|
public IncomingComplete ( int count, |
||
| count | int | |
| error | ||
| return | void | |
private void OnRead(UvStreamHandle handle, int status)
{
var normalRead = status > 0;
var normalDone = status == 0 || status == Constants.ECONNRESET || status == Constants.EOF;
var errorDone = !(normalDone || normalRead);
var readCount = normalRead ? status : 0;
if (normalRead)
{
Log.ConnectionRead(_connectionId, readCount);
}
else
{
_socket.ReadStop();
Log.ConnectionReadFin(_connectionId);
}
Exception error = null;
if (errorDone)
{
handle.Libuv.Check(status, out error);
}
_rawSocketInput.IncomingComplete(readCount, error);
}
private void OnRead(UvStreamHandle handle, int readCount, int errorCode, Exception error)
{
var normalRead = readCount != 0 && errorCode == 0;
var normalDone = readCount == 0 && (errorCode == 0 || errorCode == Constants.ECONNRESET || errorCode == Constants.EOF);
var errorDone = !(normalDone || normalRead);
if (normalRead)
{
Log.ConnectionRead(_connectionId, readCount);
}
else if (normalDone || errorDone)
{
_socket.ReadStop();
Log.ConnectionReadFin(_connectionId);
}
SocketInput.IncomingComplete(readCount, errorDone ? error : null);
}
public void EmptyHeaderValuesCanBeParsed(string rawHeaders, int numHeaders)
{
var socketInput = new SocketInput(new MemoryPool2());
var headerCollection = new FrameRequestHeaders();
var headerArray = Encoding.ASCII.GetBytes(rawHeaders);
var inputBuffer = socketInput.IncomingStart(headerArray.Length);
Buffer.BlockCopy(headerArray, 0, inputBuffer.Data.Array, inputBuffer.Data.Offset, headerArray.Length);
socketInput.IncomingComplete(headerArray.Length, null);
var success = Frame.TakeMessageHeaders(socketInput, headerCollection);
Assert.True(success);
Assert.Equal(numHeaders, headerCollection.Count());
// Assert TakeMessageHeaders consumed all the input
var scan = socketInput.ConsumingStart();
Assert.True(scan.IsEnd);
}
