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Application for OpenShift Plaform for Testing of Students Projects
Országh, Marián ; Janoušek, Vladimír (referee) ; Smrčka, Aleš (advisor)
Cieľom tejto práce je navrhnúť službu pre automatizované testovanie študentských programovacích projektov na základe požiadaviek a následne implementovať túto službu za použitia technológií OpenShift, Python a Git. Vytvorenie takejto služby stavia základ pre zjednotený proces testovania študentských projektov, ktorý zahŕňa spúšťanie testovacích sád v oddelených Linuxových kontajneroch. Vylepšený testovací proces má viesť ku zjednodušeniu známkovania vyučujúcimi a taktiež zlepšeniu výsledkov študentov pri týchto úlohách. Táto diplomová práca vysvetľuje základy testovania softvéru, pričom sa sústredí na testovanie založené na požiadavkách, poskytuje náhľad do technológie kontajnerov a objasňuje, ako boli tieto témy zahrnuté pri návrhu služby a taktiež, ako sa ich použitie odrazilo na požiadavkách na ňu. Okrem toho je implementácia tejto služby podrobená detailnej analýze, ktorá má slúžiť ako referenčný materiál pre jej akékoľvek budúce rozšírenia. Implementovaná služba je schopná vykonávať základné operácie, zahřňajúce paralelné testovanie študentských projektov v oddelených kontajneroch, vytvorenie kontajnerizovaného ladiaceho prostredia, alebo automatické zostavenie kontajnerového obrazu pre konkrétne zadanie.
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Presentations Web Editor
Abrahám, Adam ; Bartík, Vladimír (referee) ; Burget, Radek (advisor)
The aim of this thesis is to implement a web application to manage presentations with Markdown content, which are then presented through slideshow framework Reveal.js. Frontend of the application is created with Vue.js and Nuxt.js, backend with Express.js and for data storage I have chosen MongoDB, a NoSQL document database. Frontend and backend parts of the application communicate with each other through REST technology. The application allows users to view, edit and create more versions of the same presentation. This thesis furthermore contains description, comparison of current technologies and substantiation of their selection.
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Multiplatformní git klient s pokročilou vizualizací branchí
Dohnalová, Tereza
This thesis is focused on the design and implementation of a multiplatform Git client that allows users to interact with Git through a graphical user interface. The application focuses on plotting the history of changes in the repository and displaying branches using a graph. The paper describes the design of the application, its implementation, and then evaluates the user testing that the application was subjected to in order to verify that the goal was met.
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Using Version Control Systems to Support Learning
Pokorný, Milan ; Jeřábek, Tomáš (advisor) ; Štípek, Jiří (referee)
The thesis examines version control systems (VCs) and the possibilities of their use in information technology classes. At first, various solutions for version management are evaluated. As a result, a decentralized system called Git is deemed the most appropriate to be used in education. The text further explains the details of how Git works while also introducing some of the relevant training software and Git extensions. The thesis continues by exploring the role of version control systems in education, their teaching, and use as a didactic tool. The final chapters are practically oriented and include the description of processes which allow source code version control to be used within a student group environment. The thesis concludes with an overall evaluation of the use of version management systems in teaching, including practical recommendations and examples.
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Detection of plagiatorism in software projects in the BDS course
Szymutko, Marek ; Přinosil, Jiří (referee) ; Šeda, Pavel (advisor)
Plagiarism is a widespread problem, which can be fought by prevention or detection methods. This thesis contains a summary of plagiarism detection methods through automated means. To parse source code, an open-source abstract syntax tree compiler was employed. The functionality of this compiler was demonstrated in this thesis. To reduce the mutual visibility of students’ projects, a proposal for the submission process was created. GitLab cloud service was employed for this purpose. Initialization of these students’ spaces is performed via Bash scripts. Other scripts to archive and create spaces for groups of students in the GitLab service were also created. A similarity-detecting tool was created in Python programming language. This tool was specialized to be employed in the subject BPC-BDS for the detection of plagiarism in students’ assignments written in Java or Python. It can also be used in other subjects though. For similarity detection, numerical metrics and abstract syntax trees were used. The comparison output of the projects and their individual parts is represented with integer value and outputted into a tabular file of the format xlsx. This thesis also summarizes the strengths and weaknesses of the implemented solution and lists problems that were encountered in the process of implementation. A case study about plagiarism in the subject BDS in the academic year 2022/2023 is also included in this thesis.
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Web application for development and maintenance of SIEM system correlation rules
Bielik, Oliver ; Mikulec, Marek (referee) ; Safonov, Yehor (advisor)
Today’s world of technology is developing rapidly and constantly. Just as quickly, new risks are forming that threaten this sphere. For this reason, technologies need to be monitored and hazards prevented from entering systems. One of the technologies that helps this protection is a system called SIEM. This system serves as an investigative tool that allows security monitoring and investigations to be carried out. Security monitoring is carried out based on the correlation rules that are developed in security operations centers (SOC). Their task is to look for the potential dangers and report them. The main goal of the presented bachelor thesis is to create a tool that allows developers in SOC to easily develop correlation rules. The aim of the application is to simplify development and ensure a better overview of individual correlation rules. The theoretical part of the bachelor thesis focuses on the issue of security monitoring and explains it to the reader. It describes in more detail the functioning of the system and the work of SOC operators, whose job is the development of correlation rules as well. The practical part of the bachelor thesis is aimed at facilitating the development of these rules. The last part of the bachelor thesis is a conclusion, it briefly describes to the reader the observed facts and processing of the requirements for the bachelor thesis.
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The role of the radiographer in gastroenterology
VOSEJPKA, Roman
This bachelor thesis focuses on radiological imaging methods that are used in gastroenterological examinations. In radiology, machines keep developing, improving and they become an inherent part of practically all branches of medicine. They are being applied in both, therapy as well as illness diagnosis. The thesis is divided into a theoretical and a practical part. The objective is to bring individual gastroenterological examinations closer using radiological assistance and to describe the role of a radiographer during these performances. The theoretical part mainly describes the anatomy of the digestive tract and its pathology. Further on, the theoretical part contains information on the individual gastroenterological examinations, contrast substances and radiological imaging methods. The practical part has been processed using the data collected from the NIS AKORD hospital system. Based on acquired data, tables and graphics were created, using percentage representation. NIS AKORD data has been accompanied by data that I aquired via a random choice from the Institute of Health Information and Statistics of the Czech Republic database. I have chosen a few figures that are linked to both, the area of radiology and imaging methods as well as gastroenterology. The objective is to describe the process of individual gastroenterology examinations utilizing radiological assistance and to bring the role of the radiographer in the above-mentioned performances to a closer focus.
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System for Verifying the Minimum Resources Required to Run an Application
Žák, Jiří ; Doležal, Jan (referee) ; Smrž, Pavel (advisor)
The main goal of this bachelor thesis is to create a system for the verifying minimum resources required to run an application. The theoretical part deals with the topic of computer performance evaluation metrics and the principle of operation of the Linux operating system. The practical part describes how the design and implementation of the entire system, which uses BPF (Berkeley Packet Filter) technology, was created. The end of the work is completed by testing and evaluation of the whole work. The system was successfully deployed in the partner company BringAuto. It turned out, that the operating system is powerful enough to run applications.
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