def test_add_frequency_lists():
matching.add_frequency_lists(
{'test_words': ['qidkviflkdoejjfkd', 'sjdshfidssdkdjdhfkl']})
assert 'test_words' in matching.RANKED_DICTIONARIES
assert matching.RANKED_DICTIONARIES['test_words'] == {
'qidkviflkdoejjfkd': 1,
'sjdshfidssdkdjdhfkl': 2,
}
def __init__(self,
wordfile=None,
min_length=5,
max_length=9,
valid_chars="."):
self.wordfile = xp.locate_wordfile(wordfile)
self.words = xp.generate_wordlist(wordfile=wordfile,
min_length=min_length,
max_length=max_length,
valid_chars=".")
add_frequency_lists({"words": self.words})
def validate(self, password, user=None):
"""Validate method, run zxcvbn and check score."""
user_inputs = []
if user is not None:
for attribute in self.user_attributes:
if hasattr(user, attribute):
user_inputs.append(getattr(user, attribute))
add_frequency_lists(self.frequency_lists)
results = zxcvbn(password, user_inputs=user_inputs)
if results.get('score', 0) < self.min_score:
suggestions = results.get('feedback', {}).get('suggestions', [])
warnings = [results.get('feedback', {}).get('warning', [])]
raise ValidationError([_(msg) for msg in [*warnings, *suggestions]], code=self.code, params={})
def perform_audit(keepass: PyKeePass,
pws: List[str],
score: float,
show_passwords=False) -> List[Tuple[float, Entry]]:
global pw_column
add_frequency_lists({"my_passwords": [pw.lower() for pw in pws]})
pw_data = [
entry for entry in keepass.entries
if isinstance(entry, Entry) and entry.password is not None
]
annotated = map(lambda entry: (get_zxcvbn_score(entry), entry), pw_data)
filtered = filter(lambda entry: entry[0] < score, annotated)
sorted_entries = sorted(filtered, key=lambda entry: entry[0])
print_pws(sorted_entries, show_passwords)
return sorted_entries
import os
from zxcvbn import zxcvbn
from zxcvbn.matching import add_frequency_lists
add_frequency_lists({
##### INSERT DICTIONARY WORDS HERE TO IMPROVE BREAKING SPEEDS #####
'my_list': ['carolina', 'Carolina', 'tarheel', 'Tarheel'],
})
cwdOutput = str(os.getcwd()) + "\output_data.txt"
# Start an output file to write to
file = open(cwdOutput, "w+")
# Write to output file using each line as new password and data about it
# Also using a comma as a delimiter for possible conversion into excel sheet
results1 = zxcvbn('math1001!', user_inputs=['irrelevant', 'irrelevant'])
results2 = zxcvbn('whogoesthere', user_inputs=['irrelevant', 'irrelevant'])
results3 = zxcvbn('1234$$4321', user_inputs=['irrelevant', 'irrelevant'])
results4 = zxcvbn('mater9gator', user_inputs=['irrelevant', 'irrelevant'])
results5 = zxcvbn('cat2lime!', user_inputs=['irrelevant', 'irrelevant'])
results6 = zxcvbn('overthemountain', user_inputs=['irrelevant', 'irrelevant'])
results7 = zxcvbn('hasanA1998', user_inputs=['irrelevant', 'irrelevant'])
results8 = zxcvbn('$industrio', user_inputs=['irrelevant', 'irrelevant'])
results9 = zxcvbn('busyasabee', user_inputs=['irrelevant', 'irrelevant'])
results10 = zxcvbn('LaughingOutLoud', user_inputs=['irrelevant', 'irrelevant'])
results11 = zxcvbn('bark@myd0g', user_inputs=['irrelevant', 'irrelevant'])
results12 = zxcvbn('stranger1!Danger',
user_inputs=['irrelevant', 'irrelevant'])
results13 = zxcvbn('Maximum*Overdrive',
user_inputs=['irrelevant', 'irrelevant'])
from zxcvbn import zxcvbn
from zxcvbn.matching import add_frequency_lists
import discord
with open('data/xato-net-10-million-passwords.txt', 'r') as infile:
xato = infile.read().split('\n')
add_frequency_lists({'xato': xato})
class Analyze:
"""A realistic password strength estimator"""
# location of file with help string
helpFile = 'docs/password_analyzer.md'
# reads help file
def getHelp():
with open(Analyze.helpFile, 'r') as fp:
return fp.read()
# prints help message if switch is used
def isHelp(message):
if message == '-h' or message == '--help':
return True
return False
# analyze a given password
def check_password(message):
splitMessage = message.split(' ')
if len(splitMessage) == 1 or Analyze.isHelp(splitMessage[1]):