def main():
parser = argparse.ArgumentParser(description='Play a game of War.')
parser.add_argument('--players',
type=int,
nargs='?',
required=True,
help='a count of players')
parser.add_argument('--suits',
type=int,
nargs='?',
required=True,
help='a count of suits')
parser.add_argument('--ranks',
type=int,
nargs='?',
required=True,
help='a count of ranks')
parser.add_argument("--verbose",
help="show game in progress",
action="store_true")
parser.add_argument("--slow",
help='wait for a second between turns',
action="store_true")
args = parser.parse_args()
w = War(count_of_players=args.players,
count_of_suits=args.suits,
count_of_ranks=args.ranks)
winning_player = w.play(verbose=args.verbose, slow=args.slow)
print "Winner: {0}".format(winning_player.name)
def test_hands(self):
""" Check no cards are mixed or duplicate """
self.game = War()
self.game.start_game()
while len(self.game.player_1.hand) > 0: # pylint:disable=len-as-condition
test_card = self.game.player_1.show_card()
self.assertNotIn(test_card, self.game.player_2.hand)
def test_play_two_of_three():
game = War(human=False)
#There should be a dictionary that tracks win counts.
n.assert_equal(max(game.win_counts.values()), 0)
game.play_two_of_three()
n.assert_equal(max(game.win_counts.values()), 2)
#Make sure you don't get too many cards!
n.assert_equal(len(game.player1) + len(game.player2) + len(game.pot), 52)
def main():
turt = turtle.Turtle() # turtle objects
turt.hideturtle()
o_turt = turtle.Turtle()
o_turt.hideturtle()
t_turt = turtle.Turtle()
t_turt.hideturtle()
u_turt = turtle.Turtle()
u_turt.hideturtle()
x_turt = turtle.Turtle()
x_turt.hideturtle()
p_turt = turtle.Turtle()
p_turt.hideturtle()
c_turt = turtle.Turtle()
c_turt.hideturtle()
c_turt.color('white')
s_turt = turtle.Turtle()
s_turt.color('white')
s_turt.hideturtle()
cs_turt = turtle.Turtle()
cs_turt.color('white')
cs_turt.hideturtle()
turt.speed(0)
wn = turtle.Screen() # makes screen
wn.setup(width = 1200, height = 790, startx = None, starty = None)
wn.bgcolor('turquoise') # sets color
a = War()
a.add_dealingpile()
a.deal(wn, turt, u_turt, x_turt) # deals cards
play_game()
while a.make_move(wn, turt) == True: # continues running if there are cards in both hands
a.remove_my_card()
a.remove_other_card()
a.display_card(wn, p_turt, c_turt)
play_game()
c = a.compare_cards()
if c == 0:
if a.compare_other(wn, u_turt, x_turt) == -1:
a.remove_my_card()
a.remove_other_card()
a.display_card(wn, p_turt, c_turt)
a.compare_cards()
a.compare_other(wn, u_turt, x_turt)
a.move_my_loot(wn, t_turt, turt)
a.move_my_storage(wn, u_turt, o_turt, s_turt)
a.move_other_storage(wn, x_turt, t_turt, cs_turt)
elif c == 1:
if a.compare_other(wn, u_turt, x_turt) == -1:
a.remove_my_card()
a.remove_other_card()
a.display_card(wn, p_turt, c_turt)
a.compare_cards()
a.compare_other(wn, u_turt, x_turt)
play_game()
a.move_other_loot(wn, o_turt, turt)
a.move_other_storage(wn, x_turt, o_turt, s_turt)
a.move_my_storage(wn, u_turt, t_turt, cs_turt)
wn.exitonclick()
def test_play_game():
game = War(human=False)
game.play_game()
n.assert_equal(len(game.player1) + len(game.player2) + len(game.pot), 52)
n.assert_is_not_none(game.winner)
if game.player1.name == game.winner:
n.assert_equal(len(game.player2), 0)
else:
n.assert_equal(len(game.player1), 0)
def test_calculate_winner_when_evens_win(self):
# given
odds_points = {'positive': 15, 'negative': 5}
evens_points = {'positive': 20, 'negative': 10}
war = War()
# when
result = war.calculate_winner(odds_points, evens_points)
# then
self.assertEqual(result, 'tie')
def test_binary_conversion(self):
#given
int_data = [-100, 5, 100, -8]
war = War()
#when
result = war.convert_to_binary(int_data)
#then
expected = ['-1100100', '101', '1100100', '-1000']
self.assertEqual(result, expected)
def test_count_battle_points_for_evens(self):
# given
binary_data = ['-1100100', '101', '1100100', '-1000']
war = War()
# when
result = war.count_battle_points(binary_data, '0')
# then
expected = {'positive': 7, 'negative': 5}
self.assertEqual(result, expected)
class CheckCards(unittest.TestCase):
"""Tests for the card class"""
game = War()
deck = Deck()
card = Card(0, "hearts")
def test_suit_number(self):
""" Test if a setup card returns class variables """
self.card = Card(6, "clubs")
# __repr__ returns face_value, wich is value + 1 and suit
self.assertEqual(str(self.card), "7 of clubs")
def test_card_draw(self):
""" Make sure drawn card is not in deck (list) """
self.deck = Deck()
drawn = self.deck.draw()
self.assertNotIn(drawn, self.deck.cards)
