public void AppendToHeaderList(ICharSequence name, ICharSequence value)
{
_headersLength += HpackHeaderField.SizeOf(name, value);
_exceededMaxLength |= _headersLength > _maxHeaderListSize;
if (_exceededMaxLength || _validationException is object)
{
// We don't store the header since we've already failed validation requirements.
return;
}
if (_validate)
{
try
{
_previousType = HpackDecoder.Validate(_streamId, name, _previousType);
}
catch (Http2Exception ex)
{
_validationException = ex;
return;
}
}
_ = _headers.Add(name, value);
}
void EncodeHeadersEnforceMaxHeaderListSize(int streamId, IByteBuffer output, IHttp2Headers headers, ISensitivityDetector sensitivityDetector)
{
long headerSize = 0;
// To ensure we stay consistent with our peer check the size is valid before we potentially modify HPACK state.
foreach (HeaderEntry <ICharSequence, ICharSequence> header in headers)
{
ICharSequence name = header.Key;
ICharSequence value = header.Value;
// OK to increment now and check for bounds after because this value is limited to unsigned int and will not
// overflow.
headerSize += HpackHeaderField.SizeOf(name, value);
if (headerSize > _maxHeaderListSize)
{
Http2CodecUtil.HeaderListSizeExceeded(streamId, _maxHeaderListSize, false);
}
}
EncodeHeadersIgnoreMaxHeaderListSize(@output, headers, sensitivityDetector);
}
void EncodeHeadersIgnoreMaxHeaderListSize(IByteBuffer output, IHttp2Headers headers, ISensitivityDetector sensitivityDetector)
{
foreach (HeaderEntry <ICharSequence, ICharSequence> header in headers)
{
ICharSequence name = header.Key;
ICharSequence value = header.Value;
EncodeHeader(output, name, value, sensitivityDetector.IsSensitive(name, value), HpackHeaderField.SizeOf(name, value));
}
}