onoff - GPIO access and interrupt detection with Node.js

•    Javascript

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GPIO access and interrupt detection with Node.js on Linux boards like the Raspberry Pi, C.H.I.P. or BeagleBone.onoff supports Node.js versions 0.10, 0.12, 4, 5, 6, 7, 8 and 9.

gpio interrupt raspberry-pi beaglebone chip beaglebone-black nodejs embedded bbb bb raspberry raspi rpi pi

Adafruit_Python_GPIO - Library to provide a cross-platform GPIO interface on the Raspberry Pi and Beaglebone Black using the RPi

•    Python

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Library to provide a cross-platform GPIO interface on the Raspberry Pi and Beaglebone Black using the RPi.GPIO and Adafruit_BBIO libraries. The library is currently in an early stage, but you can see how its used in the Adafruit Nokia LCD library to write Python code that is easily portable between the Raspberry Pi and Beaglebone Black.

SwiftyGPIO - A Swift library for hardware projects on Linux/ARM boards with support for GPIOs/SPI/I2C/PWM/UART/1Wire

•    Swift

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A Swift library for hardware projects on Linux/ARM boards with support for GPIOs/SPI/I2C/PWM/UART/1Wire. This library provides an easy way to interact with external sensors and devices using the digital GPIOs, SPI/I2C interfaces, 1-Wire buses, PWM signals and serial ports that boards like the Raspberry Pi provide, on Linux using Swift.

spi-interface gpio iot pwm servo-motor lcd-display raspberrypi beaglebone-black uart serialport i2c 1-wire led-strips neopixel dotstar spi led uart-interface

node-rpio - Raspberry Pi GPIO library for node.js

•    C

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This is a high performance node.js addon which provides access to the Raspberry Pi GPIO interface, supporting regular GPIO as well as i²c, PWM, and SPI. Newer versions of node.js require you to install the GCC 4.8 packages for C++11 support. If you see compilation problems related to C++11, this is the likely cause.

bcm2835 gpio gpiomem i2c mmap pi pwm raspberry raspberrypi raspberry-pi rpi spi

adafruit-beaglebone-io-python - Adafruit's BeagleBone IO Python Library

•    C

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Adafruit BBIO is an API to enable GPIO, PWM, ADC, UART, SPI and eQEP (Quadrature Encoder) hardware access from Python applications running on the Beaglebone. New versions of Adafruit_BBIO may break backwards compatibility. Please read the changelog.

beaglebone beaglebone-black

Adafruit_Python_DHT - Python library to read the DHT series of humidity and temperature sensors on a Raspberry Pi or Beaglebone Black

•    C

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Python library to read the DHT series of humidity and temperature sensors on a Raspberry Pi or Beaglebone Black. Currently the library is only tested with Python 2.6/2.7.

hwio - Go library for hardware I/O control, in the programming style of Arduino

•    Go

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hwio is a Go library for interfacing with hardware I/O, particularly on SoC-based boards such as BeagleBone Black, Raspberry Pi and Odroid-C1. It is loosely modelled on the Arduino programming style, but deviating where that doesn't make sense in Go. It makes use of a thin hardware abstraction via an interface so a program written against the library for say a BeagleBone could be easily compiled to run on a Raspberry Pi, maybe only changing pin references. To use hwio, you just need to import it into your Go project, initialise modules and pins as required, and then use functions that manipulate the pins.

raspi-io - An IO plugin for Johnny-Five that provides support for the Raspberry Pi

•    Javascript

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Raspi-io is a Firmata API compatible library for Raspbian running on the Raspberry Pi that can be used as an I/O plugin with Johnny-Five. The API docs for this module can be found on the Johnny-Five Wiki, except for the constructor which is documented below. Raspi IO supports all models of the Raspberry Pi, except for the Model A. If you have a bug report, feature request, or wish to contribute code, please be sure to check out the Contributing Guide.

raspberry-pi nodejs johnny-five robotics raspberrypi nodebots robots

raspberry-pi-os - Learning operating system development using Linux kernel and Raspberry Pi

