NordicSpaceLink.IIO

This library provides C# bindings for libiio.

It should support almost all of the API surface using natural C# work flow.

Buffers are interfaced to with Span's only, and object lifetimes are managed with IDisposable interfaces where relevant.

Example

The following example for an AD936x based system shows how to work with attributes, devices, and channels.

using var context = Context.Default;

var phy = context.Devices["ad9361-phy"];
var lpc = context.Devices["cf-ad9361-lpc"];

phy.Attributes["ensm_mode"].Value = "alert";
phy.Channels[("RX_LO", true)].Attributes["frequency"].Float = 2.4e9;

phy.Channels[("voltage0", false)].Attributes["sampling_frequency"].Float = 2.1e6;
lpc.Channels[("voltage0", false)].Attributes["sampling_frequency"].Float = 2.1e6 / 8;

lpc.Channels[("voltage0", false)].Enabled = true;
lpc.Channels[("voltage1", false)].Enabled = true;

using var buffer = lpc.CreateBuffer(4096, false);

phy.Attributes["ensm_mode"].Value = "fdd";

var sw = Stopwatch.StartNew();
var data = buffer.Refill();

Console.WriteLine("Read {0} bytes in {1} seconds", data.Length, sw.Elapsed.TotalSeconds);

phy.Attributes["ensm_mode"].Value = "alert";