void ValueArray::pushBack(CountPtr<Value>& val)
{
if(val->isLValue())
m_val.push_back(CountPtr<Value>(new ValueReference(val->getReferredValue())));
else
m_val.push_back(CountPtr<Value>(new ValueReference(val)));
}
CountPtr<Value> ValueReference::assign(CountPtr<Value> val)
{
ACCESS_MUTEX_LOCKER;
// Pointers support; array and struct items can have two references inside
ValueReference* assign_to = m_val->toValueReference();
if(assign_to == NULL)
assign_to = this;
if(val->isLValue())
return assign_to->m_val = val->getReferredValue();
else
return assign_to->m_val = val;
}
CountPtr<Value> ValueArray::setItem(uint pos, CountPtr<Value> val)
{
if(pos >= m_val.size())
{
stringstream ss;
//ss << _("Index out of bounds (size: ") << m_val.size()
// << _(", index: ") << pos << _("), resizing array");
//WARN_P(ss.str());
resize(pos+1);
}
if(val->isLValue())
m_val[pos]->toValueReference()->assign(val->getReferredValue());
else
m_val[pos]->toValueReference()->assign(val);
return val;
}
ValueReference::ValueReference(CountPtr<Value> val)
: Value(),
m_val(val)
{
assert(!val->isLValue());
}
