I'm Anton Oreskin, a software engineer and open-source maintainer. I build applications and their reusable foundations in the V programming language: games, hardware-accelerated video, GPU interoperability, memory tools and a development environment for Kakoune.

torus_trooper is now public: a free tunnel-racing arcade shooter inspired by Kenta Cho's original, with its own spacecraft, courses and Vulkan presentation for Windows and Linux.

• Normal, Hard and Extreme difficulty, high scores, and unlockable starting levels.
• Customizable keyboard and controller input, graphics settings and audio levels.
• A replay library with custom names, sorting and .ttr import/export.

Download for Windows or Linux. A Vulkan-capable graphics driver is required; the Linux package needs glibc 2.38 or newer (for example Ubuntu 24.04). macOS is not officially supported.

Explore the gameplay preview and controls, source-build instructions and design guide.

vlang.kak combines VLS/kak-lsp language features with project navigation, diagnostics, testing and local GDB debugging. Managed setup and updates preserve personal settings. The README includes a recorded IDE walkthrough and documents Linux setup, recovery and limitations.

The vulkan module keeps the complete generated API accessible while adding opt-in typed lifecycle, device, queue, memory, buffer and command-pool helpers. See its releases and compatibility notes for the current registry and compiler matrix.

The video player's Linux prerelease adds current-stack integration, H.264 correctness fixes and hardware decode comparisons against FFmpeg. It requires a driver with Vulkan Video H.264 decode; Windows hardware playback remains unverified. See each project's platform notes rather than assuming every application supports every CI target.

The Vulkan particle example uses zero-copy external-memory interoperability on UUID-matched devices when the required extensions are available, with a portable host-staged fallback.

memory provides checked object and slot pools, plus range, linear, ring and buddy allocators for V. Its general-purpose core does not depend on Vulkan; synchronized range and buddy variants support shared allocation metadata. The V-native Vulkan allocator uses this core for GPU block suballocation; it is not a binding to AMD's Vulkan Memory Allocator.

Alongside the public projects, I develop host: V-based web and email services running oreskin.de and my email on my own Ubuntu VPS. The work includes HTTP/HTTPS, SMTP/IMAP, certificate management, automated website deployment, monitoring and tested encrypted backup and recovery.

The source remains private during extended stability and interoperability testing of these critical services. No publication date is set. See the portfolio overview for context.

• v_imgui_examples — tested GLFW/Vulkan demo, widget gallery, ImPlot dashboard and Android examples.

Each project README documents its supported scope, native dependencies and the shortest path to a working build.

Windows builds are native unless a row explicitly calls for WSL. A passing binding or package build establishes build compatibility; device extensions and interactive graphics need separate runtime validation.

Use the compiler revisions recorded by each project: the applications currently test different compiler paths, so an arbitrary V release is not a universal replacement. For the game, use the release download if you only want to play. For GPU libraries, check both development dependencies and the installed driver. Historical forks and archived scratch repositories do not carry the same active support expectations as the projects listed above.

The public projects and their documentation remain freely available. If you would like to support continued work on the game, developer tools, bindings, tests and documentation, visit oreskin.de/support.

Start with each project's README for its supported platforms and setup path. Generated bindings expose an API surface; the installed driver still determines which GPU features are available at runtime.