The objective of this thesis is analysis, design and development of an application used for the Process-State Diagram (PSD). Purpose of this thesis is to make PSD tool available for as many users as possible in order to make it a standard tool for managers and analysts. The theoretical part analyzes the basic functionality that should be included in the first version of this app and the strategy and the method of implementation. An important part of the analysis is to compare the three types of applications: desktop, web and mobile; and their relevance to a given problem. The practical part includes the actual implementation and the necessary steps to deploy the application.

The topic of this master thesis is design of appropriate methodology for software develop-ment with specific requirements put by a development team and following use of chosen methodology in practice. Designed methodology should be applicable especially for startups and school projects. Within this thesis is described several methodologies of which author picks the most suitable one for a project and customize several of its parts. The cho-sen methodology is tested on a project of web application for electronic records of sales. After the project ends, methodology is evaluated and suggested changes are described. Outcome of this master thesis is methodology usable in practice and application which fully meets the requirements given by law.

This thesis deals with all web application development phases, analyses key activities and common issues of each phase and shows suitable principals and practices used to solve those issues. Described principals and practices do not only solve partial development problems just as isolated segments, but also takes into account overall web application solution. This thesis targets mostly junior developers, who through it might connect to their theoretical knowledge gained during studies and also gain knowledge representing the base knowledge of each developer. This thesis includes examples, findings and benefits resulting from an application of stated principals and practices during Leduvio platform development.

This diploma thesis deals with the delivery of software products to end users and automation of related processes. After the initial introduction to the issue of deployment, as it is defined by one of the widely used software engineering methodology RUP (Rational Unified Process), the thesis devotes to practices as Continuous Integration, Continuous Delivery and Continuous Deployment which are directly oriented to the delivery of a software product based on automated processes. The second part depicts the design and the implementation of the solution for automation of the deployment of web applications in PHP within the specific developer company. The design part itself covers the analysis of the current state of the manual deploying process of business applications along with possible ways of automation its parts (updating the source code and database schema, application configuration, etc.), the definition of essential requirements for the solution and analysis of available tools which is the base for the selection of the most suitable tools for each component forming the resulting solution. The thesis also depicts interesting or nontrivial parts of implementation of each component, the practical case of usage of the system, the subsequent evaluation of the resulting solution along with estimated benefits and suggestions for the future expansion of its functionality.

This diploma thesis is concerned with the use of the internet on local scale. The theoretical part aims to analyze the problems of the internet use at the local level. This part will take into account important factors affecting the functioning of such projects as the behavior of users, typologies of applications possible for implementation and future trends. Next theoretical part will cover the principles and possibilities of using web 2.0 technologies in such projects. The practical part will include an analysis of selected territories, the specification of web application and the implementation of such hyperlocal web project on the town Jičín using web 2.0. The final part of the thesis will include evaluation of the project due to the theoretical part and possible future development of implemented hyperlocal web application project.

The thesis deals with the detection of changes in appearance of web applications for com-patibility testing of appearance across web browsers. The main objective of this thesis was to develop a test library that could compare any of two web pages in different browsers and capture their differences not only graphically, but also numerically. Library uses public available tools for its functionality. The contribution of this thesis is in a solution that, as the only one from similar tools available on the market, tries to automate the testing process compatibility of appearance of web applications.

This master thesis deals with the development of the web application to support athletes and their training management. The application will be useful both for athletes and their trainings evidence and indicators calculation and for the couches and the trainings planning. The evaluation of the existing tools for the training management and evidence is made as a part of the thesis. Based on this, the consultations with the athletic couches, athletes and the author's experience, the functionality requirements are determined. The use cases of all the potencial users and the class diagram of the application are defined following the requirements. Latest web technologies such as Grails and Groovy were used during the application programming. The result is publicly available and running at www.goodathlete.cz.

The thesis is concerned with comparison of web application development platforms, namely Nette Framework on PHP platform and platform Node.JS. The objective is to provide complex picture of differences between the frameworks. Previous theses compared Grails framework on Java platform, Zend Framework on PHP platform and ASP.NET MVC platform. This thesis builds upon them thus provides comparison of five different platforms for web application development. As a part of the thesis, I developed two web applications. One is in Nette Framework in PHP and one is in Node.JS. Their purpose is to be main source of information for the comparison. Furthermore, beginning developer learning new platform can use them as a study material. They can also help to examine platform differences. Applications I developed meet same user requirements as the applications contained in previous theses. Therefore it is possible to compare all five applications on five platforms with each other. The platforms are compared in several areas. First area focuses on fundamental platform differences. Second area is more theoretical. It concerns the platform architecture. Platforms are judged by amount of the support for Martin Fowler's architectonical patterns. Next area concerns platforms' usage during the web application development. There are both objective criteria as well as subjective evaluation based on the application development included. The last area compares available support of the platforms. Thesis provides complex comparison of five different platforms by same criteria. Developed web applications, based on same requirements, are also a benefit. Potential reader can form her own judgement based on the differences in implementation of same functionality she founds on different platforms.

The purpose of this thesis is to create a methodology which helps ASP.NET developers to test their web applications for the presence of the most common vulnerabilities. The theoretical part is focused on the ways of application testing and briefly describes ten of the most common web application vulnerabilities, so-called OWASP Top Ten 2013. The web application testing methodology is included in the practical part. A process of the application testing is the key part of the methodology. The designed methodology is used for the selected web application testing.

Purpose–The purpose of this thesis paper was to measure differences in the user experience provided by the Progressive Web App technology in comparison to native application in a context of social media. The study investigated users attitude towards different user interfaces implemented in the PWA and the native application. Method–This paper isqualitative research in the field of user experience. Usability tests paired with semi-structured interview were chosen as research methods for this study. The study has been conducted on Twitter's PWA and Android application. Ten participants took part in the study. Findings–The results have shown that most of the participants can identify differences in the user interfaces of both apps. Although both applications provided the same functionalities, the different UI solutions were the major factor influencing users feelings. On top of that, different user interfaces did not change the user's perception of the platform's consistency. As a result, more participants preferred the PWA over the native app. Moreover, results suggest that PWA can provide native-like experience in the context of social media. Implications–The main contribution of this bachelor thesis is a comparison of user experience on PWA and native app technology in the context of social media. This research opens a discussion about the need for companies to broader their digital presence by implementing PWA technology as it can bring benefit to users and businesses. Limitations–The main limitation of this study is a low number of participants caused by restrictions of social distancing inthe times of global pandemic. On top of that, the convenient sampling method has been used. Keywords–User Experience, Progressive Web Application,User Interface, Native Mobile Application, Attitude