# def test_for_jokers(self):
# """ Are there any jokers in the deck? """
# self.deck = Deck()
# self.deck.add_jokers(2)
# self.assertIn("joker of spades", str(self.deck.cards))
def test_deck_shuffle(self):
""" See if shuffling works """
self.deck = Deck()
stacked = self.deck.cards
self.deck.shuffle()
shuffled = self.deck
self.assertNotEqual(stacked, shuffled)
def test_deck_stacked(self):
""" Check if stacking works - sanity check """
self.deck = Deck()
stacked = self.deck.cards
self.assertEqual(stacked, self.deck.cards)
def test_hands(self):
""" Check no cards are mixed or duplicate """
self.game = War()
self.game.start_game()
while len(self.game.player_1.hand) > 0: # pylint:disable=len-as-condition
test_card = self.game.player_1.show_card()
self.assertNotIn(test_card, self.game.player_2.hand)
def test_count_hands(self):
""" Are players hands equally big? """
self.game = War()
self.game.start_game()
self.assertEqual(len(self.game.player_1.hand),
len(self.game.player_2.hand))
def game_driver(iterations=1):
completed_iterations = 0
w = War()
while completed_iterations < iterations:
game_in_session = True
w.reset_game()
while game_in_session:
print('CURRENT DECK')
print('PLAYER 1 DECK: \n{}, \n# CARDS: {}'.format(
w.player_1.deck, len(w.player_1.deck)))
print('PLAYER 2 DECK: \n{}, \n# CARDS: {}'.format(
w.player_2.deck, len(w.player_2.deck)))
# _ = input('CLICK FOR TURN NUMBER {}'.format(turns))
print('PLAYING TURN # {}'.format(w.turns_of_play))
w.take_turn()
game_in_session = w.winner == None
print("TOTAL TURNS FOR THIS GAME: {}\n" \
"TOTAL WAR HANDS FOR THIS GAME: {}\n" \
"WINNER: {}".format(w.turns_of_play, w.war_hands, w.winner.name))
log_results(w.turns_of_play, w.war_hands, w.winner.name)
completed_iterations += 1
import tweepy
import os
import sys
from war import War
PATH = os.path.dirname(os.path.abspath(__file__))
IMG_PATH = PATH + '/output.jpg'
CSV_PATH = PATH + '/data/war_data.csv'
ROWS = 6
war = War(CSV_PATH)
message = war.attack()
if message is None:
sys.exit()
war.save_state()
war.image(IMG_PATH, ROWS)
# Authenticate to Twitter
auth = tweepy.OAuthHandler("API key", "API secret key")
auth.set_access_token("Access token", "Access token secret")
# Create API object
api = tweepy.API(auth)
# Create a tweet
api.update_with_media(IMG_PATH, status=message)
def test_play_round():
game = War(human=False)
game.play_round()
n.assert_equal(len(game.player1) + len(game.player2), 52)
def test_war_deal():
game = War(human=False)
n.assert_equal(len(game.player1), 26)
n.assert_equal(len(game.player2), 26)
def main():
war = War()
war.add_dealingPile()
war.deal()
war.make_move()
def setUp(self):
""" Create object for all tests """
self.war = War()
from war import War
# play out one thousand games of war.
results = [War().play() for _ in range(1000)]
# and then report on how they went.
print(
"After one thousand games of war, the shortest game had {} battles, the longest had {} battles, and the average was {}"
.format(min(results), max(results),
sum(results) / len(results)))
def setUp(self):
self.game = War()
from war import War
from TicTacToe import TicTacToe
War = War()
TTT = TicTacToe()
print("Your game options are: ")
print("\t(1) War")
print(
"\t\tA Two player game of flipping and collecting cards until one person holds all of the cards,"
)
print("\t\tbut watch out, there's a twist if you flip over the sae card!")
print("\t(2) Tic Tac Toe")
print(
"\t\tA one or two player game where people take turns placing an X or an O attemping to get three in a row"
)
while True:
try:
game = int(
input(
"\nPlease input the number of the game you would like to play: "
))
break
except ValueError:
print("That was not a game number!")
if game == 1:
War.game()
def test_war_size():
game = War(war_size=5, human=False)
game.play_round() #Play first to shuffle hand
game.war()
n.assert_equal(len(game.pot), 10)
def setUp(self):
""" Create object for all tests """
self.testgame = War()
def test_count_hands(self):
""" Are players hands equally big? """
self.game = War()
self.game.start_game()
self.assertEqual(len(self.game.player_1.hand),
len(self.game.player_2.hand))
from Deck import Deck
from Player import Player
from war import War
if __name__ == "__main__":
deck = Deck()
Jon = Player("Jon Snow")
Dave = Player("David Spade")
war = War(Jon, Dave)
deck.build_deck()
deck.shuffle()
war.deal(deck)
# print(Dave)
# # Dave.print_hand()
# print(Jon)
# Jon.print_hand()
war.play_game()
deck.shuffle()
def run_game():
war_game = War()
war_game.play()
#!/usr/bin/env python3 """ Main file for War game """ from war import War war_game = War(2) war_game.new_game() war_game.start_game()
