public override Node Transform(ParseScope Scope)
{
ResultType = Type.Void;
LocalScope = Scope.Push(ScopeType.Block);
Statements = new List<Node>(Statements.Select(s => s.Transform(LocalScope)).Where(n => n != null));
return this;
}
public override Node Transform(ParseScope Scope)
{
if (HasBeenTransformed) return this;
ResultType = Scope.FindType("COMPLEXSTRING");
Function = new Declaration();
Function.Type = DeclarationType.Lambda;
Function.Terms = new List<DeclarationTerm>();
Function.ReturnTypeName = "STRING";
Function.ReturnType = Scope.FindType("STRING");
Function.DeclarationScope = Scope.Push(ScopeType.Function);
Function.DeclarationScope.Owner = Function;
Pieces = new List<Node>(Pieces.Select(s => s.Transform(Function.DeclarationScope)).Where(n => n != null));
if (Pieces.Count < 1)
Pieces.Insert(0, new StringLiteral(Source, "").Transform(Function.DeclarationScope));
if (Pieces.Count == 1)
{
Function.Body = new LambdaBlock(new Ast.Return(Source) { Value = Pieces[0] });
Function.Body.Transform(Function.DeclarationScope);
}
else
{
var stringType = Scope.FindType("STRING");
var binOp = Convert(Pieces[0], stringType, Scope);
for (int i = 1; i < Pieces.Count; ++i)
binOp = new RawBinaryOperator(Source, VirtualMachine.InstructionSet.ADD, binOp,
Convert(Pieces[i], stringType, Function.DeclarationScope), stringType);
Function.Body = new LambdaBlock(new Ast.Return(Source) { Value = binOp });
Function.Body.Transform(Function.DeclarationScope);
}
Scope.AddChildLambda(Function);
HasBeenTransformed = true;
return this;
}
