private static Datagram ParseChunkedBody(byte[] buffer, int offset, int length)
{
List <Datagram> list = new List <Datagram>();
HttpParser httpParser = new HttpParser(buffer, offset, length);
uint? number;
while (httpParser.HexadecimalNumber(out number).SkipChunkExtensions().CarriageReturnLineFeed().Success)
{
uint num1 = number.Value;
if ((int)num1 == 0)
{
int?endOffset;
HttpDatagram.GetHeaderFields(out endOffset, buffer, httpParser.Offset, offset + length - httpParser.Offset);
if (endOffset.HasValue)
{
httpParser.Skip(endOffset.Value - httpParser.Offset);
break;
}
break;
}
int num2 = (int)Math.Min((long)num1, (long)(offset + length - httpParser.Offset));
list.Add(new Datagram(buffer, httpParser.Offset, num2));
httpParser.Skip(num2);
httpParser.CarriageReturnLineFeed();
}
byte[] buffer1 = new byte[Enumerable.Sum <Datagram>((IEnumerable <Datagram>)list, (Func <Datagram, int>)(datagram => datagram.Length))];
int offset1 = 0;
foreach (Datagram datagram in list)
{
datagram.Write(buffer1, offset1);
offset1 += datagram.Length;
}
return(new Datagram(buffer, offset, httpParser.Offset - offset));
}
private static Datagram ParseChunkedBody(byte[] buffer, int offset, int length)
{
List <Datagram> contentData = new List <Datagram>();
HttpParser parser = new HttpParser(buffer, offset, length);
uint? chunkSize;
while (parser.HexadecimalNumber(out chunkSize).SkipChunkExtensions().CarriageReturnLineFeed().Success)
{
uint chunkSizeValue = chunkSize.Value;
if (chunkSizeValue == 0)
{
int?endOffset;
// HttpHeader trailerHeader = new HttpHeader(
GetHeaderFields(out endOffset, buffer, parser.Offset, offset + length - parser.Offset)
// )
;
if (endOffset != null)
{
parser.Skip(endOffset.Value - parser.Offset);
}
break;
}
int actualChunkSize = (int)Math.Min(chunkSizeValue, offset + length - parser.Offset);
contentData.Add(new Datagram(buffer, parser.Offset, actualChunkSize));
parser.Skip(actualChunkSize);
parser.CarriageReturnLineFeed();
}
int contentLength = contentData.Sum(datagram => datagram.Length);
byte[] contentBuffer = new byte[contentLength];
int contentBufferOffset = 0;
foreach (Datagram datagram in contentData)
{
datagram.Write(contentBuffer, contentBufferOffset);
contentBufferOffset += datagram.Length;
}
// Datagram content = new Datagram(contentBuffer);
return(new Datagram(buffer, offset, parser.Offset - offset));
}
private static Datagram ParseChunkedBody(byte[] buffer, int offset, int length)
{
List<Datagram> contentData = new List<Datagram>();
HttpParser parser = new HttpParser(buffer, offset, length);
uint? chunkSize;
while (parser.HexadecimalNumber(out chunkSize).SkipChunkExtensions().CarriageReturnLineFeed().Success)
{
uint chunkSizeValue = chunkSize.Value;
if (chunkSizeValue == 0)
{
int? endOffset;
// HttpHeader trailerHeader = new HttpHeader(
GetHeaderFields(out endOffset, buffer, parser.Offset, offset + length - parser.Offset)
// )
;
if (endOffset != null)
parser.Skip(endOffset.Value - parser.Offset);
break;
}
int actualChunkSize = (int)Math.Min(chunkSizeValue, offset + length - parser.Offset);
contentData.Add(new Datagram(buffer, parser.Offset, actualChunkSize));
parser.Skip(actualChunkSize);
parser.CarriageReturnLineFeed();
}
int contentLength = contentData.Sum(datagram => datagram.Length);
byte[] contentBuffer = new byte[contentLength];
int contentBufferOffset = 0;
foreach (Datagram datagram in contentData)
{
datagram.Write(contentBuffer, contentBufferOffset);
contentBufferOffset += datagram.Length;
}
// Datagram content = new Datagram(contentBuffer);
return new Datagram(buffer, offset, parser.Offset - offset);
}