def test_clear_shelf():
banker = Banker()
banker.shelf(100)
banker.bank()
banker.shelf(50)
banker.clear_shelf()
assert banker.balance == 100
assert banker.shelved == 0
def test_bank_over_ten_thousand():
round_bank = Banker(9000)
round_bank.shelf(2000)
round_bank.bank()
assert round_bank.balance == 0
def test_bank_instance_add_from_shelf():
round_bank = Banker(0)
round_bank.shelf(300)
round_bank.shelf(750)
round_bank.bank()
assert round_bank.balance == 1050
def play(self):
nope_player = Banker()
print('Welcome to Game of Greed')
res = input('Wanna play?')
if res == 'n':
print('OK. Maybe another time')
elif res == 'y': # we have to path [new round - current round]
#initializing Variable
round = 1
remaining_dice = 6
new_round = True
#looping until reach break ('q')
while True:
# run this code if we are in a new round
if new_round == True:
remaining_dice = 6
dice_to_keep, rolled = self.new_round(
remaining_dice, round)
round += 1
#check the zilch
if Game.zilch(round, rolled, nope_player.balance):
round += 1
else:
# handeling the Integers -> If Not Integers handel execep where the inpu is string ['q' - 'b']
try:
dice_to_keep = int(dice_to_keep)
user_aside = Game.convert_input_to_tuple(dice_to_keep)
#checking cheat
cheat = Game.cheatting(rolled, user_aside)
while cheat:
print('Cheater!!! Or possibly made a typo...')
print(','.join([str(i) for i in rolled]))
dice_to_keep = input(
'Enter dice to keep (no spaces), or (q)uit: ')
user_aside = Game.convert_input_to_tuple(
dice_to_keep)
cheat = Game.cheatting(rolled, user_aside)
nope_player.shelf(
GameLogic.calculate_score(user_aside))
# decrese The Remainig Dice
if GameLogic.calculate_score(user_aside) == 1500:
remaining_dice = 6
print(
f"You have {nope_player.shelved} unbanked points and 0 dice remaining"
)
else:
remaining_dice -= len(str(dice_to_keep))
print(
f"You have {nope_player.shelved} unbanked points and {remaining_dice} dice remaining"
)
dice_to_keep = input(
'(r)oll again, (b)ank your points or (q)uit ')
# To Prevent handel the new_round msg when back to hande ['b' or 'q']
if dice_to_keep == 'b' or dice_to_keep == 'q' or dice_to_keep == 'r':
new_round = False
except ValueError:
if dice_to_keep == 'b':
current_round = round - 1
print(
f'You banked {nope_player.shelved} points in round {current_round}'
)
nope_player.bank()
print(
f'Total score is {nope_player.balance} points')
new_round = True
remaining_dice = 6
if dice_to_keep == 'r':
print(f'Rolling {remaining_dice} dice...')
rolled = self.roller(remaining_dice)
if len(str(rolled)) == 1:
rolled = () + (rolled, )
print(','.join([str(i) for i in rolled]))
# print(round,rolled,nope_player.balance,"top")
if Game.zilch(round - 1, rolled,
nope_player.balance):
new_round = True
else:
dice_to_keep = input(
'Enter dice to keep (no spaces), or (q)uit: '
)
if dice_to_keep == 'q':
Game.quit_game(nope_player.balance)
break
def test_deposit():
banker = Banker()
banker.shelf(100)
banker.bank()
assert banker.shelved == 0
assert banker.balance == 100
def play(self):
"""
* To play the game, this method will keep calling itself untill the game ends, by quitting the game
* This method starts the rounds, roll the dice, calculate it's score and so on
* Uses all the methods above
"""
if Game.round == 1 and Game.new_game.shelved == 0:
Game.result = Game.welcome()
if Game.result == "y" or Game.result == "yes":
if not Game.new_game.shelved:
print(f"Starting round {Game.round}")
print(f"Rolling {Game.num_dice} dice...")
