private static IBoundExpression CreateFailedDefaultMemberAccessExpression(IBoundExpression lExpression, ArgumentList argumentList, ParserRuleContext context)
{
var failedExpr = new DictionaryAccessExpression(lExpression.ReferencedDeclaration, ExpressionClassification.ResolutionFailed, context, lExpression, argumentList, context);
var argumentExpressions = argumentList.Arguments.Select(arg => arg.Expression);
return(failedExpr.JoinAsFailedResolution(context, argumentExpressions.Concat(new [] { lExpression })));
}
private IBoundExpression ResolveLExpressionIsDictionaryAccessExpression(DictionaryAccessExpression dictionaryAccessExpression, ArgumentList argumentList, ParserRuleContext expression, Declaration parent, int defaultMemberResolutionRecursionDepth, RecursiveDefaultMemberAccessExpression containedExpression)
{
//This is equivalent to the case in which the lExpression is an IndexExpression with the difference that it cannot be an array access.
var indexedDeclaration = dictionaryAccessExpression.ReferencedDeclaration;
if (indexedDeclaration == null)
{
return(null);
}
if (indexedDeclaration.IsArray)
{
return(ResolveLExpressionDeclaredTypeIsArray(indexedDeclaration, dictionaryAccessExpression.Classification, argumentList, expression, defaultMemberResolutionRecursionDepth, containedExpression));
}
var asTypeName = indexedDeclaration.AsTypeName;
var asTypeDeclaration = indexedDeclaration.AsTypeDeclaration;
return(ResolveDefaultMember(asTypeName, asTypeDeclaration, argumentList, expression, parent, defaultMemberResolutionRecursionDepth + 1, containedExpression));
}
