def test_dictDoesNotExist(self):
try:
ppolicy = lcppolicy_cracklib.PPolicy(config_errordictpath, cherrypy.log)
except OSError:
return
else:
raise AssertionError("expected an exception")
def test_dictNotAbsPath(self):
try:
ppolicy = lcppolicy_cracklib.PPolicy(config_errordictnotabspath, cherrypy.log)
except Exception as e:
assert str(e) == 'dict_path must be absolute, or not declared'
else:
raise AssertionError("expected an exception")
def test_digits(self):
password = '******'
ppolicy = lcppolicy_cracklib.PPolicy(config, cherrypy.log)
ret = ppolicy.check(password)
exp = {'match': False, 'reason': 'Password has not enough digits'}
assert exp == ret
def test_lower(self):
password = '******'
ppolicy = lcppolicy_cracklib.PPolicy(config, cherrypy.log)
ret = ppolicy.check(password)
exp = {'match': False, 'reason': 'Password has not enough lower case characters'}
assert exp == ret
def test_base(self):
ppolicy = lcppolicy_cracklib.PPolicy(config, cherrypy.log)
ret = ppolicy.check(password)
exp = {'match': True, 'reason': 'Password ok'}
assert exp == ret
def test_Dict(self):
password = '******'
ppolicy = lcppolicy_cracklib.PPolicy(config_dict, cherrypy.log)
ret = ppolicy.check(password)
exp = {'match': False, 'reason': 'Password is based on a dictionary word'}
assert exp == ret
def test_other(self):
password = '******'
ppolicy = lcppolicy_cracklib.PPolicy(config, cherrypy.log)
ret = ppolicy.check(password)
exp = {'match': False, 'reason': 'Password is too short'}
assert exp == ret
def test_other(self):
password = '******'
ppolicy = lcppolicy_cracklib.PPolicy(config, cherrypy.log)
ret = ppolicy.check(password)
exp = {'match': False, 'reason': 'Password has not enough non alphanumeric characters'}
assert exp == ret