def initiateCommandLine():
from derivatex.tools import isMasterpassworddigestfilePresent
from derivatex.initiate import check_master_password, setup
from getpass import getpass
try:
from builtins import input
except ImportError:
from __builtin__ import raw_input as input
success = False
if isMasterpassworddigestfilePresent():
if input(
"Digest file already exists. Do you want to overwrite it? yes/no? [no]: "
) != "yes":
return
valid = retry = False
while not valid or retry:
master_password1 = getpass("Enter your master password: "******"Enter your master password again: ")
valid, safer, message = check_master_password(master_password1,
master_password2)
print(message)
if valid and not safer:
retry = input("yes/no? [no]") == 'yes'
birthdate = input("Enter your birthdate (dd/mm/yyyy): ")
retry = False
while not success or retry:
print("Computing master digest...")
success, message = setup(master_password1, birthdate)
print(message)
if not success:
retry = input(
"Do you want to run the procedure again? [no]") == "yes"
def test_check_master_password_unmatch(self, mock_evaluatePassword):
master_password1 = "abc"
master_password2 = "def"
mock_evaluatePassword.return_value = [10, 3, True, True]
valid, safer, message = initiate.check_master_password(master_password1, master_password2)
self.assertFalse(valid, "This should not be valid")
self.assertFalse(safer, "This should not be safer")
self.assertEqual(message, "Passwords do not match. Please try again.")
def test_check_master_password_TT(self, mock_evaluatePassword):
master_password1 = "test"
master_password2 = "test"
mock_evaluatePassword.return_value = [10, 3, True, True]
valid, safer, message = initiate.check_master_password(master_password1, master_password2)
self.assertTrue(valid, "This should be valid")
self.assertTrue(safer, "This should be safer")
self.assertEqual(message, "Your password has a security of 10 bits, equivalent to a suitcase lock of 3 digits. Your password is safe, good job.")
def test_check_master_password_TF(self, mock_evaluatePassword):
master_password1 = "test"
master_password2 = "test"
mock_evaluatePassword.return_value = [10, 3, True, False]
valid, safer, message = initiate.check_master_password(master_password1, master_password2)
self.assertTrue(valid, "This should be valid")
self.assertFalse(safer, "This should not be safer")
self.assertEqual(message, "Your password has a security of 10 bits, equivalent to a suitcase lock of 3 digits. Your password has a weak security. Would you like to enter a more complex password?")
def test_check_master_password_FF(self, mock_evaluatePassword):
master_password1 = "test"
master_password2 = "test"
mock_evaluatePassword.return_value = [10, 3, False, False]
valid, safer, message = initiate.check_master_password(master_password1, master_password2)
self.assertFalse(valid, "This should not be valid")
self.assertFalse(safer, "This should not be safer")
self.assertEqual(message, "Your password has a security of 10 bits, equivalent to a suitcase lock of 3 digits. This is not safe. Please try again with a more complex password.")
def continue_part1(self):
valid, safer, message = check_master_password(self.p1, self.p2)
print(message)
if not valid:
self.customPopUp("Invalid password", message, "Close",
self._close_popup)
elif not safer:
self.customPopUp("Password has a weak security", message,
"Enter again", self._close_popup, "Continue",
self._close_go_part2)
else:
self.continue_part2()