TournamentPair* RoundRobinTournament::nextPair(int gameNumber)
{
if (gameNumber >= finalGameCount())
return 0;
if (gameNumber % gamesPerEncounter() != 0)
return currentPair();
if (m_pairNumber >= m_topHalf.size())
{
m_pairNumber = 0;
setCurrentRound(currentRound() + 1);
m_topHalf.insert(1, m_bottomHalf.takeFirst());
m_bottomHalf.append(m_topHalf.takeLast());
}
int white = m_topHalf.at(m_pairNumber);
int black = m_bottomHalf.at(m_pairNumber);
m_pairNumber++;
// If 'white' or 'black' equals 'playerCount()' it means
// that it's a "bye" player, that is an empty player that
// makes the pairings easier to organize. In that case
// no game is played and we skip to the next pair.
if (white < playerCount() && black < playerCount())
return pair(white, black);
else
return nextPair(gameNumber);
}
//Function execute par le thread_Joueur
void* jouer(void* arg) {
pthread_cleanup_push(cleanup_handler, NULL);
MessageCJ* currentMessage;
std::map<std::pair<int,int>,std::list<int> > alreadyTry;
std::list<int>::iterator findIter;
int randomNumber;
int numberChoice;
srand(time(NULL));
while(1) {
//lecture dans la file 1
pthread_mutex_lock(&file1_lock);
//
while(file1.size()==0) {
pthread_cond_wait(&nonEmpty,&file1_lock);
//
}
//sem_wait(&file1_sem);
//pthread_mutex_lock(&file1_lock);
// prend le message et verifie si les valeurs sont deja tester
currentMessage=file1.front();
std::pair<int,int> currentPair(currentMessage->ligne,currentMessage->colonne);
// std::cout<<"je suis "<< currentPair.first<<" "<<currentPair.second<< " et je suis le thread numero "<<*(int*)arg<<std::endl;
for(std::list<int>::iterator it = alreadyTry[currentPair].begin(); it!=alreadyTry[currentPair].end(); it++)
{
currentMessage->choiceList.remove(*it);
}
// select choice of response
if(!currentMessage->choiceList.empty())
{
randomNumber = rand()%currentMessage->choiceList.size();
std::list<int>::iterator ite = currentMessage->choiceList.begin();
std::advance(ite,randomNumber);
alreadyTry[currentPair].push_back(*ite);
numberChoice=*ite;
for(std::list<int>::iterator it1 = currentMessage->choiceList.begin(); it1!=currentMessage->choiceList.end(); it1++)
{
//std::cout<<(*it1)<<" ";
}
}
else
{
// std::cout<<"je suis vide"<<std::endl;
numberChoice=0;
}
// std::cout<<std::endl;
for(std::list<int>::iterator it1 = alreadyTry[currentPair].begin(); it1!=alreadyTry[currentPair].end(); it1++)
{
// std::cout<<(*it1)<<" ";
}
// std::cout<<std::endl;
// std::cout<<std::endl;
file1.pop();
// file1.pop();
// std::cout<<"je rend le lock "<<*(int*)arg<<std::endl;
pthread_mutex_unlock(&file1_lock);
sleep(2);
// sleep(2);
// ecriture du resultat sur la file 2
pthread_mutex_lock(&file2_lock);
// std::cout<<"je prend le lock de la file2"<<*(int*)arg<<std::endl;
MessageJC* messageRetour= new MessageJC();
messageRetour->ligne=currentPair.first;
messageRetour->colonne=currentPair.second;
messageRetour->tid=*(int*)arg;
messageRetour->choice=numberChoice;
file2.push(messageRetour);
// std::cout<<"je rend le lock de la file2"<<*(int*)arg<<std::endl;
pthread_mutex_unlock(&file2_lock);
}
pthread_cleanup_pop(0);
}
