I'm using #ESPHome in my #HomeAssistant setup to connect to sensors or bridge to existing devices.

As I'm a big fan of using wired Ethernet and PoE when possible, I've been using some Olimex ESP32-POE-ISO boards.
I created two 3D printed enclosures for those, one with a mini-XLR connector and one with an RS-232 one.
Both models fully developed in Swift using the amazing #Cadova package.

Models are freely available at https://github.com/ebariaux/3d-prints

As I continue my cable management and desk organisation cruisade with the help of #3Dprinting, here is a model I did to attach my #UniFi network adapter on the monitor arm at the back of my screen.
The design was done in Swift using #Cadova. Source code is available at https://github.com/ebariaux/3d-prints

The model is also available on Makerworld: https://makerworld.com/en/models/2362606-unifi-5g-ethernet-adapter-support-for-monitor-arm

GitHub – tomasf/Cadova: Swift DSL for parametric 3D modeling

https://github.com/tomasf/Cadova

#HackerNews #GitHub #Cadova #SwiftDSL #3DModeling #ParametricModeling

GitHub - tomasf/Cadova: Swift DSL for parametric 3D modeling

Swift DSL for parametric 3D modeling. Contribute to tomasf/Cadova development by creating an account on GitHub.

GitHub