about comprehensive testing tools of commercial character that usually include many functions, but their purchase is extremely expensive. On the other hand there are open-source tools that are available for free, they function on many kinds of operating systems and it is possible to modify them. Unfortunately their functions are basically focused on a certain subset of controlling the software quality assurance. Company TRASK solution a.s. has decided to change this current situation, so it asked competence centre Software Quality Assurance at the University of Economics in Prague in order to create Integrated Testing Node (ITN) that would combine the advantages of open-source tools. Moreover, it would offer broad range of functions as commercial solution. The purpose of this thesis is to describe relevant phases of the process of creating the Integrated Testing Node from the factual and methodical point of view. This aim is divided into partial aims included task analysis and the proposal of solving system, open-source products portfolio analysis, choice of the most convenient tools for following integration, choosing the method of information system building, evaluating the feedback from a client and the proposal of future development of this tool. As far as the biggest contribution of this thesis is concerned, it is the realisation of ITN project that can be used during information classes at the University of Economics in Prague. Furthermore, it can be used as the control of software quality in commercial companies.
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Improving the selected process: creatively and systematically
Ženíšek, Jan ; Mildeová, Stanislava (advisor) ; Gregorová, Martina (referee)
This diploma thesis describes the design of an efficient optimization of the selected process. The thesis contains description of methods supporting creative and systematic approach to the problem, with an accent on discipline system dynamics and its instruments for system analysis. It thus offers a tool through which you can capture, analyze and model the selected process in a new way, to discover the causes of problems and predict their behavior. Creative application of methods and systems approach is chosen optimum alternative solution of the problem, which is then constructed to compare model simulations in order to determine whether the selected process improvements effectively.
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Windows Phone 8 mobile platform
Ženíšek, Jan ; Buchalcevová, Alena (advisor) ; Mittner, Jan (referee)
This bachelor thesis describes to mobile operating system Windows Phone 8. That was introduced in half of the year 2012. The main aim this thesis is to introduce operating system Windows Phone 8. It includes all its parameters, features and technologies, which are necessary for future application development. Partial goal is to explain the possibilities and processes of the development not only for Windows Phone 8 but also for Windows 8. Another crucial goal is the illustrative example of using new technologies in applications. These goals were accomplished by gathering information from foreign sources, because Czech sources concerning this system are not insufficient. This thesis is divided into following parts: firstly describes the functions and news, that are available in the system, manners and principals of designing applications are following, in the next section is explained designing pattern and manners of multi-platform development and in the end is showed, how it is possible to implement functions such as: voice commands, geolocalization, wallet and wireless information transport. In this thesis are summarised all information that are necessary for introducing system Windows Phone 8 beginning and also advanced application developer. In the Czech Republic there has not already been published any publication that would focus on mobile system Windows Phone 8.
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Innovation of public administration information system
Ženíšek, Jan ; Luc, Ladislav (advisor) ; Toman, Prokop (referee)
This thesis focuses on the analysis of public administration information system of Příbram and its innovation. This work is divided into two parts. In the first part I evaluate the current state of information system of Příbram. The benefit of this is pointing out the weaknesses and shortcomings of the information system. In the second part I focus on design innovation solutions to information system. The aim of this section is to suggest two alternative solutions and recommend one option. The conclusion is devoted to the recapitulation of the resulting knowledge and evaluation. The recommendation is necessary to explain
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