public bool Send(byte[] data)
{
if (Type == StreamType.ServerUnidirectional)
{
throw new StreamException("Cannot send data on unidirectional stream.");
}
_connection.IncrementRate(data.Length);
var packet = _connection.PacketCreator.CreateDataPacket(StreamId.IntegerValue, data);
if (_connection.MaximumReached())
{
packet.AttachFrame(new StreamDataBlockedFrame(StreamId.IntegerValue, (ulong)data.Length));
}
return(_connection.SendData(packet));
}
public bool Send(byte[] data)
{
if (Type == StreamType.ServerUnidirectional)
{
throw new StreamException("Cannot send data on unidirectional stream.");
}
_connection.IncrementRate(data.Length);
int numberOfPackets = (data.Length / QuicSettings.PMTU) + 1;
int leftoverCarry = data.Length % QuicSettings.PMTU;
for (int i = 0; i < numberOfPackets; i++)
{
bool eos = false;
int dataSize = QuicSettings.PMTU;
if (i == numberOfPackets - 1)
{
eos = true;
dataSize = leftoverCarry;
}
byte[] buffer = new byte[dataSize];
Buffer.BlockCopy(data, (Int32)_sendOffset, buffer, 0, dataSize);
ShortHeaderPacket packet = _connection.PacketCreator.CreateDataPacket(this.StreamId.IntegerValue, buffer, _sendOffset, eos);
if (i == 0 && data.Length >= QuicSettings.MaxStreamData)
{
packet.AttachFrame(new MaxStreamDataFrame(this.StreamId.IntegerValue, (UInt64)(data.Length + 1)));
}
if (_connection.MaximumReached())
{
packet.AttachFrame(new StreamDataBlockedFrame(StreamId.IntegerValue, (UInt64)data.Length));
}
_sendOffset += (UInt64)buffer.Length;
_connection.SendData(packet);
}
return(true);
}