#micropython — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #micropython, aggregated by home.social.
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Kızmamı anlamsız bulan olabilir!
Kızdığım şey şu ki Python Python Python diye kartı övüp reklamını yapıyorlar.
Fakat iş yapmaya gelince kart Ardiuno ekosistemine sığınıyor!
Python Python Python diye gürültü yapıp bizi de boşuna aldatmayın o zaman!
Ben #Arduino ile çok mutluydum!
Bu #RaspberryPiPico ile MicroPython kodlayacağım diye çok heveslenmiştim.
Fakat azıcık yüklü iş yapmaya gelince Arduino tarafına kaçmak istiyor!
Ben seni #MicroPython için aldım!
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İşte benim #RaspberryPiPico donanımım.
Ona en güzelinden çoklayıcı ve ekranlar aldım, ama o TFT LCD Ekranda MicroPython ile ancak #FrameBuffer ile basit yazı ve şekiller çizebilmiştim!
Python ekran kütüphânesi yoktu!
Renk kodları bile tersti!
Şu anda durum nasıl bilmiyorum, ama #RaspberryPiPico2W daha güçlü olsa da hâlâ bir ekranı #MicroPython ile sürebileceğini sanmıyorum!
Yine de iki yıldan fazla oldu ve birileri güzel bir python ekran kütüphânesi yazmış olabilir!
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Yaza doğru bende iki şey tetikleniyor
Biri uzun yürüyüşler yapmak, diğeri ise elektronik ile uğraşmak yada kodlama yapmak
#RaspberryPiPico'dan iki tâne almıştım. Birini yaktım, bir tâne kaldı.
Yakın tarihlerde çıkan #RaspberryPiPico2W için #MicroPython ile sürülebilen güzel ve geniş bir ekran çıktımı diye baktım, ama maalesef hâlâ yok!
Hâlâ ancak C++ ile kullanılabiliyor!
Bu sene de Pico ile oynayamayacağım!
Kodlama yapma hevesim ise dilin sürekli değişip durması yüzünden #Python ile kaçtı
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Mantendo suas placas IoT vivas mesmo quando travam (#dev #devlog #iot #micropython #raspberrypipico #pipico #rpipico)
https://raccoon.ninja/pt/post/dev/keeping-iot-boards-alive-even-when-they-freeze/ -
Keeping your IoT boards alive even when they freeze (#dev #devlog #iot #micropython #raspberrypipico #pipico #rpipico)
https://raccoon.ninja/post/dev/keeping-iot-boards-alive-even-when-they-freeze/ -
LILYGO T-Watch Ultra – An IP65-rated ESP32-S3 smartwatch with 2.01-inch AMOLED, LoRa, and GNSS
LILYGO’s T-Watch Ultra is an ESP32-S3-based smartwatch development platform that appears to be an upgrade over the previous…
#NewsBeep #News #Gadgets #AMOLED #Arduino #AU #Australia #Bluetooth #developmentboard #esp32 #GPS #IoT #LILYGO #lora #meshtastic #micropython #NFC #smartwatch #Technology #wearables #wifi
https://www.newsbeep.com/au/619737/ -
This curriculum has been designed to take your students from basic microcontroller hardware interfacing to sophisticated microcontroller programs using ARPS-2 (Arduino UNO), BEAPER Nano (Arduino Nano ESP32), and BEAPER Pico (Raspberry Pi Pico). Get the activities here: https://github.com/mirobotech
#STEMeducation #Arduino #RaspberryPiPico #Programming #MicroPython
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@rpimag I've made good progress on my #MicroPython RTK #GNSS (precision GPS) firmware for the Pico. I can now configure the GPS module while passing through GPS data to the USB output of the Pico. So other GNSS software just sees data as if the GPS module was connected directly to USB, but my code is a man in the middle, capturing data and displaying stats on the Pico Display. A LiPo battery maintains power when you unplug the USB lead from a computer. #MakerMonday
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@rpimag I've made good progress on my #MicroPython RTK #GNSS (precision GPS) firmware for the Pico. I can now configure the GPS module while passing through GPS data to the USB output of the Pico. So other GNSS software just sees data as if the GPS module was connected directly to USB, but my code is a man in the middle, capturing data and displaying stats on the Pico Display. A LiPo battery maintains power when you unplug the USB lead from a computer. #MakerMonday
