/// <summary>
/// Queues an event to broadcast to all clients.
/// Use a Event.SEND_RELIABLE (-1) for the number of attempts
/// to send the event reliable-ordered (infinite retries).
/// </summary>
public void QueueEventBroadcast(Event evnt, int attempts = 3)
{
foreach (var clientPeer in clients.Values)
{
clientPeer.QueueEvent(typeCode => _pools.CreateEvent(typeCode), evnt, attempts);
}
}
public ServerIncomingPacket Decode(byte[] data, int length)
{
var reusableIncoming = new ServerIncomingPacket();
_buffer.Load(data, length);
_buffer.DecodePacket(reusableIncoming, _pools.EventTypeCompressor, typeCode => _pools.CreateEvent(typeCode), (buffer, packet) =>
{
// Read: [Commands]
buffer.Decode(packet.ReceivedCommandUpdates, () =>
{
//var update = buffer.Decode_CommandUpdate();
var update = _pools.CommandUpdatePool.Allocate();
// Read: [EntityId]
update.EntityId = buffer.ReadEntityId();
// Read: [Count]
var count = (int)buffer.Read(CommandUpdate.BUFFER_COUNT_BITS);
// Read: [Commands]
for (int i = 0; i < count; i++)
{
//var command = buffer.Decode_Command();
var command = _pools.CommandPool.Allocate();
// Read: [SenderTick]
command.ClientTick = buffer.ReadTick();
// Read: [Command Data]
DecodeData(command);
update.Commands.Store(command);
}
return(update);
});
// Read: [View]
var decoded = buffer.UnpackAll(() =>
{
// Read: [EntityId], Read: [Tick], Read: [IsFrozen]
return(new KeyValuePair <EntityId, ViewEntry>(buffer.ReadEntityId(), new ViewEntry(buffer.ReadTick(), buffer.ReadBool())));
});
foreach (var pair in decoded)
{
packet.View.RecordUpdate(pair.Key, pair.Value);
}
});
if (_buffer.IsFinished)
{
return(reusableIncoming);
}
else
{
return(default);
