class SevenRedsTest(unittest.TestCase):
nrnd = NonRandom(1) # rolls 1, Odd, Red
wh = wheel.Wheel(nrnd)
bb = binbuilder.BinBuilder()
bb.buildBins(wh)
t = table.Table(1000)
game = roulettegame.RouletteGame(wh, t)
pl = players.SevenReds(t)
pl.setStake(100)
pl.setRounds(10)
def test1_init(self):
''' Tests the initialization of the Martingale Player.
Checks initial variables. '''
self.assertEqual(self.pl.stake, 100)
self.assertEqual(self.pl.roundsToGo, 10)
self.assertEqual(self.pl.lossCount, 0)
self.assertEqual(self.pl.betMultiple, 1)
self.assertEqual(self.pl.redCount, 0)
def test2_roll6reds(self):
for roll in range(6):
self.game.cycle(self.pl)
self.assertEqual(self.pl.redCount, 6)
def test3_roll2reds(self):
for roll in range(2):
self.game.cycle(self.pl)
self.assertEqual(self.pl.redCount, 1)
self.assertEqual(self.pl.betMultiple, 2)
def test2_gather(self):
''' Tests the simulator.Simulatogather() method. '''
wh = wheel.Wheel()
bb = binbuilder.BinBuilder()
bb.buildBins(wh)
t = table.Table(100)
game = roulettegame.RouletteGame(wh, t)
pl = players.Passenger57(t)
sim = simulator.Simulator(pl, game)
def test4_nomorerounds(self):
nrnd = NonRandom(2)
wh = wheel.Wheel(nrnd)
bb = binbuilder.BinBuilder()
bb.buildBins(wh)
t = table.Table(100)
game = roulettegame.RouletteGame(wh, t)
pl = players.Passenger57(t)
pl.setStake(100)
pl.setRounds(10)
while pl.playing():
game.cycle(pl)
self.assertEqual(pl.roundsToGo, 0)
def test1_session(self):
''' Tests if the simulator.Simulatosession() returns the required
list of stakes in a controlled simulation. '''
nrnd = NonRandom(1)
wh = wheel.Wheel(nrnd)
bb = binbuilder.BinBuilder()
bb.buildBins(wh)
t = table.Table(100)
game = roulettegame.RouletteGame(wh, t)
pl = players.Passenger57(t)
sim = simulator.Simulator(pl, game)
self.assertEqual(sim.session(),
[90,80,70,60,50,40,30,20,10,0])
def test1_win(self):
''' Tests winning process. '''
nrnd = NonRandom(2)
wh = wheel.Wheel(nrnd)
bb = binbuilder.BinBuilder()
bb.buildBins(wh)
t = table.Table(100)
game = roulettegame.RouletteGame(wh, t)
pl = players.Passenger57(t)
pl.setStake(100)
pl.setRounds(10)
self.assertEqual(pl.stake, 100)
game.cycle(pl)
self.assertEqual(pl.stake, 110)
def test3_outofmoney(self):
''' Tests if the cycle breaks when the Player's stake is zero '''
nrnd = NonRandom(1)
wh = wheel.Wheel(nrnd)
bb = binbuilder.BinBuilder()
bb.buildBins(wh)
t = table.Table(100)
game = roulettegame.RouletteGame(wh, t)
pl = players.Passenger57(t)
pl.setStake(100)
pl.setRounds(10)
while pl.playing():
game.cycle(pl)
self.assertEqual(pl.stake, 0)
class WheelTest(unittest.TestCase):
''' Creates a number of Outcomes that would belong to 2 different Bins
It tests the addition and the random rolls'''
nrnd = NonRandom(0)
wh1 = wheel.Wheel(nrnd)
oc1 = outcome.Outcome('Number 0', 35)
oc2 = outcome.Outcome('Line 0-00-1-2-3', 5)
oc3 = outcome.Outcome('Split 1-2', 17)
oc4 = outcome.Outcome('Line 1-2-3-4-5-6', 5)
oc5 = outcome.Outcome('Red', 1)
bb = binbuilder.BinBuilder()
def test1_addOutcome(self):
''' Tests whether the addition of an Outcome to a Bin was successful '''
self.wh1.addOutcome(0, self.oc1)
self.wh1.addOutcome(0, self.oc2)
