This post is a collection of reports on the tutorials provided for the MAC5856 class for Open Source Development. As such, this post will be continuously edited to account for my latest experiences with the tutorials.

More specifically, the tutoral pages provide a guide on how to setup a development environment for building and developing the Linux kernel.

In this post, I'll be detailing how C and C++ can be programmed in a sane and memory-safe way. We'll be going through some custom memory allocator strategies that provide simple ways of dissolving common memory problems.

This post is inspired by my C++ core library, whose source code is freely available. The main goal of the library is to deliver the programming experience I wanted and C wasn't able to fully deliver.

As a final project for my mathematical-physics class I studied the categorical equivalence between 2-dimensional topological quantum field theories (TQFT) and the category of commutative Frobenius algebras. This led to an interesting study paper, which I'm now making publicly accessible.

One of my long-term aspirations is to forge an emulator for the legendary Game Boy console. As a side-quest, I decided to write a virtual machine for the CHIP-8 interpreted language from the mid-1970's. Although not a hardware emulation project, it makes you dig a bit into techniques common to emulation software.

Since 2020, I started documenting all of my studies in mathematics. This process ended up generating something that resembles a book. It is with the hope of illuminating the path for fellow nerds that I decided to share my collection of notes publicly.