Asynchronous I/O

All requests to the IPFS server are asynchronous, which does not block current thread.

This means that callers should normally use the async/await paradigm

var result = await ipfs.FileSystem.AddTextAsync("I am pinned");

Synchronous

If a synchronous operation is required, then this can work

var result = ipfs.FileSystem.AddTextAsync("I am pinned").Result;

Cancelling a request

All requests to the IPFS server can be cancelled by supplying an optional CancellationToken. When the token is cancelled, a TaskCanceledException will be thrown.

Here's a contrived example (unit test) that forces the getting of info on the local IPFS server to be cancelled

var cts = new CancellationTokenSource(500);
try
{
    await Task.Delay(1000);
    var peer = await ipfs.IdAsync(cts.Token);
    Assert.Fail("Did not throw TaskCanceledException");
}
catch (TaskCanceledException)
{
    return;
}