self.wh1.addOutcome(1, self.oc3)
self.wh1.addOutcome(1, self.oc4)
self.wh1.addOutcome(1, self.oc5)
self.assertEqual(self.wh1.bins[0].outcomes, frozenset([self.oc1, self.oc2]))
self.assertEqual(self.wh1.bins[1].outcomes, frozenset([self.oc3, self.oc4, self.oc5]))
def test2_bin_creation(self):
''' Tests whether the object instantiation was successful
by checking the number of Bin objects in the bins variable '''
self.assertEqual(len(self.wh1.bins), 38)
def test3_outcomecollection(self):
''' Generates all the Bins with their corresponding Outcomes,
then tests the all_outcomes list with the Wheel.getOutcome method '''
self.bb.buildBins(self.wh1)
self.assertEqual(self.wh1.getOutcome('00'), set(['Number 00 (odds 35:1)',
'Line 0-00-1-2-3 (odds 5:1)']))
self.assertEqual(self.wh1.getOutcome('10'), set(['Number 10 (odds 35:1)',
'Split 7-10 (odds 17:1)',
'Split 10-11 (odds 17:1)',
'Split 10-13 (odds 17:1)',
'Street 10-11-12 (odds 11:1)',
'Corner 7-8-10-11 (odds 11:1)',
'Corner 10-11-13-14 (odds 11:1)',
'Line 7-8-9-10-11-12 (odds 5:1)',
'Line 10-11-12-13-14-15 (odds 5:1)']))
self.assertEqual(self.wh1.getOutcome('Red'), set(['Red (odds 1:1)']))
def test4_next(self):
''' Picks a rendom element from the bins and checks if it is a valid choice
and checks the return type'''
roll = self.wh1.next_roll()
self.assertTrue(roll in self.wh1.bins)
self.assertTrue(type(roll) == bin.Bin)
def test5_nonrandom_next(self):
''' Tests with a controlled roll if the right Bin was chosen '''
roll = self.wh1.next_roll()
self.assertEqual(roll, self.wh1.bins[0])
class BinBuilderTest(unittest.TestCase):
''' Tests all the different kinds of bets whether they return
the correct Outcome object '''
wh = wheel.Wheel()
bb = binbuilder.BinBuilder()
def test_straightbets(self):
''' Tests straight, single number bet
Checks the 2 wildcard numbers (0,00)
and a regular number '''
self.assertEqual(self.bb.generateStraightBets('0'),
outcome.Outcome('Number 0', 35))
self.assertEqual(self.bb.generateStraightBets('00'),
outcome.Outcome('Number 00', 35))
self.assertEqual(self.bb.generateStraightBets('1'),
outcome.Outcome('Number 1', 35))
def test_splitbets(self):
''' Tests split bets: bets on 2 numbers
Checks the 2 wildcard numbers (0,00)
each number from the top row
each number from the bottom row
each number from a row in the middle'''
self.assertEqual(self.bb.generateSplitBets('1'), (outcome.Outcome(
'Split 1-2', 17), outcome.Outcome('Split 1-4', 17)))
self.assertEqual(
self.bb.generateSplitBets('2'),
(outcome.Outcome('Split 1-2', 17), outcome.Outcome(
'Split 2-3', 17), outcome.Outcome('Split 2-5', 17)))
self.assertEqual(self.bb.generateSplitBets('3'), (outcome.Outcome(
'Split 2-3', 17), outcome.Outcome('Split 3-6', 17)))
self.assertEqual(
self.bb.generateSplitBets('4'),
(outcome.Outcome('Split 1-4', 17), outcome.Outcome(
'Split 4-5', 17), outcome.Outcome('Split 4-7', 17)))
self.assertEqual(
self.bb.generateSplitBets('5'),
(outcome.Outcome('Split 2-5', 17), outcome.Outcome(
'Split 4-5', 17), outcome.Outcome(
'Split 5-6', 17), outcome.Outcome('Split 5-8', 17)))
self.assertEqual(
self.bb.generateSplitBets('6'),
