def test_update_from_json_with_encrypted_fields(self):
plaintext_fields = [
DeviceField('test_name', 'integer', 123),
DeviceField('test2', 'string', 'something')
]
encrypted_fields = [
EncryptedDeviceField('test3', 'boolean', True),
EncryptedDeviceField('test4', 'string', 'something else')
]
new_encrypted_fields = [
EncryptedDeviceField('new_test3', 'boolean', True),
EncryptedDeviceField('new_test4', 'string', 'something else')
]
encrypted_field_json1 = new_encrypted_fields[0].as_json()
encrypted_field_json2 = new_encrypted_fields[1].as_json()
encrypted_field_json1['value'] = True
encrypted_field_json2['value'] = 'something_else'
device = Device('test',
plaintext_fields,
encrypted_fields,
'type',
description='desc')
device.update_from_json(
{'fields': [encrypted_field_json1, encrypted_field_json2]})
self.assertEqual(device.name, 'test')
self.assertEqual(device.type, 'type')
self.assertEqual(device.description, 'desc')
self.assertSetEqual({field.name
for field in device.plaintext_fields}, set())
self.assertSetEqual({field.name
for field in device.encrypted_fields},
{'new_test3', 'new_test4'})
def test_init_with_encrypted(self):
fields = [
EncryptedDeviceField('test_name', 'integer', 123),
EncryptedDeviceField('test2', 'string', 'something')
]
device = Device('test', [], fields, 'type')
self.assertConstructionIsCorrect(device, 'test', [], fields, 'type')
def test_update_from_json_with_plaintext_fields(self):
plaintext_fields = [
DeviceField('test_name', 'integer', 123),
DeviceField('test2', 'string', 'something')
]
encrypted_fields = [
EncryptedDeviceField('test3', 'boolean', True),
EncryptedDeviceField('test4', 'string', 'something else')
]
new_plaintext_fields = [
DeviceField('new_test_name', 'integer', 451),
DeviceField('new_test2', 'string', 'changed')
]
device = Device('test',
plaintext_fields,
encrypted_fields,
'type',
description='desc')
device.update_from_json(
{'fields': [field.as_json() for field in new_plaintext_fields]})
self.assertEqual(device.name, 'test')
self.assertEqual(device.type, 'type')
self.assertEqual(device.description, 'desc')
self.assertSetEqual({field.name
for field in device.plaintext_fields},
{'new_test_name', 'new_test2'})
self.assertSetEqual({field.name
for field in device.encrypted_fields}, set())
def test_get_encrypted_field(self):
fields = [
EncryptedDeviceField('test_name', 'integer', 123),
EncryptedDeviceField('test2', 'string', 'something')
]
device = Device('test', [], fields, 'type')
self.assertEqual(device.get_encrypted_field('test_name'), 123)
def test_from_json(self):
plaintext_fields = [DeviceField('test_name', 'integer', 123), DeviceField('test2', 'string', 'something')]
encrypted_field1 = EncryptedDeviceField('test3', 'boolean', True)
encrypted_field2 = EncryptedDeviceField('test4', 'string', 'something else')
encrypted_fields = [encrypted_field1, encrypted_field2]
encrypted_field_json1 = encrypted_field1.as_json()
encrypted_field_json2 = encrypted_field2.as_json()
encrypted_field_json1_with_value = dict(encrypted_field_json1)
encrypted_field_json2_with_value = dict(encrypted_field_json2)
encrypted_field_json1_with_value['value'] = True
encrypted_field_json2_with_value['value'] = 'something_else'
fields_json = [field.as_json() for field in plaintext_fields]
fields_json.extend([encrypted_field_json1_with_value, encrypted_field_json2_with_value])
device = Device.from_json({'name': 'test', 'fields': fields_json, 'type': 'something', 'description': 'desc'})
expected_plaintext_fields_as_json = [field.as_json() for field in plaintext_fields]
expected_encrypted_fields_as_json = [field.as_json() for field in encrypted_fields]
self.assertEqual(device.name, 'test')
self.assertEqual(device.type, 'something')
self.assertEqual(device.description, 'desc')
for field in device.plaintext_fields:
self.assertIn(field.as_json(), expected_plaintext_fields_as_json)
for field in device.encrypted_fields:
self.assertIn(field.as_json(), expected_encrypted_fields_as_json)
def test_get_encrypted_field_dne(self):
fields = [
EncryptedDeviceField('test_name', 'integer', 123),
EncryptedDeviceField('test2', 'string', 'something')
]
device = Device('test', [], fields, 'type')
