My git repositories

In this page you can find all my public git repositories. It is a collection of programs, tutorials, configuration files and more. All my repositories are also mirrored on my GitHub page.

Here are some highlights; for a full list, see the index.

Programs

• ancient-projects is a collection of my early coding projects (2006-2010), mostly written in Java.
• nissy-core is my biggest hobby project. It is a Rubik’s cube solver focused on finding optimal solutions. It uses a standard A* search method supported by a custom set of pruning tables. It can be included as a library in your C, C++ or Python projects, and it can build to WebAssembly.
• nissy-classic is another Rubik’s cube solver, focused on assisting the user in exploring domino reduction solutions.
• minesweeper is an unremarkable attempt at building a graphical application with raylib and Hare.
• zmodn is a small library for integers modulo N written in modern C++. I also ported it to Rust, see zmodn-rs.

Configuration, scripts and website sources

• config contains the configuration files (a.k.a. dotfiles) for my Alpine Linux laptop setup, as well as a collection of scripts for my daily desktop use.
• sebastiano.tronto.net contains the source code (Markdown) for my personal website, including template HTML and CSS files, and build scripts.
• cgit-config contains the configuration files for this cgit page.

Programming challenges

• aoc contains my solutions to (some of) the Advent of Code problems.
• cses contains my solutions to (some of) the cses.fi problems.

Math

• ecm is a Python implementation of the Elliptic Curve factorization Method that I have used for a couple of talks.
• kummer-degrees is a SageMath library to compute the degrees of Kummer extensions over the rational numbers.
• mathsoftware containes slides, exercises and references for the course Mathematical Software that I taught at the University of Luxembourg in the Fall of 2021.
• arithmeticbilliard contains code for Arithmetic Billiard simulations.
• platonicsolids is a collection of Latex files for drawing Platonic solids with TikZ.

Tutorials and proofs of concept

• fmctutorial is my tutorial for solving the Rubik’s Cube in as few moves as possible. You can download the pdf from fmcsolves.cubing.net.
• emscripten-tutorial contains the codes for the example of a blog post of mine about WebAssembly and Emscripten.
• python-c is a minimal example of Python module written in C.