public void RankPlayers(List <PlayerHand> players)
{
StraightFlushHandler straightFlushHandler = new StraightFlushHandler();
ThreeofKindHandler threeofKindHandler = new ThreeofKindHandler();
StraightFlushHandler straightFlushHandler1 = new StraightFlushHandler();
FlushHandler flushHandler = new FlushHandler();
PairHandler pairHandler = new PairHandler();
straightFlushHandler.SetNextHandler(threeofKindHandler);
threeofKindHandler.SetNextHandler(straightFlushHandler);
straightFlushHandler.SetNextHandler(flushHandler);
flushHandler.SetNextHandler(pairHandler);
foreach (var player in players)
{
straightFlushHandler.Process(player);
}
}
protected BytePtr next; // Assumption: buffer <= next <= bufferLimit
public BufferedSink(BytePtr buffer, BytePtr bufferLimit, Boolean flushAtWriteLine,
Encoder defaultEncoder, FlushHandler flushHandler, Boolean sync)
: base(flushAtWriteLine, defaultEncoder)
{
if (buffer >= bufferLimit)
{
throw new ArgumentException(String.Format("buffer {0} must be < bufferLimit {1}", buffer, bufferLimit));
}
if (bufferLimit.DiffWithSmallerNumber(buffer) < MinimumBufferSize)
{
throw new ArgumentException(String.Format("buffer length {0} is too small (minimum is {1})",
bufferLimit.DiffWithSmallerNumber(buffer), MinimumBufferSize));
}
if (flushHandler == null)
{
throw new ArgumentNullException("flushHandler");
}
this.buffer = buffer;
this.bufferLimit = bufferLimit;
this.sync = sync;
this.FlushHandler = flushHandler;
this.next = buffer;
}
