Not too long ago I purchased a Samsung Galaxy Tab A. I bought it mostly for browsing the internet and reading PDFs, but I've been using it a lot more for working in Emacs recently. With the help of Termux, I've gotten more or less a fully functional development and writing environment which has both a small physical size, and long battery life. With the use of a bluetooth keyboard, I have everything required to work, and comfortably at that.

I recently purchased some products from Hak5, some of which integrate with their self-hosted service for monitoring your equipment called the Cloud C2. I decided to run it on one of my servers which runs one of my favourite Linux distributions, Alpine Linux. You have the option to purchase the community edition for free from their shop, after which you'll receive a product registration code via email. This email will also contain a link to download the Cloud C2 software, which are distributed as (mostly) statically linked go binaries for several platforms all bundled together in a zip folder.

The Problem Say you have an account with a VPN provider. Maybe there are a limit to how many connections you can have with one account. Maybe you want to put more machines than you have connections on the account. Or maybe you want to put a large number of machines of the connection, maybe some FreeBSD Jails, LXC containers, or VMs, and you don't want to download the VPN profiles, sign in and configure them all individually.

On OpenBSD's httpd, there are only a select few MIME types that are recognized by default. According to httpd.conf(5), those types are: ext/css, text/html, text/plain, image/gif, image/png, image/jpeg, image/svg+xml, and application/javascript. Everything else is said to be of type application/octet-stream by default. This is OK for most static hosting situations, but can be challenging for some common attachment types. For example, I recently made a blog post that had an attached PDF.

I recently gave a talk at work to help introduce OpenBSD to my colleagues. It's a broad introduction to the fundamentals of security in OpenBSD, as well as some basic system administration tips and suggestions anyone coming from a Linux background might find useful. It's roughly split up into four sections; the history of OpenBSD, what sets it apart from other operating systems, a guided installation, and the system administration introduction.

EDIT: After writing this post, tyil, the maintainer of rakudo star, reached out to me and added proper OpenBSD compatibility. The portion of this post dedicated to working around the failing downloads can now be ignored, and rstar now includes a warning if the user doesn't have a login class set. EDIT: The development version of Rakudo Star targets Rakudo 2020.07 instead of 2020.02, which has uses even more memory than the staff login class is allowed.

OpenBSD makes a great router. It's simplicity and ease of configuration makes it perfect for network infrastructure applications. Everything you need to build a network of any size is built into the base system, plus its man pages and examples cover everything you'd need to know. While I've been an OpenBSD user for years, I'm finally in the process of replacing the router provided by my ISP with a PC Engines APU2E4 running OpenBSD.

If you're interested in the PC Engines APU2 line and what the differences are between models, I've covered it in a previous post here. I recently purchased a new PC Engines APU2E4 to use as a home router. I purchased the kit, which includes the board, case, and power supply from CorpShadow. I also ordered the DB9F to USB adapter (Silicon Labs CP2104), so I don't need to get a separate null modem connector.

Bitwig Studio is an amazing cross platform digital audio workstation (DAW). One of its best features, at least for me, is that it works on Linux, which is pretty rare in the professional audio world. While they say on their website that they support "Linux", what they mean is that they support Debian-based distributions like Ubuntu, as they only provide .deb packages. Fortunately for Fedora users, there's a way to get around that using alien, an application that lets us convert .

dired mode is one of my favourite features of Emacs. I use it so often, it's pretty much my go-to file browser. I use it both on my local machine, and on remote machines via TRAMP. One feature of dired is the ability to enter sub-directories in the same buffer by inserting the contents under the current directory. While this is useful, I often want something quicker to check the contents of a directory without either opening it in a new buffer, or inserting it below.