def test_match_01(util_mock):
"""
test_match use verify correctly
Expected: 2 inovkations to verify
"""
util.match('Scissors', 'Paper')
expected_calls = [call('Scissors'), call('Paper')]
util_mock.assert_has_calls(expected_calls)
def test_match_04(util_mock):
"""
Input: p1=Paper p2=Rock \
Expected: 1
"""
result = util.match('Paper', 'Rock')
util_mock.assert_called()
ok_(result == 1, 'The result was ' + str(result))
def test_match_03(util_mock):
"""
Input: p1=Rock p2=Scissors \
Expected: 1
"""
result = util.match('Rock', 'Scissors')
util_mock.assert_called()
ok_(result == 1, 'The result was ' + str(result))
def test_match_02(util_mock):
"""
Input: p1=Scissors p2=Paper \
Expected: 1
"""
result = util.match('Scissors', 'Paper')
util_mock.assert_called()
ok_(result == 1, 'The result was ' + str(result))
def match(player):
"""
Start a match vs a computer and return the output
"""
computer = util.get_computer()
match_output = util.match(player, computer)
match_output_str = ''
if match_output == 1:
match_output_str = 'The player win'
elif match_output == 2:
match_output_str = 'The computer win'
elif match_output == 0:
match_output_str = 'It is a tie'
else:
return 'Server Error', 500
return {
'player': player,
'computer': computer,
'resutl_id': match_output,
'result': match_output_str
}