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Java EE applications unit testing
Nejedlý, David ; Pavlíčková, Jarmila (advisor) ; Šlajchrt, Zbyněk (referee)
The diploma objectives are to describe software quality model defined in ISO/IEC 9126, to describe the basic concepts of quality assurance and software testing, to identify possible errors when writing tests, introduce designs patterns for writing tests. Further describe the architecture of applications built on the Java EE platform, to introduce frameworks for testing various parts of the applications built on the Java EE platform, to illustrate the creation of unit tests using test doubles for these applications, to evaluate the importance of unit tests for quality assurance software.
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Lean software development in testing team
Chodura, Ondřej ; Pavlíček, Luboš (advisor) ; Chlapek, Dušan (referee)
This diploma thesis describes the position of software testing according to Lean software development approach and its appliacation in testing team. At first. Lean concept is introduced with its basic principles, then the thesis focuses on the position of testing in the Lean software development itself. At the beginning this thesis deals with agile approach to development and software testing position in Lean software development. This concept defines several principles, which should be followed by testing teams. These principles and its general application in testing teams are subsequently explained. The second part is devoted to Lean software development in a real company. I am working as a tester and I already know the development and testing processes -- that's why one of my goals is to apply this approach to our testing team. Firstly the default situation in our company is introduced. Used technics and types of used testing tools are listed together with procedures and also the disadvantages and troubles, which occurred during the original testing process. Then the following parts are devoted to Lean software development principles application in our testing team followed with description of improvements and advantages delivered by the principles.
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Software testing
Rybak, Yauhen ; Buchalcevová, Alena (advisor) ; Borovcová, Anna (referee)
This bachelor thesis presents the fundamental aspects of the testing tool IBM Rational Functional Tester. The aim of this thesis is to acquaint readers with the basics of software testing and to create the guide of the named testing tool for beginning testers; to show the process of automated testing on examples. The first part of this thesis presents a theoretical introduction to software testing; the se-cond part describes the process of testing web applications using IBM Rational Functional Tester. In the last part is shown in a particular practical example how to test Java applica-tion with the selected testing tool.
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Methodology for Web Applications Development
Mittner, Jan ; Buchalcevová, Alena (advisor) ; Burkoň, Lukáš (referee)
This work deals with methodologies of software development, particularly web applications. Its main objective is to propose a methodology that helps ensure quality web development and prevents a number of frequently recurring problems. The first chapter deals with characteristics of current state and defines the need for process and discipline, the need for team development and the importance of appropriate tools. The second chapter describes the specifics of the web development. It defines the quality criteria in relation to web applications, particularly the aspects of accessibility, usability and security are concerned. It deals with web frameworks and the benefits and risks arising from their usage. It also outlines requirements for the chosen methodology for web development and describes types of projects to be applied to the methodology. The third chapter analyzes the suitability of the selected life cycle models and methodologies in software development for web applications. The life cycle models consider a model of "program and repair", the waterfall model and incremental model. It also deals with the assumptions of agile methodologies and their level of satisfaction for web development. For the analysis is used the methodology evaluation system METES with which is examined Rational Unified Process, Open Unified Process, Extreme Programming, Scrum and Feature Driven Development. The fourth chapter deals with the characteristic of Open Unified Process methodology. It describes the principles, features and development process. The main chapter deals with the proposal of methodology for web development. As the basis is chosen Open Unified Process methodology, whose elements are supplemented and adapted for web development. As the elements of the methodology are elaborated principles, practices, roles, work products, tasks, delivery process, manuals and guidelines and tools. Each element is adapted to fit the specific needs of web applications. In order to achieve greater control over the quality of web applications there are also included detailed checklists as an integral part of products which are aimed at preventing the most frequently occurring errors and problems. The chapter concludes with an overview of tools that have been validated in web development.
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Support of software quality management in a small company
Vávra, Pavel ; Novotný, Ota (advisor) ; Jonáš, Zdeněk (referee)
The goal of this thesis is to create a proposal of framework which can be used to support software quality management in a small development company. Framework is composed of processes, methodologies and tools which together should improve the quality of software products of a company. Concrete implementation of the framework is shown as a case study. Data for the case study were collected in the company Cleverbee, where the author worked during the case study's creation. Personal contribution of the author of the thesis is firstly the creation of the framework concept based on author's experiences and commented list of concrete results of framework's implementation. The detailed goal setting for this thesis and the definition of the target reader can be found in the chapter 1. Introduction. The definition of main terms, which will appear in the rest of the thesis, is contained in the chapter 2. Terms. Chapter 3. Software quality and its definition is explains the term "software quality" and the nature of the small companies. Chapter 4. Software quality management forms the theoretical foundation of the thesis. In this chapter you find how the methodologies RUP and CMMI view the software quality. Chapter 5. Framework concept contains the concept of the software quality management framework. Framework is based upon relevant sources and also author's personal experience. The chapter 6. Case study describes the concrete example of the implementation of the proposed framework. The case study also contains descriptions of the used software tools. The chapter 7. Conclusion contains the brief resume of the findings of the thesis.
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Common ways of controlling the quality of software applications and systems (methodology & tools)
Borůvka, Zdeněk ; Buchalcevová, Alena (advisor) ; Beran, Jiří (referee)
Integral part of all systematically managed software development or maintenance projects is emphasis on continuous quality of all project activities. Because final quality of project deliverables (new or enhanced applications, preconfigured solutions as ie. SAP) is a very big influencer of project success and therefore also important influencer of long-term relationship between customer and contractor(s), this document focuses on ways how to proactively prevent from mistakes (within the whole software development lifecycle) and on techniques helping to establish better quality control of important deliverables through systematic approach, high quality tools and suitable metrics in software testing discipline. This document gradually exposes typical project areas where it is necessary to keep control on quality of project members' outputs, perceives testing in context of typical project consequences, offers practical recommendations in testing methodology, tools as well as widely tested technologies, and explains trends and risks in testing domain. The goal of this document is not only to document a wide range of possibilities given by frequently used testing techniques or tools but also to offer a practical guidance in deployment of test discipline. This document was written by comparing author's professional experience in software quality management with knowledge gathered by reading information sources attached to this document. This document consists of concrete conclusions of this comparison.
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