class TestDeckOfCard(TestCase):
def setUp(self):
self.tester = DeckOfCards()
def test_sum_cards(self):
"""בודקת האם בחפיסה חדשה שנוצרת יש 52 קלפים"""
deck1 = DeckOfCards()
self.assertEqual(len(deck1.cards), 52)
def test_shuffle(self):
"""בודקת האם החפיסה לפני הערבוב שווה לחפיסה חדשה, ובודקת האם החפיסה אחרי הערבוב לא שווה לחפיסה חדשה לפני ערבוב"""
deck1 = DeckOfCards()
self.assertEqual(deck1.cards, self.tester.show())
self.tester.shuffle()
self.assertNotEqual(deck1.cards, self.tester.show())
@patch("games_cards.DeckOfCards.DeckOfCards.random_for_deal_one",
return_value=1)
def test_deal_one1(self, mock_rand):
"""בודקת אם הפונקציה מחזירה לי בהגרלה את אינדקס 1 האם זה באמת אותו קלף"""
c = self.tester.cards[1]
b = self.tester.deal_one()
print(c, b)
self.assertEqual(b, c)
def test_deal_one2(self):
"""בודקת לי האם הקלף שהוצאתי כבר לא נמצא בחפיסה"""
a = self.tester.deal_one()
self.assertNotIn(a, self.tester.show())
def test_deal_one3(self):
"""בודק לי האם החפיסה ירדה בכמות באחד אחרי שהוצאתי קלף"""
len1 = len(self.tester.show())
self.tester.deal_one()
len2 = len(self.tester.show())
self.assertEqual(len1 - 1, len2)
def test_show(self):
"""בודקת האם הקלף הספיציפי נמצא בתוך חפיסת הקלפים"""
self.card1 = Card(1, 1)
self.assertIn(self.card1, self.tester.show())
class TestDeckOfCards(TestCase):
def setUp(self):
print("Set_up")
self.d_card = DeckOfCards()
self.c1 = Card(1, "Diamond")
def tearDown(self):
print("Tear_down")
def test__init___1(self):
# check the len of the deck cards
self.assertEqual(52, (len(self.d_card.pack)))
def test_shuffle_dec(self):
# check the shuffle of the deck cards after "shuffle_dec"
# var_1 = self.d_card.pack[1]
# self.d_card.shuffle_dec()
# var_2 = self.d_card.pack[1]
# self.assertNotEqual(var_1, var_2)
temp_list = self.d_card.pack.copy()
self.d_card.shuffle_dec()
self.assertNotEqual(self.d_card.pack, temp_list)
def test_deal_one(self):
# check the deck cards after "deal_one" and check the number of card after that
self.assertNotIn(self.d_card.deal_one(), self.d_card.pack)
self.assertEqual(51, (len(self.d_card.pack)))
def test_new_game_1(self):
# check the creation of the pack cards after "new_game" with the number of card in the pack
self.d_card.new_game()
self.assertEqual(52, len(self.d_card.pack))
def test_new_game_2(self):
# check the shuffle of the pack cards after "new_game"
temp_list = self.d_card.pack.copy()
self.d_card.new_game()
self.assertNotEqual(temp_list, self.d_card.pack)
def test_print(self):
# check the print of the pack
show_pack = "pack- [ 1 Diamond, 2 Diamond, 3 Diamond, 4 Diamond, 5 Diamond, 6 Diamond, 7 Diamond, 8 Diamond, 9 Diamond, 10 Diamond, 11 Diamond, 12 Diamond, 13 Diamond, 1 Spade , 2 Spade , 3 Spade , 4 Spade , 5 Spade , 6 Spade , 7 Spade , 8 Spade , 9 Spade , 10 Spade , 11 Spade , 12 Spade , 13 Spade , 1 Heart , 2 Heart , 3 Heart , 4 Heart , 5 Heart , 6 Heart , 7 Heart , 8 Heart , 9 Heart , 10 Heart , 11 Heart , 12 Heart , 13 Heart , 1 Club , 2 Club , 3 Club , 4 Club , 5 Club , 6 Club , 7 Club , 8 Club , 9 Club , 10 Club , 11 Club , 12 Club , 13 Club ]"
self.assertEqual(show_pack, self.d_card.__repr__())
class CardGame:
def __init__(self, number_of_cards=5):
if number_of_cards > 13:
raise ValueError(
"the number of cards need to be lost of 13 and big of 5")
if number_of_cards < 5:
raise ValueError(
"the number of cards need to be lost of 13 and big of 5")
self.number_of_cards = number_of_cards
self.deckOfCards = DeckOfCards()
self.players = []
def deal_cards(self):
# Distribution cards to players
if self.number_of_cards > 0:
for player in self.players:
for i in range(0, self.number_of_cards):
player.add_card(self.deckOfCards.deal_one())
else:
print("error - Need to deal more cards than the number of rounds")
def create_players(self, money):
# Create 4 players
for i in range(0, 4):
name = f"p_{i}"
self.players.append(Player(name, money, self.number_of_cards))
def new_game_n(self):
# Create a deck of cards, hadar money, create players and deal cards to the players
self.deckOfCards.new_game()
money = randrange(5000, 10001)
self.create_players(money)
self.deal_cards()
def game_move(self, move_number):
# Performs a game round (draws, compares, adds and returns a winner)
self.reduce_players_money(move_number)
move_cards = self.get_move_cards()
# print(f" R O U N D - - - {i} \n p_1- {move_cards[0]} p_2- {move_cards[1]} p_3- {move_cards[2]} p_4- {move_cards[3]}")
self.print_players_cards(move_cards, move_number)
winning_card = self.compare_cards(move_cards)
winning_player = self.players[move_cards.index(winning_card)]
winning_player.add_amount(move_number * 100 * 4)
print(f"The wining in this round is {winning_player.name}")
print(f" -- E N D R O U N D -- \n\n\n")
def reduce_players_money(self, i):
# Attracting money from all players
for player in self.players:
player.reduce_amount(i * 100)
def get_move_cards(self):
# Gets a list of cards for a game round
listt = []
for i in range(0, 4):
varr = self.players[i].get_card()
# varr = self.players[i].get_card()
listt.append(varr)
return listt
def compare_cards(self, cards_to_compare):
# Compare cards and return a list from the big to the small
temp_list = cards_to_compare.copy()
temp_list.sort(reverse=True)
return temp_list[0]
# m
def win(self):
# return the players with most money
# m
win = 0
win_player = []
for player in self.players:
if player.money >= win:
win = player.money
win_player.append(player.name)
return win_player, win
# m
def __repr__(self):
# Print card game
return f"players - {self.players}\n cards - {self.deckOfCards}\n number_of_cards - {self.number_of_cards}"
def print_players_cards(self, move_cards, move_number):
# Print players, money and card of the round
i = 0
print(f"R O U N D - - - {move_number} \n")
for player in self.players:
print(player.name, "-", move_cards[i], player.money)
i = i + 1
def test_deal_one(self):
"""copy the deck of cards to 'a' and remove if the card we removed appears on the copied list"""
deck = DeckOfCards()
a = deck.list_cards.copy()
self.assertIn(deck.deal_one(), a)
def set_hand(self, DeckOfCards):
# Pulling a cards from a deck of cards
for i in range(0, self.number_of_cards):
self.cards.append(DeckOfCards.deal_one())