def test_valid_input_policy_extracted():
policy = extract_policy(__valid_example)
print(policy)
assert policy is not None
assert policy.minimum == 1
assert policy.maximum == 3
assert policy.character == 'a'
def count_based_policy_counter(data):
"""
Uses the count based policy to find the number of invalid passwords
:param data: cleansed data strings
"""
print('Using count based password policy')
valid = 0
invalid = 0
for password in data:
policy = extract_policy(password)
if validate_policy(policy, password):
valid += 1
else:
invalid += 1
print(f'[+]\tValid: {valid}')
print(f'[+]\tInvalid: {invalid}')
def test_invalid_positional_policy_duplicate_char():
password_string = '1-3 b: babdd'
policy = extract_policy(password_string)
assert not validate_policy(policy, password_string,
positional_based_policy)
def test_invalid_positional_policy_no_match():
password_string = '1-4 a: cdefsg'
policy = extract_policy(password_string)
assert not validate_policy(policy, password_string,
positional_based_policy)
def test_valid_positional_policy():
policy = extract_policy(__valid_example)
assert validate_policy(policy, __valid_example, positional_based_policy)
def test_invalid_password_string():
policy = extract_policy(__invalid_example)
assert not validate_policy(policy, __invalid_example)
def test_min_char_password_valid():
password_string = '1-3 c: caerwxf'
policy = extract_policy(password_string)
assert validate_policy(policy, password_string)
def test_max_char_password_valid():
password_string = '1-5 b: bbbbb'
policy = extract_policy(password_string)
assert validate_policy(policy, password_string)
def test_valid_input_correct_passwords_detected():
policy = extract_policy(__valid_example)
policy_valid: bool = validate_policy(policy, __valid_example)
assert policy_valid
