def test_parse_index_list_response_empty_data(self):
# Test parse_index_list_response when argument passed is empty
key_list = []
mockS3RecoveryBase = S3RecoveryBase()
ret_dict = mockS3RecoveryBase.parse_index_list_response(key_list)
self.assertDictEqual(ret_dict, {})
def test_list_index_not_empty(self, mock_get_index_content, mock_list):
# Tests 'list_index' when index is not empty
mockS3RecoveryBase = S3RecoveryBase()
# setup mock
mock_json_res = '{}'
mock_list.return_value = True, CORTXS3ListIndexResponse(
mock_json_res.encode("utf-8"))
mock_get_index_content.return_value = {
"Delimiter":
"",
"Index-Id":
"mock-index-id",
"IsTruncated":
"false",
"Keys": [{
"Key": "key-1",
"Value": "value-1"
}, {
"Key": "key-2",
"Value": "value-2"
}],
"Marker":
"",
"MaxKeys":
"1000",
"NextMarker":
"",
"Prefix":
""
}
keys_list = mockS3RecoveryBase.list_index('global_index_id')
self.assertNotEqual(keys_list, None)
self.assertEqual(len(keys_list), 2)
def test_perform_validation_success(self):
# Test perfrom_validation when both data_to_restore and item_replica are valid JSON
mock_data_to_restore = \
'{\"account_id\":\"123\",\"account_name\":\"amit-vc\"\
,\"create_timestamp\":\"2020-06-16T05:45:41.000Z\"\
,\"location_constraint\":\"us-west-2\"}'
mock_item_replica = \
'{\"account_id\":\"123\",\"account_name\":\"amit-vc\"\
,\"create_timestamp\":\"2020-06-16T05:50:41.000Z\"\
,\"location_constraint\":\"us-west-2\"}'
mock_union_result = dict()
mockS3RecoveryBase = S3RecoveryBase()
mockS3RecoveryBase.perform_validation('my-bucket1',
mock_data_to_restore,
mock_item_replica,
mock_union_result)
self.assertEqual(len(mock_union_result), 1)
# This is mock_item_replica as its create_timestamp is greater
# than mock_data_to_restore
expected_union_result = {
'my-bucket1':
'{"account_id":"123","account_name":"amit-vc"\
,"create_timestamp":"2020-06-16T05:50:41.000Z"\
,"location_constraint":"us-west-2"}'
}
self.assertDictEqual(mock_union_result, expected_union_result)
def test_perform_validation_all_none(self):
# Test perform_validation when both data & item_replica are None
mock_union_result = dict()
mockS3RecoveryBase = S3RecoveryBase()
mockS3RecoveryBase.perform_validation('key1', None, None,
mock_union_result)
self.assertEqual(len(mock_union_result), 0)
def test_merge_keys_only_one_arg_none(self):
# Test merge_keys when only one of the argument is None
mock_data_dict = {"key1": "value1", "key2": "value2"}
mockS3RecoveryBase = S3RecoveryBase()
mock_ret_list = mockS3RecoveryBase.merge_keys('global_index_id',
mock_data_dict, None)
self.assertEqual(len(mock_ret_list), 2)
self.assertListEqual(mock_ret_list, ['key1', 'key2'])
def test_merge_keys_same_content(self):
# Test merge_keys when both data and replica dict have same keys
data_dict = {"key1": "value1", "key2": "value2"}
replica_dict = {"key1": "value1", "key2": "value2"}
mockS3RecoveryBase = S3RecoveryBase()
ret_list = mockS3RecoveryBase.merge_keys('global_index_id', data_dict,
replica_dict)
self.assertEqual(len(ret_list), 2)
def test_perform_validation_replica_is_none(self):
# Test perform_validation when item_replica is None
mock_data_to_restore = '{"key1": "value1"}'
mock_union_result = dict()
mockS3RecoveryBase = S3RecoveryBase()
mockS3RecoveryBase.perform_validation('key1', mock_data_to_restore,
None, mock_union_result)
self.assertEqual(len(mock_union_result), 0)
self.assertDictEqual(mock_union_result, {})
def test_merge_keys_diff_content(self):
