Socket_Singleton is a small, dependency-free Python library that enforces single-instance execution of an application using a cross-platform socket-binding approach. Useful in desktop apps, Python CLIs, or any tool that needs process exclusivity.

Unlike lockfile or OS-specific mutex solutions, it provides a clean, predictable mechanism that works consistently across platforms and supports forwarding arguments from subsequent launch attempts back to the primary process.

This module sees steady, organic usage on PyPI and is used in real applications. The project overall reflects my preference for simple, explicit solutions to recurring systems problems- aligned with Python's philosophy that there should be one clear, obvious way to do something.

winDozer is a Windows utility that enables precise, keyboard-driven window management using Win32 and Desktop Window Manager (DWM) APIs. Unlike traditional tiling window managers or mouse-driven snapping, winDozer is designed to operate from anywhere, regardless of which window is focused via low-level keyboard hooks.

The tool allows users to reposition, resize, and restore windows across large multi-monitor setups with pixel-level accuracy, including saving and restoring full window layouts via snapshot commands. Although implemented as a console application, it intentionally does not accept input through its console window- instead, it acts as a background command interpreter responding to global key sequences.

This project demonstrates deep familiarity with Windows internals, event handling, and human-centric tooling design - prioritizing speed, precision, and workflow ergonomics over conventional UI patterns.

Alex Jones Ipsum is a cross-language text generation library built around a shared C core, with native bindings for both Python and Node.js. While the generated content is intentionally satirical, the project's purpose is technical: to demonstrate how to design, package, and distribute a reusable core library across multiple ecosystems without duplicating logic.

Rather than implementing separate generators per language, the project centralizes tokenization, generation logic, and state handling in C, exposing clean, idiomatic APIs to higher-level runtimes. A lightweight web application demonstrates the library in practice, while the core package is published independently for programmatic use.

This project showcases systems thinking, FFI design, build tooling, and disciplined separation between core logic and presentation using a bit of humor as a delivery mechanism, not a substitute for engineering rigor.

Fridge-Magnets is a real-time, multiplayer web application that allows anonymous users to collaboratively manipulate draggable “magnet” letters on a shared canvas. While the interface presents as a playful toy, the underlying system is a fully networked, state-synchronized application built with Socket.IO, a custom canvas renderer, and a non-trivial server-side authority model.

The application manages concurrent user interactions, live cursor and object updates, persistence of shared state, and an administrative control panel for moderation and system oversight. The project intentionally explores the tension between chaotic user behavior and deterministic system design- requiring careful handling of synchronization, performance, and abuse prevention.

This project demonstrates real-time systems thinking, client/server state coordination, and the ability to design robust infrastructure beneath intentionally simple UX.

This project implements classic Doom-style raycasting algorithms in both C (using SDL) and JavaScript (using p5.js) as a comparative exploration of low-level rendering fundamentals across vastly different runtimes.

Rather than relying on modern engines or abstractions, the implementations focus on the core mechanics of raycasting - grid traversal, distance projection, collision detection, and screen-space rendering - demonstrating how the same underlying algorithmic concepts translate between a systems-level language and a browser-based environment.

The project serves as a deliberate exercise in understanding rendering fundamentals, performance tradeoffs, and abstraction boundaries, rather than as a full game engine or graphics showcase.

Hotdog Hallway is a production web application built to establish an online presence for a World of Warcraft guild, streamline recruitment, and provide lightweight internal tooling for guild leadership. While the feature set is intentionally simple, the site supports real traffic, role-based access control, anonymous-to-authenticated user flows, and basic Discord integrations for applicant communication.

The application prioritizes clarity, usability, and presentation over feature density- serving as a public-facing hub that members actively link in-game and across community platforms. Internally, it distinguishes between casual members, raiders, and leadership roles, exposing additional views and moderation tools where appropriate.

This project demonstrates pragmatic full-stack development, role-based access patterns, and the ability to ship a focused, purpose-built application that solves a real organizational need without unnecessary complexity.