private IBoundExpression CreateFailedExpression(IBoundExpression lExpression)
{
var failedExpr = new ResolutionFailedExpression();
failedExpr.AddSuccessfullyResolvedExpression(lExpression);
foreach (var arg in _argumentList.Arguments)
{
failedExpr.AddSuccessfullyResolvedExpression(arg.Expression);
}
return(failedExpr);
}
public IBoundExpression Resolve()
{
var leftExpr = _left.Resolve();
var rightExpr = _right.Resolve();
if (leftExpr.Classification == ExpressionClassification.ResolutionFailed || rightExpr.Classification == ExpressionClassification.ResolutionFailed)
{
var failedExpr = new ResolutionFailedExpression();
failedExpr.AddSuccessfullyResolvedExpression(leftExpr);
failedExpr.AddSuccessfullyResolvedExpression(rightExpr);
return(failedExpr);
}
return(new BinaryOpExpression(null, _context, leftExpr, rightExpr));
}
public IBoundExpression Resolve()
{
var expr = _expressionBinding.Resolve();
var typeExpr = _typeExpressionBinding.Resolve();
if (expr.Classification == ExpressionClassification.ResolutionFailed || typeExpr.Classification == ExpressionClassification.ResolutionFailed)
{
var failedExpr = new ResolutionFailedExpression();
failedExpr.AddSuccessfullyResolvedExpression(expr);
failedExpr.AddSuccessfullyResolvedExpression(typeExpr);
return(failedExpr);
}
return(new TypeOfIsExpression(null, _context, expr, typeExpr));
}
public IBoundExpression Resolve()
{
IBoundExpression boundExpression = null;
var lExpression = _lExpressionBinding.Resolve();
if (lExpression.Classification == ExpressionClassification.ResolutionFailed)
{
return(lExpression);
}
string name = Identifier.GetName(_expression.unrestrictedIdentifier());
if (lExpression.Classification != ExpressionClassification.ProceduralModule)
{
return(null);
}
boundExpression = ResolveMemberInModule(lExpression, name, lExpression.ReferencedDeclaration, DeclarationType.Function, ExpressionClassification.Function);
if (boundExpression != null)
{
return(boundExpression);
}
boundExpression = ResolveMemberInModule(lExpression, name, lExpression.ReferencedDeclaration, DeclarationType.Procedure, ExpressionClassification.Subroutine);
if (boundExpression != null)
{
return(boundExpression);
}
var failedExpr = new ResolutionFailedExpression();
failedExpr.AddSuccessfullyResolvedExpression(lExpression);
return(failedExpr);
}
public IBoundExpression Resolve()
{
IBoundExpression boundExpression = null;
var lExpression = _lExpressionBinding.Resolve();
if (lExpression.Classification == ExpressionClassification.ResolutionFailed)
{
return(lExpression);
}
string unrestrictedName = Identifier.GetName(_expression.unrestrictedIdentifier());
boundExpression = ResolveLExpressionIsProject(lExpression, unrestrictedName);
if (boundExpression != null)
{
return(boundExpression);
}
boundExpression = ResolveLExpressionIsModule(lExpression, unrestrictedName);
if (boundExpression != null)
{
return(boundExpression);
}
var failedExpr = new ResolutionFailedExpression();
failedExpr.AddSuccessfullyResolvedExpression(lExpression);
return(failedExpr);
}
private IBoundExpression CreateFailedExpression(IBoundExpression expression)
{
var failedExpr = new ResolutionFailedExpression();
failedExpr.AddSuccessfullyResolvedExpression(expression);
return(failedExpr);
}
private IBoundExpression CreateFailedExpression(IBoundExpression expression, ParserRuleContext context)
{
var failedExpr = new ResolutionFailedExpression(context);
failedExpr.AddSuccessfullyResolvedExpression(expression);
return(failedExpr);
}
private static IBoundExpression CreateResolutionFailedExpression(IBoundExpression lExpression, ArgumentList argumentList, ParserRuleContext context, bool isDefaultMemberResolution)
{
var failedExpr = new ResolutionFailedExpression(context, isDefaultMemberResolution);
failedExpr.AddSuccessfullyResolvedExpression(lExpression);
var argumentExpressions = argumentList.Arguments.Select(arg => arg.Expression);
return(failedExpr.JoinAsFailedResolution(context, argumentExpressions));
}