public ReceivingChoreographer(CommsContact opponent)
{
Opponent = opponent;
}
public void Connect(BTPeer peer)
{
// Make this a no-op if it's already connected, just in case.
if (Clients.ContainsKey(peer.Device))
{
return;
}
// Maybe that's not working?
if (Clients.Keys.Any(p => p.Address == peer.Device.Address))
{
return;
}
if (_progressDialog != null && _progressDialog.IsShowing)
{
_progressDialog.Dismiss();
}
bluetoothAdapter.CancelDiscovery();
//_progressDialog = ProgressDialog.Show(this, $"Connecting to {_device.Name} ({_device.MACaddressOrRole})", "Press back to cancel", true, true);
var newTeamMate = new CommsContact();
newTeamMate.BtPeer = peer;
newTeamMate.Name = peer.Device.Name;
newTeamMate.IPaddress = peer.Device.Address;
var client = new BluetoothClient(GlobalBluetoothDeactivator.Token);
// Arrange for appropriate outcomes to success or failure of our connection attempt...
client.OnConnectionSuccess += (o, e) =>
{
//newTeamMate.Client = client;
//AddressBook.Add(newTeamMate);
newTeamMate.Client = client;
BluetoothMessageCenter.TemporaryAddressBook_SingleEntry = newTeamMate;
Clients.Add(_device, client);
KnownMACaddresses.Add(_device.MACaddressOrRole);
Res.Storage.Put(KnownMACaddressesKey, KnownMACaddresses);
_progressDialog?.Dismiss();
RefreshDetails(true);
};
client.OnConnectionFailure += (o, e) =>
{
_progressDialog?.Dismiss();
KnownMACaddresses.Remove(_device.MACaddressOrRole);
Res.Storage.Put(KnownMACaddressesKey, KnownMACaddresses);
client = null;
RefreshDetails();
};
client.OnDisconnection += (o, e) =>
{
Clients.Remove(_device);
RefreshDetails();
};
client.OnMessageReceived += (o, e) =>
{
RelayToast($"Client received ({e.Value.Type}) {e.Value.Content}");
};
//... then make the attempt itself.
client?.Connect(newTeamMate.BtPeer);
}
public SendingChoreographer(CommsContact opponent, Dictionary <string, Classifier> classifiers, int millisecondsGapMean = 1000, int millisecondsGapSigma = 500)
{
Opponent = opponent;
Classifiers = classifiers;
Generator = new SimpleChoreographyGenerator(classifiers, millisecondsGapMean, millisecondsGapSigma);
}
