//Used to clean up any pending events when restarting.
void DestroyAllLuaEvents(PLUA_INSTANCE instance)
{
//Clean up for all events.
li::References::iterator itr = instance->m_globalFRefs.begin();
ptrdiff_t ref = LUA_REFNIL;
GET_LOCK;
for(; itr != instance->m_globalFRefs.end(); ++itr)
{
if((*itr) != NULL && (*itr)->head_node != NULL && (*itr)->head_node->type == LUA_TFUNCTION)
{
ref = (*itr)->head_node->val.obj_ref;
sEventMgr.RemoveEvents(World::getSingletonPtr(), ref + LUA_EVENTS_END);
cleanup_varparam((*itr), instance->lu);
}
}
instance->m_globalFRefs.clear();
}
void lua_engine::ExecuteLuaFunction(variadic_parameter* params)
{
if(params != NULL)
{
PLUA_INSTANCE li_ = lua_instance.get();
if(li_->m_globalFRefs.find(params) != li_->m_globalFRefs.end())
{
lua_State* lu = li_->lu;
//place the function on the stack.
ReferenceHandler::getReference(lu, params->head_node->val.obj_ref);
int arg_cnt = params->count - 2;
//retrieve the repeats.
variadic_node* function_node = params->head_node;
ptrdiff_t repeats = params->head_node->next->val.bewl;
/* Prepare to push arguments, 1st assign the head node to the actual arguments registered to this function */
params->head_node = function_node->next->next;
//subtract the function n repeat node from arg count.
params->count -= 2;
//Now we push all args.
luabridge::tdstack<variadic_parameter*>::push(lu, params);
params->head_node = function_node;
params->count += 2;
//call the function
if(lua_pcall(lu, arg_cnt, 0, 0))
report(lu);
//if it's not an infinite/one time call event.
if(repeats > 1)
//decrement repeats and put it back in the params.
function_node->next->val.bewl = (int)--repeats;
else if(repeats == 1)
{
//remove this function from storage.
li_->m_globalFRefs.erase(params);
//clean up the rest of the args
cleanup_varparam(params, lu);
}
}
}
}
void LuaGameObject::Destroy()
{
sEventMgr.RemoveEvents(_gameobject, EVENT_LUA_GAMEOBJ_EVENTS);
PLUA_INSTANCE ref = lua_instance.get();
{
li::GOInterfaceMap::iterator it;
std::pair< li::GOInterfaceMap::iterator, li::GOInterfaceMap::iterator> interfaces = ref->m_goInterfaceMap.equal_range(_gameobject->GetEntry());
for(; interfaces.first != interfaces.second;)
{
it = interfaces.first++;
if(it->second != NULL && it->second == this)
ref->m_goInterfaceMap.erase(it);
}
}
//clean up any refs being used by this go.
{
std::pair<li::ObjectFRefMap::iterator, li::ObjectFRefMap::iterator> frefs = ref->m_goFRefs.equal_range(_gameobject->GetLowGUID());
for(; frefs.first != frefs.second; ++frefs.first)
cleanup_varparam(frefs.first->second, ref->lu);
ref->m_goFRefs.erase(_gameobject->GetLowGUID());
}
delete this;
}
void LuaCreature::Destroy()
{
sEventMgr.RemoveEvents(_unit, EVENT_LUA_CREATURE_EVENTS);
PLUA_INSTANCE li_ = lua_instance.get();
{
std::pair<li::CreatureInterfaceMap::iterator, li::CreatureInterfaceMap::iterator> interfaces = li_->m_creatureInterfaceMap.equal_range(_unit->GetEntry());
li::CreatureInterfaceMap::iterator it;
for(; interfaces.first != interfaces.second;)
{
it = interfaces.first++;
if(it->second != NULL && it->second == this)
li_->m_creatureInterfaceMap.erase(it);
}
}
{
//Function Ref clean up
std::pair<li::ObjectFRefMap::iterator, li::ObjectFRefMap::iterator> frefs = li_->m_creatureFRefs.equal_range(_unit->GetLowGUID());
for(; frefs.first != frefs.second; ++frefs.first)
cleanup_varparam(frefs.first->second, li_->lu);
li_->m_creatureFRefs.erase(_unit->GetLowGUID());
}
delete this;
}
