Anyone else here doing stuff with #CircuitPython on an #ESP32 board?
I got through the installation and I can edit and run code in the web editor now... but that stores the code directly on the board, which is rather inconvenient if I want to do things like put it in a git repo, and use an IDE for editing. I could edit the code on my laptop and then upload the files to the board through the web editor, but that seems very tedious.
Is there a tool that does some kind of automatic sync for this?
Quick question for all you far more knowledgable types. I noticed that after I put my esp32 custom board into deep sleep it settled to a draw ~23.5uA but 350ms later there was a gradual (over 100ms) increase up to 27.7uA after which it dropped back to ~23.5uA. This happens after each wake and deep sleep cycle, but only once per cycle.
I have a suspicion but I don't want to influence responses - plus I don't really know what I'm doing 😔 - Some obvious known pattern?
So I bought a bunch of stuff to build an #epaper#weather display based off an #esp32 board, sort of mixing and matching stuff up from a few project I had found.
I had assumed that the hardware would be supported by #esphome, but the amount of stuff that especially me actually supports is... Disappointingly low.
So, besides learning how esphome works, I now get to figure out how to add a 3rd party library in there and how to write a panel description so it can drive it.
Had similar long term ambitions on ESP8266 when I started esp-open-rtos a decade ago, but ended up being hired by Espressif instead. 😅
From inside we always had theoretical support for open sourcing more of the WiFi stack, but it was never going to become a priority unless some high tier client demanded it...
Hello World! Firefly Zero is an in-development handheld game console that runs #wasm and supports #BLE multiplayer. It is written by @orsinium in #Rust, runs on #ESP32, and will be fully open source (both software and hardware).
We already have a working desktop emulator and are getting a Rust and #golang SDK ready for alpha testing. Sounds fun? Stay tuned!
Their previous UI with TouchGfx had them locked in to STM32 devices, but choosing #Slint helped them to be flexible in their choice of silicon vendors.
I appreciate that they made this ESP32-C6 super small, BUT how am I supposed to work with this? Are there also tiny breadboards and tiny jumper wires that I can get?
One nice feature of #atomique is that I can just bookmark posts here to add the URL to my read-it-later or watch-it-later list. One tap.
Even better: since I haven’t worked much this feature isn’t ready at all so I don’t actually read them. So it works exactly like Instapaper in practice !
I thought about Rust as this is very portable in the Terminal world. The crazy part of me considers using even C++. That same crazy parts wants it to run on #ESP32 devices too.
PCB assembly is done! I've also measured it for an enclosure. Next is integration testing, designing the enclosure, and programming. I'll probably remove some of the headers after testing
This is my first PCB and is for a plant watering system
Anyone have any experience with these #ESP32 Cam modules?
I installed the example camera code and it works, albeit with pretty low quality, but it makes an audible crackling noise only whilst streaming. It sounds like a faint old school spinning hard disk.
It’s unnerving since the module has no moving parts. 😬
Something else I've been meaning to do for ages - I've started playing with some ESP32 modules. This is how I got up and running to the point of running one of my Mozzi sketches on an ESP32-WROOM-32D using the ADC inputs and the DAC output.