Added dice test cases

tests/parser/test_dice_parser_dice.py

@@ -32,32 +32,50 @@ def test_simpleDice(self):
  self.assertEqual(1, dice.quantity)
  self.assertEqual(6, dice.sides)
 
- def test_emptyDice(self):
+ def test_simpleDice_alternativeSeparator(self):
  """
  Tests that a simple dice notation can be parsed.
  """
- dice = self.parser.parse("0d6")
+ dice = self.parser.parse("1D6")
 
- self.assertEqual(0, dice.quantity)
+ self.assertEqual(1, dice.quantity)
  self.assertEqual(6, dice.sides)
 
- def test_simpleDice_alternativeSeparator(self):
+ def test_onesDice(self):
  """
  Tests that a simple dice notation can be parsed.
  """
- dice = self.parser.parse("1D6")
+ dice = self.parser.parse("1d1")
 
  self.assertEqual(1, dice.quantity)
+ self.assertEqual(1, dice.sides)
+
+ def test_zeroQuantity(self):
+ """
+ Tests that a simple dice notation can be parsed.
+ """
+ dice = self.parser.parse("0d6")
+
+ self.assertEqual(0, dice.quantity)
  self.assertEqual(6, dice.sides)
 
- def test_minimalDice(self):
+ def test_zeroSides(self):
  """
  Tests that a simple dice notation can be parsed.
  """
- dice = self.parser.parse("1d1")
+ dice = self.parser.parse("1d0")
 
  self.assertEqual(1, dice.quantity)
- self.assertEqual(1, dice.sides)
+ self.assertEqual(0, dice.sides)
+
+ def test_zerosDice(self):
+ """
+ Tests that a simple dice notation can be parsed.
+ """
+ dice = self.parser.parse("0d0")
+
+ self.assertEqual(0, dice.quantity)
+ self.assertEqual(0, dice.sides)
 
 
 class TestDiceBinaryOperation(unittest.TestCase):