|
|
Network Forensic Analytical Web-Based Platform
Ambrož, Tomáš ; Veselý, Vladimír (referee) ; Pluskal, Jan (advisor)
At present a big part of communication passes through computer network. Amount of the communication increases every year. That is why the claims on computing power raise. The procedure of the communication processing for forensic purposes is worth paralleling to increase the computing power. Research group NES@FIT created an instrument Netfox Detective in one of its projects. From this instrument it is planned to create a distributed system for the processing of intercepted communication for the purpose of forensic analysis. Interface is one of the parts, with its help the distributed system will be operated. In my theses I will concern with the creation of the web interface for the instrument Netfox Detective which is a desktop application presently. Web interface, after little modifications, will be used for paralleled version of application. Web interface will mediate the same informations as the desktop version. To obtain information for forensic analysis it will use framework Netfox Framework identically as the desktop version. Advantage of web interface compared to the desktop version is that a user who approaches web interface will need a device with web browser. It means that a user can work with any operation system.
|
|
|
Front-end frameworks for ASP.NET Core web applications
Kozhukhov, Konstantin ; Harár, Pavol (referee) ; Lattenberg, Ivo (advisor)
In this bachelor thesis I deal with design and implementation of a web application servingas information system for storage of electronic components. The first two chapters ofthis work deal with the theoretical analysis and description of technologies that will beused in the application, while the last chapter is dedicated to implementation. The goalof the resulting program is a simple demonstration of the use of the platform ASP.NETCore with a framework DotVVM.
|
|
|
C#-JavaScript Transpiler for DotVVM
Mrnuštík, Michal ; Ryšavý, Ondřej (referee) ; Pluskal, Jan (advisor)
Aim of this thesis is to solve issue of transpiling server code written in C# to client-side JavaScript code, so it could be run in the browser. And then implementing the proposed solution. Next goal is to integrate this solution into framework DotVVM and develop an application demonstrating this techonology.
|
|
|
Software Management
Kyzlink, Jiří ; Goldmann, Tomáš (referee) ; Orság, Filip (advisor)
The thesis deals with updating applications written for the .NET Framework platform and monitoring their status. Thesis solves both requirements with two frameworks. The first framework is based on the Squirrel.Windows library allowing updating the application to version selected by a user via the graphical or terminal user interface and it also supports release channels. The second framework simplifies registration of an application and its services to the consul health checking tool and also obtaining information about available application and services from the tool. Consul provides the ability to monitor availability and health of the registered applications and its services. Both frameworks are modular, targeting the broad range of applications with use of the .NET Standard. Frameworks were successfully internally deployed in Y Soft Corporation.
|
|
|
DotVVM to Accelerated Mobile Pages Transpiler
Tichý, Michal ; Polčák, Libor (referee) ; Pluskal, Jan (advisor)
This thesis proposes an extension to the DotVVM web framework that adds support for conversion of DotVVM pages into AMP pages. This thesis describes the current status and inner workings of DotVVM and AMP. The thesis contains an overview of the advantages and disadvantages of both technologies. Second part of this thesis describes implementation of DotVVM.AMP. Final part of this thesis shows integration of DotVVM.AMP into an existing DotVVM application.
|
|
|
Productivity Tool for Web Application Testing
Kalous, Filip ; Polčák, Libor (referee) ; Pluskal, Jan (advisor)
The goal of this thesis is to create a tool for testing graphical user interface of web applications. The tool will focus on web applications implemented by open-source framework DotVVM. The main purpose of the tool is to automatically generate program description of a user interface which will then be used as a helper class to implement UI tests and for static type check of those tests at compile-time. The thesis is defining requirements for such a tool and describing its design with implementation in C# language. The created solution provides to its users a tool which will ease their work with tests creation. Also, it will bring detection of failing tests of the user interface at compile-time which will speed up testing and development.
|
|
|
Conference Information System
Bednář, Martin ; Rychlý, Marek (referee) ; Křivka, Zbyněk (advisor)
The .NET platform offers several frameworks, technologies and approaches for web applications development. A good survey of these technologies is necessary for selecting effective implementation technologies. The aim of the thesis was to create a conference information system as a web application on the .NET platform for the non-profit organization Zámecké návrší, p.o. including its deployment and operation in the production environment. Prior to the development, it was necessary to familiarize myself with the .NET platform and compare the frameworks for web development. The bachelor thesis presents the suitability of individual frameworks for different types of applications. Based on the .NET analysis, DotVVM framework was chosen to implement the conference information system. The development of application logic proceeded with the test-driven development method. Combining appropriate frameworks, technologies, and approaches has lead to effective development with the successful creation of a secure and fast web application.
|
|
|
Network Forensic Analytical Web-Based Platform
Ambrož, Tomáš ; Veselý, Vladimír (referee) ; Pluskal, Jan (advisor)
At present a big part of communication passes off through computer network. Amount of the communication magnifys every year. It has a consequence that claims on computing power raise. The procedure of processsing of the communication for forensic purposes pays off to parallel for the purpose of increase of computing power. Research group NES@FIT created an instrument Netfox Detective in one of its projects. From this instument it is planed to create a distibuted system for the processing of intercepted communication for the purpose of forensic analysis. Interface is one of parts with the help of its the distributed system will be operated. In my theses I will concern with the creation of the web interface for the instument Netfox Detective which is a desktop application presently. Web interface use, after little modifications, for paralleled version of application. Web interface will mediate the same informations as the desktop version. For the obtaining of informations for forensic analysis it will use framework Netfox Framework identically as the desktop version. Advantage of web interface compared to the desktop version is that user who approach to web interface need device with web browser. It means that user can work whichever operation system.
|
|
|
DotVVM Integration into .NET MAUI
Mikeš, Tomáš ; Bartík, Vladimír (referee) ; Hynek, Jiří (advisor)
The goal of this bachelor thesis is to integrate DotVVM and .NET MAUI technologies to enable their mutual communication and the ability to render web pages developed in DotVVM within a multiplatform .NET MAUI application. Part of the thesis describes the implementation of the solution based on WebView component, as well as sample application demonstrating hybrid development approach. The practical part is preceded by analysis of mobile application development approaches, the DotVVM and .NET MAUI frameworks. The results of this thesis allow applications developed using DotVVM to run within multiplatform application and access the native functionalities of the platforms.
|
|
|
Software modules for system state and history visualisation
Kubásek, Martin ; Holek, Radovan (referee) ; Kaczmarczyk, Václav (advisor)
This work deals with the creation of a web visualization that is capable of displaying the states of any system in real time and its historical data. At the beginning, the existing visualization system serving as a template for the creation of a new application is described. The shortcomings and limitations of the existing solution were identified, which the new system will eventually solve. Next is an analysis of technologies, design patterns and design principles suitable for the creation of a new modular visualization system. At the same time, other technologies were presented that could be used as an alternative. After that a new web application on the DotVVM platform is presented, where the structure, basic ideas and data flow in the system are described. It was possible to create a system that should enable the implementation of almost any software module as visualization indicators. These modules can then be easily connected to any data model, using a system of data points and expressions. The new system is thus more modular and more manageable for the future. Several modules have been created to provide basic functionality as visualization, such as numeric, binary and status indicator. The graph module enables the display of historical data. The new application forms a functional visualization system and additionally provides functions such as management and editing of visualization scenes, a login system and a notification system for users.
|
guest ::
