UPDATE: I’m leaving this series up for historical purposes, but please note that I no longer recommend Ubuntu Core or snaps for use in robotics. This is the third blog post in this series about ROS production. In the previous post we came up with a simple ROS prototype. In this post we’ll package that prototype as a snap. For justifications behind why we’re doing this, please see the first post in the series....
UPDATE: I’m leaving this series up for historical purposes, but please note that I no longer recommend Ubuntu Core or snaps for use in robotics. This is the second blog post in this series about ROS production. In the previous post we discussed why Ubuntu Core was a good fit for production robotics. In this post we’ll be on classic Ubuntu, creating the example ROS prototype that we’ll use throughout the rest of the series as we work toward using Ubuntu Core....
UPDATE: I’m leaving this series up for historical purposes, but please note that I no longer recommend Ubuntu Core or snaps for use in robotics. My background is pretty heavily littered with robotics. A natural side effect of this is that I’ve published numerous posts discussing snaps, Ubuntu Core, and different robotics frameworks (ROS and MOOS specifically). But my robotics experience was professional, which meant I didn’t really have a reason (or money, these things can be expensive) to buy any robotic systems personally....
Previous Robot Operating System (ROS) releases only supported i386, amd64, and armhf. I even tried building ROS Indigo from source for arm64 about a year ago, but ran into dependency issues with a missing sbcl. Well, with surprisingly little fanfare, ROS Kinetic was released with support for arm64 in their prebuilt archive! I thought it might be time to take it for a spin with Ubuntu Core and its arm64 reference board, the DragonBoard 410c, and thought I’d take you along for the ride....
So you’re a roboticist, looking at Ubuntu Core and Snappy, trying to decide if they’re a good fit for your project. You come across some ROS documentation and realize that the ROS support is first-class, but you’re not using ROS. No, you’re using the Mission Oriented Operating Suite (MOOS). Why is there no documentation on using MOOS? Because it’s too easy to need a document, that’s why (update: this remains true, but we wrote a quick one anyway)....