def test_attack_print_output_when_hit_and_enemy_dies(self, mock_randint, mock_stdout):
expected_output = "You strike!\n" \
"The Imperial Officer has taken a 5 point hit!\n\n" \
"You have defeated the Imperial Officer.\n" \
"We are one step closer to peace in the galaxy!\n\n"
attack(2)
self.assertEqual(expected_output, mock_stdout.getvalue())
def move_monster(self, monster, coordinates):
dx, dy = coordinates
if self.can_walk_at(monster.x + dx, monster.y + dy):
monster.x += dx
monster.y += dy
elif monster.player is not None:
destination_monster = self.get_monster_at(monster.x + dx,
monster.y + dy)
if destination_monster is not None:
attack(monster, destination_monster)
return True
return False
def runTest(): global a global b a = pb.make(50) b = pb.make(50) c = battle.attack(a,a["moves"][1],b) d = battle.EAttack(a,a["moves"][1],b) print(a["name"]," attacked ",b["name"]," with ", a["moves"][1]["name"], " for ",c, " damage. We expected ",d," damage." ) ct =0 for i in range(1000): ct += battle.attack(a,a["moves"][1],b)/1000 print(a["name"]," attacked ",b["name"]," with ", a["moves"][1]["name"], " for average",ct, " damage. We expected ",d," damage." )
def check(coordinates): # Calls attack if there're monsters in the room, Calls coinCount if there're treasures; else: room empty
x = coordinates[0]
y = coordinates[1]
if ds.dungeon[x][y].monsters: # True if sequence/list contains values
print(f"Monsters: {ds.dungeon[x][y].monsters}\n{ds.dungeon[x][y].treasure}")
choice = input("1. Attack\n2. Escape")
if choice == '1':
battle.attack(hero, sort(ds.dungeon[x][y].monsters))
elif choice == '2':
battle.escape(hero, sort(ds.dungeon[x][y].monsters))
if ds.dungeon[x][y].treasure: # True if sequence/list contains values
print(f"There're treasures!\n{ds.dungeon[x][y].treasure}")
coinCount(ds.dungeon[x][y].treasure)
else:
print("Room empty!")
def show_attack(attacker, defender, current_move):
a = attacker
d = defender
battle_over = False
temp_HP = defender.stats["HP"]
battle_text_message = []
battle_text = []
battle.attack(attacker, defender, current_move)
if temp_HP != defender.stats["HP"]:
battle_text_message += ["", attacker.name + " used " +\
current_move + "!", ""]
else:
battle_text_message = [""]
battle_text_message += [attacker.name + " used " +\
current_move]
battle_text_message[1] += "... but it had no effect!"
battle_text_message += [""]
#print(attacker.name + " used " + current_move + "!")
#print(defender.name + "'s HP fell from " + \
# str(temp_HP) + \
# " to " + str(defender.stats["HP"]))
#print()
if attacker.stats["HP"] == 0:
battle_text_message += [
attacker.name + " fainted... " + defender.name + " wins!"
]
battle_over = True
return battle_over, battle_text
if defender.stats["HP"] == 0:
battle_text_message += [
defender.name + " fainted... " + attacker.name + " wins!"
]
battle_over = True
for i in range(len(battle_text_message)):
battle_text += [
res["font"].render(battle_text_message[i], True, (0, 0, 0))
]
return battle_over, battle_text
def test_attack_when_miss_hp_unchanged(self, mock_randint):
hp_before_attack = imperial_forces[4]["HP"]
attack(4)
self.assertEqual(imperial_forces[4]["HP"], hp_before_attack)
def test_attack_when_hit_damage_is_reflected_in_new_hp(self, mock_randint):
hp_before_attack = imperial_forces[3]["HP"]
attack(3)
self.assertEqual(imperial_forces[3]["HP"], hp_before_attack - 3)
def test_attack_print_output_when_hit_and_enemy_survives(self, mock_randint, mock_stdout):
expected_output = "You strike!\n" \
"The Shocktrooper has taken a 2 point hit!\n" \
"Their HP has dropped to 3.\n\n"
attack(1)
self.assertEqual(expected_output, mock_stdout.getvalue())
def test_attack_print_output_when_miss(self, mock_randint, mock_stdout):
expected_output = "You strike!\n" \
"The Stormtrooper evaded the attack!\n\n"
attack(0)
self.assertEqual(expected_output, mock_stdout.getvalue())
def use_ability(cls, monster):
attack(monster, monster.target)
cls.reset_turn(monster)