from games_cards.DeckOfCards import DeckOfCards
from games_cards.Player import Player
from games_cards.CardGame import CardGame
# d = DeckOfCards()
# my_game = CardGame(5)
# my_game.new_game()
# print(my_game)
# for i in range(5):
# for player in my_game.players:
# player.reduce_amount(100 * i)
# pack = []
# suits = ["Diamond", "Spade", "Heart", "Club"]
# for suit in suits:
# for num in range(1, 14):
# c = Card(num, suit)
# pack.append(c)
#
# print(pack)
#
# p = pack[1]
# print(p.value)
my_game = CardGame(5)
my_game.new_game_n()
for i in range(1, 5):
my_game.game_move(i)
print(f"the whiner are- {my_game.win()[0]} with {my_game.win()[1]} dollars")
class TestCardGame(TestCase):
def setUp(self):
print("Set_up")
self.my_game = CardGame(5)
self.my_game.new_game_n()
def tearDown(self):
print("Tear_down")
def test_create_players_1(self):
# check that "create_players" create 4 players
self.my_game.create_players(5000)
self.assertTrue(4, len(self.my_game.players))
def test_reduce_players_money_1(self):
# check money after "reduce_players_money" in player 1 in game found 1 (the difference is 100)
before_money = self.my_game.players[0].money
self.my_game.reduce_players_money(1)
after_money = self.my_game.players[0].money
self.assertEqual(before_money, after_money + 100)
def test_reduce_players_money_2(self):
# check money after "reduce_players_money" in player 1 in game found 3 (the difference is 300)
before_money = self.my_game.players[0].money
self.my_game.reduce_players_money(3)
after_money = self.my_game.players[0].money
self.assertEqual(before_money, after_money + 300)
def test_reduce_players_money_3(self):
# check money after "reduce_players_money" in player 2 in game found 1 (the difference is 100)
before_money = self.my_game.players[1].money
self.my_game.reduce_players_money(1)
after_money = self.my_game.players[1].money
self.assertEqual(before_money, after_money + 100)
def test_reduce_players_money_4(self):
# check money after "reduce_players_money" in player 2 in game found 3 (the difference is 300)
before_money = self.my_game.players[1].money
self.my_game.reduce_players_money(3)
after_money = self.my_game.players[1].money
self.assertEqual(before_money, after_money + 300)
def test_get_cards(self):
# check "get_cards"
list_test = self.my_game.get_move_cards()
print(list_test)
self.assertEqual(len(list_test), 4)
def test_compare_cards_1(self):
# check "compare_cards" to 4 cards in list (check value).
self.c1 = Card(5, "Heart")
self.c2 = Card(1, "Spade")
self.c3 = Card(12, "Heart")
self.c4 = Card(13, "Club")
temp_list = [self.c1, self.c2, self.c3, self.c4]
self.assertEqual(self.my_game.compare_cards(temp_list), self.c4)
def test_compare_cards_2(self):
# check "compare_cards" to 4 cards in list (check suit).
self.c1 = Card(13, "Heart")
self.c2 = Card(13, "Spade")
self.c3 = Card(13, "Heart")
self.c4 = Card(13, "Club")
temp_list = [self.c1, self.c2, self.c3, self.c4]
self.assertEqual(self.my_game.compare_cards(temp_list), self.c4)
def test_compare_cards_3(self):
# check "compare_cards" to 4 cards in list.
self.c1 = Card(13, "Heart")
self.c2 = Card(13, "Spade")
self.c3 = Card(13, "Heart")
self.c4 = Card(13, "Club")
temp_list = [self.c1, self.c2, self.c3, self.c4]
self.assertEqual(self.my_game.compare_cards(temp_list), self.c4)
def test_win(self):
# check that "win" return 4 player.
self.assertEqual(len(self.my_game.win()[0]), 4)
