int CLuaHandleSynced::UnsyncedXCall(lua_State* srcState, const string& funcName)
{
const bool prevSynced = synced;
synced = false;
unsyncedStr.GetRegistry(L); // push the UNSYNCED table
const int retval = XCall(srcState, funcName);
synced = prevSynced;
return retval;
}
int CLuaHandleSynced::UnsyncedXCall(lua_State* srcState, const string& funcName)
{
SELECT_UNSYNCED_LUA_STATE();
GML_DRCMUTEX_LOCK(lua); // UnsyncedXCall
const bool prevSynced = GetHandleSynced(L);
SetHandleSynced(L, false);
unsyncedStr.GetRegistry(L); // push the UNSYNCED table
const int retval = XCall(L, srcState, funcName);
SetHandleSynced(L, prevSynced);
return retval;
}
int CLuaHandleSynced::SyncedXCall(lua_State* srcState, const string& funcName)
{
SELECT_LUA_STATE();
if (L != L_Sim)
return 0;
GML_DRCMUTEX_LOCK(lua); // SyncedXCall
lua_pushvalue(L, LUA_GLOBALSINDEX);
const int retval = XCall(L, srcState, funcName);
return retval;
}
int CLuaHandleSynced::SyncedXCall(lua_State* srcState, const string& funcName)
{
lua_pushvalue(L, LUA_GLOBALSINDEX);
const int retval = XCall(srcState, funcName);
return retval;
}
