def create_hero(hero_name, universe):
hero = Hero()
hero.name = hero_name
hero.description = '{0} description'.format(hero_name)
hero.universe = universe
hero.save()
return hero
def test_hero_initialize():
test_dice = Dice([0])
test_hero = Hero(test_dice)
assert test_hero.hp == hero_config.BASE_HP
assert test_hero.sp == hero_config.BASE_SP
assert test_hero.dp == 0
def test_1():
map = Map("ressource/map01.txt")
assert len(map.start) == 1
assert len(map.goal) == 1
toto = Hero(map)
toto.position = map.start[0]
assert toto.position.getx == 0
assert toto.position.gety == 0
toto.move('left') # outside the map
assert toto.position.getx == 0
assert toto.position.gety == 0
toto.move('up') # outside the map
assert toto.position.getx == 0
assert toto.position.gety == 0
toto.move('right') # in the wall
assert toto.position.getx == 0
assert toto.position.gety == 0
toto.move('down') # OK
assert toto.position.getx == 1 # new x
assert toto.position.gety == 0
map.items.append(Position(5, 5)) # put an Item in the list
len_items = len(map.items)
toto.position = Position(4, 5) # put the hero near the item
toto.move('down') # move onto the new items
print('coucou {}'.format(toto.position))
assert len_items == len(
map.items) + 1 # the item has been removed from the list
def test_save_and_get_hero(self):
"""Test save and get hero"""
# Criando o novo heroi
new_hero = Hero()
new_hero.name = 'Superman'
new_hero.description = 'Superman'
new_hero.universe = 'dc'
new_hero.save()
# Obtendo o heroi pelo id
hero = Hero.get_hero(new_hero.id)
self.assertEqual(hero.name, 'Superman')
self.assertEqual(hero.id, new_hero.id)
def create(cls, params):
""""""
if not params.get('name'):
return {'error': str('name is required')}, 400
if not params.get('universe'):
return {'error': str('universe is required')}, 400
hero = Hero()
hero.name = cls.title_case(params.get('name'))
hero.image_url = cls.title_case(params.get('imageUrl'))
hero.description = cls.title_case(params.get('description'))
hero.universe = cls.title_case(params.get('universe'))
hero.save()
return hero.to_dict()
def create(params):
"""
Create a new hero
:param dict params: Request dict params
:return Hero: Hero created
"""
hero = Hero()
hero.name = params['name']
hero.description = params['description']
hero.imageUrl = params['imageUrl']
hero.universe = params['universe']
HeroModule.format_hero_params(hero)
HeroModule.valid_hero_params(hero)
hero.save()
return hero
def __init__(self):
pygame.init()
self.laby = Laby()
self.hero = Hero(self.laby)
self.needle = Item("needle", self.laby)
self.ether = Item("Ether", self.laby)
self.tube = Item("Tube", self.laby)
self.screen = pygame.display.set_mode((480, 520))
self.title_screen = title_screen
self.logo_screen = logo_screen
self.background = pygame.Surface((710, 700))
self.background.fill((255, 255, 255))
self.start_img = start
self.end_img = end
self.wall = walls
for wall in self.laby.walls:
x, y = wall
self.background.blit(self.wall, (x * sprite_size, y * sprite_size))
self.path = paths
for path in self.laby.paths:
x, y = path
self.background.blit(self.path, (x * sprite_size, y * sprite_size))
self.end_pos = end
for end_pos in self.laby.end:
x, y = end_pos
self.background.blit(self.end_pos,
(x * sprite_size, y * sprite_size))
self.allsprites = pygame.sprite.Group()
self.allsprites.add(ItemSprite(self.needle, needle))
self.allsprites.add(ItemSprite(self.ether, ether))
self.allsprites.add(ItemSprite(self.tube, tube))
self.allsprites.add(HeroSprite(self.hero))
pygame.display.update()
def main():
"""
parse parameters.
The init is done here :
- The map object remain the same in text or graphic mode --> instantiated at the begining and once
- the hero and the output (text or graphic) mode are also instantiated here
(toto is for the film 'toto le heros')
"""
args = parse_arguments()
map = Map(MAP_FILE)
if args.text:
clear()
toto = Hero(map)
game_text(map, toto)
else:
clear()
pygame.init()
screen = pygame.display.set_mode((SCREEN_WIDTH, SCREEN_HEIGTH))
toto = HeroGraph(map)
game_graphic(map, toto, screen)
def start(self):
'''
Setting up the elements of the game
'''
# We set up all the elements
labyrinthe = Map()
labyrinthe.load_map_data('map.csv')
df = labyrinthe.create_dataframe()
labyrinthe.items_random_position()
start = list(labyrinthe.start)
mcgyver = Hero(int(start[0].position[0] / CELL_SIZE),
int(start[0].position[1] / CELL_SIZE), HERO_CELL,
'hero.png')
interface.display_map(labyrinthe)
interface.display_items(labyrinthe)
interface.display_text_zone1()
# We bring the hero to life
running = True
while running:
interface.display_hero(mcgyver)
interface.pyg_events(mcgyver, labyrinthe)
def get_heroes_from_db():
conn = sqlite3.connect(DB_DIR)
cursor = conn.cursor()
query = 'select id, name, hp, defence, speed, recovery, mind, path from Hero'
cursor.execute(query)
db_heroes = cursor.fetchall()
query = '''
select name, power, speed, cost, type, sacrifice, range, user
from Move
'''
cursor.execute(query)
db_moves = cursor.fetchall()
heroes = {}
moves = []
for db_hero in db_heroes:
hero_id, name, hp, defence, speed, recovery, mind, img_path = db_hero
hero = Hero(name, hp, defence, speed, recovery, mind, img_path)
heroes[hero_id] = hero
for db_move in db_moves:
name, power, speed, cost, type_, sacrifice, range_, user = db_move
assert range_ in ('target', 'area', 'self', 'self area')
power = power if power else 0
move = Attack(name, power, speed, cost, sacrifice, type_, range_)
moves.append((user, move))
for hero_id, move in moves:
hero = heroes[hero_id]
if move.speed is None:
move.speed = hero.speed
move.initial_speed = hero.speed
hero.add_move(move)
return list(heroes.values())