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Provides complete managed access to the popular pigpio C library.
The premise is simple: using the powerful features of C# to control the ARM peripherals of the Raspberry Pi. This library provides a comprehensive way to access the hardware of the Pi. It uses the fantastic C library pigpio. The documentation of the library can be found here.
As a programmer, the choice is yours. You can call the native methods either directly or via the comprehensive API of PiGpio.net.
Setup.GpioInitialise();
var pin = SystemGpio.Bcm18;
IO.GpioSetMode(pin, PinMode.Output);
while (true)
{
IO.GpioWrite(pin, true);
Thread.Sleep(500);
IO.GpioWrite(pin, false);
Thread.Sleep(500);
}
var pin = Board.Pins[18];
while (true)
{
pin.Value = !pin.Value;
Thread.Sleep(500);
}
Name | Author | Description |
---|---|---|
RaspberryIO | Unosquare | The Raspberry Pi's IO Functionality in an easy-to-use API for .NET (Mono/.NET Core). |
PiGpio.net | Unosquare | Provides complete managed access to the popular pigpio C library |
Raspberry Abstractions | Unosquare | Allows you to implement your own provider for RaspberryIO. |
Raspberry# IO | raspberry-sharp | Raspberry# IO is a .NET/Mono IO Library for Raspberry Pi. This project is an initiative of the Raspberry# Community. |
WiringPi.Net | Daniel Riches | A simple C# wrapper for Gordon's WiringPi library. |
PiSharp | Andy Bradford | Pi# is a library to expose the GPIO functionality of the Raspberry Pi computer to the C# and Visual Basic.Net languages |