# Test merge_keys when both data and replica have different keys
data_dict = {"key1": "value1", "key2": "value2"}
replica_dict = {"key1": "value1", "key3": "value3"}
mockS3RecoveryBase = S3RecoveryBase()
ret_list = mockS3RecoveryBase.merge_keys('global_index_id', data_dict,
replica_dict)
self.assertEqual(len(ret_list), 3)
self.assertListEqual(ret_list, ['key1', 'key2', 'key3'])
def test_list_index_failed(self, mock_list):
# Tests 'list_index' when CORTXS3IndexApi.list returned False
mockS3RecoveryBase = S3RecoveryBase()
# setup mock
mock_list.return_value = False, CORTXS3ErrorResponse(
500, "", "InternalServerError")
with self.assertRaises(SystemExit) as cm:
mockS3RecoveryBase.list_index('global_index_id')
self.assertEqual(cm.exception.code, 1)
def test_perform_validation_all_corrupt(self):
# Test perform_validation when both data_to_restore and item_replica are corrupt
mock_data_to_restore = "Invalid-JSON"
mock_item_replica = "Invalid-JSON"
mock_union_result = dict()
mockS3RecoveryBase = S3RecoveryBase()
mockS3RecoveryBase.perform_validation('key1', mock_data_to_restore,
mock_item_replica,
mock_union_result)
self.assertEqual(len(mock_union_result), 0)
def test_perform_validation_corrupt_data(self):
# Test perform_validation when data_to_restore is corrupt
mock_data_to_restore = "Invalid-JSON"
mock_item_replica = '{"key1": "value1"}'
mock_union_result = dict()
mockS3RecoveryBase = S3RecoveryBase()
mockS3RecoveryBase.perform_validation('key1', mock_data_to_restore,
mock_item_replica,
mock_union_result)
self.assertEqual(len(mock_union_result), 0)
self.assertDictEqual(mock_union_result, {})
def test_parse_index_list_response_success(self):
# Test parse_index_list_response when argument passed is valid
key_list = [{
"Key": "key-1",
"Value": "value-1"
}, {
"Key": "key-2",
"Value": "value-2"
}]
mockS3RecoveryBase = S3RecoveryBase()
ret_dict = mockS3RecoveryBase.parse_index_list_response(key_list)
self.assertEqual(len(ret_dict), 2)
def test_list_index_empty(self, mock_list):
# Tests 'list_index' when index is empty
mockS3RecoveryBase = S3RecoveryBase()
# setup mock
mock_res = \
'{"Delimiter":"","Index-Id":"mock-index-id","IsTruncated":"false",\
"Keys":null,"Marker":"","MaxKeys":"1000","NextMarker":"","Prefix":""}'
mock_list.return_value = True, CORTXS3ListIndexResponse(
mock_res.encode())
keys = mockS3RecoveryBase.list_index('global_index_id')
self.assertEqual(keys, None)
def test_initiate_list_called(self, mock_get_index_content, mock_list):
# Test 'initiate' function for CORTXS3IndexApi.list called or not
mockS3RecoveryBase = S3RecoveryBase()
# setup mock
mock_res = '{}'
mock_list.return_value = True, CORTXS3ListIndexResponse(
mock_res.encode())
mock_get_index_content.return_value = {
"Delimiter": "",
"Index-Id": "mock-index-id",
"IsTruncated": "false",
"Keys": [{
"Key": "key-1",
"Value": "value-1"
}],
"Marker": "",
"MaxKeys": "1000",
"NextMarker": "",
"Prefix": ""
}
mockS3RecoveryBase.initiate('global_index', 'global_index_id',
'global_index_id_replica')
self.assertEqual(mock_list.call_count, 2)
def test_merge_keys_none_args(self):
# Test merge_keys when both the arguments passed are None
mockS3RecoveryBase = S3RecoveryBase()
ret_list = mockS3RecoveryBase.merge_keys('global_index_id', None, None)
self.assertEqual(len(ret_list), 0)
def test_parse_index_list_response_none_data(self):
# Test parse_index_list_response when argument passed is None
mockS3RecoveryBase = S3RecoveryBase()
ret_dict = mockS3RecoveryBase.parse_index_list_response(None)
self.assertDictEqual(ret_dict, {})
