Design a Logger Rate Limiter

class Logger{
    public :
    unordered_map <string, bool> msgs;
    queue< pair <int , string> > sliding_win;
    Logger (){

    }
    bool shouldPrintMessage ( int timestamp, string msg )
    {
        while (!sliding_win.empty())
        {
            //cout << timestamp << endl;
            auto it = sliding_win.front();
            string msg_txt = it.second;
            int msg_timestamp = it.first;

            if (timestamp - msg_timestamp >= 10 )
            {
                sliding_win.pop();
                msgs.erase (msg_txt);
            }
            else
                break;

        }

        if (msgs.find(msg) != msgs.end())
            {
                return false;
            }

            msgs[msg] = timestamp;
            sliding_win.push({timestamp,msg});
            return true;

    }


};

int main() {
    Logger logger =  Logger();
    // logging string "foo" at timestamp 1
cout <<logger.shouldPrintMessage(1, "foo") << endl; //returns true;

// logging string "bar" at timestamp 2
cout << logger.shouldPrintMessage(2,"bar") << endl; //returns true;

// logging string "foo" at timestamp 3
cout << logger.shouldPrintMessage(3,"foo") << endl; //returns false;

// logging string "bar" at timestamp 8
cout << logger.shouldPrintMessage(8,"bar") << endl; //returns false;

// logging string "foo" at timestamp 10
cout << logger.shouldPrintMessage(10,"foo") << endl; //returns false;

// logging string "foo" at timestamp 11
cout << logger.shouldPrintMessage(11,"foo") << endl; //returns true;
}