Home Assistant Integration

nikscha

@Lyr3x Hmmmm
Not that I know of. Do you want me to test it?

Lyr3x

@nikscha Yep do that, maybe there is something cached from previous iterations. I tried that for you on a fresh local installation. Labels are working as intended
There is also no delay here with M291 P"X" R"X" S3 or any other GCode. It's exactly the same as with DWC

nikscha

@Lyr3x That did the trick, the fields are now named.
The delay is still there tho.
Are you using a SBC?
Nvm I think I just communicated badly.
By "delay" I don't mean the time until the window pops up on DWC, but they time it takes HASS to aknowledge the service call. When calling

service: duet3d_printer.send_code
data:
 gcode: M291 P"X" R"X" S3

from the service tab in dev tools, it takes about 5-10 seconds for the 'call service' button to turn green. This isn't the case with other gcodes.

Lyr3x

@nikscha said in Home Assistant Integration:

service: duet3d_printer.send_codedata: gcode: M291 P"X" R"X" S3

Ah gotcha. That is specific to the API call. It seems to be synchronous or it times out. If you press the OK button, the request is done. The integration does not validate the GCodes but just send them to the DSF API. If you make a similar call via curl you see the exact same behavior.

nikscha

@Lyr3x Yeah that makes sense

Lyr3x

Edit 4: With v0.1.1 standalone mode is fully supported and so are multiple tools. I also implemented proper setup to prevent duplicated integrations for the same board, so multiple integrations are support now as well.

Edit 3: We are on v0.0.5 now. Added experimental standalone mode. Can’t test it because I am only using SBC.

Edit 2: Released v0.0.2. All sensors are created properly and getting async status updates every 5 seconds. Ill follow up later to make the interval configurable and I also need to take another look at finishing up the setup when the printer becomes available later

Edit 1: Introduced a bug in the version so that the state is not always updated properly. Working on it

Hey folks!
I refactored quite a lot and we now have a proper integration between the DSF and Home Assistant. When you create the integration via ConfigFlow you have some options you can choose from, including the option to add an LED controller, which is handy if you have LED's connected to your Duet.
The Device itself represents the physical Duet board and shows your correct model as well as the firmware version. All entities now have unique id's and should not conflict anymore. All sensors, binary sensors and the send_gcode service should work properly now

Keep in mind that if you have the integration already installed, you need to remove the integration once more and install it again. That is necessary, because I have rewritten the way of how entities are registered in Home Assistant.

You'll find all infos here in the first release: https://github.com/Lyr3x/hass-Duet3D/releases/tag/v0.0.2
@dc42 it would be nice if we can upload the Duet3D logo here: https://github.com/home-assistant/brands/pulls - we can use the logo then with this integration.

I'll look for a better solution for the Position sensor soon.
If you find any issues are need additional sensors, please create a GitHub issue from now on:
https://github.com/Lyr3x/hass-Duet3D/issues

I am also more then happy to accept PRs

nikscha

@Lyr3x Working well so far, many thanks for your efforts!!

Lyr3x

Thanks, @T3P3Tony, for the support with the Logos. The integration now appears with a proper icon and the logo!

Unfortunately, I was forced to update the DOMAIN object one last time, which results in the situation where everyone needs to re-install the integration completely. Sorry for that! Will try to avoid future breaking changes

repier37

Thanks @Lyr3x for your work.

I have worked on porting the octoprint card to work with you integration.
Anyone interested can check it out here : https://github.com/repier37/ha-duet-card/

It has not been tested much besides on my setup, so feel free to report any issues.
btw, @Lyr3x to make your integration work on my setup I had to add authentication. check the pull request if you like to integrate it.

deckingman

@Lyr3x Firstly, thanks for your work on this integration which I have now added to my HA instance. I've also just added an ESP32 based "node" to control things like LED lights as well as monitoring humidity and a few other things. I use ESP Home so it's nice that I can have these sensor as well as the sensors from your integration all showing up on the same card.

Some LED strip lights that I have installed will illuminate the lower part of my printer (Z travel is circa 600 mm). So what I'd like to do is set up an automation that will turn these lights on when the Z position is greater than (say) 200mm. What I'm unsure of is how to "extract" the Z position from the sensor.duet3d_position_x_y_z. I note that the state of this entity is in the format [n,n,n]. I can use entity state as a trigger for the automation but how would deal with the fact that it's the third value that I'm interested and the first two values are to be ignored? I've never had an entity with multiple state values so don't know how to deal with it.

deckingman

@Lyr3x Further to the above, I've found a "hack" that'll do for now but I'm sure there must be a more elegant solution. My hack is to create a template sensor to "extract" the Z position as follows.......

- platform: template
  sensors:
    zpos:
      friendly_name: "Zpos"
      unit_of_measurement: "mm"
      value_template: "{{states('sensor.duet3d_position_x_y_z') .split(',')[2].strip(']') |int}}"

It isn't pretty but it works and will do the job for now. I can use this new "zpos" sensor in my automation to turn on certain lights when the bed is at 200mm or more below the nozzle (and turn them off again if it's above).