class HopTestCase(TestCase):
def setUp(self):
from puzzles.hoppity import Puzzle
self.runner = Puzzle()
def test_hop_puzzle_runs(self):
"""
Test case to ensure that the hop puzzle exists and runs.
"""
self.runner.run(" \n15 \n")
pass
def print_hop(self, digits):
return self.runner.print_hop(digits)
def test_resolve_digits(self):
"""
Test case with whitespace characters
"""
result = self.runner.resolve_digits(' \n 15 \n\n\n')
assert that(result).equals(15), 'Resolve digits should handle whitespace characters'
def test_hop_divisible_three(self):
"""
Test case for integers divisible by three
"""
result = self.print_hop(12)
assert that(result).equals('Hoppity'), 'For integers divisible by 3, print Hoppity'
def test_hop_divisible_five(self):
"""
Test case for integers divisible by five
"""
result = self.print_hop(10)
assert that(result).equals('Hophop'), 'For integers divisible by 5, print Hophop'
def test_hop_divisible_three_five(self):
"""
Test case for integers divisible by both three and five
"""
result = self.print_hop(15)
assert that(result).equals('Hop'), 'For integers divisible by both 3 & 5, print Hop'
def test_hop_print_none(self):
"""
Test case to ensure that print hop returns nothing on non divisible integers
"""
result = self.print_hop(7)
assert not result, 'Print hop should print nothing on non divisible integers'
def setUp(self):
from puzzles.hoppity import Puzzle
self.runner = Puzzle()