def test_isValidBet(self):
self.assertTrue(utils.isValidBet('W','3','30'))
self.assertTrue(utils.isValidBet('E','3,4','30'))
self.assertTrue(utils.isValidBet('P','3','30'))
self.assertFalse(utils.isValidBet('W','3,4','30'))
self.assertFalse(utils.isValidBet('P','3','-30'))
self.assertFalse(utils.isValidBet('D','3','30'))
self.assertFalse(utils.isValidBet('E','3,3','30'))
self.assertFalse(utils.isValidBet('E','3,4','30.0'))
self.assertFalse(utils.isValidBet('EW','3,4','30'))
self.assertFalse(utils.isValidBet('E','3,W4','30'))
if not line.strip():
# empty line? OK, we'll just skip it
continue
# any valid input should have exactly 4 parts
elif len(break_down) != 4:
print "Invalid input format: ", line
break
elif break_down[0] == "Bet":
# we could have a class Bet but it is not needed in our case
# Selections will be validate as non-negative integers, but we'll store them in a dic as a string
product = break_down[1]
# Assume if selection is started with '0', e.g. '03' , it is invalid
selections = break_down[2]
stake = break_down[3]
if utils.isValidBet(product, selections, stake):
if product == "W":
win_pool.updatePool(int(stake), selections)
elif product == "P":
place_pool.updatePool(int(stake), selections)
elif product == "E":
exacta_pool.updatePool(int(stake), selections)
else:
print "Invalid input as a Bet: ", line
break
elif break_down[0] == "Result":
# No need for a result class as well
# Assume that selection is not started with '0', e.g. '03'
first = break_down[1]
second = break_down[2]
third = break_down[3]