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Automatic Tool-Chain Testing System
Aschenbrenner, Vojtěch ; Šuška, Boris (referee) ; Hruška, Tomáš (advisor)
Project Lissom is developing environment for design application specific processors or SoC (System on Chip). Project developes tools like assembler, disassembler, simulator, C compiler etc. Environment testing is required and It's main reason for this work. The work is about software testing, types of testing and about existing testing systems. The inspiration from existing systems is used for design and implementation Lissom testing system. System is comparing tools outputs with reference files. The system needs Bugzilla client end e-mail sender for complete functionality. These tools were also created.
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Software testing and test reporting in HP ALM
Hoffmann, Patrik ; Buchalcevová, Alena (advisor) ; Grössl, Zdeněk (referee)
Bachelor thesis is devoted to detailed analysis of an issue of software testing, test reporting and quality assurance which is an integral part of software development. The main objective of this bachelor thesis is to elaborate on the importance of test reporting and report creation in HP Application Lifecycle Management tool. Expected contribution of this thesis is the possibility to utilize the information included as a tutorial for report and dashboard creation as a supportive role for testing. Additionally, the contribution of this thesis is also extension of the the knowledge from literature and articles regarding testing, quality assurance and working with HP Application Lifecycle Management tool. The thesis is divided into three parts, which contain information about software quality, from assigning the requirement for product delivery to quality control and quality assurance and subsequent verification and validation. It expands knowledge in the area of software testing and explains various roles in the testing team. Thesis also includes testing documentation, which is utilized also for reporting. An important part of the testing is test reporting and employment of underlying metrics for quality measurement. The last part is devoted to the tutorial for report and dashboard creation in HP Application Lifecycle Management, which can be useful for the members of testing team.
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Using of Tools and Methods of Management Accouting in the Management Process of Buying Specific Items (with an example of a specific company)
Slivoňová, Hana ; Král, Bohumil (advisor) ; Knorová, Kateřina (referee)
The thesis 'Using of Tools and Methods of Management Accouting in the Management Process of Buying Specific Items (with an example of a specific company)' describes the current process of purchasing specific parts in the company Škoda Auto a.s., focusing on quality assurance and responsibility for term accomplishment. The theoretical part of this thesis introduces the in-house company structure of Škoda Auto a.s., focusing on the Purchasing Department, with the emphasis on the Department of Control of the Purchased Parts and presents in detail the overall process of buying these parts. The practical part of the thesis is focused on the evaluation of the activities of this department by comparing current projects and projects before the establishment of the department. In conclusion, there are recommendations and suggestions for the improvement of the current system
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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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Test process improvement and software quality assurance models
Došek, Tomáš ; Borovcová, Anna (advisor) ; Buchalcevová, Alena (referee)
Testing often takes between 35 and 50 percent of the total costs of software development projects. Still, the role of testing tends to be underestimated. High costs that are being spent on software testing make a reason for looking for systematical approaches for making the testing processes efficient. Test process improvement models offer such approaches. These models are subject of this thesis. Implementation of process improvement models can be an expensive, long-term activity. Therefore, reasons need to be found, why is important to use such models. Reasons and motivations for using improvement models are demonstrated in the first part of this thesis. It turned out that software testing has, by its historical development, come to the state, when it contains so much theory that companies have a problem absorbing all the knowledge to make testing processes efficient. Therefore, improvement models offer a solution to this problem. This thesis is primarily focused on Test Maturity Model Integration (TMMi), which is being analyzed thoroughly. The work searches for possibilities and limitation of using the model and it summarizes current experiences with the model. Because the TMMi model does not contain a practical assessment method, such method is proposed in this thesis. The assessment method will help organizations using the model. Beside TMMi, the thesis provides an introduction into three other models: Test Process Improvement (TPI), Capability Maturity Model Integration (CMMI) and Critical Testing Processes (CTP). All four models are subject to a comparison based on specified criteria. Results of the comparison are analyzed to identify for which situations individual models suit best. The comparison will help organizations to choose the right model for their needs.
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Application of the process analysis in quality assurance and software testing
Popelka, Vladimír ; Oškrdal, Václav (advisor) ; Chromek, Ondřej (referee)
This thesis deals with questions regarding quality assurance and software testing. The subject of its theoretical part is the specification of the general concept of quality, description of standards used in the field of software product quality evaluation and finally the evaluation of software development process itself. The thesis intends to introduce the theoretical framework of software quality assurance, especially the detailed analysis of the whole software testing branch. An added value to the theoretical part constitutes the characterization of procedural approach and selected methods used towards the improvement of processes. The practical part of the thesis comprises of the exemplification -- it shows the procedural approach at software quality management, applied to a selected IT company. The main aim of the practical part is to create a purposeful project for optimization of quality assurance and software testing processes. The core of the matter is to accomplish the process analysis of the present condition of software testing methodology. For the purpose of process analysis and optimization project, the models of key processes will be created; these processes will then be depicted based on defined pattern. The description of the state-of-the-art of software product quality assurance processes is further supplemented by the evaluation of such processes maturity. The project for optimization of software testing and quality assurance processes comes from the process analysis of the present condition of software testing methodology, as well as from the evaluation of procedural models maturity. The essence of processes optimization is the incorporation of change requests and innovative intentions of individual processes into the resulting state of methodology draft. For the measurement of selected quality assurance and software testing processes, the configuration of efficiency indicators and their application on particular processes is implemented. The research on the of the state-of-the-art, as well as the elaboration of this whole project for optimization of software testing and quality assurance processes runs in conformity with the principles of DMAIC model of Six Sigma method.
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Software quality assurance and Java web applications testing
Nejedlý, David ; Pavlíčková, Jarmila (advisor) ; Šlajchrt, Zbyněk (referee)
The main objective of this work contains descriptions of the attributes that determine the quality of the software, a list of techniques that can ensure the quality of the code, and how to achieve code quality with software testing tools, to introduce available automated testing capabilities, to analyze in detail the testing tools Bromine and Selenium, including practical examples of working with these tools, in the end evaluate the benefits work and opportunities to deploy these tools in practice.
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Inspesting the sensitivity and resolution of the CT-part of the Infinia-Hawkeye
FILÁSKOVÁ, Lucie
The medical discipline of nuclear medicine is characterised by the constant development and perfection of the appliances used and thus, also higher diagnostic yield. The most frequently used equipment currently includes hybrid appliances enabling image fusion, e.g. SPECT/CT. The result is a recording combining anatomical and functional information allowing for more accurate localisation of the lesion and better spatial orientation. Equipment in nuclear medicine is subject to inspection under the regulation of the State Office for Nuclear Safety No 307/2002 Coll. On radiation protection and as amended under Regulation No 499/2005 Coll. When inspecting the characteristics of an appliance, procedures specified by the manufacturer are met, and each workplace performing nuclear medicine must follow a sophisticated system of quality control stipulating the individual tests and duration of the cycle when they shall be performed. My work consisted of performing quality tests on the CT-part of the Infinia-Hawkeye system. The testing was performed once every three weeks over a period of seven months at the Department of Nuclear Medicine in České Budějovice hospital. The results of individual readings were recorded in overview charts and compared with the parameters provided by the manufacturer. The performance of the comparison confirmed the defined goals, all the recorded values agreed with the limits set by the manufacturer. These values were never exceeded during the entire testing period. No short-term changes of parameters were recorded. The bachelor?s thesis can be used as an overview of quality tests of the CT-part of the Infinia-Hawkeye system and can also serve as instructions for performing these inspections at all workplaces that are equipped with the Infinia-Hawkeye hybrid system.
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