Senior Software Engineer. I also like to cook, paint, and play D&D and Warhammer RPG.
Now that Maxwell's equations are covered, we can dive into some hardware.
For when you want to run your test environment completely separate.
We recently built a support app that combines two GraphQL schemas. This is just a guide for how to make it work in Typescript.
I've been sober for almost 600 days and I wanted to collect my thoughts about it.
I had to learn Kubernetes on the job when I first started at Iris. Here's some things that helped me along the way.
Got into Warhammer 40k during the quarantine and I've been hooked ever since. RIP bank account.
And the new process I'll be using going forward.
More complicated propositional logic!
Who would have thought there'd be so many pieces to getting a basic app setup on AWS.
This was my favorite course at Purdue. I'm just going to nerd out over it for a bit.
I built a UI library when I started at Iris. It's one of the best things I've ever made.
I wrote my last blog post last year. I was ashamed so I redid my site and wanted to talk about it.
Production died then I fixed it.
I'm taking a break from Maxwell's Equations to talk about something else I've done recently: learned Rust.
Now we're back to complicated.
Fortunately, this equation is much simpler than the last one.
Let's start our Maxwell equation journey with Gauss' Law for Electricity.
I learn best when I understand the high level overview of a topic. So when I want to learn about how computers work and why they work the way they work I need to start at the beginning: the fundamentals of electromagnetism.
It's been a while since I've used the math I learned in high school and college. I wanted to review topics that I felt were relevant to understanding something like Maxwell's Equations, which I'll cover in my next post.
Brief overview of Big O.