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@rpimag I've made good progress on my #MicroPython RTK #GNSS (precision GPS) firmware for the Pico. I can now configure the GPS module while passing through GPS data to the USB output of the Pico. So other GNSS software just sees data as if the GPS module was connected directly to USB, but my code is a man in the middle, capturing data and displaying stats on the Pico Display. A LiPo battery maintains power when you unplug the USB lead from a computer. #MakerMonday
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@rpimag I've made good progress on my #MicroPython RTK #GNSS (precision GPS) firmware for the Pico. I can now configure the GPS module while passing through GPS data to the USB output of the Pico. So other GNSS software just sees data as if the GPS module was connected directly to USB, but my code is a man in the middle, capturing data and displaying stats on the Pico Display. A LiPo battery maintains power when you unplug the USB lead from a computer. #MakerMonday
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@rpimag I've made good progress on my #MicroPython RTK #GNSS (precision GPS) firmware for the Pico. I can now configure the GPS module while passing through GPS data to the USB output of the Pico. So other GNSS software just sees data as if the GPS module was connected directly to USB, but my code is a man in the middle, capturing data and displaying stats on the Pico Display. A LiPo battery maintains power when you unplug the USB lead from a computer. #MakerMonday
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PycoClaw – A MicroPython-based OpenClaw implementation for ESP32 and other microcontrollers
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Genervt much, #NwT #NIT in #eduBW? Etwa von den Anfragen mutiger NwT-Lehrer:innen, die seit bald 10 Jahren v.a. fachfremd in #Arduino-Gefilde vorgedrungen sind und mit schwitzenden Händen das aufgebaut haben, was Ihr jetzt arrogant mit dem Arsch wieder einreißt? Sorry, kein Verständnis für diesen Ton! Auf der Sprengelsitzung musste die Leiterin schon beschwichtigen, aber mit dieser frechen Ansage stellt Ihr ja nun klar, dass das alles Augenwischerei war! #Python #Micropython (1/2)
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ACEBOTT QD023 ESP32-based gesture control glove tracks finger movements with potentiometers
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XIAO ePaper DIY Kit – EE02 – An ESP32-S3 board designed for 13.3-inch Spectra 6 color E-Ink display
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XIAO ePaper DIY Kit – EE02 – An ESP32-S3 board designed for 13.3-inch Spectra 6 color E-Ink display
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XIAO ePaper DIY Kit – EE02 – An ESP32-S3 board designed for 13.3-inch Spectra 6 color E-Ink display
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XIAO ePaper DIY Kit – EE02 – An ESP32-S3 board designed for 13.3-inch Spectra 6 color E-Ink display
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XIAO ePaper DIY Kit – EE02 – An ESP32-S3 board designed for 13.3-inch Spectra 6 color E-Ink display
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Earlier today I taught my students how to pull a VIN from a Toyota Camry’s #OBD2 port, using #MicroPython and the #CANPico board made by @kentindell.
Fun was had by all. Students were very impressed. Their next assignment will be to pick any other available data from the car and pull that.
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E così ci siamo anche quest'anno 😁😁😁
Il Giorno del Pinguino è alle porte...
📌 A Fermo, in via S. Salvatore 6 (45 Min da Ancona, Macerata, Ascoli; poco di più da Umbria e Abruzzo)
🗓️ Sabato 25 Ottobre 2025 dalle 14:30 alle 20:00
🎫 Ingresso rigorosamente liberoSulla pagina https://www.fermolug.org/event/linux-day-2025-7/ sono disponibili talk ed eventi Passate anche voi?
#fermoLug #linuxday #ai #micropython #crittografia #cybersecurity #foss #opensource #marche #fermo @linux @ufficiozero @cultrepo @ambiente @[email protected]
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For those not following #m68kMicroPython development, a lot has been happening rather quickly in the last couple of weeks!
There's enough support for the Toolbox now that I've been able to re-create the #Macstodon splash/loading screen with it - see below.
