public unsafe void Send(long sequence, RIO_BUF *bufferSegmentDescriptor, bool flush)
{
var lockTaken = false;
var spinlock = new SpinLock();
try
{
spinlock.Enter(ref lockTaken);
var rioSendFlags = flush ? RIO_SEND_FLAGS.NONE : RIO_SEND_FLAGS.DEFER;
rioSendFlags |= RIO_SEND_FLAGS.DONT_NOTIFY;
if (!WinSock.Extensions.Send(_handle, bufferSegmentDescriptor, 1, rioSendFlags, sequence))
{
WinSock.ThrowLastWsaError();
}
}
finally
{
if (lockTaken)
{
spinlock.Exit();
}
}
}
public RioBuffer(int id, byte *dataPointer, RIO_BUF *bufferDescriptor, int length)
{
Id = id;
Data = dataPointer;
BufferDescriptor = bufferDescriptor;
Length = length;
}
public unsafe void Send(long sequence, RIO_BUF *bufferSegmentDescriptor, bool flush)
{
var rioSendFlags = flush ? RIO_SEND_FLAGS.NONE : RIO_SEND_FLAGS.DEFER;
if (!WinSock.Extensions.Send(_handle, bufferSegmentDescriptor, 1, rioSendFlags, sequence))
{
WinSock.ThrowLastWsaError();
}
}
internal RioBufferSegment(RioFixedBufferPool pool, IntPtr bufferStartPointer, IntPtr segmentStartPointer, int index, int Length)
{
Index = index;
TotalLength = Length;
_pool = pool;
var offset = index * Length;
dataPointer = (byte *)(bufferStartPointer + offset).ToPointer();
SegmentPointer = (RIO_BUF *)(segmentStartPointer + index * Marshal.SizeOf <RIO_BUF>()).ToPointer();
SegmentPointer->BufferId = IntPtr.Zero;
SegmentPointer->Offset = offset;
SegmentPointer->Length = 0;
_continuationWrapperDelegate = o => ((Action)o)();
_awaitableState = _notStarted;
}
private static List <RioBuffer> CreateBuffers(byte *buffer, RIO_BUF *segmentBuffer, int maxLength, int segmentLength = 10)
{
var segments = new List <RioBuffer>();
var pBuffer = buffer;
var readDataLength = 0;
var segmentId = 0;
while (readDataLength != maxLength)
{
var dataLength = Math.Min(segmentLength, maxLength - readDataLength);
segmentBuffer->Length = dataLength;
var segment = new RioBuffer(segmentId++, pBuffer, segmentBuffer, segmentLength)
{
DataLength = dataLength
};
segments.Add(segment);
readDataLength += dataLength;
pBuffer += segmentLength;
segmentBuffer++;
}
return(segments);
}
