Initialization setup for Nerves devices
Nerves System - BeagleBone Black, BeagleBone Green, PocketBeagle and more
Implementation for Pimoroni Scroll Hat boards and IS31FL3731 LED driver
Driver for the VCNL4040 ambient light and proximity sensor
Wafer is an Elixir library to make writing drivers for i2c and SPI connected peripherals and interacting with GPIO pins easier.
Simulated hardware for Elixir Circuits
Driver for DHT 11, DHT 22, and AM2302 temperature/humidity sensors
Use character liquid crystal display (LCD) in Elixir
OLED is a library to manage the monochrome OLED screen based on chip SSD1306. Implements a Scenic driver but also set of graphic primitve...
A library to drive the Inky series of eInk displays from Pimoroni. Ported from the original Python project, all Elixir.
Driver for PCA9641 2-channel I2C bus master arbiter chip
Develop on embedded devices with Livebook and Nerves
AVR is a library to upload a firmware into AVR microcontrollers
A library for interfacing with SSD1322 based OLED displays
An helper library to 'breadboarding' with Elixir with a single-board computer using `Elixir Circuits`
Scenic render and input driver for Waveshare display HAT for Raspberry PI
ILI9486 Elixir driver
A small library to interact with keypads connected to GPIO pins
Interface with the HC-SR04 ultrasonic distance sensor.
ST7789 Elixir driver
Send GPIO events to Scenic
A driver for working with the TB6612FNG
A framework for using Seeed Studio's Grove System, a standardized hardware prototyping system, with Elixir on embedded hardware with Nerves.
This library allows interfacing with the MCP3008 analog to digital converter module on a Raspberry PI.
For HC_SR_501 sensores. Detects movemement and determine small-room occupancy.
Interface with the HC-SR04 ultrasonic distance sensor.
Driver for the TMF882X family of multi-zone direct time-of-flight (dToF) distance sensor
For Nerves projects, launches the VintageNetWizard if unconfigured and monitors a GPIO button for wizard launching
Testing library for mocking Circuits libraries through a sequence of steps.
Measure revolutions per second via a GPIO pin