Big thanks to @stylus for all his hard work developing the port and making this possible!
#RetroComputing #RetroProgramming #VintageMac #Apple #Mac #MacOS #ClassicMac #68k #Python #MicroPython https://oldbytes.space/@smallsco/114889267494614758
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Looking for a QMI8658 IMU library for MicroPython. The one used in the Wemos S3 Mini Pro has the following methods: invSqrt, test, read_temp, read_accel, read_gyro and get_euler_angles — but the actual source code doesn't seem to exist anywhere
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#CC2tv #403 Vom `print()` zum #Bit
So spricht dein #Mikrocontroller
Wir zeigen, wie ein einziger #MicroPython-Befehl – `print("Hallo Welt")` – Schicht für Schicht bis zum elektrischen Signal am TX-Pin zerlegt wird. Wir starten in der Hochsprache, werfen einen Blick auf den erzeugten #Bytecode und zeigen, wie die MicroPython-VM ihn in C-Routinen übersetzt. Von dort gelangt der String über den #UART-Treiber als #ARM- #Maschinencode auf den RP2040-Prozessor -
@xavi
You will always need bus and display drivers for this; either loaded as part of your project, or a #MicroPython firmware with a drivers built-in.#QSPI is 'Quad SPI', a very fast display bus. The #ESP32 micropython port does not support this natively, so you need a driver for that.
It may get added in the future, See discussion here, etc:
https://github.com/orgs/micropython/discussions/14333#discussioncomment-9219699You also need a driver for the SH8601 itself (this will use the QSPI bus).
Have a look at this page; which has a pre-compiled, non-lvgl firmware supporting your board + display.
https://github.com/dobodu/Lilygo-Amoled-MicropythonPersonally; I think you want to go the #LVGL route anyway; It's more of an ecosystem than just a set of display drivers. You get the tools and libraries to use the display effectively, as well as the hardware support.
Micropython itself does not build in any drivers or features for this sort of display. It has basic framebuffer support but this is intended for tiny OLED's etc. Not large color displays. Indeed, a framebuffer for this display would be 688K in size.. larger than the system RAM.
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@xavi
You will always need bus and display drivers for this; either loaded as part of your project, or a #MicroPython firmware with a drivers built-in.#QSPI is 'Quad SPI', a very fast display bus. The #ESP32 micropython port does not support this natively, so you need a driver for that.
It may get added in the future, See discussion here, etc:
https://github.com/orgs/micropython/discussions/14333#discussioncomment-9219699You also need a driver for the SH8601 itself (this will use the QSPI bus).
Have a look at this page; which has a pre-compiled, non-lvgl firmware supporting your board + display.
https://github.com/dobodu/Lilygo-Amoled-MicropythonPersonally; I think you want to go the #LVGL route anyway; It's more of an ecosystem than just a set of display drivers. You get the tools and libraries to use the display effectively, as well as the hardware support.
Micropython itself does not build in any drivers or features for this sort of display. It has basic framebuffer support but this is intended for tiny OLED's etc. Not large color displays. Indeed, a framebuffer for this display would be 688K in size.. larger than the system RAM.
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@xavi
You will always need bus and display drivers for this; either loaded as part of your project, or a #MicroPython firmware with a drivers built-in.#QSPI is 'Quad SPI', a very fast display bus. The #ESP32 micropython port does not support this natively, so you need a driver for that.
It may get added in the future, See discussion here, etc:
https://github.com/orgs/micropython/discussions/14333#discussioncomment-9219699You also need a driver for the SH8601 itself (this will use the QSPI bus).
Have a look at this page; which has a pre-compiled, non-lvgl firmware supporting your board + display.
https://github.com/dobodu/Lilygo-Amoled-MicropythonPersonally; I think you want to go the #LVGL route anyway; It's more of an ecosystem than just a set of display drivers. You get the tools and libraries to use the display effectively, as well as the hardware support.
Micropython itself does not build in any drivers or features for this sort of display. It has basic framebuffer support but this is intended for tiny OLED's etc. Not large color displays. Indeed, a framebuffer for this display would be 688K in size.. larger than the system RAM.
