public static BadTokenSyntax BadToken(SyntaxSubKind subkind, string spelling, SyntaxNode precedingTrivia, SyntaxNode followingTrivia)
{
return((BadTokenSyntax) new BadTokenSyntax.Green(subkind, spelling, precedingTrivia?.GreenNode, followingTrivia?.GreenNode).CreateRed());
}
private BadTokenSyntax XmlMakeBadToken(SyntaxSubKind subkind, SyntaxList<SyntaxNode> precedingTrivia, int length, ERRID id)
{
var spelling = GetText(length);
var followingTrivia = ScanXmlWhitespace();
var result1 = SyntaxFactory.BadToken(subkind, spelling, precedingTrivia.Node, followingTrivia);
DiagnosticInfo diagnostic;
switch (id)
{
case ERRID.ERR_IllegalXmlStartNameChar:
case ERRID.ERR_IllegalXmlNameChar:
Debug.Assert(length == 1);
if (id == ERRID.ERR_IllegalXmlNameChar && (precedingTrivia.Any() || PrevToken == null || PrevToken.HasTrailingTrivia || PrevToken.Kind == SyntaxKind.LessThanToken || PrevToken.Kind == SyntaxKind.LessThanSlashToken || PrevToken.Kind == SyntaxKind.LessThanQuestionToken))
{
id = ERRID.ERR_IllegalXmlStartNameChar;
}
var xmlCh = spelling[0];
var xmlChAsUnicode = UTF16ToUnicode(new XmlCharResult(xmlCh));
diagnostic = ErrorFactory.ErrorInfo(id, xmlCh, string.Format("&H{0:X}", xmlChAsUnicode));
break;
default:
diagnostic = ErrorFactory.ErrorInfo(id);
break;
}
var errResult1 = ((BadTokenSyntax)result1.SetDiagnostics(new[]
{
diagnostic
}));
Debug.Assert(errResult1 != null);
return errResult1;
}
public static BadTokenSyntax BadToken(SyntaxSubKind subkind, string spelling, SyntaxList <SyntaxNode> precedingTrivia, SyntaxList <SyntaxNode> followingTrivia)
{
return(BadToken(subkind, spelling, precedingTrivia.Node, followingTrivia.Node));
}
internal Green(SyntaxSubKind subKind, string name, GreenNode leadingTrivia, GreenNode trailingTrivia)
: base(SyntaxKind.BadToken, name, leadingTrivia, trailingTrivia)
{
SubKind = subKind;
}
internal static BadTokenSyntax.Green BadToken(SyntaxSubKind subkind, string spelling, SyntaxList <GreenNode> precedingTrivia, SyntaxList <GreenNode> followingTrivia)
{
return(new BadTokenSyntax.Green(subkind, spelling, precedingTrivia.Node, followingTrivia.Node));
}
internal Green(SyntaxSubKind subKind, string name, GreenNode leadingTrivia, GreenNode trailingTrivia, DiagnosticInfo[] diagnostics, SyntaxAnnotation[] annotations)
: base(SyntaxKind.BadToken, name, leadingTrivia, trailingTrivia, diagnostics, annotations)
{
SubKind = subKind;
}
public static BadTokenSyntax BadToken(SyntaxSubKind subkind, string spelling, SyntaxList<SyntaxNode> precedingTrivia, SyntaxList<SyntaxNode> followingTrivia)
{
return new BadTokenSyntax(SyntaxKind.BadToken, spelling, precedingTrivia.Node, followingTrivia.Node);
}