I have not started doing anything with it yet, the hardware is on the way though.
I think the plan will be to install the angstrom version and carry on from there. If you are familiar with BBB and would like to help, please chime in
Bob
Rostock Max V2, Ball Cup Arms, New Carriages, HE280, Dampers, PSU Breathing, Simplify 3D, GeckoTek3D, Raspberry Pi3. Duet soon... Kossel Mini still under construction.
Delta's are the way!
I had it running with raspian on the pi and video was woeful.
I got the BBB today and I have successfully ssh'd to it and I am currently doing a bit of reading and deciding whether I install Angstrom or put the latest Debian because they now come with that now!
Bob
Rostock Max V2, Ball Cup Arms, New Carriages, HE280, Dampers, PSU Breathing, Simplify 3D, GeckoTek3D, Raspberry Pi3. Duet soon... Kossel Mini still under construction.
Delta's are the way!
This is exactly how I have my Rostock Max set up, currently. It's not working perfectly - mainly shutdown/reboot commands not working through the GUI, OctoPrint daemon not running on boot like I want it to, etc., but every bit of that can be attributed to my extremely limited knowledge of Linux. Aside from those minor issues, the Rostock prints beautifully off its little BeagleBone host. The best part is, I can connect to the GUI from any web-enabled device in the house... or beyond, whenever I get around to securing it for outside connections. I love it!
I will be watching this thread, since my own lack of Linux-Fu is the only weak link in the setup right now.
I have just put Repetier-Server on it and it is going well, still configuring at present and getting some more networking hardware.
It is only beta at the moment but looks pretty good so far.
Bob
Rostock Max V2, Ball Cup Arms, New Carriages, HE280, Dampers, PSU Breathing, Simplify 3D, GeckoTek3D, Raspberry Pi3. Duet soon... Kossel Mini still under construction.
Delta's are the way!
I've been running Octo on a Debian BBB rev C for a few months now after I kept running into random problems with my RasPi. Works fine, and it feels like it's an order of magnitude faster on file uploads (the RasPi USB is a bottleneck), calculating print times, etc.
You can use the angstrom-based instructions on the OctoPrint wiki with a few modifications - I didn't keep a step by step of everything I did, but here's the highlights. If you know a little Linux, this ain't rocket science, kids:
1. Don't add a separate 'octo' user - just use the default user 'debian'. I didn't feel like monkeying around with figuring out the right user security groups to be a part of.
2. Instead of "opkg", use "apt-get" to install packages. Try installing all of the things listed in their file - it will tell you what it can't find or already have installed. I think I only needed python-numpy, python-setuptools, python-pip, git looking at my command history.
3. To run octoprint on port 80, use haproxy - you'll have to add a backports repository to your apt source list to get it. You can use the haproxy config on the Octo wiki. You should do a little googling to find out how to reconfigure the default webstuff (bone101) that the BBB is running on port 80. I just moved it to port 9080 in case I still wan to use it.
4. Debian uses "systemd" instead of the old rc.d sysinit style scripts to automatically launch stuff on startup. Read up on that.