def createHero(self, id):
if id == 0:
from units.heros.archer import Archer
self.hero = Archer(self.heros[id])
return
if id == 1:
from units.heros.fighter import Fighter
self.hero = Fighter(self.heros[id])
return
if id == 2:
from units.heros.tank import Tank
self.hero = Tank(self.heros[id])
return
if id == 3:
from units.heros.assassin import Assassin
self.hero = Assassin(self.heros[id])
return
class TestAssassin(unittest.TestCase):
def setUp(self):
with open('data/heros.json') as data_file:
heros = json.loads(data_file.read())
self.testAssassin = Assassin(heros[3])
def test_attacksFirst(self):
"""
Assassin.attacksFirst() always returns True
"""
self.assertTrue(self.testAssassin.attacksFirst(0))
self.assertTrue(self.testAssassin.attacksFirst(1))
def test_attack_equal(self):
"""
Assassin.attack() equal to hero damage x 1.0 or x 1.5
"""
attack = self.testAssassin.damage * 1.0 or self.testAssassin.damage * 1.5
self.assertTrue(attack)
def test_receiveDamage_hp_decrease(self):
"""
Assasin.hp should decrease after receiving damage
unless attack is missed
"""
# store the starting hp
prev = self.testAssassin.hp
# calculate the realDamage (with armor reduction)
realDamage = 10.0 * self.testAssassin.damageMultiplier()
# calculate the hp that should be left after attack
hpLeft = self.testAssassin.hp - realDamage
# receive damage
attack = self.testAssassin.receiveDamage(10.0)
if attack != -1:
# when attack is not missed
self.assertGreater(prev, self.testAssassin.hp)
self.assertLess(self.testAssassin.hp, prev)
self.assertEqual(self.testAssassin.hp, hpLeft)
else:
# when attack is missed
self.assertEqual(self.testAssassin.hp, prev)
def setUp(self):
with open('data/heros.json') as data_file:
heros = json.loads(data_file.read())
self.testAssassin = Assassin(heros[3])
class World(object):
"""
handles world
"""
# TODO: init method, separation of concerns and new methods
def __init__(self):
# load units data
with open('data/heros.json') as data_file:
self.heros = json.loads(data_file.read())
with open('data/monsters.json') as data_file:
self.monsters = json.loads(data_file.read())
"""
starts the game, lets the player picks the hero class
"""
def startGame(self):
id = Interface.classPick(4)
self.createHero(id)
Interface.greetPick(self.hero.name)
"""
pick a monster and fight agains it
"""
def fightaMonster(self):
# pick a random monster
monsterId = random.randint(0,2)
self.monster = Monster(self.monsters[monsterId])
# fight!
print('\n---------------------')
print( '{0} vs. {1}'.format(self.hero.name, self.monster.name) )
print('FIGHT!')
turn = Round(self.hero, self.monster)
turn.fight()
"""
creates a hero
"""
def createHero(self, id):
if id == 0:
from units.heros.archer import Archer
self.hero = Archer(self.heros[id])
return
if id == 1:
from units.heros.fighter import Fighter
self.hero = Fighter(self.heros[id])
return
if id == 2:
from units.heros.tank import Tank
self.hero = Tank(self.heros[id])
return
if id == 3:
from units.heros.assassin import Assassin
self.hero = Assassin(self.heros[id])
return
"""
runs a level, figths a desired amount of monsters
@return {boolean} whether or not the hero won
"""
def level(self, monstersToFight):
if monstersToFight == 0:
isDead = self.hero.isDead()
if isDead:
print('\nWhat a bummer, you died and lost!')
else:
print('\nCongrats! you killed the last monster and won the level!')
# return the oposite to isDead
return not isDead
else:
self.fightaMonster()
if self.hero.isDead():
print('\nWhat a bummer, you died and lost!')
return False
# TODO: random quotes class
if monstersToFight > 1:
if random.randint(0,1) == 1:
againMessage = ', lets fight again!'
else:
againMessage = ', look there comes another one!'
print('\nCongrats! you killed a monster{0}'.format(againMessage) )
self.level(monstersToFight - 1)