•    C

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This repository contains a step-by-step guide that teaches how to create a simple operating system (OS) kernel from scratch. I call this OS Raspberry Pi OS or just RPi OS. The RPi OS source code is largely based on Linux kernel, but the OS has very limited functionality and supports only Raspberry PI 3. Each lesson is designed in such a way that it first explains how some kernel feature is implemented in the RPi OS, and then it tries to demonstrate how the same functionality works in the Linux kernel. Each lesson has a corresponding folder in the src directory, which contains a snapshot of the OS source code at the time when the lesson had just been completed. This allows the introduction of new concepts gracefully and helps readers to follow the evolution of the RPi OS. Understanding this guide doesn't require any specific OS development skills.

raspberry-pi linux-kernel osdev arm operating-system raspberry-pi-3 armv8 kernel tutorial assembler education resource raspberry-pi-os learn

pi-timolo - Raspberry PI-TIMOLO ( PI-TImelapse, MOtion, LOwLight ) uses RPI picamera and python for Remote Headless Security Monitoring & Auto Sync files with rclone remote storage services

•    Python

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Requires a Raspberry Pi computer and a RPI camera module installed. Make sure hardware is tested and works. Most RPI models will work OK. A quad core RPI will greatly improve performance due to threading. A recent version of Raspbian operating system is Recommended. Step 1 With mouse left button highlight curl command in code box below. Right click mouse in highlighted area and Copy. Step 2 On RPI putty SSH or terminal session right click, select paste then Enter to download and run script.

opencv pi-camera lowlight timelapse pi-timolo video ssh curl webserver makevideo security plugins raspberry-pi motion-tracking web-server raspberry-pi-camera whiptail-menu awesome-list rclone

periph - Go·Hardware·Lean

•    Go

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periph was initiated with ❤️️ and passion by Marc-Antoine Ruel. The full list of contributors is in AUTHORS and CONTRIBUTORS.This is not an official Google product (experimental or otherwise), it is just code that happens to be owned by Google.

hardware 1-wire apa102 beaglebone bme280 chip ds18b20 ds2482 gpio i2c odroid-c1 raspberry-pi spi ssd1306 tm1637 lepton bmp180 bmp280

serial-port-json-server - A serial port JSON websocket server for Windows, Mac, Linux, Raspberry Pi, or BeagleBone Black that lets you communicate with your serial port from a web application

•    Go

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A serial port JSON websocket & web server that runs from the command line on Windows, Mac, Linux, Raspberry Pi, or Beagle Bone that lets you communicate with your serial port from a web application. This enables web apps to be written that can communicate with your local serial device such as an Arduino, CNC controller, or any device that communicates over the serial port. Since version 1.82 you can now also program your Arduino by uploading a hex file. The app is written in Go. It has an embedded web server and websocket server. The server runs on the standard port of localhost:8989. You can connect to it locally with your browser to interact by visiting http://localhost:8989. The websocket is technically running at ws://localhost/ws. You can of course connect to your websocket from any other computer to bind in remotely. For example, just connect to ws://192.168.1.10/ws if you are on a remote host where 192.168.1.10 is your devices actual IP address.

raspap-webgui - A simple, responsive web interface to control wifi and hostapd on the Raspberry Pi

•    PHP

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A simple, responsive web interface to control wifi, hostapd and related services on the Raspberry Pi. This project was inspired by a blog post by SirLagz about using a web page rather than ssh to configure wifi and hostapd settings on the Raspberry Pi. I mostly just prettified the UI by wrapping it in SB Admin 2, a Bootstrap based admin theme. Since then, the project has evolved to include greater control over many aspects of a networked RPi, better security, authentication, a Quick Installer, support for themes and more. RaspAP has been featured on sites such as Instructables, Adafruit, Raspberry Pi Weekly and Awesome Raspberry Pi and implemented in countless projects.

raspberry-pi wifi-router hostapd rpi raspap control-wifi

rpi-rgb-led-matrix - Controlling up to three chains of 64x64, 32x32, 16x32 or similar RGB LED displays using Raspberry Pi GPIO

