Statične in dinamične vsebine v akademski spletni strani na osnovi sistema Hugo

The thesis presents and evaluates tools for developing an academic laboratory website using the Hugo static site generator. The goal was to create an easy-to-use, maintainable, and scalable platform for laboratories to showcase research. A key requirement was deploying the main site and individual member sites separately while maintaining a unified domain. Initially, we explored GitHub personal access tokens but opted for GitHub’s organization structure due to workflow limitations, enabling seamless integration via GitHub Pages. To simplify onboarding, we developed a GitHub template repository with preconfigured settings, allowing new members to set up their sites effortlessly. Additionally, we created a custom Hugo theme as a separate repository added as a git submodule to both the root laboratory site and individual member pages, which ensures that style changes can be made without requiring modifications across multiple repositories. The website also supports dynamic content integration, such as Shiny applications and external sites via iframes, enabling interactive research demonstrations. The final system was developed in collaboration with the Laboratory of Machine Learning and Language Technologies at the Faculty of Computer and Information Science, University of Ljubljana, which provided valuable insights into its usability in real-world scenarios.