#usbsid #retro #chiptunes #soldering
| Website | https://loudnl.github.io/ |
| Github | https://github.com/LouDnl |
| https://www.instagram.com/loudfpv/ | |
| Youtube | https://www.youtube.com/@LouDnl |
| Website | https://loudnl.github.io/ |
| Github | https://github.com/LouDnl |
| https://www.instagram.com/loudfpv/ | |
| Youtube | https://www.youtube.com/@LouDnl |
I do zero analytics on any of my web traffic, so this is just a guess, but I should be surprised if many people come to my sites via Google.
I am just a bloke with a Raspberry Pi running a website and two blogs.
I suspect that, of whatever traffic I get, most comes from links I (and others) post here, and from RSS subscribers.
Similarly, I don't think that I found any of the blogs or sites that I read regularly via a search engine.
Word of mouth (webrings, people posting about stuff they've enjoyed / their own work etc.) ftw.
Yesterday I was on the Apropos podcast and we had a nice conversation there about my #Emacs setup, CIDER, nREPL and some of my newer #Clojure projects (Port and Neat).
https://www.youtube.com/watch?v=sZpV5IIKHvs
As the conversation was taking place late in my evening after a busy day I wasn't in my best state of mind, but I still hope some of you will find it useful.


Hayri's rotary encoder (MagScroll) is soo smooth π» it's using magnetic levitation to reduce friction π€
#MagScroll #esp32 #m5stack #tab5 #breakout #rotary
π§ https://github.com/ihayri/MagScroll
π΅ https://www.indiegogo.com/projects/hayri-projects/magscroll