75 packages tagged with “raspberry”
The package contains all libraries and resources to bridge together CLR (.NET 8/9/10/Framework) and JVM (Java and all JVM enabled languages). All information, APIs and examples are available on https://www.jcobridge.com.
Allow you to interface with digital IO hardware, and a large number of sensors. Including features to upload to web chart
Raspberry.IO is a set of Mono/.NET assembly providing access to Raspberry Pi I/O features.
Raspberry.System is a Mono/.NET assembly providing access to Raspberry Pi system features. It is an initiative of the Raspberry# Community, aimed at providing tools and information concerning use of Raspberry Pi boards with Mono/.NET framework. Visit project [Github site](https://github.com/raspberry-sharp/raspberry-sharp-system/) for documentation and samples.
A very lightweight HTTP server implementation for .NET written using C#; designed to support low-energy devices, such as the Raspberry Pi.
This package contains the Emgu CV ARM64 native runtime for Debian (including Raspberry Pi OS)
The Raspberry Pi's IO Functionality in an easy-to use API for Mono/.NET Core This library enables developers to use the various Raspberry Pi's hardware modules including the Camera to capture images and video, the GPIO pins, and both, the SPI and I2C buses.
A library that allows to easily interact with Windows 10 IoT Core features like GPIO, I2C and SPI devices.
.Net Standard 2.0 One Wire library for Windows IoT on Raspberry Pi via DS2482-100 and DS2482-800 I2C to One Wire bridge
An empty project template for .NET Core 2 IoT applications deployed to the Raspberry Pi 3. I wrote about how to use this template and install it into your development environment in this post: https://jeremylindsayni.wordpress.com/2017/03/21/how-to-a-net-core-template-to-create-a-new-project-from-the-command-line-with-dotnet-new-i/
Base library to implement plugins for CA_DataUploaderLib
Consider this a bridge solution until the big gun loggers like Log4Net or NLog catch up with .Net Core/Standard 2.0 Provides the most basic functionality of logging for .Net Standard 2.0 and .Net Core 2.0 projects. The project allows logging to a file or the console, with timestamps, and with the minimal of a json config file. Use this if you require a *PURE* .Net Core app such as what would be needed to run under Linux with an ARM processor (think: Raspberry Pi) where extended .Net Framework functionality is not allowed. See the test project under the project URL on GitHub for usage and a sample config section. *Note: this no longer requires the separate nuget package for the IAppLogger interface.
Raspberry.IO.SerialPeripheralInterface.
This library uses WiringPi to enables developers to use the various Raspberry Pi's hardware modules including the Camera to capture images and video, the GPIO pins, and both, the SPI and I2C buses.
Raspberry.IO.InterIntegratedCircuit.
Configure the Raspberry Pi with this MultiPlug Extension (https://www.multiplug.app)
Raspberry.System is a Mono/.NET assembly providing access to Raspberry Pi system features. It is an initiative of the Raspberry# Community, aimed at providing tools and information concerning use of Raspberry Pi boards with Mono/.NET framework. Visit project [Github site](https://github.com/JTrotta/raspberry-sharp-system/) for documentation and samples.
Raspberry.IO.Components.
This library allows you to easily interface with PiAPI running on your raspberry pi
C# Library for 64 bit Raspberry Pi OS
Raspberry.IO.Interop.
.net/Mono library to manage WittyPi board.
This project makes it really easy to add LED Matrix graphics to your Windows 10 for IoT project running on Raspberry Pi 2 or the Minnow Max Board. The main graphics library includes a font set, symbols and support for drawing lines, boxes, dots plus support for scrolling text across multiple display panels for form a larger frame. The library includes three LED Matrix drivers and the library is designed to be extensible making it easy to add new LED drivers. The MAX7219 LED driver supports chaining and rotation of multiple LED Matrix display panels together over a single SPI line. These modules are cheap, readily available and a chain of four panels can be purchased on eBay for about $US6. The HT16K33 I2C driver supports two implementations. The Adafruit Mini 8x8 LED Matrix with I2C Backpack, and the Adafruit Bicolor LED Square Pixel Matrix with I2C Backpack. These can be chained and rotated together but each display panel must have a unique I2C address. Documentation: https://github.com/gloveboxes/Windows-10-for-IoT-Graphics-Library-for-LED-Matrices/blob/master/README.md Video: Taking photos and movies of LED matrices is difficult so hence I've dropped the light levels. There are 3 separate groups of LEDs running running on their own thread/task. 5 x MAX7219 chained LED 8x8 Matrices, 2 chained x Adafruit Mini 8x8 LED Matrices and 1 x Adafruit BiColor 8x8 LED Matrix. https://www.youtube.com/watch?v=EX7c_FDy1eA
Raspberry.IO.