List <JsToken> BuildTokenList(ContainerNode node)
{
IEnumerable <JsToken> tokens = new JsLexer().GetTokens(
_source
, node.Header.End // begin
, node.Footer.Begin // end
);
// simple way to make list but it crashes if we hit invalid token
// var tokenList = tokens.ToList();
// more complicated but it survives invalid token exceptions
List <JsToken> tokenList = new List <JsToken>();
try{
foreach (var token in tokens)
{
tokenList.Add(token);
}
}catch {} // incase we hit invalid javascript, we don't want the whole document to die
return(tokenList);
}
int DoKeyword(int i)
{
JsToken next = (i + 1) < _tokenList.Count ? _tokenList[i + 1] : null;
// create node for it
ConsumeText(_currentToken.Begin);
var keywordHeader = new HeaderFooter(_source, _currentToken.Begin, _currentToken.End, _currentToken.Text, HeaderFooterType.Single);
var keywordNode = new ContainerNode(_source, keywordHeader, new Dictionary <string, string>());
_currentNode.AddChild(keywordNode);
_beginOfTextNode = _currentToken.End;
// name function
if (_currentToken.Text == "function" && next != null && next.Type == JsTokenType.Identifier)
{
IdentifyNode(keywordNode, next.Text);
++i; // skip id token
_beginOfTextNode = next.End;
}
return(i);
}
// returns the new current node
void DoStarterTag(HeaderFooter tag)
{
// Head & Single
// new node
ContainerNode n = new ContainerNode(_source, tag);
// create parent-child relationship
_curNode.AddChild(n);
// force some node types to be single
bool isSingle = tag.Type == HeaderFooterType.Single ||
_emptyTags.Contains(tag.Name);
// if forced-empty node has a tailtag, it will be ignored
// !! Not doing anything special about illegally embeded nodes such as
// <p>first paragraph <p> new paragraph, close previous <p> another paragraph
if (!isSingle)
{
_curNode = n;
}
}
void MoveDownIntoSubSection(int i)
{
_openTokensIndexStack.Push(i);
// add previous text node
ConsumeText(_currentToken.Begin);
// add new node
var name = BracketName(_currentToken.Text);
var header = new HeaderFooter(_currentNode.Source, _currentToken.Begin, _currentToken.End, "block", HeaderFooterType.Head);
var blockNode = new ContainerNode(_source, header, new Dictionary <string, string> {
{ "class", name }
});
_currentNode.AddChild(blockNode);
IdentifyContainerNode(i, blockNode);
// set new text-node start
_beginOfTextNode = _currentToken.End;
// move down to new node
_currentNode = blockNode;
}
