void Interpreter::doSuperSend(long bytecodeIndex) {
VMSymbol* signature = static_cast<VMSymbol*>(method->GetConstant(bytecodeIndex));
VMFrame* ctxt = GetFrame()->GetOuterContext();
VMMethod* realMethod = ctxt->GetMethod();
VMClass* holder = realMethod->GetHolder();
VMClass* super = holder->GetSuperClass();
VMInvokable* invokable = static_cast<VMInvokable*>(super->LookupInvokable(signature));
if (invokable != nullptr)
(*invokable)(GetFrame());
else {
long numOfArgs = Signature::GetNumberOfArguments(signature);
vm_oop_t receiver = GetFrame()->GetStackElement(numOfArgs - 1);
VMArray* argumentsArray = GetUniverse()->NewArray(numOfArgs);
for (long i = numOfArgs - 1; i >= 0; --i) {
vm_oop_t o = GetFrame()->Pop();
argumentsArray->SetIndexableField(i, o);
}
vm_oop_t arguments[] = {signature, argumentsArray};
AS_OBJ(receiver)->Send(doesNotUnderstand, arguments, 2);
}
}
void AbstractVMObject::Send(Interpreter* interp, StdString selectorString, vm_oop_t* arguments, long argc) {
VMFrame* frame = interp->GetFrame();
VMSymbol* selector = GetUniverse()->SymbolFor(selectorString);
frame->Push(this);
for (long i = 0; i < argc; ++i) {
frame->Push(arguments[i]);
}
VMClass* cl = GetClass();
VMInvokable* invokable = cl->LookupInvokable(selector);
invokable->Invoke(interp, frame);
}
