private MarkdownParsingResult <INode> ParseAnyTokenAsText(ITokenizer <IMdToken> tokenizer)
{
if (tokenizer.AtEnd)
{
return(tokenizer.Fail <INode>());
}
return(tokenizer.Advance().SuccessWith <INode>(new TextNode(tokenizer.CurrentToken.Text)));
}
public static MarkdownParsingResult <IMdToken> Match(this ITokenizer <IMdToken> tokenizer,
Predicate <IMdToken> predicate)
{
if (tokenizer.AtEnd || !predicate(tokenizer.CurrentToken))
{
return(tokenizer.Fail <IMdToken>());
}
return(tokenizer.Advance().SuccessWith(tokenizer.CurrentToken));
}
private MarkdownParsingResult <INode> ParseAnyTokenAsEscaped(ITokenizer <IMdToken> tokenizer)
{
if (tokenizer.AtEnd)
{
return(tokenizer.Fail <INode>());
}
var underlyingText = tokenizer.CurrentToken.UnderlyingText;
return(tokenizer.Advance().SuccessWith <INode>(new EscapedTextNode(underlyingText)));
}
public static MarkdownParsingResult <List <IMdToken> > UntilMatch(this ITokenizer <IMdToken> tokenizer,
Predicate <IMdToken> predicate)
{
var tokens = new List <IMdToken>();
while (!tokenizer.AtEnd)
{
var token = tokenizer.CurrentToken;
if (!predicate(token))
{
return(tokenizer.SuccessWith(tokens));
}
tokenizer = tokenizer.Advance();
tokens.Add(token);
}
return(tokenizer.SuccessWith(tokens));
}
private MarkdownParsingResult <IMdToken> SkipSingleToken(ITokenizer <IMdToken> tokenizer)
{
return(tokenizer.Advance().SuccessWith(tokenizer.CurrentToken));
}
