unsafe bool FillBuffers()
{
if (m_Parser.TokenNextIndex < m_Tokenizer.TokenNextIndex || m_Parser.NodeType != NodeType.None)
{
return(false);
}
if (null != m_StreamBlockReader)
{
m_Block = m_StreamBlockReader.GetNextBlock();
if (IsEmpty(m_Block))
{
m_Block = default;
return(false);
}
}
m_Tokenizer.DiscardCompleted();
m_Parser.Seek(m_Tokenizer.TokenNextIndex, m_Tokenizer.TokenParentIndex);
m_BinaryWriter.Seek(m_Tokenizer.TokenNextIndex, m_BinaryWriter.TokenParentIndex != -1
? m_Tokenizer.DiscardRemap[m_BinaryWriter.TokenParentIndex]
: -1);
m_Tokenizer.Write(m_Block, 0, m_Block.Length);
return(true);
}
unsafe bool FillBuffers()
{
if (m_Parser.TokenNextIndex < m_Tokenizer.TokenNextIndex || m_Parser.NodeType != NodeType.None)
{
return(false);
}
bool isFinalBlock;
if (null != m_StreamBlockReader)
{
var info = m_StreamBlockReader.GetNextBlock();
m_CurrentBlock = info.Block;
isFinalBlock = info.IsFinal;
}
else
{
m_CurrentBlock = m_InitialBlock;
m_InitialBlock = default;
isFinalBlock = true;
}
if (IsEmpty(m_CurrentBlock))
{
m_CurrentBlock = default;
// We need to perform off one final write call to trigger validation.
m_Tokenizer.Write(m_CurrentBlock, 0, 0, true);
return(false);
}
m_Tokenizer.DiscardCompleted();
m_Parser.Seek(m_Tokenizer.TokenNextIndex, m_Tokenizer.TokenParentIndex);
m_BinaryWriter.Seek(m_Tokenizer.TokenNextIndex, m_BinaryWriter.TokenParentIndex != -1
? m_Tokenizer.DiscardRemap[m_BinaryWriter.TokenParentIndex]
: -1);
m_Tokenizer.Write(m_CurrentBlock, 0, m_CurrentBlock.Length, isFinalBlock);
return(true);
}