def gen_profile(vect=None):
'''
Input lifestyle vector return person obj with income, expenditure,
purchase amount by category.
'''
sav_rating = determine_saving_rating()
gender = random.choice(['male', 'female'])
username = gen.generate_name().lower()
if not vect:
if gender == 'male':
vect = gc.generate_test_cases(1)[0]
else:
vect = gc.generate_test_cases(1)[1]
trans_hist = create_transaction_history(vect)
income, saving = determine_inv_sav(trans_hist, sav_rating)
email = gen.generate_email(username)
age = str(random.choice(list(range(16, 81))))
rent = determine_rent()
category = str(predict(vect))
utilities = determine_utility(rent)
Location = random.choice(
['Toronto', 'Calgary', 'Vancover', 'Montreal', 'Edmonton'])
password = "******"
return Person(category, username, gender, password, email, age, income,
saving, rent, utilities, trans_hist)
def put(hostname, flag_id, flag, vuln):
login = generate_login()
password = generate_password()
name = generate_name()
exit_code = OK
try:
register_request = requests.get(REGISTER_URL_TEMPLATE.format(
hostname=hostname,
port=PORT,
password=password,
login=login,
timeout=15,
),
headers=generate_headers())
cookies = auth(hostname, login, password)
register_request.raise_for_status()
file = io.BytesIO(generate_torrent_dict(name, flag, login))
files = {'upload_file': file}
upload_request = requests.post(
UPLOAD_URL_TEMPLATE.format(hostname=hostname, port=PORT),
cookies=cookies,
files=files,
headers=generate_headers(),
timeout=15,
)
upload_request.raise_for_status()
except ConnectionError as error:
print_to_stderr("Connection error: hostname: {}, error: {}".format(
hostname, error))
exit_code = DOWN
except HTTPError as error:
print_to_stderr("HTTP Error: hostname: {}, error: {}".format(
hostname, error))
exit_code = MUMBLE
if exit_code == OK:
print("{},{},{}".format(login, password, name))
exit(exit_code)
def procreate():
par1 = rand_pers()
par2 = rand_pers()
occ = par1.occupation
p.append(Person(par1, par2, occ, generate_name(), death_rate))
alive.append(len(p) - 1)
from time import sleep
from Person import Person
from generators import generate_name
from Location import Location
poc_miest = 10
poc_ludi = 10
birth_rate = 99
death_rate = 99
moving_rate = 50
# PLACES ----------------------------------------------------------------
plc = []
for i in range(poc_miest):
plc.append(Location(generate_name(), random()))
plc[1].name = "HELL"
plc[1].quality = 0.01
# PEOPLE ----------------------------------------------------------------
p = [Person("Black", "White", "Creation", "God", 1)]
p[0].deceased = True
for i in range(0, poc_ludi):
p.append(
Person(p[0], p[0], plc[randrange(len(plc))], generate_name(),
death_rate))
alive = []
for i in range(len(p)):