public override bool QueueChunkEx(ChunkFlags flags, int dataSize, byte[] data, int sequence)
{
if (ResendQueueConstruct.DataSize +
dataSize + NetworkCore.PACKET_HEADER_SIZE > NetworkCore.MAX_PAYLOAD)
{
Flush();
}
var header = new NetworkChunkHeader
{
Flags = flags,
Size = dataSize,
Sequence = sequence
};
var chunkDataOffset = ResendQueueConstruct.DataSize;
chunkDataOffset = header.Pack(ResendQueueConstruct.Data, chunkDataOffset);
Buffer.BlockCopy(data, 0, ResendQueueConstruct.Data, chunkDataOffset, dataSize);
chunkDataOffset += dataSize;
ResendQueueConstruct.NumChunks++;
ResendQueueConstruct.DataSize = chunkDataOffset;
if (flags.HasFlag(ChunkFlags.VITAL) && !flags.HasFlag(ChunkFlags.RESEND))
{
BufferSize += SIZEOF_NETWORK_CHUNK_RESEND + dataSize;
if (BufferSize >= BUFFERSIZE)
{
Disconnect("too weak connection (out of buffer)");
return(false);
}
var resend = new NetworkChunkResend
{
Sequence = sequence,
Flags = flags,
DataSize = dataSize,
Data = new byte[dataSize],
FirstSendTime = Time.Get(),
LastSendTime = Time.Get()
};
Buffer.BlockCopy(data, 0, resend.Data, 0, dataSize);
ResendQueue.Enqueue(resend);
}
return(true);
}
protected abstract void ResendChunk(NetworkChunkResend resend);
protected override void ResendChunk(NetworkChunkResend resend)
{
QueueChunkEx(resend.Flags | ChunkFlags.RESEND, resend.DataSize,
resend.Data, resend.Sequence);
resend.LastSendTime = Time.Get();
}