def test_compare_normal(self):
self.assertEqual(Odds.fractional('1/2') == 1.5, True)
self.assertEqual(Odds.fractional('2/1') == 3.0, True)
self.assertTrue(Odds.fractional('2/1') == Odds.fractional('2/1'))
self.assertEqual(Odds(1.5) < 1, False)
self.assertEqual(Odds(0.5) > 1, False)
self.assertEqual(Odds(1.5) != 1.0, True)
self.assertEqual(Odds(1.5) != 1.5, False)
def test_fulfill_placement(self):
self.assertFalse(
Bet(100, home=Odds(2.4), draw=Odds(3.1),
away=Odds(3.7)).fulfill_placement())
b = Bet(100, home=Odds(2.47), draw=Odds(3.1), away=Odds(3.7))
self.assertTrue(b.fulfill_placement())
details = [
BetDetail(name='home', placed=40.52, outcome=100.49),
BetDetail(name='away', placed=27.13, outcome=100.66),
BetDetail(name='draw', placed=32.35, outcome=100.61)
]
placements = b.placements
s = 0.0
for detail in details:
for p in placements:
if (p.name == detail.name and p.placed == detail.placed
and p.outcome == detail.outcome):
placements.remove(p)
s += p.placed
self.assertTrue(len(placements) == 0)
self.assertEqual(b.bet, b.sum_placed)
self.assertEqual(b.sum_placed, s)
def test_break_even(self):
self.assertTrue(
Bet(100, home=Odds(2.47), draw=Odds(3.1),
away=Odds(3.7)).break_even())
self.assertFalse(
Bet(100, home=Odds(2.0), draw=Odds(3.1),
away=Odds(3.7)).break_even())
def test_should_not_error(self):
Bet(100, home=Odds(2), draw=Odds(3.1), away=Odds(3.7))
def test_malay(self):
for bet in all_odds:
conv, dec = bet.malay, bet.decimal
o = Odds.malay(conv)
self.assertEqual(o.decimal, dec)
def test_indo(self):
for bet in all_odds:
conv, dec = bet.indo, bet.decimal
o = Odds.indo(conv)
self.assertEqual(o.decimal, dec,
msg='conv: {0} = dec: {1}'.format(conv, dec))
def test_fractional(self):
for bet in all_odds:
conv, dec = bet.fractional, bet.decimal
o = Odds.fractional(conv)
self.assertEqual(o.decimal, dec,
msg='conv: {0} = dec: {1}'.format(conv, dec))