skateinmars

import randomdef nbaleat():    basenb = random.randint(1,9)    return basenbclass colaleat:    def __init__(self):        self.value = []        self.value.append(nbaleat())        #print "On ajoute ",self.value[0]        cpt = 0        while cpt < 8:            cpt = cpt + 1            ok = 0            while ok == 0:                ok = 1                nbtemp = nbaleat()                cpt2 = 0                while cpt2 < len(self.value):                    if nbtemp == self.value[cpt2]:                        ok = 0                        #print "Rate, voulu ",nbtemp                    cpt2 = cpt2 + 1            self.value.append(nbtemp)    def affiche(self):        bla = 0        while bla < len(self.value):            print self.value[bla]            bla = bla + 1class tabaleat:    def __init__(self):        self.col = []        self.col.append(colaleat())        #print "On a ajoute la premiere"        cpt = 0        while cpt < 7:             cpt = cpt + 1            #print "nouvelle colonne : ",cpt            ok = 0            compteur = 0            while ok == 0:                compteur = compteur + 1                ok = 1                coltemp = colaleat()                cpt2 = 0                while cpt2 < len(self.col):                    if self.col[cpt2].value[0] == coltemp.value[0]:                        ok = 0                    if self.col[cpt2].value[1] == coltemp.value[1]:                        ok = 0                    if self.col[cpt2].value[2] == coltemp.value[2]:                        ok = 0                    if self.col[cpt2].value[3] == coltemp.value[3]:                        ok = 0                    if self.col[cpt2].value[4] == coltemp.value[4]:                        ok = 0                    if self.col[cpt2].value[5] == coltemp.value[5]:                        ok = 0                    if self.col[cpt2].value[6] == coltemp.value[6]:                        ok = 0                    if self.col[cpt2].value[7] == coltemp.value[7]:                        ok = 0                    if self.col[cpt2].value[8] == coltemp.value[8]:                        ok = 0                    cpt2 = cpt2 + 1                #print "Test ",compteur,"colonne ",cpt            self.col.append(coltemp)            #print "On ajoute la colonne ",cpt            if len(self.col) == 8: #on calcule la derniere                #print "On ajoute la derniere"                ligne = 0                colfin = colaleat()                while ligne < 9:                    nbtemp = 45 - self.col[0].value[ligne] - self.col[1].value[ligne] - self.col[2].value[ligne] - self.col[3].value[ligne] - self.col[4].value[ligne] - self.col[5].value[ligne] - self.col[6].value[ligne] - self.col[7].value[ligne]                    colfin.value[ligne] = nbtemp                    ligne = ligne + 1                self.col.append(colfin)                cpt = cpt + 1    def affiche(self):        cpt = 0        while cpt < 9:            print self.col[0].value[cpt],self.col[1].value[cpt],self.col[2].value[cpt],self.col[3].value[cpt],self.col[4].value[cpt],self.col[5].value[cpt],self.col[6].value[cpt],self.col[7].value[cpt],self.col[8].value[cpt]            cpt = cpt + 1cric = tabaleat()#cric.affiche()