def init():
global aquarium
cfg = dict()
with open(fpath + '/pi_service_cfg.json') as cfgfile:
cfg = json.load(cfgfile)
if cfg['aquarium']:
GPIO.setwarnings(False)
GPIO.setmode(GPIO.BCM)
aquarium = Aquarium()
def main():
aquarium = Aquarium()
fish = Tang("Bubble", 3, "grey", False)
fish2 = Clownfish("Nemo", 4, "red", "blue")
fish3 = Kong("Sirilla", 5, "azure")
fish4 = Kong("Moby", 11, "green")
fish.feed()
fish2.feed()
fish3.feed()
fish.status()
fish2.status()
fish3.status()
fish4.status()
aquarium.add_fish(fish)
aquarium.add_fish(fish2)
aquarium.add_fish(fish3)
aquarium.feed()
aquarium.remove_fish()
aquarium.get_status()
def main():
dory = Tang("tang", "doreeee", 6, "blue")
dory.feed("tang")
dory.status()
nemo = Kong("kong", "nemo", 3, "red")
nemo.status()
nemo.feed("kong")
nemo.feed("kong")
nemo.status()
clown = Clownfish("clownfish", "joker", 4, "purple")
clown.status()
clown.feed("clownfish")
clown.status()
aquarium = Aquarium("Underworld")
aquarium.addFish(dory)
aquarium.addFish(nemo)
aquarium.addFish(clown)
aquarium.get_status()
aquarium.feed(20)
dory.status()
clown.status()
nemo.status()
aquarium.feed(10)
dory.status()
clown.status()
nemo.status()
aquarium.removeFish()
aquarium.get_status()
COUNT_ALL_DWELLERS = 100
COUNT_PREDATORS = 2
COUNT_COCHLEA = 3
COUNT_PLANT = 55
COUNT_REGULAR = 40
class SampleError(Exception):
def __init__(self, arg):
# Set some exception infomation
self.msg = arg
if __name__ == '__main__':
# создали аквариум, просто один - лучший синглтон
myAqua = Aquarium()
try:
# запустили хищников
predator_01 = dweller.PredatoryFish(10, 'Anton')
myAqua.dwellers.append(predator_01)
predator_02 = dweller.PredatoryFish(10, 'Sam')
myAqua.dwellers.append(predator_02)
# запустили обычную рыбу
for regular in range(COUNT_REGULAR):
myAqua.dwellers.append(
dweller.RegularFish(
randint(dweller.RegularFish.MIN_WEIGHT,
dweller.RegularFish.MAX_WEIGHT)))
# запустили улиток
for regular in range(COUNT_COCHLEA):
myAqua.dwellers.append(
while len(self.aquarium.occupants) > (count_snails + count_predators):
occupant1 = choice(self.aquarium.occupants)
occupant2 = choice(self.aquarium.occupants)
try:
occupant1.eat(occupant2)
index = self.aquarium.occupants.index(occupant2)
del self.aquarium.occupants[index]
except FoodError as e:
print(e.message)
print(" =RESULT= ")
self.print_result(self.filter.get_snails())
self.print_result(self.filter.get_predators())
@staticmethod
def print_result(occupants):
occupants = sorted(occupants, key=lambda occupant: occupant.weight, reverse=True)
for occupant in occupants:
print(occupant.__class__.__name__ + " \"" + occupant.name + "\", weight: " + str(occupant.weight) + ", victims: " + str(occupant.victims))
if __name__ == '__main__':
aquarium = Aquarium()
print(BColors.BOLD, "Occupants in aquarium:", len(aquarium.occupants), BColors.ENDC)
app = Application(aquarium)
app.play()
import sys
import os
import os.path
from aquarium import Aquarium
import time
if __name__ == "__main__":
tiempo_inicial = time.time()
if len(sys.argv) != 3:
print(f"Modo de uso: python3.6+ {sys.argv[0]} input_file output_file")
print("Donde")
print("\tinput_file es un archivo del test a resolver")
print("\toutput_file es el archivo donde el programa guardará el output")
sys.exit(1)
# El primer parámetro es el archivo de input
input_file = sys.argv[1]
# El segundo parámetro es el archivo de output
output_file = sys.argv[2]
path = os.path.join(os.getcwd(), output_file)
directory = os.path.dirname(path)
if not os.path.exists(directory):
os.makedirs(directory)
aquarium = Aquarium(path, input_file)
aquarium.is_solvable()
print(f"Tiempo de ejecución: {time.time()-tiempo_inicial}")
from aquarium import Aquarium
from clownfish import Clownfish
from tang import Tang
from kong import Kong
aquarium = Aquarium()
# checking what happens with empty aquarium
aquarium.get_status()
aquarium.feed()
aquarium.remove_fat_fishes()
# creating fishes
clownfish_1 = Clownfish("Laughy", 9, "orange", "white")
clownfish_2 = Clownfish("Funny", 10, "yellow", "pink")
tong_1 = Tang("Dumby", 7, "blue")
kong_1 = Kong("Fatty", 18, "grey")
# adding fishes to the aquarium
aquarium.add_fish(clownfish_1)
aquarium.add_fish(clownfish_2)
aquarium.add_fish(tong_1)
aquarium.add_fish(kong_1)
# testing
def test_feeding():
print("# feeding the aquarium:")
aquarium.feed()
print_status()
from fish import Fish
from aquarium import Aquarium
Clown_fish = Fish("Bob", 12, "Blue", False)
Tang = Fish("Buddy", 13, "Orange", True)
Kong = Fish("Patrick", 14, "Red", False)
aquarium1 = Aquarium()
aquarium1.add_fish([Clown_fish])
aquarium1.add_fish([Tang])
aquarium1.add_fish([Kong])
aquarium2 = Aquarium()
aquarium2.add_fish([Clown_fish, Kong])
print(aquarium1.getstatus())
print(aquarium2.getstatus())
for i in range(len(aquarium1.list_of_fish)):
print(aquarium1.list_of_fish[i].status())
for i in range(len(aquarium2.list_of_fish)):
print(aquarium2.list_of_fish[i].status())
from fish import Fish
from fish import Tang
from fish import Kong
from fish import Clownfish
from aquarium import Aquarium
a = Tang("Annácska", 3, "pink", True)
b = Kong("Benike", 9, "red")
c = Clownfish("Ceci", 2, "blue", "yellow")
d = Kong("Dögike", 12, "white")
e = Tang("Viktor", 6, "orange", False)
a.status()
a.feed()
a.status()
q = Aquarium()
q.add_fish(a)
q.add_fish(b)
q.add_fish(c)
q.add_fish(d)
q.add_fish(e)
q.get_status()
q.feed()
q.get_status()
q.remove_fish()
q.get_status()