Použití SaxonJS pro tvorbu izomorfních webových aplikací v jazyce XSLT

This bachelor’s thesis focuses on the research, design, and implementation of an isomorphic web application using the declarative language XSLT 3.0 and the SaxonJS processor. The primary objective of this thesis is to combine the advantages of server-side rendering and client-side Single Page Applications (SPAs). The first part of the thesis defines the principles of the isomorphic approach, analyzes the Node.js environment, and examines the technical specifications of the SaxonJS processor. The design and implementation section first analyzes the source files of the official Saxon 12 documentation, which was selected to demonstrate the isomorphic architecture. It then describes the modifications necessary for the application to function reliably in a server environment. A key focus is the creation of a server-side control template to neutralize IXSL interactive extensions, which natively require a browser environment, and the implementation of the server itself to handle requests. The result is a functional prototype of an isomorphic application that handles the initial rendering of content on the server, after which the client takes over control of further transformations and user navigation.