private static async Task RunExample()
{
// Let's go back to our embedded connector now, to discuss what the
// lifetime of a connection looks like.
//
// We'll create an embedded connector, but this time we're going to
// include a maximum ping timeout of 100ms. This is a fairly short
// timer, but since everything is running in our current process, it
// should be fine.
var connector = new ButtplugEmbeddedConnector("Example Server", 100);
var client = new ButtplugNoPingTestClient(connector);
// Just because the Client takes care of sending the ping message for
// you doesn't mean that a connection is always perfect. It could be
// that some code you write blocks the thread that the timer is
// sending on, or sometimes the client's connection to the server can
// be severed. In these cases, the client has events we can listen to
// so we know when either we pinged out, or the server was disconnected.
client.PingTimeout += (aObj, aEventArgs) =>
Console.WriteLine("B******g ping timeout!");
client.ServerDisconnect += (aObj, aEventArgs) =>
Console.WriteLine("B******g disconnected!");
// Let's go ahead and connect.
await client.ConnectAsync();
Console.WriteLine("Client connected");
// If you'd like more information on what's going on, uncomment these 2 lines.
// client.Log += (aObj, aMsg) => Console.WriteLine(aMsg.Message.LogMessage);
// await client.RequestLogAsync(ButtplugLogLevel.Debug);
// If we just sit here and wait, the client and server will happily
// ping each other internally, so we shouldn't see anything printed
// outside of the "hit key to continue" message. Our wait function is
// async, so the event loop still spins and the timer stays happy.
await WaitForKey();
// Now we'll kill the timer. You should see both a ping timeout and a
// disconnected message from the event handlers we set up above.
Console.WriteLine("Stopping ping timer");
client.StopPingTimer();
await WaitForKey();
// At this point we should already be disconnected, so we'll just
// show ourselves out.
}
static async Task RunExample()
{
// Let's go back to our embedded connector now, to discuss what the lifetime of a
// connection looks like.
//
// We'll create an embedded connector, but this time we're going to include a maximum
// ping timeout of 100ms. This is a fairly short timer, but since everything is running
// in our current process, it should be fine.
//
// The ping timer exists in a B******g Server as a way to make sure all hardware stops
// and a disconnection happens in the event of a thread block, remote disconnection, etc.
// If a maximum ping time is set, then the B******g Client is expected to send a B******g
// Ping message to the server with a maximum time gap of the ping time. Luckily,
// reference B******g Clients, like we're using here, will handle that for you.
var connector = new ButtplugEmbeddedConnector("Example Server", 100);
var client = new ButtplugNoPingTestClient(connector);
// That said, just because the Client takes care of sending the message for you doesn't
// mean that a connection is always perfect. It could be that some code you write blocks
// the thread that the timer is sending on, or sometimes the client's connection to the
// server can be severed. In these cases, the client has events we can listen to so we
// know when either we pinged out, or the server was disconnected.
client.PingTimeout += (aObj, aEventArgs) => Console.WriteLine("B******g ping timeout!");
client.ServerDisconnect += (aObj, aEventArgs) => Console.WriteLine("B******g disconnected!");
// Let's go ahead and connect.
await client.ConnectAsync();
Console.WriteLine("Client connected");
// If we just sit here and wait, the client and server will happily ping each other
// internally, so we shouldn't see anything printed outside of the "hit key to continue"
// message. Our wait function is async, so the event loop still spins and the timer stays happy.
await WaitForKey();
// Now we'll kill the timer. You should see both a ping timeout and a disconnected message from
// the event handlers we set up above.
Console.WriteLine("Stopping ping timer");
client.StopPingTimer();
await WaitForKey();
// At this point we should already be disconnected, so we'll just show ourselves out.
}
public async Task TestClientPingTimeout()
{
_server = new TestServer(50);
var signal = new SemaphoreSlim(1, 1);
// This is a test, so just ignore the logger requirement for now.
_connector = new ButtplugEmbeddedConnector(_server);
_client = new ButtplugNoPingTestClient(_connector);
_client.PingTimeout += (aObj, aEventArgs) =>
{
if (signal.CurrentCount == 0)
{
signal.Release(1);
}
};
// We should connect, then basically be instantly disconnected due to ping timeout
await _client.ConnectAsync();
await signal.WaitAsync();
}