@albin_zieme

I went through my repo and added all documentation that was neccesary. I added a BOM,Hardware.md, added more 3D print types (STEP and STL) and also a .gitignore. Also i made some feature changes, I added an auto turn off toggle inside the service menu, along with an updated start up screen that displays the version number. All in all, I packaged all of this and released it as V1.0.0 on github :) (Oh yeah also I added a github action to auto compile the .ino and python code and verify the results)

Update and Feature: I haven’t talked much abt firmware on the esp32’s or raspberry pi so: On the remote ESP32-S3, I have arduino code running that establishes a peer to peer connection via ESP-NOW with the ESP-C3 Super Mini, which is connected to the Pi. It then takes button inputs, and if it’s a command sends it to the ESP-C3, ensuring all packets are recieived. Some other features don’t need to be sent though, like the new turn off OLED feature. Since that’s all handled internally on the remote, no command is sent. Also to ensure a strong connection between the two ESP’s, the dongle sends a heartbeat out to the remote every three seconds. I don’t really know what photo to attach here so uhhhhhhh heres a screenshot of some of the code setting up ESP-NOW i guess.

CASE DESIGN: While waiting for the PCB to arrive, expected in like the nest 3 days, I designed a case, all measurements are from KiCAD pcb, and i test printed it and it screws in perfectly with M2.5x20mm screws. —–Images attached show the case on Onshape, and also what it looks like printed out. NOTE: the middle thing is a 3d model of the pcb, it will be replaced by the actual PCB.

PCB DESIGN: I created the schematic and the PCB and I ordered it. I used a generic 7 pin connector for my OLED, and include a GND pour in the pcb. I also added 4 2.2mm mounting holes to make it easier to create a case later.