The thesis deals with software testing in company, whose activities are financial services . Emphasis is placed on the current development model , which was recently changed from waterfall type to the agile type . This transition is described using the comparison . The work is focused on the ideal composition of the scrum team. Such a team could more easily develop new functionality. Finally, described the tools that are necessary for development and testing . The aim is to analyze and propose improvements in process development testing of new functionality to the financial system. As a result of this activity is a proposal to improve the process , not only testing, but also a process that is itself before starting the tests. Output work is the connection of these analyzes and design process testing, which would save the company costs .

In this thesis is solved a proposal of turbochargers testing hour costs reduction. With usage of testing hour costs analysis, SWOT, FMEA and following changes of technical and organizational character is reached more effective testing process and laboratory testing hour costs reduction

The subject of this thesis are software testing tools, specifically tools for manual testing, automatic testing, bug tracking and test management. The aim of this thesis is to introduce reader to several testing tools from each category and to compare these tools. This objective relates to the secondary aim of creating set of criteria for testing tools comparison. The contribution of this thesis is the description and comparison of chosen testing tools and the creation of a set of kriteria, that can be used to Compaq any other testing tools. The Thesis is dividend into the four main parts. The first part briefly describes the theoretical foundations of software testing, the second part deals with descriptions of various categories of testing tools and their role in the testing process, the third part defines the method of comparison and comparison kriteria and in the last, fourth, part the selected testing tools are described and compared.

Práce je zaměřena na testování softwaru, a to v teoretické i praktické rovině. Práce vymezuje základní teoretické poznatky v oblasti, včetně zhodnocení argumentů pro a proti testování. Testování je zohledněno v širším kontextu celého vývojové cyklu softwaru. Snahou práce je také upozornit na možnosti automatizovaného testování a popsání několik nástrojů k tomuto sloužících včetně praktické ukázky. Hlavní praktická část se pak zaměřuje na proces testování softwaru v konkrétní společnosti.

PALA, Ondřej. Ability of compilers programming language Python. Brno, 2015. Diploma thesis. Mendel university in Brno. Diploma thesis rate ability of selected compilers programming language Python. First path of thesis is focused to programming language Python and principle of working compilers. Second path is focused to creating testing tasks, defining eva-luation criterias of compilers and testing compilers without testing tasks.

The thesis is focused on issues of the design testing strategy in the form of the test plan. There are described selected models of the life cycle software development and methodologies of the software development and testing in the theoretical part. The main focus is dedicated to the significance testing and its position in the various models and methodologies. There is solved a creation of testing strategy of selected software in the practical part, including the subsequent design and implementation of the test cases. There is an assessment of the achieved results at the conclusion and there is discussed the possibility of using different type or approach of the testing.

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The work shows risks and opportunities of audit of financial statements resulting from a computer environment. First it describes the general principles of auditing and its legislative definition. For basic orientation to the work deals with new trends of IS / ICT in accounting. Following them it describes different approaches of auditors to the computer environment. The main part focuses on computer-assisted audit techniques (CAATTs), which auditors can use depending on their approach to the computer environment.

This diploma thesis deals with problematics of software testing in company together with implementing the methodology, which supports processes in this field. In the theoretical part, there is a description of the current state of the testing environment. Definitions of basic terms are in this part and also a testing phases. The next section of this chapter processes well-known software development methodologies focused on testing phase again. Part of this thesis is an analysis of the current situation in the chosen company, where the methodology is implemented. In the practical part, the emphasis is put on procedures, and selection of individual test types. The main procedures are presented by BPMN and state diagrams. The output of the thesis is a comprehensive methodology for supporting the management of testing in selected company.

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.