#relays

taur10@venera.social

Things are moving faster than expected

So, I don't think I shared here, but I'm dissolving my LLC, which in turns means that I'll be dissolving my Mastodon instance sometime next year, and consolidating everything to a hosted Friendica.

So, today we got our new domain name, and our blog, and by end of day we should have our email service set up too (that'll be going just like the company), just working with @Vik-Thor / Lirleni Hankeshe to figure out how much we need.

So prolly by Monday I'll be moving to my fourth(!¡!) #friendica though this should be the last. Over the next week or two I'll be setting up a test @Taurnation over there, and prolly migrating @Recall Alerts over to there.

Taurnation will be a test as I try out different journal types, as allowing others to post content would be nice, but it will depend heavily on how much control I get, as I'm real picky that everything posted is either a link, a commission by the commissioner or an official post from the artist.

Recalls is really easy, that one is just where I boost posts or share links so a standard account will work for that one.

Going to have to find out how to use #relays with Friendica, that did a lot to get my Mastodon up and running so I had content beyond just the people I follow.

danie10@squeet.me

Python: Basic Electronics Control with the Raspberry Pi

Bild/Foto
The Raspberry Pi device, beyond just being a low-cost introductory computing tool, also provides a robust electronic controller interface that enables programmatic control of external electronic systems. These systems can be as simple as turning on or off an LED, or as complex as being able to control a robotic arm or other, more elaborate, electronic devices. This Python and embedded programming tutorial will show the reader how to use Raspberry Pi-specific Python libraries to control basic electronic components. Many similar Python tutorials presume extensive knowledge in the use of such components, but this article will not make that presumption. Instead, programmers will be shown a “gentle” introduction into the electronics concepts needed to get this project going, in the hopes that this foundation will encourage the reader to do more experimentation beyond the simple experiment to be presented within this two part programming series.

This article, and the second part of it (follow link from bottom of page in first article), presumes that the reader has a basic understanding of how to navigate the Raspberry Pi OS – namely, how to log in, open a terminal window, and how to use a text editor. It also presumes a basic understanding of the Python programming language and concepts.

See https://www.developer.com/languages/python-raspberry-pi-controls/

#technology #raspberrypi #relays #electronics #python
#Blog, ##electronics, ##python, ##raspberrypi, ##relays, ##technology