Question

python
. Write the function poker_hand that takes a list of exactly five distinct Card objects as an argument, analyzes the list, and returns one of the following strings that describes the hand: "Four of a kind' (four cards of the same rank) 'Full house' (three cards of one rank, and two cards of a different rank) . 'Flush' (five cards of the same suit) 'Three of a kind' (exactly three cards of the same rank) • 'One pair' (at least one pair of the same rank, but not four cards of the same rank) "High card' (no cards of identical rank that also do not form a straight) You only need to identify the above Poker hands import random class Card: suits - {'C': '\u2663', 'D': '\u2666', 'H': "\u2665', 'S': '\u2660"} def __init_(self, rank, suit): self.rank - rank Sel+.suil - Nuit def _str__(self) return self.rank + Card, suits[self.suit] def __repr_(self): return f"Card('{self.rank}', '{self.suit}')" det pentrul deck(): desk - Card(r, s) torr in 'A2345678917K' tur in 'COSI'] random.shuttle(deck) return deck def poker_hand(cards): pass # fill in this function # Use code like the following to generale random 5 card hands! # hand - generate deck 1:51 # Test cases
$import random class Card: suits = {C: \u2663, D: \u2666, H: \u2665, S: \u2660} def _init_(self, rank, suit):$

Answer 1

Program:

1 import random from collections import defaultdict 2 3 4 5 class Card: suits = 6 {'c': '\u2663', 'D': '\u2666', 'H': '\u2665', 'S': '\u2660"} 7 8 9 def __init_(self, rank, suit): self.rank = rank self.suit = suit 10 11 12 def _str_(self): return self.rank + Card.suits[self.suit] 13 14 15 of 16 def __repr_(self): return f"Card('{self.rank}', '{self.suit}')" 17 18 def getSuit(self): return self.suit 19 20 21 def getRank(self): return self.rank 22

27 28 def generate_deck(): deck = [Card(r, s) for r in 'A23456789TJQK' for s in 'CDSH'] random.shuffle(deck) return deck 29 30 31 32 33 34 35 36 == 1: 37 38 39 40 41 def poker_hand(cards): suits = [i.getSuit() for i in cards] ranks [i.getRank() for i in cards ] if len(set(suits)) return 'Flush' rank_count = defaultdict(lambda: %) for i in ranks: rank_count[i] += 1 if set (rank_count.values()) {3, 1}: return 'Three of a kind if sorted (rank_count.values() [1, 4]: return 'Four of a kind' if sorted(rank_count.values() [2, 3]: return 'House Full' if 2 in rank_count.values(): return 'One Pair' return 'High Card 42 43 44 45 46 47 48 49

51 52 # Use code Like the following to generate random 5-card hands! # hand = generate_deck[:5] 53 54 55 56 57 58 # Test cases four_of_a_kind [Card('6', 'H'), Card('6', 'S'), Card('6', 'C'), Card('3', 'H'), Card('6', 'D')] full_house [Card('3', 'c'), Card('3', 'S'), Card('T', 'C'), Card('3', 'H'), Card('T', 'S')] flush = [Card('K', 'S'), Card('4', 'S'), Card('Q', 'S'), Card('6', 'S'), Card('5', 'S')] three_of_a_kind [Card('2', 'c'), Card('6', 'S'), Card('6', 'c'), Card('3', 'H'), Card('6', 'D')] one_pair [Card('3', 'D'), Card('4', 'c'), Card('5', 'H'), Card('Q', 'H'), Card('4', 'H')] high_card [Card('7', 'D'), Card('3', 'D'), Card('K', 'c'), Card('9', 'D'), Card('5', 'S')] 59 60 61 62 63 64 65 print (poker_hand(four_of_a_kind)) print (poker_hand(full_house)) print (poker_hand(flush)) print (poker_hand(three_of_a_kind)) print(poker_hand(one_pair)) print (poker_hand(high_card)) 66 67 68

Output:

Four of a kind
House Full
Flush
Three of a kind
One Pair
High Card

N.B. I have included two functions getSuit() and getRank() to the code.