// start the gameTime stopwatch on API creation
public Api(string apiUrl, SGameQuadTreeNode rootNode, LocalQuadTreeNode quadTreeNode, NetNode bus, NetPeer arbiterPeer, uint localBusPort, Persistence persistence)
{
this._gameTime = new GameTime();
//#if DEBUG
// this.gameTime.SetElapsedMillisecondsManually(0);
//#endif
this.ApiUrl = apiUrl;
this.Bus = bus;
this.LocalBusPort = localBusPort;
this.ArbiterPeer = arbiterPeer;
this.QuadTreeNode = quadTreeNode;
this.RootNode = rootNode;
this.Persistence = persistence;
this.DeadShips = new Dictionary <string, Spaceship>();
this.Bus.PeerConnectedEvent += OnPeerConnected;
this.Bus.PeerDisconnectedEvent += OnPeerDisconnected;
this.Bus.PacketProcessor.Events <Messages.ShipConnected>().OnMessageReceived += OnShipConnected;
this.Bus.PacketProcessor.Events <Messages.ShipDisconnected>().OnMessageReceived += OnShipDisconnected;
this.Bus.PacketProcessor.Events <Messages.ShipTransferred>().OnMessageReceived += OnShipTransferred;
this.Bus.PacketProcessor.Events <Messages.NodeConfig>().OnMessageReceived += OnNodeConfigReceived;
this.Bus.PacketProcessor.Events <Messages.NodeOffline>().OnMessageReceived += OnNodeOffline;
this.Bus.PacketProcessor.Events <Messages.ScanShoot>().OnMessageReceived += OnScanShootReceived;
#if DEBUG
this.Bus.PacketProcessor.Events <Messages.Sudo>().OnMessageReceived += OnSudo;
#endif
}
public RemoteQuadTreeNode(SGameQuadTreeNode parent, Quadrant quadrant, uint depth, NetNode bus, LiteNetLib.NetPeer nodePeer, string apiUrl)
: base(parent, quadrant, depth)
{
this.Bus = bus;
this.NodePeer = nodePeer;
this.ApiUrl = ApiUrl;
}
/// <summary>
/// Called when node configuration is received from the Arbiter, either for us (which means we need to apply it)
/// or for another node (which means that we need to update our routing table)
/// </summary>
private void OnNodeConfigReceived(NetPeer arbiterPeer, Messages.NodeConfig msg)
{
if (arbiterPeer != this.ArbiterPeer)
{
// Do not accept configuration not from the arbiter
return;
}
var nodeToReplace = RootNode.NodeAtPath(msg.Path, () => new DummyQuadTreeNode());
SGameQuadTreeNode replacementNode;
if (msg.ApiUrl == this.ApiUrl)
{
Console.Error.WriteLine(">>> This node is now at {0} <<<", msg.Path);
replacementNode = QuadTreeNode;
}
else
{
Console.Error.WriteLine(">>> The node {0} is now at {1} <<<", msg.ApiUrl, msg.Path);
var busNetPeer = Bus.Host.ConnectedPeerList.Where((peer) => (string)peer.Tag == msg.ApiUrl).FirstOrDefault();
if (busNetPeer == null)
{
var endpoint = new IPEndPoint(msg.BusAddress, (int)msg.BusPort);
Console.Error.WriteLine("Estabilishing direct bus connection to {0}", endpoint);
busNetPeer = Bus.Host.Connect(endpoint, NetNode.Secret);
busNetPeer.Tag = msg.ApiUrl;
}
replacementNode = new RemoteQuadTreeNode(new Quad(0, 0, 0), Bus, busNetPeer, msg.ApiUrl);
}
if (nodeToReplace.Parent != null)
{
nodeToReplace.Parent.SetChild(nodeToReplace.Quadrant, replacementNode);
}
else
{
SGameQuadTreeNode[] rootChildren = new SGameQuadTreeNode[4] {
null, null, null, null
};
if (RootNode != null)
{
for (int i = 0; i < 4; i++)
{
rootChildren[i] = (SGameQuadTreeNode)RootNode.Child((Quadrant)i);
}
}
RootNode = replacementNode;
for (int i = 0; i < 4; i++)
{
RootNode.SetChild((Quadrant)i, rootChildren[i]);
}
}
}
public DummyQuadTreeNode(SGameQuadTreeNode parent, Quadrant quadrant, uint depth)
: base(parent, quadrant, depth)
{
}