public bool Inline; //If true then at least one pair is defined in this line already
public void Reset()
{
CurrentPair = null;
State = ParserStateEnum.Indent;
ChainingStarted = false;
Inline = false;
}
private int GetIndent(int currentIndent, MappedPair mlPair, out bool endedByComment)
{
int begin = -1, end = -2, indentCounter = 1, indentSum = 0;
endedByComment = false;
while (_input.Next != -1)
{
if (_input.Next.IsSpaceCharacter())
{
if (_indentSymbol == 0) //First indent defines indent standard for the whole file.
{
_indentSymbol = (char)_input.Next;
if (mlPair != null)
{
_indentMultiplicity = 1; //Calculating indent for mlPair.
}
}
if (mlPair == null || indentCounter <= currentIndent + _indentMultiplicity)
{
indentCounter++;
indentSum += _input.Next;
_input.Consume();
if (begin == -1)
{
begin = _input.Index;
}
end = _input.Index;
}
else
{
_input.Consume();
if (mlPair.ValueInterval == null || mlPair.ValueInterval.Begin.Index == -1)
{
mlPair.ValueInterval = new Interval(new CharLocation(_input), new CharLocation(_input));
}
}
}
else if (_input.ConsumeNewLine() ||
mlPair == null && _input.ConsumeComments(_pairFactory, _pairStack.Peek().Pair))
{
indentSum = 0;
indentCounter = 1;
begin = -1;
end = -2;
}
else if (mlPair != null && end - begin < currentIndent &&
_input.ConsumeComments(_pairFactory, _pairStack.Peek().Pair))
{
//consuming less indented comments and storing comment indent (for mlPair only)
endedByComment = true;
}
else
{
break;
}
}
var indent = end - begin + 1;
if (_indentMultiplicity == 0 && _input.Next != -1 && indent > 0)
{
_indentMultiplicity = indent;
}
CheckIndentErrors(indent, indentSum);
return(indent);
}
