def test_is_done(self):
hero = Hero()
beast = Beast()
self.assertTrue(is_done(hero, beast, 25))
self.assertFalse(is_done(hero, beast, 18))
hero.health = -1
self.assertTrue(is_done(hero, beast, 18))
hero.health = 1
beast.health = -2
self.assertTrue(is_done(hero, beast, 18))
def test_lucky_dodge(self):
hero = Hero()
beast = Beast()
initial_health = beast.health
beast.luck = 100
attack(hero, beast)
self.assertEqual(initial_health, beast.health)
def test_dmg_to_be_done(self):
hero = Hero()
beast = Beast()
hero.strength = 80
initial_dmg = hero.damage_to_be_done
beast.luck = 0
attack(hero, beast)
self.assertNotEqual(initial_dmg, hero.damage_to_be_done)
def test_attack(self):
hero = Hero()
beast = Beast()
hero.strength = 80
beast.luck = 0
initial_health = beast.health
attack(hero, beast)
self.assertNotEqual(initial_health, beast.health)
def test_magic_shield_action(self):
hero = Hero()
beast = Beast()
beast.luck = 0
attack(hero, beast)
initial_dmg_to_be_done = hero.damage_to_be_done
self.assertTrue(initial_dmg_to_be_done > 0)
magic_shield_action(hero, beast)
self.assertTrue(hero.damage_to_be_done == initial_dmg_to_be_done // 2)
class SkillsActionsTest(unittest.TestCase):
mock = Mock()
hero = Hero()
beast = Beast()
def test_magic_shield_action(self):
hero = Hero()
beast = Beast()
beast.luck = 0
attack(hero, beast)
initial_dmg_to_be_done = hero.damage_to_be_done
self.assertTrue(initial_dmg_to_be_done > 0)
magic_shield_action(hero, beast)
self.assertTrue(hero.damage_to_be_done == initial_dmg_to_be_done // 2)
def test_rapid_strike_action(self):
hero = Hero()
beast = Beast()
mock = Mock()
expected = [attack(hero, beast)]
mock.rapid_strike_action(hero, beast)
mock.mock_calls == expected
class TestBeast(unittest.TestCase):
beast = Beast()
def test_name(self):
self.assertEqual(self.beast.name, 'Wild Beast')
def test_attribute_health(self):
self.assertTrue(self.beast.health >= 60 and self.beast.health <= 90)
def test_attribute_strength(self):
self.assertTrue(self.beast.strength >= 60 and self.beast.strength <= 90)
def test_attribute_defence(self):
self.assertTrue(self.beast.defence >= 40 and self.beast.defence <= 60)
def test_attribute_speed(self):
self.assertTrue(self.beast.speed >= 40 and self.beast.speed <= 60)
def test_attribute_luck(self):
self.assertTrue(self.beast.luck >= 25 and self.beast.luck <= 40)
def test_offensive_skills(self):
self.assertFalse(self.beast.offensive_skills)
def test_defensive_skills(self):
self.assertFalse(self.beast.defensive_skills)
def test_play_game(self):
hero = Hero()
beast = Beast()
turn_number = 1
mock = Mock()
expected = [
is_done(hero, beast, turn_number),
load_round(),
print_turn_number(turn_number),
hero.do_skills(hero, beast, hero.offensive_skills, True),
attack(hero, beast),
beast.do_skills(beast, hero, beast.offensive_skills, True),
attack(beast, hero)
]
mock.play_game(hero, beast, turn_number)
mock.mock_calls == expected
def test_damage_done(self):
hero = Hero()
beast = Beast()
# as much as the beast has defence
hero.strength = 40
initial_health = beast.health
attack(hero, beast)
self.assertEqual(initial_health, beast.health)
def test_rapid_strike_action(self):
hero = Hero()
beast = Beast()
mock = Mock()
expected = [attack(hero, beast)]
mock.rapid_strike_action(hero, beast)
mock.mock_calls == expected
from gameplay.actions import play_game
from characters.hero import Hero
from characters.beast import Beast
from gameplay.utils import declare_winner, game_intro
if __name__ == "__main__":
'''
create both the hero and the beast
'''
hero = Hero()
beast = Beast()
turn_number = 1
# Just printing the introduction
game_intro()
print(hero)
print(beast)
# Check for the better speed or luck, if equal the hero will start
if hero.speed > beast.speed:
play_game(hero, beast, turn_number)
elif beast.speed > hero.speed:
play_game(beast, hero, turn_number)
elif hero.luck >= beast.luck:
play_game(hero, beast, turn_number)
else:
play_game(beast, hero, turn_number)
declare_winner(hero, beast)
class ActionTest(unittest.TestCase):
hero = Hero()
beast = Beast()
def test_lucky_dodge(self):
hero = Hero()
beast = Beast()
initial_health = beast.health
beast.luck = 100
attack(hero, beast)
self.assertEqual(initial_health, beast.health)
def test_damage_done(self):
hero = Hero()
beast = Beast()
# as much as the beast has defence
hero.strength = 40
initial_health = beast.health
attack(hero, beast)
self.assertEqual(initial_health, beast.health)
def test_attack(self):
hero = Hero()
beast = Beast()
hero.strength = 80
beast.luck = 0
initial_health = beast.health
attack(hero, beast)
self.assertNotEqual(initial_health, beast.health)
def test_dmg_to_be_done(self):
hero = Hero()
beast = Beast()
hero.strength = 80
initial_dmg = hero.damage_to_be_done
beast.luck = 0
attack(hero, beast)
self.assertNotEqual(initial_dmg, hero.damage_to_be_done)
def test_is_done(self):
hero = Hero()
beast = Beast()
self.assertTrue(is_done(hero, beast, 25))
self.assertFalse(is_done(hero, beast, 18))
hero.health = -1
self.assertTrue(is_done(hero, beast, 18))
hero.health = 1
beast.health = -2
self.assertTrue(is_done(hero, beast, 18))
def test_play_game(self):
hero = Hero()
beast = Beast()
turn_number = 1
mock = Mock()
expected = [
is_done(hero, beast, turn_number),
load_round(),
print_turn_number(turn_number),
hero.do_skills(hero, beast, hero.offensive_skills, True),
attack(hero, beast),
beast.do_skills(beast, hero, beast.offensive_skills, True),
attack(beast, hero)
]
mock.play_game(hero, beast, turn_number)
mock.mock_calls == expected