This is a library to provide support for Mono X Printers.
the uart-wifi library can be downloaded from PyPI. It contains required python tools for communicating with MonoX Printers. To install, simply install Python, then type pip install uart-wifi. After which, you can create fake printers and communicate with them.
A command line script to gather information from the Mono X printer. This is tested working on the Anycubic Mono X 6k and should work on any Mono X or Mono SE printer.
Usage: monox.py -i <ip address> -c <command>
args:
-i [--ipaddress=] - The IP address which your Anycubic Mono X can be reached
-c [--command=] - The command to send.
Commands may be used one-at-a-time. Only one command may be sent and it is expected to be in the format below.
Command: getstatus - Returns a list of printer statuses.
Command: getfile - returns a list of files in format <internal name>: <file name>. When referring to the file via command, use the <internal name>.
Command: sysinfo - returns Model, Firmware version, Serial Number, and wifi network.
Command: getwifi - displays the current wifi network name.
Command: gopause - pauses the current print.
Command: goresume - ends the current print.
Command: gostop,end - stops the current print.
Command: delfile,<internal name>,end - deletes a file.
Command: gethistory,end - gets the history and print settings
of previous prints.
Command: delhistory,end - deletes printing history.
Command: goprint,<internal name>,end - Starts a print of the
requested file
Command: getPreview1,<internal name>,end - returns a list of dimensions used for the print.
A command line script to simulate a MonoX 3D printer for testing purposes. You can simulate a fleet of Mono X 3D printers!
Usage: fake_printer.py -i <ip address> -c <command>
args:
[-i, [--ipaddress=]] - The IP address which to acknowledge requests. This defaults to any or 0.0.0.0.
[-p [--port=]] - The port to listen on. This defaults to 6000.
Assign automations based on print/stop state:
Clean layout:
Extra detail when printing:
Automatic Discovery:
To install, just add this repository to HACS.
The basic operation is simple. First you'll need to install HACS. Then from within HACS click Integration
Select the menu from the top right, and click Custom repositories.
Add this repository
From within the same screen, click the Explore & Download Repositories button, and then type AnyCubic Pyhon to install. The process should be self-explanatory after this.
After installation, Home Assistant will requrie a reboot. Upon reboot, device detection will occur. Within your settings>Devices you should see a prompt for automatic discovery. Click this to install.