with self.assertRaises(UnknownDeviceField):
device.get_encrypted_field('invalid')
def setUp(self):
from walkoff import executiondb
self.test_app_name = 'TestApp'
self.device1 = Device('test', [], [], 'type1')
plaintext_fields = [DeviceField('test_name', 'integer', 123), DeviceField('test2', 'string', 'something')]
encrypted_fields = [EncryptedDeviceField('test3', 'boolean', True),
EncryptedDeviceField('test4', 'string', 'something else')]
self.device2 = Device('test2', plaintext_fields, encrypted_fields, 'type2')
self.db_app = App(name=self.test_app_name, devices=[self.device1, self.device2])
executiondb.execution_db.session.add(self.db_app)
executiondb.execution_db.session.commit()
def test_init_with_both_plaintext_and_encrypted(self):
plaintext_fields = [
DeviceField('test_name', 'integer', 123),
DeviceField('test2', 'string', 'something')
]
encrypted_fields = [
EncryptedDeviceField('test3', 'boolean', True),
EncryptedDeviceField('test4', 'string', 'something else')
]
device = Device('test', plaintext_fields, encrypted_fields, 'type')
self.assertConstructionIsCorrect(device, 'test', plaintext_fields,
encrypted_fields, 'type')
def test_get_plaintext_fields_with_encrypted(self):
encrypted_fields = [
EncryptedDeviceField('test_name', 'integer', 123),
EncryptedDeviceField('test2', 'string', 'something')
]
plaintext_fields = [
DeviceField('test3', 'boolean', True),
DeviceField('test4', 'string', 'something else')
]
device = Device('test', plaintext_fields, encrypted_fields, 'type')
self.assertDictEqual(device.get_plaintext_fields(), {
'test3': True,
'test4': 'something else'
})
def test_construct_fields_from_json(self):
plaintext_fields = [DeviceField('test_name', 'integer', 123), DeviceField('test2', 'string', 'something')]
encrypted_field1 = EncryptedDeviceField('test3', 'boolean', True)
encrypted_field2 = EncryptedDeviceField('test4', 'string', 'something else')
encrypted_field_json1 = encrypted_field1.as_json()
encrypted_field_json2 = encrypted_field2.as_json()
encrypted_field_json1['value'] = True
encrypted_field_json2['value'] = 'something_else'
fields_json = [field.as_json() for field in plaintext_fields]
fields_json.extend([encrypted_field_json1, encrypted_field_json2])
plaintext_fields, encrypted_fields = Device._construct_fields_from_json(fields_json)
self.assertSetEqual({field.name for field in plaintext_fields}, {'test_name', 'test2'})
self.assertSetEqual({field.name for field in encrypted_fields}, {'test3', 'test4'})
def test_as_json(self):
plaintext_fields = [
DeviceField('test_name', 'integer', 123),
DeviceField('test2', 'string', 'something')
]
encrypted_fields = [
EncryptedDeviceField('test3', 'boolean', True),
EncryptedDeviceField('test4', 'string', 'something else')
]
device = Device('test',
plaintext_fields,
encrypted_fields,
'type',
description='desc')
device_json = device.as_json()
self.assertEqual(device_json['name'], 'test')
self.assertEqual(device_json['type'], 'type')
self.assertEqual(device_json['description'], 'desc')
plaintext_fields.extend(encrypted_fields)
for field in plaintext_fields:
self.assertIn(field.as_json(), device_json['fields'])
def test_update_from_json_type_only(self):
plaintext_fields = [
DeviceField('test_name', 'integer', 123),
DeviceField('test2', 'string', 'something')
]
encrypted_fields = [
EncryptedDeviceField('test3', 'boolean', True),
EncryptedDeviceField('test4', 'string', 'something else')
]
device = Device('test',
plaintext_fields,
encrypted_fields,
'type',
description='desc')
device.update_from_json({'type': 'new_type'})
self.assertConstructionIsCorrect(device,
'test',
plaintext_fields,
encrypted_fields,
'new_type',
description='desc')
def test_from_json(self):
plaintext_fields = [
DeviceField('test_name', 'integer', 123),
DeviceField('test2', 'string', 'something')
]
encrypted_field1 = EncryptedDeviceField('test3', 'boolean', True)
encrypted_field2 = EncryptedDeviceField('test4', 'string',
'something else')
encrypted_fields = [encrypted_field1, encrypted_field2]
encrypted_field_json1 = encrypted_field1.as_json()
encrypted_field_json2 = encrypted_field2.as_json()
encrypted_field_json1_with_value = dict(encrypted_field_json1)
