def test_two_pair(self):
self.assertNotEqual(score_hand(self.royal_flush_hand), '2 Pair')
self.assertNotEqual(score_hand(self.straight_flush_hand), '2 Pair')
self.assertNotEqual(score_hand(self.flush_hand), '2 Pair')
self.assertNotEqual(score_hand(self.straight_hand), '2 Pair')
self.assertNotEqual(score_hand(self.full_house_hand), '2 Pair')
self.assertNotEqual(score_hand(self.four_of_a_kind_hand), '2 Pair')
self.assertNotEqual(score_hand(self.three_of_a_kind_hand), '2 Pair')
self.assertEqual(score_hand(self.two_pair_hand), '2 Pair')
self.assertNotEqual(score_hand(self.jacks_or_better_hand), '2 Pair')
self.assertNotEqual(score_hand(self.non_winning_hand), '2 Pair')
def judge(self):
#print(self.hold_cards)
for index in range(4, -1, -1):
#print(index, self.hold_cards[index])
if self.hold_cards[index] == False:
#print("Attempting to discard #", str(index))
#print(self.hand)
self.hand.discard(index)
#print("Success:\t", self.hand)
#else:
#print("Not attempting to discard #", str(index))
print("Length:\t", (5 - self.hand.length()))
for _ in range(5 - self.hand.length()):
self.hand.draw_card(self.deck)
# update hand GUI
score = score_hand(self.hand)
# to do: convert change score_hand into an array output in the format [score_name,score])
return score
def game_result(hold_string):
global hold_cards
global game_hand
global game_deck
print("Global card list:\t", game_hand)
local_list = Hand()
local_deck = copy.deepcopy(game_deck)
hold_cards = str(hold_string).split('-')
hold_cards_display = []
for i in range(0, 5):
if hold_cards[i] == 't':
local_list.add_card(game_hand.cards[i])
hold_cards_display.append(game_hand.cards[i])
else: #== 'f'
card_to_add = local_deck.draw_card()
local_list.add_card(card_to_add)
hold_cards[i]
judge_hand = []
for i in local_list.cards:
judge_hand.append(i)
score = score_hand(judge_hand)
if score != "Not a Winning Hand":
winning_hand = True
else:
winning_hand = False
display_hand = []
for i in local_list.cards:
display_hand.append(str(i))
url_hand = ""
for i in game_hand.cards:
url_hand += str(i) + "-"
url_hand = url_hand[0:-1]
print("Judge hand:\t", judge_hand)
context = {
'cards': judge_hand,
'score': score,
'hold_cards': hold_cards_display,
'winning_hand': winning_hand,
'display_hand': display_hand,
'url_hand': url_hand
}
print(context)
return render_template('game_result.html', **context)
def analyze(hand_string):
cards = hand_string.split('-')
card_list = [Card(item) for item in cards]
score = score_hand(card_list)
ev_list = analyze_hand(card_list)
# get the list of cards for the highest rated play in the expected value list
hand_to_hold = ev_list[0][0]
hold_cards = [str(card) for card in hand_to_hold]
plays_context = [get_play_string(row[0]) for row in ev_list]
ev_context = [row[1] for row in ev_list]
if score != "Not a Winning Hand":
winning_hand = True
else:
winning_hand = False
context = {'cards':cards, 'score':score, 'hold_cards':hold_cards, 'winning_hand':winning_hand, \
'plays':plays_context, 'ev':ev_context}
return render_template('analyze.html', **context)
from hand import Hand
from score import score_hand
from analyze import analyze_hand
card_list = [
Card("H", 10),
Card("H", 11),
Card("H", 12),
Card("H", 13),
Card("H", 14)
]
print("==========")
print("Testing Royal Flush")
hand = Hand(card_list)
print("Hand: {}".format(hand))
print("Score Output: {}".format(score_hand(hand)))
print("Cards to Hold: {}".format(analyze_hand(hand)))
print("")
card_list = [
Card("H", 10),
Card("H", 11),
Card("H", 12),
Card("H", 13),
Card("H", 9)
]
print("==========")
print("Testing Straight Flush")
hand = Hand(card_list)
print("Hand: {}".format(hand))
print("Score Output: {}".format(score_hand(hand)))
hand = Hand()
for _ in range(num_cards):
hand.draw_card(deck)
print("Select cards to hold separated by a space")
print('Hit return to discard all')
print(hand)
print('[1] [2] [3] [4] [5]')
print('')
hold_cards = input('> ')
if len(hold_cards) == 0:
hold_cards = []
else:
hold_cards = hold_cards.split(" ")
hold_cards = [int(val)-1 for val in hold_cards]
for index in range(5):
pos = 4 - index
if pos not in hold_cards:
hand.discard(pos)
for _ in range(5 - len(hold_cards)):
hand.draw_card(deck)
print(hand)
score = score_hand(hand)
print(score)
total_credits += pay_table[score] * bet * credit_value
print('Total credits: ${0:0.2f}'.format(total_credits))
print("Press enter to play again, q to quit:")
command = input('> ')