def number(self, chance=None, optional_state=None, mandatory=None):
""" optionally return a random number from chance
if option is dismissed return value is 0
if option is mandatory return value is either 1 or highest value
:param chance: tuple of int pair: (1, 2) -> 1:2
:type chance: (int, int)
:param optional_state: boolean
:param mandatory: boolean
:rtype: int
"""
if mandatory is None:
mandatory = self.mandatory
if optional_state is None:
optional_state = self.optional_state
elif optional_state is False:
if mandatory is True:
optional_state = True
else:
return 0
if chance is None:
chance = self.chance
if chance[1] == 0:
if mandatory is True:
return 1
else:
return 0
if optional_state is True:
if mandatory is True:
return chance[1]
else:
return random_number(*chance)
return 0
def __call__(self):
user = {
"name": create_random.string(length=random_number(3, 30)),
"email": create_random.string(length=random_number(3, 30)),
"username": create_random.string(length=random_number(3, 30)),
"password": create_random.string(length=random_number(3, 30)),
"re_password": create_random.string(length=random_number(3, 30)),
}
self.register_name().send_keys(user['name'])
self.register_email().send_keys(user['email'])
self.register_username().send_keys(user['username'])
self.register_password().send_keys(user['password'])
self.register_re_password().send_keys(user['re_password'])
self.register_submit().click()
self.wait_until_page_loads()
return user
def get(name):
for i in range(Dependencies.max_read_tries):
try:
with open(Dependencies.path + s + name) as f:
return f.read()
except Exception as e:
if i + 1 == Dependencies.max_read_tries:
raise e
time.sleep(random_number(1, 1000) * 0.0001)
def set(name, status):
for i in range(Dependencies.max_read_tries):
try:
with open(Dependencies.path + s + name, 'w+') as f:
f.write(str(status))
return
except Exception as e:
if i + 1 == Dependencies.max_read_tries:
raise e
time.sleep(random_number(1, 1000) * 0.0001)
def test_random_utils(n):
n = random_number(1, 100)
assert 0 < n < 101
s = " goGOgoRangers "
r = random_string(s, n)
assert condition.any_in_any(s, r)