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@xavi
You will always need bus and display drivers for this; either loaded as part of your project, or a #MicroPython firmware with a drivers built-in.#QSPI is 'Quad SPI', a very fast display bus. The #ESP32 micropython port does not support this natively, so you need a driver for that.
It may get added in the future, See discussion here, etc:
https://github.com/orgs/micropython/discussions/14333#discussioncomment-9219699You also need a driver for the SH8601 itself (this will use the QSPI bus).
Have a look at this page; which has a pre-compiled, non-lvgl firmware supporting your board + display.
https://github.com/dobodu/Lilygo-Amoled-MicropythonPersonally; I think you want to go the #LVGL route anyway; It's more of an ecosystem than just a set of display drivers. You get the tools and libraries to use the display effectively, as well as the hardware support.
Micropython itself does not build in any drivers or features for this sort of display. It has basic framebuffer support but this is intended for tiny OLED's etc. Not large color displays. Indeed, a framebuffer for this display would be 688K in size.. larger than the system RAM.
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@xavi
You will always need bus and display drivers for this; either loaded as part of your project, or a #MicroPython firmware with a drivers built-in.#QSPI is 'Quad SPI', a very fast display bus. The #ESP32 micropython port does not support this natively, so you need a driver for that.
It may get added in the future, See discussion here, etc:
https://github.com/orgs/micropython/discussions/14333#discussioncomment-9219699You also need a driver for the SH8601 itself (this will use the QSPI bus).
Have a look at this page; which has a pre-compiled, non-lvgl firmware supporting your board + display.
https://github.com/dobodu/Lilygo-Amoled-MicropythonPersonally; I think you want to go the #LVGL route anyway; It's more of an ecosystem than just a set of display drivers. You get the tools and libraries to use the display effectively, as well as the hardware support.
Micropython itself does not build in any drivers or features for this sort of display. It has basic framebuffer support but this is intended for tiny OLED's etc. Not large color displays. Indeed, a framebuffer for this display would be 688K in size.. larger than the system RAM.
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Interfacing different sensors DHT11, DHT22, SHTC3, DS18B20 for temperature and humidity measurements with MicroPython and ESP32-EVB https://olimex.wordpress.com/2025/05/07/interfacing-different-sensors-with-esp32-evb-and-micropython-dht11-dht22-shtc3-and-ds18b20/ #dht11 #dht22 #shtc3 #ds18b20 #esp32 #micropython
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Dear #lazyweb, is there a #micropython library that can handle broadcasting #bluetooth #ble #beacons from a #raspberrypi #PicoW ?
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By the way, #DDP is so simple that I wrote a hacky, rudimentary server for it in about 50 lines of #MicroPython, from scratch, in about an hour. Uploaded it to an #ESP32, pointed a #WLED controller at it and everything worked on the first attempt.
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Mes #débuts en #ArtNumérique
Un vieux moulin à café, un soupçon de menuiserie, un peu de quincaillerie, un peu d'électronique, un bonne dose de #MicroPython et de #PureData. Laisser mijoter pendant de nombreuses heures de temps disponible de prépensionné.
Maintenant y a plus qu'à présenter le résultat sur une jolie table et trouver le lieu et les gens pour organiser une dégustation.
Heureux de tenter de faire rimer #numerique avec poétique. 😄
#DigitalArt -
Well, here goes: #introduction
It started with Apple IIs and Oregon Trail in the late 80s, and in middle school they had a lab full of them and we drew stuff with LOGO and saved our work on the old 5 inch floppies. Was addicted to Hover when it came out. Finally we had a family computer and got dialup, and I was home alone when I experienced my first malware infection, and not wanting to get in trouble, I learned really fast what the command line and the registry were, and I had it all cleaned up with no trace by the time anyone else got home. I'd spend hours tinkering with this or that, or fixing things that went wrong.
