def test_clone_workflow_failure(fx_get_sub_parser, fx_cmd_line_args_clone_prefix):
"""
Test when calling 'clone' command and providing a non existant source workflow
that an exception is raised as expected and has the correct message
"""
old_name = "non_existant_workflow"
new_name = "new_mocked_workflow"
# Get sub_parser object, its dest is cmd
cmd_clone = CmdClone(fx_get_sub_parser)
expected_error = "Workflow: '{}' not found in this export.".format(
old_name)
with pytest.raises(SDKException) as excinfo:
export_data = cmd_clone._clone_workflow(
Namespace(workflow=[old_name, new_name], changetype=""), TEST_EXPORT)
original_obj = CmdClone.validate_provided_object_names(obj_type="workflows",
obj_identifier=ResilientObjMap.WORKFLOWS,
obj_type_name="Workflow",
new_object_api_name=new_name,
original_object_api_name=old_name,
export=TEST_EXPORT)
# Gather the message from the execution info, throwing away the other args
exception_message, = excinfo.value.args
assert expected_error in exception_message
def test_clone_workflow(fx_get_sub_parser):
"""test_clone_workflow test which verifies a known named workflow can be cloned with a new name
_clone_workflow performs these 3 high level steps :
1: Validate only 2 names are provided OR that prefix is provided
2: Validate the source object exists and the target object name will not cause a duplicate
3: Perform the clone
:param fx_get_sub_parser: a fixture mocking the functionality of a argparse subparser
:type fx_get_sub_parser: fixture
"""
old_name = "mock_workflow_two"
new_name = "new_mocked_workflow"
# Get sub_parser object, its dest is cmd
cmd_clone = CmdClone(fx_get_sub_parser)
export_data = cmd_clone._clone_workflow(
Namespace(workflow=[old_name, new_name], changetype=""), TEST_EXPORT)
original_obj = CmdClone.validate_provided_object_names(obj_type="workflows",
obj_identifier=ResilientObjMap.WORKFLOWS,
obj_type_name="Workflow",
new_object_api_name=new_name,
original_object_api_name=old_name,
export=TEST_EXPORT)
assert export_data[0]['name'] != old_name, "Expected the returned export data to not have a reference to the old function"
assert export_data[0][ResilientObjMap.WORKFLOWS] == new_name, "Expected the returned export to contain the new function name"
# Ensure the Object specific primary key is not duplicated
assert export_data[0][ResilientObjMap.WORKFLOWS] != original_obj[
ResilientObjMap.WORKFLOWS], "Expected that the export_key was updated"
def test_clone_change_type(fx_get_sub_parser, fx_cmd_line_args_clone_typechange):
"""
Test to verify when specifying the --changetype arg when cloning a workflow
that the newly cloned workflow has its type changed as expected
"""
cmd_clone = CmdClone(fx_get_sub_parser)
args = cmd_clone.parser.parse_known_args()[0]
assert args.changetype == "task"
export_data = cmd_clone._clone_workflow(args, TEST_EXPORT)
old_name, new_name = args.workflow
original_obj = CmdClone.validate_provided_object_names(obj_type="workflows",
obj_identifier=ResilientObjMap.WORKFLOWS,
obj_type_name="Workflow",
new_object_api_name=new_name,
original_object_api_name=old_name,
export=TEST_EXPORT)
assert export_data[0]['name'] != old_name, "Expected the returned export data to not have a reference to the old function"
assert export_data[0][ResilientObjMap.WORKFLOWS] == new_name, "Expected the returned export to contain the new function name"
# Ensure the Object specific primary key is not duplicated
assert export_data[0][ResilientObjMap.WORKFLOWS] != original_obj[
ResilientObjMap.WORKFLOWS], "Expected that the export_key was updated"
assert export_data[0]['object_type'] == 'task', "Expected the new workflows object_type to be set to task"
assert export_data[0]['object_type'] != original_obj['object_type'], "Expected the cloned workflow to have a different object type to before"