A Node.js module for implementing BLE (Bluetooth Low Energy) peripherals
A Node.js module for implementing BLE (Bluetooth Low Energy) peripherals
React Native library for building BLE peripherals.
A Node.js module for implementing BLE (Bluetooth Low Energy) peripherals
Connect to and interact with Bluetooth LE peripherals.
Provides access to Raspberry Pi peripherals from Node.js
Halberd Peripherals
IF Peripherals
A Typescript RxJS-based library for controlling LEGO Powered UP hubs & peripherals.
Connect to and interact with Bluetooth LE peripherals
A Node.js lib to abstract BLE (Bluetooth Low Energy) peripherals, uses noble
Event types for the Advanced Peripherals Mod
Control the RGB lighting of your PC components and peripherals with HomeKit.
Cylon module for Bluetooth Low Energy (LE) peripherals
Connect to and interact with Bluetooth LE peripherals
Homebridge plugin that exposes Bluetooth peripherals as HomeKit accessories
A simple node that allow control iotgemini peripherals
Adds Typescript typings to the Advanced Peripherals Minecraft mod
Homebridge plugin that exposes Bluetooth peripherals as HomeKit accessories
A Node.js module for implementing BLE (Bluetooth Low Energy) peripherals
A Node.js module for implementing BLE (Bluetooth Low Energy) peripherals
The F1 series of games support the outputting of key game data via a UDP data stream. This data can be interpreted by external apps or connected peripherals for a range of different uses, including providing additional telemetry information, customised HU
Emulator for Eddystone beacon peripherals
Node.js library for interacting with the openrazer linux driver to control Razer peripherals
Microcontroller peripherals definition and ergonomic access
Register access layer for all STM32 microcontrollers
Tool for modifying bugs in CMSIS SVD
Control-loop and data pipeline for the Deimos data acquisition system
A cross-platform Rust crate for building Bluetooth Low Energy peripherals
Peripheral Access Crate for EFR32MG24 microcontrollers
ARM64 common peripheral drivers with `axplat` compatibility
Hardware abstraction layer for the STM32 MCUs
A simple API to interact with GNOME DBus and Gsettings
Bit packing and unpacking for arbitrarily aligned fields
An extensible and RESTful control system for physical computing
Interface for the Raspberry Pi's GPIO, I2C, PWM, SPI and UART peripherals.
WiringPi library wrapper for the Raspberry Pi only. Wraps up version 2.x of the Arduino wiring-like WiringPi library into a convinient Ruby gem. Currently includes GPIO functionality, I2C, SPI, serial and shiftOut/shiftIn support in addition to peripheral drivers for things like the MCP23017. Credit to Gordon for the WiringPi library, which can be found here: http://www.wiringpi.com
WiringPi library wrapper for the Raspberry Pi only. Wraps up version 2.x of the Arduino wiring-like WiringPi library into a convinient Ruby gem. Currently includes GPIO functionality, I2C, SPI, serial and shiftOut/shiftIn support in addition to peripheral drivers for things like the MCP23017. Credit to Gordon for the WiringPi library, which can be found here: http://www.wiringpi.com
WiringPi library wrapper for the Banana Pi only. Wraps up version 2.x of the Arduino wiring-like WiringPi library into a convinient Ruby gem. Currently includes GPIO functionality, I2C, SPI, serial and shiftOut/shiftIn support in addition to peripheral drivers for things like the MCP23017. Credit to Gordon for the WiringPi library, which can be found here: http://www.wiringpi.com
A talk of RubyKaigi 2019 in Fukuoka. Writing mruby/c firmware applications is like writing mrbgems. You need to make some C functions and mruby wrapper of them in order to handle peripherals like sensor, flash memory or BLE. Easy to imagine it's hard to develop for a team in a situation of TIGHT COUPLING, right? I will talk about some tools, mrubyc-test and mrubyc-debugger, which I made with CRuby for testing and debugging to keep our team slack coupling.
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