void ReadWriteXMLList::WriteValue(XMLWritingMachine& writer, const TreeValue* value) const
{
const TreeList* listobject = static_cast<const TreeList*>( value );
const std::vector<TreeValue*>& value_list = listobject->ElementArray();
for (std::vector<TreeValue*>::const_iterator value_iter( value_list.begin() ); value_iter != value_list.end(); value_iter++)
{
writer.WriteValue(listobject->ElementName(), *value_iter);
}
}
static popup_t::menu_item_set_t array_to_menu_item_set(const array_t& value)
{
popup_t::menu_item_set_t set;
for (array_t::const_iterator iter(value.begin()), last(value.end());
iter != last; ++iter)
{
if (iter->type_info() != typeid(dictionary_t))
continue;
const dictionary_t& cur_new_item(iter->cast<dictionary_t>());
dictionary_t::const_iterator name_iter(cur_new_item.find(key_name));
dictionary_t::const_iterator value_iter(cur_new_item.find(key_value));
if (name_iter == cur_new_item.end() ||
name_iter->second.type_info() != typeid(std::string) ||
value_iter == cur_new_item.end())
continue;
set.push_back(popup_t::menu_item_t(name_iter->second.cast<std::string>(), value_iter->second));
}
return set;
}
