public static MatchCollection Match(string text, SyntaxMatch match)
{
switch (match)
{
case SyntaxMatch.Keywords:
return(Regex.Matches(text, keywords));
case SyntaxMatch.Methods:
return(Regex.Matches(text, methods));
case SyntaxMatch.LxTypes:
return(Regex.Matches(text, lxTypes));
case SyntaxMatch.Types:
return(Regex.Matches(text, types));
case SyntaxMatch.Comments:
return(Regex.Matches(text, comments, RegexOptions.Multiline));
case SyntaxMatch.Strings:
return(Regex.Matches(text, strings));
case SyntaxMatch.Numbers:
return(Regex.Matches(text, numbers));
}
return(null);
}
protected abstract void Inspect(SkriptFile file, int line, AbstractFileNode node, SyntaxMatch match);
protected virtual bool CanInspect(SkriptFile file, int line, AbstractFileNode node, SyntaxMatch match)
{
return(true);
}
protected override void Inspect(SkriptFile file, int line, AbstractFileNode node, SyntaxMatch match)
{
var cancelEvent = node.GetSyntaxNode <EffCancelEvent>();
if (cancelEvent == null)
{
return;
}
if (node.RootParentSyntax?.Element is SkriptEvent @event && [email protected])
{
AddProblem(DiagnosticSeverity.Error,
$"This event can't be {(!cancelEvent.ToCancel ? "un" : "")}cancelled.", node);
}
}
public FunctionSignatureFileNode(FunctionSignature signature) : base(signature)
{
MatchedSyntax = new SyntaxMatch(SignatureElements.FunctionSignature, signature.ParseResult);
}
public BaseSyntaxNode(AbstractFileNode node, SyntaxMatch match)
{
Node = node;
Match = match;
}
public EffCancelEvent(AbstractFileNode node, SyntaxMatch match) : base(node, match)
{
ToCancel = match.PatternIndex == 0;
ContainsDefiniteArticle = match.Result.Context.Matches.Any(c => c.RawContent.ToLower() == "the");
}