roll = self.roller(Game.num_dice)
self.print_roll(roll)
GameLogic.how_many = 0
if not (GameLogic.calculate_score(roll)):
self.zilch(len(roll))
GameLogic.how_many = 0
sys.exit()
enter = input("Enter dice to keep (no spaces), or (q)uit: ")
# print('yyy')
if enter.lower() == "q" or enter.lower() == "quit":
self.to_quit()
else:
roll_list = self.check(roll, enter)
if roll_list:
roll_tuple = tuple(roll_list)
Game.num_dice -= len(roll_tuple)
GameLogic.how_many = 0
score = GameLogic.calculate_score(roll_tuple)
if len(roll_tuple) == 6 and GameLogic.how_many == 6:
# print('hot dice:',GameLogic.how_many)
Game.status = False
if not score:
self.zilch(len(roll_tuple))
Game.new_game.shelved = Banker.shelf(Game.new_game, score)
print(
f"You have {Game.new_game.shelved} unbanked points and {Game.num_dice} dice remaining"
)
enter_again = input(
"(r)oll again, (b)ank your points or (q)uit ")
if enter_again.lower() == "r" or enter_again.lower(
) == "roll":
if not Game.num_dice:
Game.num_dice = 6
self.play()
if enter_again.lower() == "b" or enter_again.lower(
) == "bank":
print(
f"You banked {Game.new_game.shelved} points in round {Game.round}"
)
Game.round += 1
Game.num_dice = 6
Game.banked_score = Banker.bank(Game.new_game)
print(f"Total score is {Game.new_game.balance} points")
self.play()
if enter_again.lower() == "q" or enter_again.lower(
) == "quit":
self.to_quit()
class Game:
"""Class for Game of Greed application
"""
def __init__(self, roller=None, num_rounds=20):
self._roller = roller or GameLogic.roll_dice
self.banker = Banker()
self.num_rounds = num_rounds
self.round_num = 0
def play(self):
"""
Entry point for playing (or/not) a game
"""
print("Welcome to Game of Greed")
prompt = "Wanna play?"
self.choice(prompt.strip(), self.start_game, self.decline_game)
def choice(self, prompt, accept, decline):
response = input(prompt)
if response == "y" or response == "yes":
accept()
else:
decline()
def decline_game(self):
print("OK. Maybe another time")
def start_game(self):
self.round_num = 1
while self.round_num <= self.num_rounds:
self.start_round(self.round_num)
self.round_num += 1
print(f"Total score is {self.banker.balance} points")
self.quit_game()
def quit_game(self):
print(f"Thanks for playing. You earned {self.banker.balance} points")
sys.exit()
def start_round(self, round, num_dice=6):
print(f"Starting round {round}")
round_score = 0
while True:
roll = self.roll_dice(num_dice)
if self.got_zilch(roll):
break
keepers = self.handle_keepers(roll)
roll_again_response = input(
"(r)oll again, (b)ank your points or (q)uit ")
if roll_again_response == "q":
self.quit_game()
return
elif roll_again_response == "b":
round_score = self.banker.bank()
break
else:
num_dice -= len(keepers)
if num_dice == 0:
num_dice = 6
print(f"You banked {str(round_score)} points in round {round}")
def handle_keepers(self, roll):
while True:
keeper_string = input(
"Enter dice to keep (no spaces), or (q)uit: ")
if keeper_string.startswith("q"):
self.quit_game()
keepers = self.gather_keepers(roll, keeper_string)
roll_score = self.calculate_score(keepers)
if roll_score == 0:
print("Must keep at least one scoring dice")
else:
break
self.banker.shelf(roll_score)
print(
f"You have {self.banker.shelved} unbanked points and {len(roll) - len(keepers)} dice remaining"
)
return keepers
def roll_dice(self, num):
print(f"Rolling {num} dice...")
roll = self._roller(num)
print(",".join([str(i) for i in roll]))
return roll
def got_zilch(self, roll):
initial_score = self.calculate_score(roll)
if initial_score == 0:
print("Zilch!!! Round over")
self.banker.clear_shelf()
return True
return False
def calculate_score(self, roll):
return GameLogic.calculate_score(roll)
def keep_scorers(self, roll):
return GameLogic.get_scorers(roll)
def gather_keepers(self, roll, keeper_string):
keepers = [int(ch) for ch in keeper_string]
while not GameLogic.validate_keepers(roll, keepers):
print("Cheater!!! Or possibly made a typo...")
print(",".join([str(i) for i in roll]))
keeper_string = input(
"Enter dice to keep (no spaces), or (q)uit: ")
if keeper_string.startswith("q"):
self.quit_game()
keepers = [int(ch) for ch in keeper_string]
return keepers
def play(self):
nope_player = Banker()
print('Welcome to Game of Greed')
res = input('Wanna play?')