(outcome.Outcome('Split 3-6', 17), outcome.Outcome(
'Split 5-6', 17), outcome.Outcome('Split 6-9', 17)))
self.assertEqual(self.bb.generateSplitBets('34'), (outcome.Outcome(
'Split 31-34', 17), outcome.Outcome('Split 34-35', 17)))
self.assertEqual(self.bb.generateSplitBets('35'), (outcome.Outcome(
'Split 32-35', 17), outcome.Outcome(
'Split 34-35', 17), outcome.Outcome('Split 35-36', 17)))
self.assertEqual(self.bb.generateSplitBets('36'), (outcome.Outcome(
'Split 33-36', 17), outcome.Outcome('Split 35-36', 17)))
def test_streetbets(self):
''' Tests street bets: a series of three numbers
Checks 3 numbers: one from each column '''
self.assertEqual(self.bb.generateStreetBets('1'),
outcome.Outcome('Street 1-2-3', 11))
self.assertEqual(self.bb.generateStreetBets('14'),
outcome.Outcome('Street 13-14-15', 11))
self.assertEqual(self.bb.generateStreetBets('24'),
outcome.Outcome('Street 22-23-24', 11))
def test_cornerbets(self):
''' Tests corner bets: 4 numbers in a shape of a square
It checks the top row (1,2,3)
the bottom row (34,35,36)
and one of the middle rows '''
self.assertEqual(self.bb.generateCornerBets('1'),
outcome.Outcome('Corner 1-2-4-5', 8))
self.assertEqual(self.bb.generateCornerBets('2'), (outcome.Outcome(
'Corner 1-2-4-5', 8), outcome.Outcome('Corner 2-3-5-6', 8)))
self.assertEqual(self.bb.generateCornerBets('3'),
outcome.Outcome('Corner 2-3-5-6', 8))
self.assertEqual(self.bb.generateCornerBets('34'),
outcome.Outcome('Corner 31-32-34-35', 8))
self.assertEqual(self.bb.generateCornerBets('35'),
(outcome.Outcome('Corner 31-32-34-35', 8),
outcome.Outcome('Corner 32-33-35-36', 8)))
self.assertEqual(self.bb.generateCornerBets('36'),
outcome.Outcome('Corner 32-33-35-36', 8))
self.assertEqual(self.bb.generateCornerBets('10'), (outcome.Outcome(
'Corner 7-8-10-11', 8), outcome.Outcome('Corner 10-11-13-14', 8)))
self.assertEqual(self.bb.generateCornerBets('20'),
(outcome.Outcome('Corner 16-17-19-20', 8),
outcome.Outcome('Corner 17-18-20-21', 8),
outcome.Outcome('Corner 19-20-22-23', 8),
outcome.Outcome('Corner 20-21-23-24', 8)))
self.assertEqual(self.bb.generateCornerBets('18'),
(outcome.Outcome('Corner 14-15-17-18', 8),
outcome.Outcome('Corner 17-18-20-21', 8)))
def test_linebets(self):
''' Tests line bets: a series of 6 numbers '''
self.assertEqual(self.bb.generateLineBets('0'),
outcome.Outcome('Line 0-00-1-2-3', 5))
self.assertEqual(self.bb.generateLineBets('00'),
outcome.Outcome('Line 0-00-1-2-3', 5))
self.assertEqual(self.bb.generateLineBets('1'), (outcome.Outcome(
'Line 0-00-1-2-3', 5), outcome.Outcome('Line 1-2-3-4-5-6', 5)))
self.assertEqual(self.bb.generateLineBets('15'),
(outcome.Outcome('Line 10-11-12-13-14-15', 5),
outcome.Outcome('Line 13-14-15-16-17-18', 5)))
self.assertEqual(self.bb.generateLineBets('36'),
outcome.Outcome('Line 31-32-33-34-35-36', 5))
def test_dozenbets(self):
''' Tests dozen bets and if the right group is chosen
checks one number from each dozen group '''
self.assertEqual(self.bb.generateDozenBets('4'),
outcome.Outcome('Dozen 1', 2))
self.assertEqual(self.bb.generateDozenBets('20'),
outcome.Outcome('Dozen 2', 2))
self.assertEqual(self.bb.generateDozenBets('30'),