•    C++

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A library to control commonly available 64x64, 32x32 or 16x32 RGB LED panels with the Raspberry Pi. Can support PWM up to 11Bit per channel, providing true 24bpp color with CIE1931 profile. Supports 3 chains with many panels each. On a Raspberry Pi 2 or 3, you can easily chain 12 panels in that chain (so 36 panels total), but you can theoretically stretch that to up to 96-ish panels (32 chain length) and still reach around 100Hz refresh rate with full 24Bit color (theoretical - never tested this; there might likely be timing problems with the panels that will creep up then).

raspberry-pi rgb-panels led-panels multiplexing gpio

Raspberry-Pi - Raspberry Pi A to Z List

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Raspberry Pi A to Z List Basics Raspberry Pi The Raspberry Pi was originally designed for educational purposes to use in schools and universities, and to make class and study more interesting. Unfortunately, the practical use of the Raspberry Pi or a comparable single-board computer in Germany, Austria and Switzerland is still in its infancy. Listening to the topic, you will find only a few examples showing the use of the Raspberry Pi in school, in education or in study. The following tasks and exercises should help a little here. They are suitable for self-study or as a source for teachers and faculty to build their own Raspberry Pi workshop. The tasks also include exemplary ready-made solutions. 1. Getting Started: Tasks and Exercises with Raspberry Pi The following tasks and exercises are suitable for beginners who have not yet come into contact with the Raspberry Pi. The solutions are also interesting for those who already know the Raspberry Pi and have worked with it. The solutions are part of standard tasks that have to be done around the Raspberry Pi every now and then.

PiCAST - PiCAST turns your $35 Raspberry Pi in to a Chromecast like Device.

•    Shell

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PiCAST turns your $35 Raspberry Pi in to a Chromecast and beyond like Device. 2). After setup is done? Make sure it's running, in a browser visit: http://ip-to-your-Pi:3000.

picast chromecast raspberry-pi raspi

w1thermsensor - A Python package and CLI tool to work with w1 temperature sensors like DS1822, DS18S20 & DS18B20 on the Raspbery Pi, Beagle Bone and other devices

•    Python

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Get the temperature from your w1 therm sensor in a single line of code! It's designed to be used with the Rasperry Pi hardware but also works on a Beagle Bone and others. Raspberry Pi: this package is available in Raspbian as python-w1thermsensor and python3-w1thermsensor.

w1-therm-sensor temperature sensor beaglebone raspberrypi gpio hardware ds18b20 ds18s20

USaBUSe - Universal Serial aBUSe is a project to demonstrate the risks of hardware bypasses of software security by Rogan Dawes at SensePost

•    C

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I’ll assume that you have the SBC installed with a version of Linux. Depending on the SBC, you may have to jump through other hoops to get the OTG interface working. For examples, on the Raspberry Pi Zero, follow Gbaman’s guide. On the BeagleBone Black, everything is configured already, as far as I recall.

embd - Embedded Programming Framework in Go

•    Go

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embd is a hardware abstraction layer (HAL) for embedded systems. It allows you to start your hardware hack on easily available hobby boards (like the Raspberry Pi, BeagleBone Black, C.H.I.P., etc.) by giving you straight-forward access to the board's capabilities as well as a plethora of sensors (like accelerometers, gyroscopes, thermometers, etc.) and controllers (PWM generators, digital-to-analog convertors) for which it includes drivers. If you move to custom designed boards you have to throw away your code: you carry forward the effort where the HAL abstraction of EMBD will save you precious time.

enclosure-picroft - Mycroft interface for Raspberry Pi environment

•    Shell

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Upon boot, Picroft will search for an Ethernet connection. If none is found, the Wifi Setup process will begin to get the device connected to any available network. Once connected, you must pair the device at https://home.mycroft.ai using the code spoken by the device. You can also read the code on the screen.

raspberry-pi raspberry-pi-3 raspbian rpi rpi3 picroft mycroft personal-assistant machine-learning opensource open-source artificial-intelligence