In this post I’ll be covering the results from the recent Ansible Docs Survey, held at the end of last year. We’ll take a look at various facets of the userbase, and do some modelling to see what we can learn from it.
(This is part 4 of my home automation blog series. See the automation category for the whole set) So, we have control of the HestiaPi Classic from OpenHAB, now it’s time to add some sensors and automate the control of the heating. OK, OK, it’s been a really long break from posting. What can I say, life kinda smacked me with a bunch of family issues. That’s all settled down now, and with winter coming on fast, it’s time to sort out the last mile of my open source heating system - responding to temperature sensors.
(This is part 3 of my home automation blog series. See the automation category for the whole set) So far, we’ve got HestiaPi Classic speaking MQTT but nothing is really listening to it, or talking back. Time to fix that! Meet OpenHAB I’m not going to pull punches here, OpenHAB is a bit of a beast. It’s hugely flexible, but as with most systems, that flexibility comes at the cost of bit of a learning curve.
(This is part 2 of my home automation blog series. See the automation category for the whole set) So, in part 1 I laid out the aims of the first part of this project - read that if you’re confused. In this part, I’ll detail how to get HestiaPi Classic and MQTT to play nicely together… Installing MQTT MQTT is just a standard - not a programming language in it’s own right.
(This is part 1 of my home automation blog series. See the automation category for the whole set) Okay, okay, I said I’d blog more frequently and now it’s been over a year. Yikes, sorry, and other generic excuses. However, I do have a more exciting line of blog articles coming up! You see, I’ve been getting into home automation… I’ve been looking into open source approaches to home automation, and to some of the tooling that can be used to handle parts of the house infrastructure.