outcome.Outcome('Dozen 3', 2))
def test_redblackbets(self):
''' Tests RedBlack bets '''
self.assertEqual(self.bb.generateRedBlackBets('1'),
outcome.Outcome('Red', 1))
self.assertEqual(self.bb.generateRedBlackBets('2'),
outcome.Outcome('Black', 1))
def test_evenoddbets(self):
''' Tests EvenOdd bets and checks if even numbers go in Even
and odd numbers go in Odd '''
self.assertEqual(self.bb.generateEvenOddBets('1'),
outcome.Outcome('Odd', 1))
self.assertEqual(self.bb.generateEvenOddBets('2'),
outcome.Outcome('Even', 1))
def test_highlowbets(self):
''' Tests HighLow bets and checks if numbers go in the correct container '''
self.assertEqual(self.bb.generateHighLowBets('18'),
outcome.Outcome('Low', 1))
self.assertEqual(self.bb.generateHighLowBets('19'),
outcome.Outcome('High', 1))
def test_columnbet(self):
''' Tests column bets and if the right column is chosen
Checks one number from each column '''
self.assertEqual(self.bb.generateColumnBets('13'),
outcome.Outcome('Column 1', 2))
self.assertEqual(self.bb.generateColumnBets('23'),
outcome.Outcome('Column 2', 2))
self.assertEqual(self.bb.generateColumnBets('27'),
outcome.Outcome('Column 3', 2))
def test_buildbins(self):
self.bb.buildBins(self.wh)
# case 0
self.assertEqual(
self.wh.get_bin(0),
bin.Bin(outcome.Outcome('Number 0', 35),
outcome.Outcome('Line 0-00-1-2-3', 5),
outcome.Outcome('Even', 1), outcome.Outcome('Odd', 1)))
# case 00
self.assertEqual(
self.wh.get_bin(37),
bin.Bin(outcome.Outcome('Number 00', 35),
outcome.Outcome('Line 0-00-1-2-3', 5),
outcome.Outcome('Even', 1), outcome.Outcome('Odd', 1)))
# case 1
self.assertEqual(
self.wh.get_bin(1),
bin.Bin(outcome.Outcome('Number 1', 35),
outcome.Outcome('Split 1-2', 17),
outcome.Outcome('Split 1-4', 17),
outcome.Outcome('Street 1-2-3', 11),
outcome.Outcome('Corner 1-2-4-5', 11),
outcome.Outcome('Line 0-00-1-2-3', 5),
outcome.Outcome('Line 1-2-3-4-5-6', 5),
outcome.Outcome('Dozen 1', 2),
outcome.Outcome('Column 1', 2), outcome.Outcome('Red', 1),
outcome.Outcome('Odd', 1), outcome.Outcome('Low', 1)))
# case 2
self.assertEqual(
self.wh.get_bin(2),
bin.Bin(outcome.Outcome('Number 2', 35),
outcome.Outcome('Split 1-2', 17),
outcome.Outcome('Split 2-3', 17),
outcome.Outcome('Split 2-5', 17),
outcome.Outcome('Street 1-2-3', 11),
outcome.Outcome('Corner 1-2-4-5', 11),
outcome.Outcome('Corner 2-3-5-6', 11),
outcome.Outcome('Line 0-00-1-2-3', 5),
outcome.Outcome('Line 1-2-3-4-5-6', 5),
outcome.Outcome('Dozen 1', 2),
outcome.Outcome('Column 2', 2),
outcome.Outcome('Black', 1), outcome.Outcome('Even', 1),
outcome.Outcome('Low', 1)))
# case 3
self.assertEqual(
self.wh.get_bin(3),
bin.Bin(outcome.Outcome('Number 3', 35),
outcome.Outcome('Split 2-3', 17),
outcome.Outcome('Split 3-6', 17),
outcome.Outcome('Street 1-2-3', 11),
outcome.Outcome('Corner 2-3-5-6', 11),
outcome.Outcome('Line 0-00-1-2-3', 5),
outcome.Outcome('Line 1-2-3-4-5-6', 5),
outcome.Outcome('Dozen 1', 2),
outcome.Outcome('Column 3', 2), outcome.Outcome('Red', 1),
outcome.Outcome('Odd', 1), outcome.Outcome('Low', 1)))
# case 10
self.assertEqual(
self.wh.get_bin(10),
bin.Bin(outcome.Outcome('Number 10', 35),