Discovered AI/chatbots and built a couple using the Personality Forge, and for a while they were the most advanced chatbots on the site. I'd work on their programming with a Palm IIIe and a folding keyboard, while away from my desk, and then I'd 'hotsync' my notes and upload changes via dialup, those were the days! "Get off the computer I need to make a phone call" lol
My interests were anything tech. It went from being an interest to being a professional endeavor when I started doing flash dev and website work for a travel directory site in PV, Mexico, while I was living there, and when I returned to the states I worked for a small ISP doing #WIMAX installs using Motorola Canopy gear, along with whatever malware removal, hardware fixes, repairs, reinstalls, whatever, all manner of PC stuff.
Moved to TX, worked for another ISP down there doing the same thing, involved using slightly older tech gear, and this was around the time malware infections were starting to really plague even smaller businesses, and I started to focus on #infosec and #security, and then they bought a webhosting company and I switched back to website work, updating sites that had been built using... html tables and sketchy code that was often missing tags. Wrote repair articles for #Technibble for a while, then started out on my own, specializing in anything tech, from #networking #troubleshooting #ComputerRepair #programming small stuff using batch scripts, #AutoIT, (am I supposed to tag this stuff? I'm new to this here) and started up my own #webhosting company where I could pick and choose what platforms to use, free reign to give customers the best bang for their buck, and #WordPress was simple enough to get them into, make something that fit the need, and then hand the reins over to them for most of the content changes in the future unless something went terribly wrong.
Worked in retail electronics and got some experience with mobile tech, helped customers with analog phones transfer their stuff to new phones, activation, etc, meanwhile discovering Android, which led to #root discovery and fascination with #CustomRom stuff, which led to #AppDev for a customer using Android and iOS, but I only dabble in that sector.
Returned to WA and helped with a non-tech family business, but the lack of a #CRM that did what I wanted led me to build custom functionality onto an existing CRM using the ol' #php, and then built a custom #IoT system using #micropython for a customer, #ESP32 (love these things) etc, and then the pandemic happened and I went straight into #python and wanted to use #django but the workflow wasn't to my liking, so I took a step back and followed a friend's advice to get more into #javascript which I'm absolutely loving, with a focus on #NodeJS.
My main line of work at the moment is something I'd probably have to add a disclaimer for, so instead I'll just say that it's really fun and keeps me active, and involves tech to a degree, possibly primarily because I prefer to leverage tech solutions wherever possible to save time, money, and 'decision fatigue' to spend that instead on refreshing old skills and learning new ones.
I type really fast, which unfortunately leads to me writing entire novels inside emails (heh) and I also forget a lot of the stuff I've done because I switch focus depending on what solutions are needed, so for a TL;DR:
I'm a nerd who loves anything even lightly tech or security related, sort of a jack of all trades #technologist: If someone has a problem or a tech need, I either find an affordable/free solution or build it. If I need to learn it to build it, no worries, just adds a little time to the project.
I love this #Mastodon thing and look forward to all the awesome stuff I've been seeing here, wishing I had more to share in return. Thank you @jerry!
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Piccolo programmino che ho fatto oggi per #MicroPython sul mio #NodeMCU con lo schermino #OLED.
#Orologio (#Espilogio, l'ho chiamato) che per adesso mostra solo l'ora, appena aggiungo anche la data (entro domani sera?) rilascio il codice sul mio blog.
Per chi vuol sapere sempre troppo: all'avvio si collega ad Internet per prendere l'orario tramite #NTP, che non ha una batteria per mantenerlo.
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Raspberry Pi Pico Makes For Expeditious Input Device - With its copious number of GPIO pins, native USB, and MicroPython support, the Ras... - https://hackaday.com/2021/09/29/raspberry-pi-pico-makes-for-expeditious-input-device/ #microcontrollers #peripheralshacks #inputdevice #micropython #pipico #usbhid
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Mein #Sonoff #S20 #MicroPython #OpenSource Projekt ist ein ganzen Stück näher an der realen Benutzbarkeit angekommen. Denn nun kann man seine Zeit-Zone angeben und alle Zeiten werden in der lokalen Zeitzone angezeigt. Nix mehr umrechnen ;)
Außerdem kann man jeder Steckdose mit einem eigenen Namen versehen.
Ansonsten viele Bugs gefixt und einige Tests implementiert und github CI pipeline aufgebaut.