Welcome! Here are my most recent posts.
I recently (finally!) finished the Advent of Code challenges using Haskell. I’m still a Haskell wannabe, but the suite of problems provided an interesting backdrop for a number of Haskell concepts that I wanted to share.
The long-form retrospective is here; if you want to see a condensed collection of a few Haskell toolchain by-products, check out my shorter summary under GitHub pages.
I recently used systemd, HandBrake, and some simple scripts to digitize a large collection of physical media (for personal, archival use.) In this post I’ll go through systemd features that made this easier and cover all the components that make the automated pipeline work.
Honeypots are rad. Their uses are varied, but I’ve used my own mostly for research (and entertainment.) It’s been running for over a year now, and I thought it would be worthwhile (and interesting) to summarize my findings.
This is just a short blip for people running Docker on CentOS who have encountered problems accessing containers from outside the localhost.
There are many subtle joys associated with working almost exclusively in the command line all day: tab completion, a simple interface, and unix pipes.
OpenSSH is an incredible tool. Though primarily relied upon as a secure alternative to plaintext remote tools like telnet or rsh, OpenSSH (hereafter referred to as plain old ssh) has become a swiss army knife of functionality for far more than just remote logins.
I rely on ssh every day for multiple purposes and feel the need to share the love for this excellent tool. What follows is a list for some of my use cases that leverage the power of ssh.
Have I got your attention? It’s a sensationalist title, but this is important and developers/administrators still get it wrong.
Both online and professionally, I encounter technical people still turning to traditional hashing algorithms like SHA or, Schneier forbid, MD5 when making decisions about scrambling user credentials. Even this recent question on Stack
Overflow Exchange has yielded inaccurate answers. While choosing something like SHA-256 with salt isn’t necessarily a bad decision, it’s not the right decision – which, when it comes to cryptography, is critical to maintain the integrity of the system as a whole.
Last weekend I participated in a capture-the-flag event sponsored by Bishop Fox and ran by students at BYU. Following the event I decided that it may be fun to try and crack the scoring software itself – so I’ve written up the process here to explain how I put the exploit together.
Vim is an excellent text editor. I’ve used it for many years and like most vim users, have collected a fairly large collection of settings in my
.vimrc and learned how to grok my vim usage effectively through a lot of trial and error.
To that end, I’ve tried to assemble a useful overview of my experience with vim.
A while back I finally got my 512MB revision 2 model Raspberry Pi to successfully run OpenELEC. The picture to the right shows it running, using a shared network mount to access all of my media files.
Some folks requested a write-up detailing how I put everything together, so I’m going to try and provide a generalized walkthrough for those with the initiative to do something like this. Although I’m not assuming you’re a Linux guru, there’s some technical aspects to this - but it’s worth the effort.
Putting together all the moving pieces to get this blog to work the way I wanted took a little while. In the interest of sharing how I did it in case this helps others, I thought I’d share the approach I took.
This is, hopefully, the beginning of my personal blog entries. I’ve started to blog several times over the years and only gotten this far. We’ll see how this attempt turns out.
I want to write my personal thoughts on here, technical discussions about computing, and pictures of cats in top hats if I have the resources to spare.
My email address is at the bottom of the site. If you want to give me any sort of feedback, go for it.