private void ParseSpecialCharacters(string content, ref int pos)
{
_whitespaceRemoval = WhitespaceRemoval.None;
IsSelfClosing = false;
while (pos < content.Length)
{
if (ParseWhitespaceRemoval(content, ref pos))
{
continue;
}
if (ParseSelfClosing(content, ref pos))
{
continue;
}
break;
}
}
private bool ParseWhitespaceRemoval(string content, ref int pos)
{
if (_whitespaceRemoval != WhitespaceRemoval.None)
{
return(false);
}
switch (content[pos])
{
case '>':
_whitespaceRemoval = WhitespaceRemoval.Surrounding;
pos++;
return(true);
case '<':
_whitespaceRemoval = WhitespaceRemoval.Internal;
pos++;
return(true);
}
return(false);
}
public void Walk_TagWithWhitespaceSupression_SetsCorrectFlag(string templateLine, WhitespaceRemoval expectedSetting)
{
var tag = new HamlNodeTag(new HamlLine(templateLine, HamlRuleEnum.Tag, indent: ""));
Assert.That(tag.WhitespaceRemoval, Is.EqualTo(expectedSetting));
}
private bool ParseWhitespaceRemoval(string content, ref int pos)
{
if (_whitespaceRemoval != WhitespaceRemoval.None)
return false;
switch (content[pos])
{
case '>':
_whitespaceRemoval = WhitespaceRemoval.Surrounding;
pos++;
return true;
case '<':
_whitespaceRemoval = WhitespaceRemoval.Internal;
pos++;
return true;
}
return false;
}
private void ParseSpecialCharacters(string content, ref int pos)
{
_whitespaceRemoval = WhitespaceRemoval.None;
IsSelfClosing = false;
while (pos < content.Length)
{
if (ParseWhitespaceRemoval(content, ref pos)) continue;
if (ParseSelfClosing(content, ref pos)) continue;
break;
}
}
public void Walk_TagWithWhitespaceSupression_SetsCorrectFlag(string templateLine, WhitespaceRemoval expectedSetting)
{
var tag = new HamlNodeTag(new HamlLine(templateLine, HamlRuleEnum.Tag, "", 0));
Assert.That(tag.WhitespaceRemoval, Is.EqualTo(expectedSetting));
}
