void HandleBlockChanged(object sender, BlockChangeEventArgs e)
{
// TODO: Propegate lighting changes to client (not possible with beta 1.7.3 protocol)
if (e.NewBlock.ID != e.OldBlock.ID || e.NewBlock.Metadata != e.OldBlock.Metadata)
{
for (int i = 0, ClientsCount = Clients.Count; i < ClientsCount; i++)
{
var client = (RemoteClient)Clients[i];
// TODO: Confirm that the client knows of this block
if (client.LoggedIn && client.World == sender)
{
client.QueuePacket(new BlockChangePacket(e.Position.X, (sbyte)e.Position.Y, e.Position.Z,
(sbyte)e.NewBlock.ID, (sbyte)e.NewBlock.Metadata));
}
}
PendingBlockUpdates.Enqueue(new BlockUpdate {
Coordinates = e.Position, World = sender as IWorld
});
ProcessBlockUpdates();
if (Program.ServerConfiguration.EnableLighting)
{
var lighter = WorldLighters.SingleOrDefault(l => l.World == sender);
if (lighter != null)
{
var posA = e.Position;
posA.Y = 0;
var posB = e.Position;
posB.Y = World.Height;
posB.X++; posB.Z++;
lighter.EnqueueOperation(new BoundingBox(posA, posB), true);
lighter.EnqueueOperation(new BoundingBox(posA, posB), false);
}
}
}
}
void HandleChunkLoaded(object sender, ChunkLoadedEventArgs e)
{
ChunksToSchedule.Add(new Tuple <IWorld, IChunk>(sender as IWorld, e.Chunk));
if (Program.ServerConfiguration.EnableLighting)
{
var lighter = WorldLighters.SingleOrDefault(l => l.World == sender);
lighter.InitialLighting(e.Chunk, false);
}
}
public void AddWorld(IWorld world)
{
Worlds.Add(world);
world.BlockRepository = BlockRepository;
world.ChunkGenerated += HandleChunkGenerated;
world.ChunkLoaded += HandleChunkLoaded;
world.BlockChanged += HandleBlockChanged;
var manager = new EntityManager(this, world);
EntityManagers.Add(manager);
var lighter = new WorldLighting(world, BlockRepository);
WorldLighters.Add(lighter);
foreach (var chunk in world)
{
HandleChunkLoaded(world, new ChunkLoadedEventArgs(chunk));
}
}
