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Testing of the failing heart
Musil, Jan ; Leitermann, D.
The influence of the supporting rotary pump set up pralelly to the left ventricle failing heart was followed up in the mock-line set up comprising two hearts -right and left ventricle- in series. The results concerning the pressure and resistance values differed from the results gained under the conditions with the simplified circuit having only one pulsatind failing -left- ventricle under supporting conditions.
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Team work and its evaluation on the example of software testing
Bayerle, Petr ; Střížová, Vlasta (advisor) ; Hrubec, Jiří (referee)
This diploma thesis focuses on team work during a process of software testing and is divided in three main parts. The first part of this thesis presents main issues, goals and philosophy of software testing. This part is also aimed at core competency of software tester. The second part is aimed at definition of team, teamwork and its advantages and disadvantages. There are discussed ways how it can be measured and evaluated. The third part contains an analysis of real software development project. Significant barriers of team efficiency related to team communication and information flows within and between teams are identified and discussed. Finally there are shown some ways how they can be faced.
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Design of web applications testing methodology
Fiurášek, Tomáš ; Buchalcevová, Alena (advisor) ; Borovcová, Anna (referee)
Development of web applications is closely associated with testing. This master's thesis deals with the domain of testing. The goal of this thesis is to design a methodology of testing of web applications for small software company. The designed methodology results from OpenUP methodology and author's work experience. First, the theoretical part of this thesis is devoted to testing, history of testing and introduces several approaches to testing. Next, the theoretical part focuses on web applications and its specifics in light of testing. In view of the fact that the designed methodology is inspired by OpenUP methodology, this methodology including its basic principles and components is introduced in next separate chapter. The largest chapter describes the designed methodology of testing of web applications and its basic components: roles, activities and artifacts. Also errors and their lifecycles are examined. The thesis is concluded by a short muse upon the aspects of the implementation of the designed methodology in the environment of small company.
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Methodology ICONIX Process
Válková, Jana ; Pavlíčková, Jarmila (advisor) ; Kunstová, Renáta (referee)
The main part of this work deals with the introduction of agile, use case-driven methodology for software development ICONIX Process. The reader is first given to the principles of agile programming, which is followed by a detailed description of the methodology and all its stages with practical examples from the demonstration project - starting with a thorough requirements analysis, through design application, to outline the implementation and testing.
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Bug tracking systems - comparison
Matoušková, Barbora ; Balada, Jakub (advisor) ; Buchalcevová, Alena (referee)
The preface of the paper contains the theoretic side of testing and its importance in the process of developing software. The next sections of the paper deal with the main topic. They describe and evaluate four bug tracking systems. To evaluate it objectively metrics have been made. The bug tracking systems are described and evaluated according to these metrics. The description of each system includes subjective observation. Of the four systems discussed, two are open source and two are commercial. Reasons for prefering different systems, other then the one that gained the most points, are also mentioned here. This paper can serve to newly formed companies that develop software and are deciding to use a bug tracking system. Described advantages and disadvantages of the systems can make decisions easier.
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Testing in selected PHP Frameworks
Kouba, Daniel ; Pavlíček, Luboš (advisor) ; Burkoň, Lukáš (referee)
Objective of this document is to provide reader with briefly and cohesive overview about team cooperation, testing , agile software development practices and other modern techniques during web development process. Moreover this paper showing usage of these methodologies and recommendation how to implement it efficiently in some of modern web frameworks for rapid and easy web development (Zend Framework, CakePHP and Yii). In addition this handbook tries to explain how continual integration can be utilized on field of web development process. This work is divided into 2 main sections. The first one is about theoretical knowledge of cooperation, testing and web framework usage at web development process. In second "practical" section I will be concerned about application of this knowledge in practice. Practical section is also about creating of complete continual integration process for web development and its implementation in academic environment of University of Economics in Prague. Contribution of this sheet is mainly in providing of cohesive overview on modern web development techniques such as extreme programming, testing, cooperation and object-oriented frameworks for rapid web development.
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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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