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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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Digitalizace dispečinku výpravy vlaků
Najnar, Tomáš
Najnar Tomáš. Digitalization of train dispatching. Bachelor’s thesis. Brno: Mendel University in Brno, 2023. The thesis deals with the design, security and implementation of a web applipcation for train dispatching. The aim of this work is to digitize the current form of train dispatching, which involves the use of magnetic boards and subsequent transcription into Excel.
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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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Web Document Annotator
Hrúz, Tomáš ; Hynek, Jiří (referee) ; Burget, Radek (advisor)
The goal of this bachelor thesis is to compare of tools for annotation of web documents and create module for experimental tool FitLayout, which implements required functionality for annotation. Solution was developed with the progressive framework Vue.js and with knowledge obtained by comparison of existing annotation tools. The output of the work is new stand-alone component and other component with added functionality in FitLayout application. The result of the work is the web application module for creating new areas in documents and adjusted module for managing comments and tags.
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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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Coding Conventions Management System
Orlíček, Michal ; Koutenský, Michal (referee) ; Pluskal, Jan (advisor)
The goal of this thesis is to design and implement coding conventions management system for project. Prior to the creation of the system itself, the research of coding conventions benefits, the analysis of used technologies in open source projects at GitHub service, and the analysis of existing technologies managing coding conventions was done. On the basis of that, usage scenarios were designed, requirements were specified and system architecture was determined. Then the system was implemented as web application based on Blazor and EditorConfig technologies. The main aim was to create a system that would allow to store all types of programming conventions and at the same time allows users to automatically control and generate them. It is published under an open source license within the GitHub service and deployed on the Azure cloud platform.
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Cloud Storage Integration into Web Applications
Studnička, Ondřej ; Rychlý, Marek (referee) ; Burget, Radek (advisor)
The aim of this thesis is to analyze selected cloud storages and their APIs. The practical use is demonstrated in web application that is used for to create dynamic presentation based on Reveal.js framework. The application allows user to save the created presentation to selected cloud storage. Supported storages are Google Drive, Dropbox, Github and Gitlab. The application is implemented using Vue.js. The theoretical part of the thesis focuses on the possibilities of creating web applications according to current trends. The practical part describes the implementation and testing of the created application.
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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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System for Automatic Filtering of Tests
Lysoněk, Milan ; Smrčka, Aleš (referee) ; Malík, Viktor (advisor)
Cílem této práce je vytvořit systém, který je schopný automaticky určit množinu testů, které mají být spuštěny, když dojde v ComplianceAsCode projektu ke změně. Navržená metoda vybírá množinu testů na základě statické analýzy změněných zdrojových souborů, přičemž bere v úvahu vnitřní strukturu ComplianceAsCode. Vytvořený systém je rozdělen do čtyř částí - získání změn s využitím verzovacího systému, statická analýza různých typů souborů, zjištění souborů, které jsou ovlivněny těmi změnami, a výpočet množiny testů, které musí být spuštěny pro danou změnu. Naimplementovali jsme analýzu několika různých typů souborů a náš systém je navržen tak, aby byl jednoduše rozšiřitelný o analýzy dalších typů souborů. Vytvořená implementace je nasazena na serveru, kde automaticky analyzuje nové příspěvky do ComplianceAsCode projektu. Automatické spouštění informuje přispěvatelé a vývojáře o nalezených změnách a doporučuje, které testy by pro danou změnu měly být spuštěny. Tím je ušetřen čas strávený při kontrole správnosti příspěvků a čas strávený spouštěním testů.
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Server for Continuous Integration
Šajdík, Michal ; Fiedor, Tomáš (referee) ; Lengál, Ondřej (advisor)
Tato práce obsahuje popis následujících témat: jaké technologie a principy jsou potřebné pro vytvoření kontinuálního integračního serveru, již existující řešení, proč je potřeba jeden vytvořit a jak integrovat kontinuální integrační server, který byl vytvořen během této práce, na základě informací uvedených v této práci, do pracovního prostředí. Tato práce také ukazuje efekty a některé vedlejší účinky způsobené správnou a nesprávnou konfiguraci uvedeného serveru pro kontinuální integraci. Uvedený server pro kontinuální integraci je také schopen běžet na MS Windows 10 a Linuxu, aniž by bylo nutné přizpůsobit konfiguraci pro konkrétní operační systém.
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