void onDieConnectionStateChanged(Die die, Die.ConnectionState newState)
{
switch (newState)
{
case Die.ConnectionState.Ready:
// Now we can check the type of the die
if (die.dieType != Die.DieType.Unknown)
{
// Yay, good die!
// We shouldn't need to filter double discovering the same die, but there is a bug
// in the virtual bluetooth interface...
if (!_dice.Contains(die))
{
AddDieToGame(die);
}
}
// Else we probably should disconnect and then keep a list
// of invalid dice so we don't reconnected automatically
break;
case Die.ConnectionState.Disconnected:
RemoveDieFromGame(die);
break;
default:
break;
}
}
void OnDieConnectionStateChanged(Die die, Die.ConnectionState newConnected)
{
if (newConnected == Die.ConnectionState.Disconnected)
{
if (trackedDice.Count > 1)
{
var go = trackedDice[die].gameObject;
GameObject.Destroy(go);
}
else
{
noDiceIndicator.SetActive(true);
diceRoot.SetActive(false);
}
trackedDice.Remove(die);
UnregisterDieEvents(die);
}
}
// void onWillDestroyDie(Die die)
// {
// var uidie = discoveredDice.Find(d => d.die == die);
// if (uidie != null)
// {
// die.OnConnectionStateChanged -= OnDieStateChanged;
// Debug.Assert(die.connectionState == Die.ConnectionState.New); // if not we should have been notified previously
// discoveredDice.Remove(uidie);
// DestroyDiscoveredDie(uidie);
// }
// }
void OnDieStateChanged(Die die, Die.ConnectionState oldState, Die.ConnectionState newState)
{
RefreshView();
}
void OnConnectionStateChanged(Die die, Die.ConnectionState oldState, Die.ConnectionState newState)
{
UpdateState();
}
void UpdateConnectionState(Die die, Die.ConnectionState newState)
{
statusText.text = newState.ToString();
MonitorBatteryLevel(die.connectionState >= Die.ConnectionState.Ready);
}