encrypted_field_json2_with_value = dict(encrypted_field_json2)
encrypted_field_json1_with_value['value'] = True
encrypted_field_json2_with_value['value'] = 'something_else'
fields_json = [field.as_json() for field in plaintext_fields]
fields_json.extend([
encrypted_field_json1_with_value, encrypted_field_json2_with_value
])
device = Device.from_json({
'name': 'test',
'fields': fields_json,
'type': 'something',
'description': 'desc'
})
expected_plaintext_fields_as_json = [
field.as_json() for field in plaintext_fields
]
expected_encrypted_fields_as_json = [
field.as_json() for field in encrypted_fields
]
self.assertEqual(device.name, 'test')
self.assertEqual(device.type, 'something')
self.assertEqual(device.description, 'desc')
for field in device.plaintext_fields:
self.assertIn(field.as_json(), expected_plaintext_fields_as_json)
for field in device.encrypted_fields:
self.assertIn(field.as_json(), expected_encrypted_fields_as_json)
def test_construct_fields_from_json(self):
plaintext_fields = [
DeviceField('test_name', 'integer', 123),
DeviceField('test2', 'string', 'something')
]
encrypted_field1 = EncryptedDeviceField('test3', 'boolean', True)
encrypted_field2 = EncryptedDeviceField('test4', 'string',
'something else')
encrypted_field_json1 = encrypted_field1.as_json()
encrypted_field_json2 = encrypted_field2.as_json()
encrypted_field_json1['value'] = True
encrypted_field_json2['value'] = 'something_else'
fields_json = [field.as_json() for field in plaintext_fields]
fields_json.extend([encrypted_field_json1, encrypted_field_json2])
plaintext_fields, encrypted_fields = Device._construct_fields_from_json(
fields_json)
self.assertSetEqual({field.name
for field in plaintext_fields},
{'test_name', 'test2'})
self.assertSetEqual({field.name
for field in encrypted_fields},
{'test3', 'test4'})
def test_get_value_encrypted(self):
field = EncryptedDeviceField('test_name', 'integer', 123)
self.assertEqual(field.value, 123)
def test_from_json_with_invalid_type_encrypted(self):
field = EncryptedDeviceField.from_json({'name': 'test_name', 'type': 'invalid', 'value': 'true'})
self.assertConstructionIsCorrect(field, 'test_name', 'string', 'true')
def test_init_basic_encrypted(self):
field = EncryptedDeviceField('test_name', 'string', 'abcd')
self.assertConstructionIsCorrect(field, 'test_name', 'string', 'abcd')
def test_init_with_nonstring_value_encrypted(self):
field = EncryptedDeviceField('test_name', 'boolean', True)
self.assertConstructionIsCorrect(field, 'test_name', 'boolean', True)
def test_as_json_basic_encrypted(self):
field = EncryptedDeviceField('test_name', 'integer', 123)
self.assertDictEqual(field.as_json(), {'name': 'test_name', 'type': 'integer', 'encrypted': True})
def test_from_json_with_nonstring_value_encrypted(self):
field = EncryptedDeviceField.from_json({'name': 'test_name', 'type': 'boolean', 'value': True})
self.assertConstructionIsCorrect(field, 'test_name', 'boolean', True)
def test_from_json_encrypted(self):
field = EncryptedDeviceField.from_json({'name': 'test_name', 'type': 'string', 'value': 'abcd'})
self.assertConstructionIsCorrect(field, 'test_name', 'string', 'abcd')
def test_from_json_encrypted(self):
field = EncryptedDeviceField.from_json({'name': 'test_name', 'type': 'string', 'value': 'abcd'})
self.assertConstructionIsCorrect(field, 'test_name', 'string', 'abcd')
def test_from_json_with_nonstring_value_encrypted(self):
field = EncryptedDeviceField.from_json({'name': 'test_name', 'type': 'boolean', 'value': True})
self.assertConstructionIsCorrect(field, 'test_name', 'boolean', True)
def test_from_json_with_invalid_type_encrypted(self):
field = EncryptedDeviceField.from_json({'name': 'test_name', 'type': 'invalid', 'value': 'true'})
self.assertConstructionIsCorrect(field, 'test_name', 'string', 'true')
def test_as_json_basic_encrypted(self):
field = EncryptedDeviceField('test_name', 'integer', 123)
self.assertDictEqual(field.as_json(), {'name': 'test_name', 'type': 'integer', 'encrypted': True})
def test_init_with_invalid_type_encrypted(self):
field = EncryptedDeviceField('test_name', 'invalid', 'true')
self.assertConstructionIsCorrect(field, 'test_name', 'string', 'true')
