def test_that_selecting_invalid_door_raises_correct_exception():
game = MontyHallGame()
try:
game.select_door(4)
except InvalidGameInput:
pass
def test_that_game_wins_or_loses():
game = MontyHallGame()
game.select_door(1)
game.let_host_open_door()
to_open = random.choice(game.available_doors())
game.select_door(to_open)
won = game.open_door()
assert won or not won
def test_that_statistics_returns_str():
# Produce some testdata first
for i in range(10):
test_that_normal_game_wins_or_loses()
assert (type(MontyHallGame.statistics()) == str)
def test_that_statistics_returns_str():
# Produce some test data first
for i in range(10):
test_that_game_wins_or_loses()
# Check that the statistics function produces a string
assert (type(MontyHallGame.statistics()) == str)
def statistics():
stats = MontyHallGame.statistics().replace("\n", "</br>")
return "<h1>Statistics</h1>{}".format(stats)
def new():
game_id = str(uuid.uuid4())
game = MontyHallGame()
games[game_id] = game
return render_template("select.html", game_id=game_id)
#!/usr/bin/env python
from monty_hall_game import MontyHallGame
while True:
print("\n\nWelcome to a new Monty Hall game")
print("******************************\n")
game = MontyHallGame()
door = int(input("Select a door between 1-3: "))
game.select_door(door)
door = game.let_host_open_door()
print("The host opens door {}.".format(door))
a = game.available_doors()
door = int(
input(
"Which door would you like to open (choose from {}): ".format(a)))
game.select_door(door)
won = game.open_door()
if won:
print("Congratulations! You have won!")
else:
print("I am sorry! You have lost.")
print("\n---------------")
print("Game statistics")