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Early Testing in oVirt/RHV Project
Saranová, Ivana ; Smrčka, Aleš (referee) ; Rogalewicz, Adam (advisor)
The objective of this work is to automate the preparation of a testing environment, which is a part of manual early testing of ovirt-web-ui component in project oVirt/RHV and allow the tester to work efficiently. Agile methods, early testing principles, project oVirt/RHV, and software development tools Jira, Jenkins, and GitHub were studied in this thesis. Automation was implemented in Python programming language and the work was incorporated into an existing automation structure in GitLab, while simultaneously being run by the Jenkins tool. All created components communicating with each software development tool are not only used in the preparation script but also will be utilized to gather data into the database in the future. The finished work was thoroughly tested and helped to free up to 2 hours of tester's time for other work-related activities.
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Advanced Evolutionary Image Filtering
Saranová, Ivana ; Drábek, Vladimír (referee) ; Bidlo, Michal (advisor)
This work aims to use cellular automata with a transition function of conditionally matching rules designed by the evolution strategy for the removal of noises of different types and intensities from digital images. The proposed method improves the original concept of conditionally matching rules by modifying the right side of the rule, extending it from a single value to a selection of functions. Furthermore, various evolution strategy setups were explored, including usage of different noise models for evolution, training on partially damaged images, and other setups, resulting in high-quality filters for each noise model. Comparing these filters to the existing methods shows great improvement from the original approach and the ability to evolutionarily design filters that are placed among the top methods quality-wise.
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Early Testing in oVirt/RHV Project
Saranová, Ivana ; Smrčka, Aleš (referee) ; Rogalewicz, Adam (advisor)
The objective of this work is to automate the preparation of a testing environment, which is a part of manual early testing of ovirt-web-ui component in project oVirt/RHV and allow the tester to work efficiently. Agile methods, early testing principles, project oVirt/RHV, and software development tools Jira, Jenkins, and GitHub were studied in this thesis. Automation was implemented in Python programming language and the work was incorporated into an existing automation structure in GitLab, while simultaneously being run by the Jenkins tool. All created components communicating with each software development tool are not only used in the preparation script but also will be utilized to gather data into the database in the future. The finished work was thoroughly tested and helped to free up to 2 hours of tester's time for other work-related activities.
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