def test_martingale_lucky():
# black, red, red,red, black, black
rng = NonRandom([2, 5, 9, 12, 11, 10])
game = create_game(rng=rng)
player = Martingale(game.table)
player.set_stake(100)
# win
game.cycle(player)
assert player.stake == 101
game.cycle(player)
# loose, bet 1
assert player.stake == 100
game.cycle(player)
# loose, bet 2
assert player.stake == 98
game.cycle(player)
# loose, bet 4
assert player.stake == 94
game.cycle(player)
# win, gain 8, will bet 1
assert player.stake == 102
game.cycle(player)
# win, gain 2, will bet 1
assert player.stake == 103
def test_martingale_lucky():
# black, red, red,red, black, black
rng = NonRandom([2, 5, 9, 12, 11, 10])
game = create_game(rng=rng)
player = Martingale(game.table)
player.set_stake(100)
# win
game.cycle(player)
assert player.stake == 101
game.cycle(player)
# loose, bet 1
assert player.stake == 100
game.cycle(player)
# loose, bet 2
assert player.stake == 98
game.cycle(player)
# loose, bet 4
assert player.stake == 94
game.cycle(player)
# win, gain 8, will bet 1
assert player.stake == 102
game.cycle(player)
# win, gain 2, will bet 1
assert player.stake == 103
def test_martingale_cant_make_huge_bets():
# Always red
rng = NonRandom([1] * 4)
game = create_game(rng=rng)
player = Martingale(game.table)
player.set_stake(32)
player.bet_amount = 4
for i in range(4):
game.cycle(player)
assert player.playing() is False
def test_martingale_loose_all():
# Always red
rng = NonRandom([1] * 4)
game = create_game(rng=rng)
player = Martingale(game.table)
player.set_stake(8)
for i in range(4):
game.cycle(player)
assert player.stake > 0
assert player.playing() is False
def test_martingale_cant_make_huge_bets():
# Always red
rng = NonRandom([1] * 4)
game = create_game(rng=rng)
player = Martingale(game.table)
player.set_stake(32)
player.bet_amount = 4
for i in range(4):
game.cycle(player)
assert player.playing() is False
def test_martingale_loose_all():
# Always red
rng = NonRandom([1] * 4)
game = create_game(rng=rng)
player = Martingale(game.table)
player.set_stake(8)
for i in range(4):
game.cycle(player)
assert player.stake > 0
assert player.playing() is False
