maj

main.py

@@ -3,6 +3,7 @@ import tkinter as tk
 from PIL import Image, ImageTk
 import sqlite3
 import random
+import time
 
 
 class Carte:
@@ -25,6 +26,7 @@ class Carte:
 
 class Jeux:
     def __init__(self, nb) -> None:
+        self.win = tk.Tk()
         self.paquet = []
         self.nombre_carte = nb
         if self.nombre_carte != 32 and self.nombre_carte != 52:
@@ -40,76 +42,60 @@ class Jeux:
         data = c.fetchall()
         for i, carte in enumerate(data):
             self.paquet.append(Carte(data[i][0], data[i][1], data[i][3]))
-        
-        
-    def distribute(self) -> File_chaine:
-        joueur = [File_chaine(), File_chaine()]
-        while len(self.paquet) > 0:
-            for i in range(2):
-                random_number = random.randint(0, len(self.paquet)-1)
-                joueur[i].enfiler(self.paquet.pop(random_number))
-        return joueur
 
-    
-    def jeu(self):
         self.j1, self.j2 = self.distribute()
-        while not (self.j1.est_vide() or self.j2.est_vide()):
-            self.bataille()
-
-            
+        self.win.bind('<Return>', lambda x: self.bataille())
             
         if self.j1.est_vide():
             # self.j1 a perdu donc self.j2 gagne toutes les cartes
             
             print(self.j1, self.j2)
-        else:
+        elif self.j2.est_vide():
             print(self.j1, self.j2)
 
-    def bataille(self, buffer_draw=[File_chaine(), File_chaine()]):
-        # print('buffer', buffer_draw[0], buffer_draw[1], sep='\n')
-        j1_active_carte, j2_active_carte = self.j1.tete(), self.j2.tete()
-        if j1_active_carte.compare(j2_active_carte) == 0 :
-            try:
-
-                # envers
-                buffer_draw[0].enfiler(self.j1.defiler()) # carte du dessus
-                buffer_draw[0].enfiler(self.j1.defiler()) # carte a l'envers
-
-                buffer_draw[1].enfiler(self.j2.defiler()) # carte du dessus
-                buffer_draw[1].enfiler(self.j2.defiler()) # carte a l'envers
-                # print('next_buff' ,buffer_draw[0], buffer_draw[1])
-                self.bataille(buffer_draw)
-            except IndexError:
-                pass
-            
-        elif j1_active_carte.compare(j2_active_carte) == 1 :
-            while not buffer_draw[0].est_vide():
-                self.j1.enfiler(buffer_draw[0].defiler())
-                self.j1.enfiler(buffer_draw[1].defiler())
-            self.j1.enfiler(self.j2.defiler())
-            
-        elif j1_active_carte.compare(j2_active_carte) == -1 :#self.j1.tete().compare(self.j2.tete()) == -1 :
-            while not buffer_draw[0].est_vide():
-                self.j2.enfiler(buffer_draw[0].defiler())
-                self.j2.enfiler(buffer_draw[1].defiler())
-            self.j2.enfiler(self.j1.defiler())
-
-
-class App:
-    def __init__(self) -> None:
-        self.win = tk.Tk()
-
-        self.jeu = Jeux(32)
-        self.jeu.jeu()
-        self.images = []
-
-        # self.display_card(self.jeu.paquet[12])
-
         self.win.mainloop()
-
-    def display_card(self, carte :Carte) -> None:
-        self.images.append(tk.Label(image=carte.image))
-        self.images[-1].pack()
+        
+        
+    def distribute(self) -> File_chaine:
+        joueur = [File_chaine(), File_chaine()]
+        while len(self.paquet) > 0:
+            for i in range(2):
+                random_number = random.randint(0, len(self.paquet)-1)
+                joueur[i].enfiler(self.paquet.pop(random_number))
+        return joueur
+        
+    def bataille(self, buffer_draw=[File_chaine(), File_chaine()]) -> None:
+        # cartes retounées
+        if not (self.j1.est_vide() or self.j2.est_vide()):
+            print(buffer_draw[0], buffer_draw[1])
+            j1_active_carte, j2_active_carte = self.j1.tete(), self.j2.tete()
+            if j1_active_carte.compare(j2_active_carte) == 0 : # égalité
+                try:
+                    # envers
+                    buffer_draw[0].enfiler(self.j1.defiler()) # carte du dessus
+                    buffer_draw[0].enfiler(self.j1.defiler()) # carte a l'envers
+
+                    buffer_draw[1].enfiler(self.j2.defiler()) # carte du dessus
+                    buffer_draw[1].enfiler(self.j2.defiler()) # carte a l'envers
+                    # print('next_buff' ,buffer_draw[0], buffer_draw[1])
+                    self.bataille(buffer_draw)
+                except IndexError:
+                    print('hello')
+                    pass
+                
+            elif j1_active_carte.compare(j2_active_carte) == 1 :
+                while not buffer_draw[0].est_vide():
+                    self.j1.enfiler(buffer_draw[0].defiler())
+                    self.j1.enfiler(buffer_draw[1].defiler())
+                self.j1.enfiler(self.j2.defiler())
+                
+            elif j1_active_carte.compare(j2_active_carte) == -1 :#self.j1.tete().compare(self.j2.tete()) == -1 :
+                while not buffer_draw[0].est_vide():
+                    self.j2.enfiler(buffer_draw[0].defiler())
+                    self.j2.enfiler(buffer_draw[1].defiler())
+                self.j2.enfiler(self.j1.defiler())
+        else:
+            print(self.j1, self.j2, sep='\n')
 
 
-gui = App()
+jeu = Jeux(32)