def test_decrypt_validate_and_encrypt(self):
"""This test takes encrypted data, validates and then encrypt"""
test_input = {
'name': 'LcyInWDZsUv22ocRHM3+yg7QO9ArjlhP2R9v5CSZIRc=',
'address': 'LcyInWDZsUv22ocRHM3+yryn2OYg2jesvpgClxA/sdQ=',
}
counter_dict = {
'name': {
'validator': 'str',
'regex': 'John Doe',
'pre_transform': 'decode',
'transform': 'encode'
},
'address': {
'validator': 'str',
'regex': 'John Doe Street',
'pre_transform': 'decode',
'transform': 'encode'
},
}
validated_items = maat.scale(test_input, counter_dict)
difference = ddiff(validated_items, self.expected_encoded)
# if the differ finds no difference a empty dictionary is returned
self.assertEqual(difference, {})
def test_decrypt_validate_and_encrypt_fail_on_name(self):
"""This test takes encrypted data, validates and before
encypting fails because the value of name is not valid"""
test_input = {
'name': 'LcyInWDZsUv22ocRHM3+yg7QO9ArjlhP2R9v5CSZIRc=',
'address': 'LcyInWDZsUv22ocRHM3+yryn2OYg2jesvpgClxA/sdQ=',
}
counter_dict = {
'name': {
'validator': 'str',
'regex': 'Jane',
'pre_transform': 'decode',
'transform': 'encode'
},
'address': {
'validator': 'str',
'regex': 'John Doe Street',
'pre_transform': 'decode',
'transform': 'encode'
},
}
err_msg = 'key: "name" contains invalid item "John Doe": does not adhere to regex rules Jane'
with self.assertRaisesRegex(maat.Invalid, err_msg):
validated_items = maat.scale(test_input, counter_dict)
def test_validate_and_transform_incoming_data(self):
"""This test takes data, validates and then encrypt"""
test_input = {
'name': 'John Doe',
'address': 'John Doe Street',
}
counter_dict = {
'name': {
'validator': 'str',
'regex': 'John Doe',
'transform': 'encode'
},
'address': {
'validator': 'str',
'regex': 'John Doe Street',
'transform': 'encode'
},
}
validated_items = maat.scale(test_input, counter_dict)
difference = ddiff(validated_items, self.expected_encoded)
# if the differ finds no difference a empty dictionary is returned
self.assertEqual(difference, {})