internal static MSA.Expression /*!*/ YieldExpression(
RubyContext /*!*/ context,
ICollection <MSA.Expression> /*!*/ arguments,
MSA.Expression splattedArgument,
MSA.Expression rhsArgument,
MSA.Expression blockArgument,
MSA.Expression /*!*/ bfcVariable,
MSA.Expression /*!*/ selfArgument)
{
Assert.NotNull(arguments, bfcVariable, selfArgument);
bool hasArgumentArray;
var opMethod = Methods.Yield(arguments.Count, splattedArgument != null, rhsArgument != null, out hasArgumentArray);
var args = new AstExpressions();
foreach (var arg in arguments)
{
args.Add(AstUtils.Box(arg));
}
if (hasArgumentArray)
{
args = new AstExpressions {
Ast.NewArrayInit(typeof(object), args)
};
}
if (splattedArgument != null)
{
args.Add(AstUtils.LightDynamic(ExplicitSplatAction.Make(context), typeof(IList), splattedArgument));
}
if (rhsArgument != null)
{
args.Add(AstUtils.Box(rhsArgument));
}
args.Add(blockArgument != null ? AstUtils.Convert(blockArgument, typeof(Proc)) : AstFactory.NullOfProc);
args.Add(AstUtils.Box(selfArgument));
args.Add(bfcVariable);
return(Ast.Call(opMethod, args));
}
internal override MSA.Expression /*!*/ TransformRead(AstGenerator /*!*/ gen)
{
return(AstUtils.LightDynamic(ExplicitSplatAction.Make(gen.Context), typeof(IList), _argument.TransformRead(gen)));
}
