def test_tweetsec_numerical_strength(self):
#test that password_eval module function numerical_strength_value returns the proper value,
numerical_strength_value = password_eval.numerical_strength_value("password1")
self.assertEqual(numerical_strength_value, 4)
numerical_strength_value = password_eval.numerical_strength_value("goat m4n")
self.assertEqual(numerical_strength_value, 15)
numerical_strength_value = password_eval.numerical_strength_value("s0_0per 5nak3")
self.assertEqual(numerical_strength_value, 44)
def test_tweetsec_numerical_strength(self):
#test that password_eval module function numerical_strength_value returns the proper value,
numerical_strength_value = password_eval.numerical_strength_value(
"password1")
self.assertEqual(numerical_strength_value, 4)
numerical_strength_value = password_eval.numerical_strength_value(
"goat m4n")
self.assertEqual(numerical_strength_value, 15)
numerical_strength_value = password_eval.numerical_strength_value(
"s0_0per 5nak3")
self.assertEqual(numerical_strength_value, 44)
def evaluator():
if "password" in request.vars:
password = request.vars.password
password_strength = password_eval.numerical_strength_value(password)
if password_strength >= 50:
return "Congrats on the strong password"
elif 10< password_strength <50:
#return a modified version of the password that is strong
if len(password)>=13:
#replacing the first 4 chars with 4 different char types will ensure that the pw strength is strong IF there are >= 13 chars
password = "******" + password[4:len(password)]
else:
#add 4 different char types to the beginning of the password, and add spaces at the end as necessary to reach required # of chars for strong pw
password = "******" + password + (" "* (13 - (4+len(password))))
return password
elif password_strength <= 10:
return "Please try a better password"
return
