|
|
Web System for Math Tests Creation
Czirok, Dávid ; Zemčík, Pavel (referee) ; Szőke, Igor (advisor)
This thesis aims to simplify the creation and evaluation of online math tests by automating the creation of tasks and their subsequent use in test building. It includes the proposal of a language intended for creating task templates and the implementation of an interpreter which processes it and generates concrete tasks. The final product is represented by a simple web system using this language and its interpreter, enabling teachers to create tasks and tests which students can take. The front-end of the application is built with technologies from the Vue.js ecosystem and the Vuetify library. The back-end uses the Express.js framework and the library Sequelize for communication with a MySQL database.
|
|
|
Analyzer of Web Application Optimization and Security
Štrbák, Boris ; Polčák, Libor (referee) ; Bednář, Martin (advisor)
The goal of this project was to create a web application that would automate the regular analysis of individual pages of the site and present obtained information to the user. Final product is a Single-Page application (SPA) created using JavaScript framework Vue.js with the Vuetify library. The server part, which contains REST API and scanning and analysis processes, is implemented in the PHP framework Laravel. Both parts are designed to run in a containerized environment. Docker is used for this purpose. The first part of the thesis describes the issues of site optimization, security and SEO. The mentioned findings were then used in the implementation itself.
|
|
|
Refactoring the Frontend of the DNA Analyser web application
Skvortsov, Mikhail
This thesis explores the refactoring of an existing codebase into a more modern framework, with the primary goal of transitioning an old project from Vue 2 to Vue 3, utilizing Vuetify. Highlighting the significance of preliminary steps and methodological strategies in software engineering, it delves into the practicalities of applying Docker technology and integrating a Continuous Integration/Continuous Deployment pipeline. The work methodically describes the step-by-step process of refactoring, beginning with the updating of libraries, moving through the various stages of code restructuring, and culminating in testing to ensure functionality and reliability. This comprehensive approach not only updates the technology stack but also enhances the overall structure of the project.
|
|
| |
|
| |
|
|
Modernizace informačního portálu pro Vodárenskou akciovou společnost, a.s.
Šebek, Martin
This bachelor thesis is about the modernization of the information portal for VODÁRENSKÁ AKCIOVÁ SPOLEČNOST, a.s. The aim was to design and implement a new information portal that will meet all the requirements of the company. The theoretical part of the work includes an analysis of the current state and a description of the technologies used. The practical part consists of the system designing of the new application including UML diagrams and a description of the implementation of individual parts of the system. In the conclusion, there are discussed suggestions for extending the application and evaluating the results of the work.
|
|
|
Analyzer of Web Application Optimization and Security
Štrbák, Boris ; Polčák, Libor (referee) ; Bednář, Martin (advisor)
The goal of this project was to create a web application that would automate the regular analysis of individual pages of the site and present obtained information to the user. Final product is a Single-Page application (SPA) created using JavaScript framework Vue.js with the Vuetify library. The server part, which contains REST API and scanning and analysis processes, is implemented in the PHP framework Laravel. Both parts are designed to run in a containerized environment. Docker is used for this purpose. The first part of the thesis describes the issues of site optimization, security and SEO. The mentioned findings were then used in the implementation itself.
|
|
|
Web System for Math Tests Creation
Czirok, Dávid ; Zemčík, Pavel (referee) ; Szőke, Igor (advisor)
This thesis aims to simplify the creation and evaluation of online math tests by automating the creation of tasks and their subsequent use in test building. It includes the proposal of a language intended for creating task templates and the implementation of an interpreter which processes it and generates concrete tasks. The final product is represented by a simple web system using this language and its interpreter, enabling teachers to create tasks and tests which students can take. The front-end of the application is built with technologies from the Vue.js ecosystem and the Vuetify library. The back-end uses the Express.js framework and the library Sequelize for communication with a MySQL database.
|
guest ::
