Python

C'est très très très louche : on est un jour impair et la difficulté est raisonnable. Nous sommes trahis.
POur aujourd'hui, j'ai défini deux classes Hand et HandJoker très semblables et qui ont certains opérateurs surchargés pour pouvoir utiliser la fonction sorted().
Après les avoir triés dans des listes par catégories, ont les tris et on récupère le score.

#!/bin/python3
cardlist = {
 "A" : 14,
 "K" : 13,
 "Q" : 12,
 "J" : 11,
 "T" : 10,
}
cardlistjoker = {
 "A" : 14,
 "K" : 13,
 "Q" : 12,
 "J" : 1,
 "T" : 10,
}
class Hand:
 def __init__(self, cardstring, points, cardlist):
 self.points = points
 self.cards = []
 for i in cardstring:
 if i in cardlist.keys():
 self.cards.append(cardlist[i])
 else:
 self.cards.append(int(i))
 self.computecat()
 def computecat(self):
 r = {}
 for i in range(2,15):
 r.update({i:self.cards.count(i)})
 if 5 in r.values():
 self.cat = 0
 elif 4 in r.values():
 self.cat = 1
 elif 3 in r.values() and 2 in r.values():
 self.cat = 2
 elif 3 in r.values():
 self.cat = 3
 elif 2 in r.values() and list(r.values()).count(2) == 2:
 self.cat = 4
 elif 2 in r.values():
 self.cat = 5
 else:
 self.cat = 6
 def __lt__(self, otherhand): # self > otherhand
 for i, c in enumerate(self.cards):
 if c > otherhand.cards[i]:
 return True
 elif c < otherhand.cards[i]:
 return False
 raise ValueError
 def __gt__(self, otherhand): # self < otherhand
 for i, c in enumerate(self.cards):
 if c < otherhand.cards[i]:
 return True
 elif c > otherhand.cards[i]:
 return False
 raise ValueError
class HandJoker(Hand):
 def computecat(self):
 r = {}
 j = self.cards.count(1)
 for i in range(2,15):
 r.update({i:self.cards.count(i)})
 if (5 in r.values()) or (4 in r.values() and j == 1) or (3 in r.values() and j == 2) or (2 in r.values() and j == 3) or (j >= 4):
 self.cat = 0
 elif (4 in r.values()) or (3 in r.values() and j == 1) or (2 in r.values() and j == 2) or (j == 3):
 self.cat = 1
 elif (3 in r.values() and 2 in r.values()) or (2 in r.values() and list(r.values()).count(2) == 2 and j == 1):
 self.cat = 2
 elif (3 in r.values()) or (2 in r.values() and j == 1) or (j == 2):
 self.cat = 3
 elif (2 in r.values()) and (list(r.values()).count(2) == 2):
 self.cat = 4
 elif (2 in r.values()) or (j == 1):
 self.cat = 5
 else:
 self.cat = 6
def parse_hand(puzzle,joker=False):
 hands = []
 for h in puzzle:
 if h == "":
 continue
 if joker:
 hands.append(HandJoker(h.split()[0], int(h.split()[1]),cardlistjoker))
 else:
 hands.append(Hand(h.split()[0], int(h.split()[1]), cardlist))
 return hands
def classify(hands):
 rhands =[[],[],[],[],[],[],[],]
 for h in hands:
 rhands[h.cat].append(h)
 hands = []
 for c in rhands:
 for h in sorted(c):
 hands.append(h)
 return hands
def solve1(puzzle,testing=False):
 s=0
 hands = classify(parse_hand(puzzle))
 hands.reverse()
 for i, h in enumerate(hands):
 s+= (i+1)*h.points
 if testing:
 print(s)
 return s
def solve2(puzzle,testing=False):
 s = 0
 hands = classify(parse_hand(puzzle,joker=True))
 hands.reverse()
 for i, h in enumerate(hands):
 s+= (i+1)*h.points
 if testing:
 print(s)
 return s
test1 = """32T3K 765
T55J5 684
KK677 28
KTJJT 220
QQQJA 483
"""
result1 = 6440
test2 = test1
result2 = 5905
# for cli invocation
def solve(short=False,one=True,two=True):
 s1, s2 = False , False
 if one:
 print("----Part 1----")
 if short == False:
 if solve1(test1.split("\n"),testing=True) != result1:
 print("Not working.")
 return False
 else :
 print("Maybe working?")
 with open("input.txt",'r') as file:
 lines = file.read().split("\n")
 s1 = solve1(lines)
 print(s1)
 if two:
 print("----Part 2----")
 if short == False:
 if solve2(test2.split("\n"),testing=True) != result2:
 print("Not working.")
 return False
 else :
 print("Maybe working?")
 with open("input.txt",'r') as file:
 lines = file.read().split("\n")
 s2 = solve2(lines)
 print(s2)
 return s1, s2
if __name__ == "__main__":
 from sys import argv
 s = False
 one = True
 two = True
 if len(argv) >= 2:
 if "-s" in argv or "--summary" in argv or "--short" in argv:
 s = True
 if "1" in argv:
 two = False
 one = True
 elif "2" in argv:
 one = False
 two = True
 if "2" in argv:
 two = True
 solve(short=s,one=one,two=two)

L'informatique n'est pas une science exacte, on n'est jamais à l'abri d'un succès