Hey there, internet rando!

I'm Adam Coster, CEO and co-founder of video game studio Butterscotch Shenanigans (@bscotch).

I'm a fullstack web developer and DevOps enthusiast, but also spend a lot of my time thinking about data, productivity, and business. I talk about all of that a lot on my weekly podcast, Coffee with Butterscotch, co-hosted by my co-founders (and literal brothers).

I'm embracing the monorepo lifestyle, and so this repo will accumulate stuff I create outside of work. Most of the stuff I create is for work, so at any given moment there might not be much of anything in here.

Most of the stuff I've worked on is closed source. Here's a quick summary of my biggest projects:

• Video Game Webtech: I develop and maintain all of the webtech for our games, starting in 2015 with our "BscotchID" service which in 2018 I replaced with a shinier service, "Rumpus". Migrating users between those systems without downtime was quite the endeavor! BscotchID/Rumpus features include:
  • Cross-platform save syncing (e.g. allowing players to switch between a mobile device and a console without losing progress)
  • Cross-platform user-generated content sharing (in Levelhead, players can create and share custom levels and compete on per-level leaderboards)
  • Centralized account management, allowing players to connect their accounts to any platform account
  • A public API allowing players to build their own projects using data from Levelhead
• Studio Website: I develop and maintain the central website for our studio, which is basically the front-end for Rumpus. I built it with Vue v2 and have been slowly migrating it to Vue3 + Typescript. I admit to being a middling front-end developer; the vast majority of my development time goes into the backend and tools to support our games and team. Still, I think the site came out alright. Features include:
  • A custom newsletter system, allowing our team to build and send a variety of opt-in newsletters to our players and other groups
  • The "Feedbag" -- a system for collecting and managing player feedback at scale
  • Automated game changelogs, generated from Git messages and made available via the site (see Levelhead's Patchnotes as an example)
  • Tons of internal features for our staff to manage aspects of game development, testing, and customer support

I've open-sourced a handful of our studio projects. See the studio's GitHub (@bscotch) for the full list, but here are the highlights:

• Stitch: We use GameMaker for game development, and I've made many tools and pipelines over the years to improve the development process in GameMaker. The latest, and the one we open-sourced, is "Stitch". Stitch is a "Pipeline Development Kit" for GameMaker; we use it to automate asset management and parts of the build process. It includes a bunch of CLI tools, programmatic tools, a desktop application for managing game projects, and a VSCode extension.
• Spritely: Due to our use of GameMaker, as well as our tendency to use art-generation tools in ways they weren't intended, we've always needed to have our own art pipeline management tooling. The latest is the one we open-sourced: Spritely. We use Spritely for the upstream part of our art pipeline, where it automatically crops, bleeds, and organizes source images. Stitch makes up the other end of the pipeline.
• Rumpus Community Edition SDK: In the few weeks leading up to the launch of Levelhead, I built a public API ("Rumpus Community Edition" a.k.a. "Rumpus CE") to allow players to build their own tools and sites using player and level data from Levelhead. To give those devs a head-start on building something, I made this SDK specifically for interacting with Rumpus CE.

I got a PhD in Cell & Molecular Biology back in 2014, and then immediately joined my brothers in co-founding Butterscotch Shenanigans where I ended up mostly doing webtech and, as of July 2021, now occupy the CEO role. Yes, that's a weird path. It's a long story.

Anyway, I'd be remiss if I didn't take a moment to force my dissertation upon you, dear reader:

"Quantitative single-cell imaging reveals insulation of morphogenic signal transduction"