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Telemetry Data Collection and Evaluation
Spurný, Jan ; Krajsa, Ondřej (referee) ; Číka, Petr (advisor)
This thesis describes design and creation of application which collects and values telemetry data. Thesis consist of design and implementation which describes whole system, server settings as well as approach how to consume any given data. Corner stone of this application is based on given data from telemetry station (sensors) and projecting them on the map background. Application consist of user interface and logic how to project any given data into the map. Graphics interface is created using HTML, JavaScript and CSS programming languages. Logic itself is programmed by using backend language PHP including Laravel Framework in combination with MySQL database. Result of this thesis is working implementation covering administration user interface, working cooperation of MQTT server and APIs. There are also implemented all necessary parts for enablement of user interface with cooperation with map background layer. Implementation creates two possible ways how to install package necessary to run this app on Ubuntu system.
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Web Editor for SPARQL
Paulovič, Daniel ; Hynek, Jiří (referee) ; Burget, Radek (advisor)
Target of this thesis is to create web editor for query language SPARQL as component in javascript framework Vue.js and web application using this component to query over SPARQL endpoints. To implement editor were used CodeMirror library and PrimeVue library for user interface. Final version of component is publicly available as npm package. Benefit of this thesis is easily importable editor with many functions to simplify writing queries.
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Detecting JavaScript Code with Known Vulnerabilites
Randýsek, Vojtěch ; Jeřábek, Kamil (referee) ; Polčák, Libor (advisor)
This thesis deals with the detection of vulnerable JavaScript libraries and NPM packages. Based on existing studies, it summarizes the technological core of the Node.js platform and further focuses on selected vulnerabilities of the NPM system and existing means of protection. A Chrome browser extension able to detect and fix JavaScript code with known vulnerabilities on the web browser had been introduced. The tool was tested in a crawl of 50 000 websites. 8 129 vulnerable scripts were detected. The extension has been published to the Chrome Web Store as JS Vulnerability Detector .
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Analýza a optimalizácia aplikácií pre Smart MENDELU
Jevin, Martin
This thesis is concerned with the design and implementation of process and technical optimizations to improve efficiency and performance in application development. The main goal was to increase the efficiency of the development cycle and improve the quality of the resulting software. In this work, we have identified several process deficiencies in application development and proposed solutions to them, such as the process of creating and processing detailed functional documentation , which serves as a key document for the entire development team, providing a clear overview of the functionality and requirements of the application. At the same time, we implemented a testing process using Cypress automated testing tool, which contributed to increase the robustness and stability of the software product, and switched to the new Kotlin programming language. As a result of our actions, the quality of the software solutions was significantly improved and the entire development cycle was accelerated.
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Detecting JavaScript Code with Known Vulnerabilites
Randýsek, Vojtěch ; Jeřábek, Kamil (referee) ; Polčák, Libor (advisor)
This thesis deals with the detection of vulnerable JavaScript libraries and NPM packages. Based on existing studies, it summarizes the technological core of the Node.js platform and further focuses on selected vulnerabilities of the NPM system and existing means of protection. A Chrome browser extension able to detect and fix JavaScript code with known vulnerabilities on the web browser had been introduced. The tool was tested in a crawl of 50 000 websites. 8 129 vulnerable scripts were detected. The extension has been published to the Chrome Web Store as JS Vulnerability Detector .
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Web Editor for SPARQL
Paulovič, Daniel ; Hynek, Jiří (referee) ; Burget, Radek (advisor)
Target of this thesis is to create web editor for query language SPARQL as component in javascript framework Vue.js and web application using this component to query over SPARQL endpoints. To implement editor were used CodeMirror library and PrimeVue library for user interface. Final version of component is publicly available as npm package. Benefit of this thesis is easily importable editor with many functions to simplify writing queries.
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Webová aplikácia pre správu geodát na podporu cestovného ruchu
Dubnická, Alena
The bachelor thesis deals with the design and implementation of the web application, which will be used for geodata administration. Application displays an interactive map with marked points that can be tourist attraction. Administrator, after being logged in, can manage displayed points. The thesis is divided into theoretical part, analysis and design, implementation including results and testing.
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Telemetry Data Collection and Evaluation
Spurný, Jan ; Krajsa, Ondřej (referee) ; Číka, Petr (advisor)
This thesis describes design and creation of application which collects and values telemetry data. Thesis consist of design and implementation which describes whole system, server settings as well as approach how to consume any given data. Corner stone of this application is based on given data from telemetry station (sensors) and projecting them on the map background. Application consist of user interface and logic how to project any given data into the map. Graphics interface is created using HTML, JavaScript and CSS programming languages. Logic itself is programmed by using backend language PHP including Laravel Framework in combination with MySQL database. Result of this thesis is working implementation covering administration user interface, working cooperation of MQTT server and APIs. There are also implemented all necessary parts for enablement of user interface with cooperation with map background layer. Implementation creates two possible ways how to install package necessary to run this app on Ubuntu system.
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