public int compareTo(CardCombination o) {
if (this.getTypeCombination().equals(o.getTypeCombination())) {
StraightCombination anotherPair = (StraightCombination) o;
if (straightHighCardValue != anotherPair.getStraightHighCardValue()) {
return straightHighCardValue - anotherPair.getStraightHighCardValue();
}
return straightSecondHighCardValue - anotherPair.getStraightSecondHighCardValue();
}
return this.getTypeCombination().compareTo(o.getTypeCombination());
}
public static StraightCombination getStraightCombination(List<CardEnum> pListCards) {
StraightCombination aCombi = null;
int highCard = 0;
int sHighCard = 0;
int countCard = 1;
// Sortie de boucle plus complexe : sort si la carte suivante ne fait pas parti de la suite
// Permet de savoir si suite � l'AS
for (int i = 0; i < pListCards.size(); i++) {
if (pListCards.get(i).getValue() == highCard - countCard) {
countCard++;
} else if (pListCards.get(i).getValue() != highCard - (countCard - 1)) {
if (countCard >= 5) {
// Pas beau le break mais bon
break;
}
countCard = 1;
highCard = pListCards.get(i).getValue();
}
}
sHighCard = highCard - 1;
// cas particulier de l'AS
if (countCard >= 4) {
// en dur parce que pas d'Enum sur les cards !
if (highCard - countCard == 1 && pListCards.get(0).getValue() == 14) {
highCard = pListCards.get(0).getValue();
countCard++;
sHighCard++;
}
}
if (countCard >= 5) {
aCombi = new StraightCombination(highCard);
aCombi.setStraightSecondHighCardValue(sHighCard);
}
return aCombi;
}