def test_config_reels(tmpdir):
default_reels = slots.SlotMachine(slots.Configuration())
five_reels = slots.SlotMachine(slots.Configuration(reels=5))
assert len(default_reels.reels()) == 3
assert len(five_reels.reels()) == 5
five_reels.adjust_reserves(1000)
five_reels.insert_money(25)
five_reels.play()
assert len(five_reels.reels()) == 5
def test_config_weights():
configuration = slots.Configuration(weights=((slots.Symbol.HORSESHOES, 5),
(slots.Symbol.DIAMONDS,
4), (slots.Symbol.SPADES, 3),
(slots.Symbol.HEARTS,
2), (slots.Symbol.BELL, 1)))
counter = collections.Counter()
for i in range(100000):
sm = slots.SlotMachine(configuration)
sm.adjust_reserves(1000)
sm.insert_money(25)
sm.play()
counter.update(sm.reels())
def assert_approx(expected, actual):
assert abs(actual - expected) < expected * 0.05
assert sum(counter[symbol] for symbol in list(slots.Symbol)) == 300000
assert_approx(expected=counter[slots.Symbol.BELL] * 5,
actual=counter[slots.Symbol.HORSESHOES])
assert_approx(expected=counter[slots.Symbol.BELL] * 4,
actual=counter[slots.Symbol.DIAMONDS])
assert_approx(expected=counter[slots.Symbol.BELL] * 3,
actual=counter[slots.Symbol.SPADES])
assert_approx(expected=counter[slots.Symbol.BELL] * 2,
actual=counter[slots.Symbol.HEARTS])
def test_config_file_is_missing(monkeypatch, tmpdir):
config_file = tmpdir.join('.slots.cfg')
monkeypatch.setenv('SLOTS_CFG_PATH', str(config_file))
sm = slots.SlotMachine()
sm.adjust_reserves(1000)
with pytest.raises(slots.SlotException):
sm.insert_money(15)
sm.insert_money(25)
def test_config_pay_table(monkeypatch):
sm = slots.SlotMachine(
slots.Configuration(pay_table=(("Horseshoes Horseshoes Horseshoes",
10), )))
sm.adjust_reserves(1000)
spin = mock.Mock()
monkeypatch.setattr(sm, '_spin', spin)
spin.side_effect = [[
slots.Symbol.HORSESHOES, slots.Symbol.HORSESHOES,
slots.Symbol.HORSESHOES
]]
sm.insert_money(25)
assert sm.play() == 25 * 10
def test_weighted_spinning():
counter = collections.Counter()
for i in range(100000):
sm = slots.SlotMachine()
sm.adjust_reserves(1000)
sm.insert_money(25)
sm.play()
counter.update(sm.reels())
def assert_approx(expected, actual):
assert abs(actual - expected) < expected * 0.05
assert sum(counter[symbol] for symbol in list(slots.Symbol)) == 300000
assert_approx(expected=counter[slots.Symbol.BELL] * 10,
actual=counter[slots.Symbol.HORSESHOES])
assert_approx(expected=counter[slots.Symbol.BELL] * 5,
actual=counter[slots.Symbol.DIAMONDS])
assert_approx(expected=counter[slots.Symbol.BELL] * 5,
actual=counter[slots.Symbol.SPADES])
assert_approx(expected=counter[slots.Symbol.BELL] * 3,
actual=counter[slots.Symbol.HEARTS])
def test_pay_table(monkeypatch):
sm = slots.SlotMachine()
sm.adjust_reserves(1000)
spin = mock.Mock()
monkeypatch.setattr(sm, '_spin', spin)
spin.side_effect = [[
slots.Symbol.BELL, slots.Symbol.BELL, slots.Symbol.BELL
]]
sm.insert_money(25)
assert sm.play() == 25 * 16
assert sm.reels() == [
slots.Symbol.BELL, slots.Symbol.BELL, slots.Symbol.BELL
]
spin.side_effect = [[
slots.Symbol.BELL, slots.Symbol.BELL, slots.Symbol.HEARTS
]]
sm.insert_money(25)
assert sm.play() == 25
assert sm.reels() == [
slots.Symbol.BELL, slots.Symbol.BELL, slots.Symbol.HEARTS
]
def test_return_money():
sm = slots.SlotMachine()
sm.adjust_reserves(1000)
sm.insert_money(25)
returned = sm.return_money()
assert returned == 25
def test_raise_double_insert():
sm = slots.SlotMachine()
sm.adjust_reserves(1000)
sm.insert_money(25)
with pytest.raises(slots.SlotException):
sm.insert_money(25)
def insert_money(amount):
sm = slots.SlotMachine()
sm.insert_money(amount)
def withdraw(amount):
sm = slots.SlotMachine()
sm.adjust_reserves(1000)
sm.adjust_reserves(-amount)
def play(with_money):
sm = slots.SlotMachine()
sm.adjust_reserves(1000)
if with_money:
sm.insert_money(25)
sm.play()
def insert_fifteen(configuration):
slots.SlotMachine(configuration).insert_money(15)