def test_history_toolbar(self):
human = Human()
expected_content = ""
actual_content = human._history_toolbar()
self.assertEqual(actual_content, expected_content)
human.history.append(C, C)
expected_content = "History (human, opponent): [('C', 'C')]"
actual_content = human._history_toolbar()
self.assertIn(actual_content, expected_content)
def test_history_toolbar(self):
human = Human()
expected_content = ""
actual_content = human._history_toolbar()
self.assertEqual(actual_content, expected_content)
human.history = [C]
human.opponent_history = [C]
expected_content = "History (human, opponent): [('C', 'C')]"
actual_content = human._history_toolbar()
self.assertIn(actual_content, expected_content)
def test_repr(self):
human = Human()
self.assertEqual(human.__repr__(), "Human: human")
human = Human(name="John Nash")
self.assertEqual(human.__repr__(), "Human: John Nash")
human = Human(name="John Nash", c_symbol="1", d_symbol="2")
self.assertEqual(human.__repr__(), "Human: John Nash")
def test_history_toolbar(self):
human = Human()
expected_content = ''
actual_content = human._history_toolbar(None)[0][1]
self.assertEqual(actual_content, expected_content)
human.history = ['C']
human.opponent_history = ['C']
# We can't test for this expected content properly until we drop
# support for Python 2 as the strings within a string aren't handled
# properly.
expected_content = "History (Human, opponent): [('C', 'C')]"
actual_content = human._history_toolbar(None)[0][1]
self.assertIn('History (Human, opponent)', actual_content)
def test_status_messages(self):
human = Human()
expected_messages = {
"toolbar": None,
"print": "{}Starting new match".format(linesep),
}
actual_messages = human._status_messages()
self.assertEqual(actual_messages, expected_messages)
human.history.append(C, C)
expected_print_message = "{}Turn 1: human played C, opponent played C".format(
linesep)
actual_messages = human._status_messages()
self.assertEqual(actual_messages["print"], expected_print_message)
self.assertIsNotNone(actual_messages["toolbar"])
def test_status_messages(self):
human = Human()
expected_messages = {
'toolbar': None,
'print': '{}Starting new match'.format(linesep)
}
actual_messages = human._status_messages()
self.assertEqual(actual_messages, expected_messages)
human.history = ['C']
human.opponent_history = ['C']
expected_print_message = (
'{}Turn 1: Human played C, opponent played C'.format(linesep)
)
actual_messages = human._status_messages()
self.assertEqual(actual_messages['print'], expected_print_message)
self.assertIsNotNone(actual_messages['toolbar'])
def test_status_messages(self):
human = Human()
expected_messages = {
"toolbar": None,
"print": "{}Starting new match".format(linesep),
}
actual_messages = human._status_messages()
self.assertEqual(actual_messages, expected_messages)
human.history = [C]
human.opponent_history = [C]
expected_print_message = "{}Turn 1: human played C, opponent played C".format(
linesep
)
actual_messages = human._status_messages()
self.assertEqual(actual_messages["print"], expected_print_message)
self.assertIsNotNone(actual_messages["toolbar"])
def test_repr(self):
human = Human()
self.assertEqual(human.__repr__(), "Human: human")
human = Human(name="John Nash")
self.assertEqual(human.__repr__(), "Human: John Nash")
human = Human(name="John Nash", c_symbol="1", d_symbol="2")
self.assertEqual(human.__repr__(), "Human: John Nash")
def test_history_toolbar(self):
human = Human()
expected_content = ''
actual_content = human._history_toolbar(None)[0][1]
self.assertEqual(actual_content, expected_content)
human.history = [C]
human.opponent_history = [C]
expected_content = "History (Human, opponent): [('C', 'C')]"
actual_content = human._history_toolbar(None)[0][1]
self.assertIn(actual_content, expected_content)
def test_history_toolbar(self):
human = Human()
expected_content = ''
actual_content = human._history_toolbar(None)[0][1]
self.assertEqual(actual_content, expected_content)
human.history = ['C']
human.opponent_history = ['C']
# We can't test for this expected content properly until we drop
# support for Python 2 as the strings within a string aren't handled
# properly.
expected_content = "History (Human, opponent): [('C', 'C')]"
actual_content = human._history_toolbar(None)[0][1]
self.assertIn('History (Human, opponent)', actual_content)
def test_status_messages(self):
human = Human()
expected_messages = {
'toolbar': None,
'print': '{}Starting new match'.format(linesep)
}
actual_messages = human._status_messages()
self.assertEqual(actual_messages, expected_messages)
human.history = [C]
human.opponent_history = [C]
expected_print_message = (
'{}Turn 1: Human played C, opponent played C'.format(linesep))
actual_messages = human._status_messages()
self.assertEqual(actual_messages['print'], expected_print_message)
self.assertIsNotNone(actual_messages['toolbar'])
def test_strategy(self):
human = Human()
expected_action = C
actual_action = human.strategy(Player(), lambda: C)
self.assertEqual(actual_action, expected_action)
def test_init(self):
human = Human(name='test human', c_symbol='X', d_symbol='Y')
self.assertEqual(human.name, 'test human')
self.assertEqual(human.symbols, {C: 'X', D: 'Y'})
def test_init(self):
human = Human(name="test human", c_symbol="X", d_symbol="Y")
self.assertEqual(human.human_name, "test human")
self.assertEqual(human.symbols, {C: "X", D: "Y"})
def test_strategy(self):
human = Human()
expected_action = 'C'
actual_action = human.strategy(Player(), lambda: 'C')
self.assertEqual(actual_action, expected_action)