if res == 'n':
print('OK. Maybe another time')
elif res == 'y':
remaining_dice = 6
round = 1
user_input = ' '
action_status = True
EndOfGame = True
while EndOfGame:
if action_status:
# Starting New Round
remaining_dice = 6
Game.new_round(remaining_dice, round)
roll = self.rolling(remaining_dice)
while Game.zilch(round, roll, nope_player.balance,
remaining_dice):
round += 1
Game.new_round(remaining_dice, round)
roll = self.rolling(remaining_dice)
Game.zilch(round, roll, nope_player.balance,
remaining_dice)
user_choice = Game.user_input()
if user_choice == 'q':
Game.quit_game(nope_player.balance)
break
if user_choice.isdigit():
user_aside = Game.convert_input_to_tuple(int(user_choice))
cheat = Game.cheatting(roll, user_aside)
while cheat:
print('Cheater!!! Or possibly made a typo...')
print(','.join([str(i) for i in roll]))
user_choice = Game.user_input()
if user_choice.isdigit():
user_aside = Game.convert_input_to_tuple(
int(user_choice))
cheat = Game.cheatting(roll, user_aside)
nope_player.shelf(GameLogic.calculate_score(user_aside))
Game.unbankmsg(nope_player.shelved,
remaining_dice - len(user_choice))
if nope_player.shelved == 1500:
remaining_dice = 6
user_choice = ''
action = Game.action()
while True:
if action == 'b':
print(
f'You banked {nope_player.shelved} points in round {round}'
)
nope_player.bank()
print(f'Total score is {nope_player.balance} points')
round += 1
action_status = True
break
elif action == 'r':
action_status = False
print(
f'Rolling {remaining_dice-len(user_choice)} dice...'
)
roll = self.rolling(remaining_dice - len(user_choice))
while Game.zilch(round, roll, nope_player.balance,
remaining_dice):
round += 1
remaining_dice = 6
Game.new_round(remaining_dice, round)
roll = self.rolling(remaining_dice)
Game.zilch(round, roll, nope_player.balance,
remaining_dice)
remaining_dice = remaining_dice - len(user_choice)
break
if action == 'q':
Game.quit_game(nope_player.balance)
action_status = False
EndOfGame = False
break
else:
print('Enter Yes (yn) or No (n)')
class Game:
"""Class for Game of Greed application
"""
def __init__(self, num_rounds=20):
self.banker = Banker()
self.logic = GameLogic()
self.num_rounds = num_rounds
self._roller = GameLogic.roll_dice
self.round_num = 0
def play(self, roller=None):
"""Entry point for playing (or declining) a game
Args:
roller (function, optional): Allows passing in a custom dice roller function.
Defaults to None.
"""
self.round_num = 0
self._roller = roller or GameLogic.roll_dice
print("Welcome to Game of Greed")
print("(y)es to play or (n)o to decline")
response = input("> ")
if response == "y" or response == "yes":
self.start_game()
else:
self.decline_game()
def decline_game(self):
print("OK. Maybe another time")
def new_roll(self, remaining_die):
print(f"Rolling {remaining_die} dice...")
die_roll = self._roller(remaining_die)
string_roll = [str(num) for num in die_roll]
return (die_roll, string_roll)
def check_validity(self, die_roll, string_roll):
cheated = True
while cheated:
cheated = False
print(f'*** {" ".join(string_roll)} ***')
round_points = self.logic.calculate_score(die_roll)
if round_points == 0:
return 'Zilch'
print("Enter dice to keep, or (q)uit:")
kept_die = input("> ")
saved_die = list(kept_die)
if kept_die == "q":
print(
f"Thanks for playing. You earned {self.banker.total} points"
)
sys.exit()
good_input = True
for value in saved_die:
try:
int(value)
except:
saved_die.remove(value)
user_selection = tuple(int(char) for char in saved_die)
no_cheats = self.logic.validate_keepers(die_roll, user_selection)
if not no_cheats:
cheated = True
print('Cheater!!! Or possibly made a typo...')
