// = %*type%
private SkriptPattern GetDefaultValuePatternForType(SkriptType type)
{
return(new SkriptPattern
{
Children =
{
new LiteralPatternElement(" "),
new LiteralPatternElement("="),
new LiteralPatternElement(" "),
new TypePatternElement
{
Type = type.FinalTypeName, Constraint = SyntaxValueAcceptanceConstraint.LiteralsOnly
}
}
});
}
public IReadOnlyList <SyntaxSkriptExpression> GetExpressionsThatCanFitType(SkriptType type)
{
return(GetExpressionsThatCanFitType(type.ClassName));
}
private static IExpression TryMatchExpressionOnFile(ParseContext ctx, SkriptTypesManager skriptTypesManager,
ParseContext clone, int currentPos, SkriptType skriptType)
{
IExpression result = null;
//If we're dealing with a file, try matching event values too
if (ctx is FileParseContext fileParseContext)
{
var currentNode = fileParseContext.File.Nodes[fileParseContext.CurrentLine];
if (currentNode?.RootParentSyntax?.Element is SkriptEvent rootEvent)
{
var typesAndExpressions = skriptTypesManager.GetEventExpressionsForEvent(rootEvent);
var exprs = typesAndExpressions;
if (exprs != null)
{
foreach (var(_, expressions) in exprs)
{
if (expressions != null)
{
foreach (var expression in expressions)
{
clone.CurrentPosition = currentPos;
clone.StartRangeMeasure("Event-Value Expression");
clone.Matches.Clear();
clone.VisitExpression(skriptType, expression);
for (var index = 0; index < expression.PatternNodes.Length; index++)
{
var pattern = expression.PatternNodes[index];
var resultValue = pattern.Parse(clone);
if (resultValue.IsSuccess)
{
var range = clone.EndRangeMeasure("Event-Value Expression");
ctx.ReadUntilPosition(clone.CurrentPosition);
result = new SkriptExpression(expression, range, ctx);
}
}
clone.UndoRangeMeasure();
}
}
}
}
}
}
return(result);
}
