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Correction bug > Validation d'une proposition avec une pièce vide possible alors que non autorisée

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Mathis CHAIGNEAU 2023-04-08 18:22:26 +02:00
parent 2ef6863791
commit ece9929f4f
7 changed files with 47 additions and 32 deletions
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app/src/main/java/com/example/mastermind/MasterMindActivity.java
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@ -76,43 +76,58 @@ public class MasterMindActivity extends AppCompatActivity {
} }
public void nextTurn(){ public void nextTurn(){
if(this.tour<9){ boolean nextable = true;
//on affiche la correction if (!vide){
boolean gagne = this.afficherCorrection((LinearLayout) this.jeu.getChildAt(this.tour));
//on supprime les listener et sauvegarde la combinaison
LinearLayout anciennesPieces =(LinearLayout) this.jeu.getChildAt(this.tour); LinearLayout anciennesPieces =(LinearLayout) this.jeu.getChildAt(this.tour);
ArrayList<Integer> combinaison = new ArrayList<>();
for(int i=0; i<anciennesPieces.getChildCount(); i++){ for(int i=0; i<anciennesPieces.getChildCount(); i++){
anciennesPieces.getChildAt(i).setOnTouchListener(null); if(((UnePiece)anciennesPieces.getChildAt(i)).getColor()==6){
combinaison.add(((UnePiece)anciennesPieces.getChildAt(i)).getColor()); nextable = false;
} break;
this.combinaisons.add(combinaison);
if (gagne){
this.finDePartie(true);
} else {
//on incremente le tour
this.tour++;
//on récupere le LinearLayout des pieces du tour
LinearLayout pieces =(LinearLayout) this.jeu.getChildAt(this.tour);
//on ajoute le listener
for(int i=0; i<pieces.getChildCount(); i++) {
UnePiece p = (UnePiece) pieces.getChildAt(i);
p.setOnTouchListener(new MonOnTouchListener(p, this.vide));
} }
} }
}
}else{
//on affiche la correction if (nextable) {
boolean gagne = this.afficherCorrection((LinearLayout) this.jeu.getChildAt(this.tour)); if (this.tour < 9) {
//on supprime les listener //on affiche la correction
if(this.tour>0){ boolean gagne = this.afficherCorrection((LinearLayout) this.jeu.getChildAt(this.tour));
LinearLayout anciennesPieces =(LinearLayout) this.jeu.getChildAt(this.tour-1); //on supprime les listener et sauvegarde la combinaison
LinearLayout anciennesPieces = (LinearLayout) this.jeu.getChildAt(this.tour);
for(int i=0; i<anciennesPieces.getChildCount(); i++){anciennesPieces.getChildAt(i).setOnTouchListener(null);}
ArrayList<Integer> combinaison = new ArrayList<>();
for (int i = 0; i < anciennesPieces.getChildCount(); i++) {
anciennesPieces.getChildAt(i).setOnTouchListener(null);
combinaison.add(((UnePiece) anciennesPieces.getChildAt(i)).getColor());
}
this.combinaisons.add(combinaison);
if (gagne) {
this.finDePartie(true);
} else {
//on incremente le tour
this.tour++;
//on récupere le LinearLayout des pieces du tour
LinearLayout pieces = (LinearLayout) this.jeu.getChildAt(this.tour);
//on ajoute le listener
for (int i = 0; i < pieces.getChildCount(); i++) {
UnePiece p = (UnePiece) pieces.getChildAt(i);
p.setOnTouchListener(new MonOnTouchListener(p, this.vide));
}
}
} else {
//on affiche la correction
boolean gagne = this.afficherCorrection((LinearLayout) this.jeu.getChildAt(this.tour));
//on supprime les listener
if (this.tour > 0) {
LinearLayout anciennesPieces = (LinearLayout) this.jeu.getChildAt(this.tour - 1);
for (int i = 0; i < anciennesPieces.getChildCount(); i++) {
anciennesPieces.getChildAt(i).setOnTouchListener(null);
}
}
this.finDePartie(gagne);
} }
this.finDePartie(gagne);
} }
} }