|
|
Interactive graphical environment for visualization of penetration testing
Klampár, Roman ; Martinásek, Zdeněk (referee) ; Lieskovan, Tomáš (advisor)
This thesis deals with the design, development and implementation of an interactive graphical environment to support penetration testing. The theoretical part describes the basic concepts of penetration testing, introduces the Penterep platform and the technologies used in the development, such as Vue 3, TypeScript and D3.js. The practical part focuses on the design of the data structure and architecture, as well as the implementation of the network graph with interactivity including drag and drop, zoom and pan. The implemented solution allows manipulation of the graph and its data, making it possible to change the graph structure. The thesis resulted in a package designed for flexible integration into existing projects such as the Penterep platform, into which the solution was also integrated. The thesis also analyses the performance of graph rendering using HTML5 Canvas and SVG. Rendering time, FPS and memory usage for different sizes of graphs were monitored during testing. The results show that HTML5 Canvas achieves better performance for larger amount of data. The aim of this work is to increase the efficiency of penetration testing, reduce the time consumption and simplify the necessary processes compared to the currently available tools.
|
|
|
Graphical Design Tool for HTML5 Applications
Sabovčik, František ; Klicnar, Lukáš (referee) ; Beran, Vítězslav (advisor)
This bachelor thesis is focused on design and implementation of a tool for graphical design of HTML5 aplications drawn on Canvas. The editor helps to create user interface visually with positioning, transformation and grouping of image sprites and export to target aplication. The work describes process of development of this tool, involving description of solved problem, exploration of theoretical informations, design and implementation of final product. Feedback of potential users is described in the end of the work, evaluating success of solving defined requirements.
|
|
|
Graphs in Web Browser Using Javascript
Zajíc, Jiří ; Dytrych, Jaroslav (referee) ; Máčel, Lukáš (advisor)
This bachelor's thesis deals with displaying graphs in web browsers. The first part introduces in detail current technologies and application design. The practical part includes implementation, description and documentation of the application. The result is a functional portable library for graph creation in JavaScript using canvas element and graphical user interface.
|
|
|
WebGL
Pecha, Jan ; Pecinovský, Rudolf (advisor) ; Mazánek, Petr (referee)
This thesis analyzes current possibilities of displaying 3D graphics on the internet. Its main objective is to analyze and to define basic features of a modern WebGL standard for inter-active 2D and 3D graphics on web. In addition, popular helpful frameworks implementing this standard are described and many simple examples are created to demonstrate their applications. This thesis also informs about practical usages of WebGL in many industries.
|
|
|
Graphs in Web Browser Using Javascript
Zajíc, Jiří ; Dytrych, Jaroslav (referee) ; Máčel, Lukáš (advisor)
This bachelor's thesis deals with displaying graphs in web browsers. The first part introduces in detail current technologies and application design. The practical part includes implementation, description and documentation of the application. The result is a functional portable library for graph creation in JavaScript using canvas element and graphical user interface.
|
|
|
Graphical Design Tool for HTML5 Applications
Sabovčik, František ; Klicnar, Lukáš (referee) ; Beran, Vítězslav (advisor)
This bachelor thesis is focused on design and implementation of a tool for graphical design of HTML5 aplications drawn on Canvas. The editor helps to create user interface visually with positioning, transformation and grouping of image sprites and export to target aplication. The work describes process of development of this tool, involving description of solved problem, exploration of theoretical informations, design and implementation of final product. Feedback of potential users is described in the end of the work, evaluating success of solving defined requirements.
|
guest ::
