int Msg_Define::readAttr(Xml &xml, TiXmlNode *node){
std::string key;
XML_LOOP_BEGIN(node)
key = xml.get_key(node);
if(is_struct_member(key))
setAttr(xml, node);
XML_LOOP_END(node)
return 0;
}
void AI_Manager::init() {
Xml xml;
const Json::Value &server_misc = SERVER_CONFIG->server_misc();
xml.load_xml(server_misc["ai_behavior_path"].asString().c_str());
TiXmlNode *node = xml.get_root_node();
XML_LOOP_BEGIN(node)
std::string label = xml.get_key(node);
int monster_id = xml.get_attr_int(node, "id");
Behavior_Tree *tree = new Behavior_Tree(monster_id);
tree->init(xml, xml.enter_node(node, label.c_str()));
behavior_tree_map_[tree->monster_id()] = tree;
XML_LOOP_END(node)
}
int Msg_Define::setAttr(Xml &xml, TiXmlNode *node){
std::string type, value, comt, sub1, sub2, key;
std::string label = xml.get_key(node);
if(label == "arg"){
type = trans_to_base_name(xml.get_attr_str(node, "type"));
}
else if(label == "struct"){
type = trans_to_base_name(xml.get_attr_str(node, "type"));
}
else if(label == "vector"){
type = trans_to_base_name(label);
sub1 = trans_to_base_name(xml.get_attr_str(node, "type"));
}
else if(label == "map"){
type = trans_to_base_name(label);
sub1 = trans_to_base_name(xml.get_attr_str(node, "key_type"));
sub2 = trans_to_base_name(xml.get_attr_str(node, "type"));
key = xml.get_attr_str(node, "key_name");
}
else if(label == "unordered_map"){
type = trans_to_base_name(label);
sub1 = trans_to_base_name(xml.get_attr_str(node, "key_type"));
sub2 = trans_to_base_name(xml.get_attr_str(node, "type"));
key = xml.get_attr_str(node, "key_name");
}
value = xml.get_attr_str(node, "name");
if((comt = xml.get_attr_str(node, "desc")) != "" )
comt = "//" + comt;
typeName_.push_back(type);
subType1_.push_back(sub1);
subType2_.push_back(sub2);
keyName_.push_back(key);
valueName_.push_back(value);
comment_.push_back(comt);
return 0;
}
