def test_generate_monster_print_output(self, mock_stdout):
"""Test encounter_monster if it prints valid output.
The result is expected True
"""
expected_output = "** Monster generated **\n"
monster.generate_monster()
self.assertEqual(mock_stdout.getvalue(), expected_output)
def fight_or_run_away(user: dict) -> None:
"""Determine if user runs away of fights based on user's input.
If user choose runaway, invoke monster_hit_user_ten_percent() to determine if the monster hits the user by 10 %
chance, and then print helpful message.
If user choose fight, invoke combat().
If user's input is invalid, invoke not_understand_command() to print helpful message and get user's input again.
PARAM: user, a dictionary
PRECONDITION: user, must be a dictionary has valid keys and values
POSTCONDITION: Print helpful message when user runs away
"""
ran_or_dead = False
mob = monster.generate_monster()
while not ran_or_dead:
user_choice = input(
"Do you want to fight or runaway? (F/R) ").strip().lower()
if user_choice in ['f', 'r', 'fight', 'runaway', 'run']:
if run_away(
user_choice) is True: # check if user wants to run away
if not monster.monster_hit_user_ten_percent(user):
print("** You ran away successfully! **")
else:
initiate_combat(user, mob)
ran_or_dead = True
else:
support_function.not_understand_command()
def test_generate_monster_length_of_return(self):
"""Test encounter_monster if the length of return is valid.
The result is expected True
"""
test_monster = monster.generate_monster()
self.assertEqual(2, len(test_monster))
def test_generate_monster_type_of_return(self):
"""Test encounter_monster if the type of return is valid.
The result is expected True
"""
test_monster = monster.generate_monster()
self.assertEqual(dict, type(test_monster))
def test_generate_monster5(self, mock_class, mock_dexterity, mock_damage):
self.assertEqual(
{
'Name': 'Pax',
'Health': 5,
'Damage': 2,
'Dexterity': 3
}, monster.generate_monster())
def test_generate_monster6(
self): # Tests that return value is a dictionary
self.assertEqual(dict, type(monster.generate_monster()))