outcome.Outcome('Split 7-10', 17),
outcome.Outcome('Split 10-11', 17),
outcome.Outcome('Split 10-13', 17),
outcome.Outcome('Street 10-11-12', 11),
outcome.Outcome('Corner 7-8-10-11', 11),
outcome.Outcome('Corner 10-11-13-14', 11),
outcome.Outcome('Line 7-8-9-10-11-12', 5),
outcome.Outcome('Line 10-11-12-13-14-15', 5),
outcome.Outcome('Dozen 1', 2),
outcome.Outcome('Column 1', 2),
outcome.Outcome('Black', 1), outcome.Outcome('Even', 1),
outcome.Outcome('Low', 1)))
# case 20
self.assertEqual(
self.wh.get_bin(20),
bin.Bin(outcome.Outcome('Number 20', 35),
outcome.Outcome('Split 17-20', 17),
outcome.Outcome('Split 19-20', 17),
outcome.Outcome('Split 20-21', 17),
outcome.Outcome('Split 20-23', 17),
outcome.Outcome('Street 19-20-21', 11),
outcome.Outcome('Corner 16-17-19-20', 11),
outcome.Outcome('Corner 17-18-20-21', 11),
outcome.Outcome('Corner 19-20-22-23', 11),
outcome.Outcome('Corner 20-21-23-24', 11),
outcome.Outcome('Line 16-17-18-19-20-21', 5),
outcome.Outcome('Line 19-20-21-22-23-24', 5),
outcome.Outcome('Dozen 2', 2),
outcome.Outcome('Column 2', 2),
outcome.Outcome('Black', 1), outcome.Outcome('Even', 1),
outcome.Outcome('High', 1)))
# case 30
self.assertEqual(
self.wh.get_bin(30),
bin.Bin(outcome.Outcome('Number 30', 35),
outcome.Outcome('Split 27-30', 17),
outcome.Outcome('Split 29-30', 17),
outcome.Outcome('Split 30-33', 17),
outcome.Outcome('Street 28-29-30', 11),
outcome.Outcome('Corner 26-27-29-30', 11),
outcome.Outcome('Corner 29-30-32-33', 11),
outcome.Outcome('Line 25-26-27-28-29-30', 5),
outcome.Outcome('Line 28-29-30-31-32-33', 5),
outcome.Outcome('Dozen 3', 2),
outcome.Outcome('Column 3', 2), outcome.Outcome('Red', 1),
outcome.Outcome('Even', 1), outcome.Outcome('High', 1)))
# case 34
self.assertEqual(
self.wh.get_bin(34),
bin.Bin(outcome.Outcome('Number 34', 35),
outcome.Outcome('Split 31-34', 17),
outcome.Outcome('Split 34-35', 17),
outcome.Outcome('Street 34-35-36', 11),
outcome.Outcome('Corner 31-32-34-35', 11),
outcome.Outcome('Line 31-32-33-34-35-36', 5),
outcome.Outcome('Dozen 3', 2),
outcome.Outcome('Column 1', 2), outcome.Outcome('Red', 1),
outcome.Outcome('Even', 1), outcome.Outcome('High', 1)))
# case 35
self.assertEqual(
self.wh.get_bin(35),
bin.Bin(outcome.Outcome('Number 35', 35),
outcome.Outcome('Split 32-35', 17),
outcome.Outcome('Split 34-35', 17),
outcome.Outcome('Split 35-36', 17),
outcome.Outcome('Street 34-35-36', 11),
outcome.Outcome('Corner 31-32-34-35', 11),
outcome.Outcome('Corner 32-33-35-36', 11),
outcome.Outcome('Line 31-32-33-34-35-36', 5),
outcome.Outcome('Dozen 3', 2),
outcome.Outcome('Column 2', 2),
outcome.Outcome('Black', 1), outcome.Outcome('Odd', 1),
outcome.Outcome('High', 1)))
# case 36
self.assertEqual(
self.wh.get_bin(36),
bin.Bin(outcome.Outcome('Number 36', 35),
outcome.Outcome('Split 33-36', 17),
outcome.Outcome('Split 35-36', 17),
outcome.Outcome('Street 34-35-36', 11),
outcome.Outcome('Corner 32-33-35-36', 11),
outcome.Outcome('Line 31-32-33-34-35-36', 5),
outcome.Outcome('Dozen 3', 2),
outcome.Outcome('Column 3', 2), outcome.Outcome('Red', 1),
outcome.Outcome('Even', 1), outcome.Outcome('High', 1)))