return user_selection
def round_decisions(self, remaining_die):
print(
f"You have {self.banker.shelved} unbanked points and {remaining_die} dice remaining"
)
print("(r)oll again, (b)ank your points or (q)uit:")
round_choice = input("> ")
if round_choice == "q":
print(f"Thanks for playing. You earned {self.banker.total} points")
sys.exit()
elif round_choice == "b":
round_points = self.banker.bank()
remaining_die = 6
print(
f"You banked {round_points} points in round {self.round_num}")
elif round_choice == "r":
if remaining_die == 0:
remaining_die = 6
self.full_roll(remaining_die)
def full_roll(self, remaining_die):
(die_roll, string_roll) = self.new_roll(remaining_die)
user_selection = self.check_validity(die_roll, string_roll)
if user_selection == 'Zilch':
self.banker.clear_shelf()
print(
'****************************************\n** Zilch!!! Round over **\n****************************************'
)
print(f"You banked 0 points in round {self.round_num}")
else:
remaining_die -= len(user_selection)
self.banker.shelf(self.logic.calculate_score(user_selection))
self.round_decisions(remaining_die)
def start_game(self):
remaining_die = 6
while self.round_num < self.num_rounds:
self.round_num += 1
print(f"Starting round {self.round_num}")
self.full_roll(remaining_die)
print(f"Total score is {self.banker.total} points")
print(f"Thanks for playing. You earned {self.banker.total} points")
sys.exit()
class Game:
"""Class for Game of Greed application
"""
def __init__(self, num_rounds=20):
self.banker = Banker()
self.num_rounds = num_rounds
def play(self, roller=None):
"""Entry point for playing (or declining) a game
Args:
roller (function, optional): Allows passing in a custom dice roller function.
Defaults to None.
"""
self.round_num = 0
self._roller = roller or GameLogic.roll_dice
print("Welcome to Game of Greed")
print("(y)es to play or (n)o to decline")
response = input("> ")
if response == "y" or response == "yes":
self.start_game()
else:
self.decline_game()
def decline_game(self):
print("OK. Maybe another time")
def quit_game(self, score=0):
print(f"Thanks for playing. You earned {self.banker.balance} points")
sys.exit()
def start_game(self):
self.round_num += 1
self.start_round(self.round_num)
def start_round(self, round_num, number=6):
print(f"Starting round {round_num}")
current_round_score = 0
while True:
roll = self.rolling_dice(number)
if self.farkle(roll):
self.start_round
# break
selection = self.handle_selection(roll)
print("(r)oll again, (b)ank your points or (q)uit:")
response = input("> ")
if response == "q":
self.quit_game()
return
elif response == "b":
current_round_score = self.banker.bank()
print(
f"You banked {str(current_round_score)} points in round {round_num}"
)
print(f'Total score is {self.banker.balance} points')
self.start_game()
# break
else:
number -= len(selection)
if number == 0:
number = 6
def handle_selection(self, roll):
while True:
print("Enter dice to keep, or (q)uit:")
response = input("> ")
if response == 'q':
self.quit_game()
saved_dice = self.saved_dice(roll, response)
tup = tuple([int(i) for i in response])
score = GameLogic.calculate_score(tup)
break
self.banker.shelf(score)
print(
f'You have {self.banker.shelved} unbanked points and {len(roll) - len(saved_dice)} dice remaining'
)
return saved_dice
def rolling_dice(self, number):
print(f"Rolling {number} dice...")
roll = self._roller(number)
var = ' '
for i in range(0, len(roll)):
var += f'{roll[i]} '
print(f"***{var}***")
return roll
def check_cheater(self, response, roll):
tup = tuple([int(i) for i in response])
for x in tup:
if x not in roll:
return False
return True
def saved_dice(self, roll, response):
tup = tuple([int(i) for i in response])
check = self.check_cheater(response, roll)
if check == 0:
print("Cheater!!! Or possibly made a typo...")
var = ' '
for i in range(0, len(roll)):
var += f'{roll[i]} '
if response == "q":
sys.exit()
print(f"***{var}***")
tup = tuple([int(i) for i in response])
# print("Enter dice to keep, or (q)uit:")
# response = input("> ")
return tup
def farkle(self, roll):
score = GameLogic.calculate_score(roll)
if score == 0:
print(f"""****************************************
** Zilch!!! Round over **
****************************************""")
self.banker.clear_shelf()