Národní úložiště šedé literatury Nalezeno 3 záznamů.  Hledání trvalo 0.00 vteřin. 
Secure Coding Guidelines for Java
Jalakšová, Michaela ; Malinka, Kamil (oponent) ; Tamaškovič, Marek (vedoucí práce)
Java is a popular programming language that is widely used in a variety of applications. However, Java is not an exception when it comes to being vulnerable to attacks that exploit security vulnerabilities in code. The goal of this thesis is to increase awareness of coding vulnerabilities in Java and to develop an educational tool that will help programmers learn how to write more secure code. The aim of this tool is to provide Java programmers with information about secure coding practices and an environment where they can learn the basics of secure programming. It will also provide a solution to some more common vulnerabilities in Java.
Secure Coding Guidelines for Python
Zádrapa, Jan ; Holop, Patrik (oponent) ; Malinka, Kamil (vedoucí práce)
With the number of cyberattacks and their costs rising, the demand for secure coding also rises. Python is an indivisible part of this problem as the favourite programming language. Many programmers can code in Python, but they can not code securely. Python does not have any official secure coding guidelines, and its educational materials on this topic are insufficient. This thesis aims to inform about the most significant Python coding vulnerabilities and bring solutions to these vulnerabilities. It also aims to raise the public's awareness with the help of new secure coding guidelines and educational tool. The educational tool as a web application should be well arranged and usable for the public. The tool also includes real-life examples of exploits from vulnerabilities explained in the guidelines.
Secure Coding Guidelines for Python
Zádrapa, Jan ; Holop, Patrik (oponent) ; Malinka, Kamil (vedoucí práce)
With the number of cyberattacks and their costs rising, the demand for secure coding also rises. Python is an indivisible part of this problem as the favourite programming language. Many programmers can code in Python, but they can not code securely. Python does not have any official secure coding guidelines, and its educational materials on this topic are insufficient. This thesis aims to inform about the most significant Python coding vulnerabilities and bring solutions to these vulnerabilities. It also aims to raise the public's awareness with the help of new secure coding guidelines and educational tool. The educational tool as a web application should be well arranged and usable for the public. The tool also includes real-life examples of exploits from vulnerabilities explained in the guidelines.

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