def setup_data(mock_dynamodb):
created_wheel = json.loads(
wheel.create_wheel({'body': {
'name': 'Test Wheel'
}})['body'])
create_participant_events = [{
'pathParameters': {
'wheel_id': created_wheel['id']
},
'body': {
'name': name,
'url': 'https://amazon.com'
}
} for name in ['Dan', 'Alexa', 'Jeff']]
created_participants = [
json.loads(wheel_participant.create_participant(event)['body'])
for event in create_participant_events
]
# Reloads the wheel with updated participant count
return {
'wheel':
json.loads(
wheel.get_wheel({
'body': {},
'pathParameters': {
'wheel_id': created_wheel['id']
}
})['body']),
'participants':
created_participants
}
def run_simulation(init_duration, init_stake, samples, player):
""" Run simulation, print the result to stdout
"""
wheel = create_wheel()
table = Table(wheel)
game = RouletteGame(wheel, table)
simulator = Simulator(game, player,
init_duration=init_duration, samples=samples,
init_stake=init_stake)
simulator.gather()
durations = simulator.durations
maxima = simulator.maxima
print(player)
print()
print("Durations")
print(" min :", min(durations))
print(" max :", max(durations))
print(" mean: %.2f" % statistics.mean(durations))
print(" dev : %.2f" % statistics.stdev(durations))
print("Maxima")
print(" min :", min(maxima))
print(" max :", max(maxima))
print(" mean: %.2f" % statistics.mean(maxima))
print(" dev : %.2f" % statistics.stdev(maxima))
def create_simulator():
rng = NonRandom([
# 2 blacks, 2 red
2,
6,
5,
7,
# 4 blacks
2,
6,
4,
8,
# 4 red
27,
30,
32,
34,
])
wheel = create_wheel(rng=rng)
table = Table(wheel)
game = RouletteGame(wheel, table)
simulator = Simulator(game,
"Passenger57",
init_duration=4,
samples=3,
init_stake=10)
return simulator
def test_create_wheel(mock_dynamodb, mock_wheel_table):
event = {'body': {'name': 'Test Wheel'}}
response = wheel.create_wheel(event)
created_wheel = json.loads(response['body'])
assert response['statusCode'] == 200
assert created_wheel['name'] == event['body']['name']
assert mock_wheel_table.get_existing_item(Key={'id': created_wheel['id']})
def test_random_player():
wheel = create_wheel()
rng = NonRandomOutcomeChoice(wheel)
expected_outcomes = [wheel.get_outcome(n) for n in ["Black", "Low", "00"]]
rng.set_outcomes(expected_outcomes)
table = Table(wheel)
random_player = RandomPlayer(table, rng=rng)
bets = [random_player.next_bet() for i in range(3)]
actual_outcomes = [b.outcome for b in bets]
assert actual_outcomes == expected_outcomes
def test_random_player():
wheel = create_wheel()
rng = NonRandomOutcomeChoice(wheel)
expected_outcomes = [wheel.get_outcome(n) for n in ["Black", "Low", "00"]]
rng.set_outcomes(expected_outcomes)
table = Table(wheel)
random_player = RandomPlayer(table, rng=rng)
bets = [random_player.next_bet() for i in range(3)]
actual_outcomes = [b.outcome for b in bets]
assert actual_outcomes == expected_outcomes
def test_place_bet():
wheel = create_wheel()
table = Table(wheel)
zerozero = Outcome("00", 35)
zerozero_bet = Bet(900, zerozero)
red_bet = Bet(60, Outcome("Red", 1))
table.place_bet(zerozero_bet)
table.place_bet(red_bet)
assert [x.bet_amount for x in table] == [900, 60]
with pytest.raises(InvalidBet):
table.place_bet(red_bet)
def test_roulette_game():
rng = NonRandom([0, 2])
wheel = create_wheel(rng)
table = Table(wheel)
player = Passenger57(table)
player.set_stake(20)
game = RouletteGame(wheel, table)
game.cycle(player)
assert player.losses == [10]
assert player.wins == list()
game.cycle(player)
assert player.losses == [10]
assert player.wins == [10]
def create_simulator():
rng = NonRandom(
[
# 2 blacks, 2 red
2, 6, 5, 7,
# 4 blacks
2, 6, 4, 8,
# 4 red
27, 30, 32, 34,
]
)
wheel = create_wheel(rng=rng)
table = Table(wheel)
game = RouletteGame(wheel, table)
simulator = Simulator(game, "Passenger57",
init_duration=4, samples=3,
init_stake=10)
return simulator
def test_invalid_create_wheel(mock_dynamodb):
response = wheel.create_wheel({'body': {'name': ''}})
assert response['statusCode'] == 400
assert 'New wheels require a name that must be a string with a length of at least 1' in response[
'body']
def create_game(rng=None):
""" Create a new gam """
wheel = create_wheel(rng=rng)
table = Table(wheel)
game = RouletteGame(wheel, table)
return game
def create_table():
wheel = create_wheel()
table = Table(wheel)
return table
def test_missing_body(mock_dynamodb):
with pytest.raises(Exception):
wheel.create_wheel({'not_body': 'Nobody is in here'})
def test_no_dynamodb_available():
response = wheel.create_wheel({'body': {'name': 'DDB not available'}})
assert response['statusCode'] == 500
def create_game(rng=None):
""" Create a new gam """
wheel = create_wheel(rng=rng)
table = Table(wheel)
game = RouletteGame(wheel, table)
return game
def create_table():
wheel = create_wheel()
table = Table(wheel)
return table