def _do_auto_transition(context: IResource, registry: Registry):
workflow = registry.content.get_workflow(context)
next_states = workflow.get_next_states(context,
create_fake_god_request(registry))
print('Auto-transition of {} workflow to state {}.'
.format(context, next_states))
transition_to_states(context, next_states, registry)
def import_resources(root: IResource, registry: Registry, filename: str):
"""Import resources from a JSON file with dummy `god` user."""
request = create_fake_god_request(registry)
resources_info = _load_info(filename)
for resource_info in resources_info:
expected_path = _get_expected_path(resource_info)
if _resource_exists(expected_path, root):
logger.info('Skipping {}'.format(expected_path))
else:
logger.info('Creating {}'.format(expected_path))
_create_resource(freeze(resource_info), request, registry, root)
def import_resources(root: IResource, registry: Registry, filename: str):
"""Import resources from a JSON file with dummy `god` user."""
request = create_fake_god_request(registry)
resources_info = _load_info(filename)
for resource_info in resources_info:
expected_path = _get_expected_path(resource_info)
if _resource_exists(expected_path, root):
logger.info('Skipping {}'.format(expected_path))
else:
logger.info('Creating {}'.format(expected_path))
_create_resource(freeze(resource_info), request, registry, root)
def _state_is_outdated(context: IResource, registry: Registry,
date_now: datetime) -> bool:
workflow = registry.content.get_workflow(context)
next_states = workflow.get_next_states(context,
create_fake_god_request(registry))
if len(next_states) == 1:
next_state = next_states[0]
start_date_next = _get_next_state_start_date(context, registry,
next_state)
if start_date_next:
return date_now > start_date_next
return False
def _print_workflow_info(root: IResource, registry: Registry,
resource_path: str):
resource = find_resource(root, resource_path)
workflow = registry.content.get_workflow(resource)
states = set(
registry.content.workflows_meta[workflow.type]['states'].keys())
print('\nname: {}\ncurrent state: {}\nnext states: {}'
'\nall states (unordered): {}\n'.format(
workflow.type, workflow.state_of(resource),
workflow.get_next_states(resource,
create_fake_god_request(registry)),
states))
def _print_workflow_info(root: IResource, registry: Registry, resource_path: str):
resource = find_resource(root, resource_path)
workflow = registry.content.get_workflow(resource)
states = set(registry.content.workflows_meta[workflow.type]["states"].keys())
print(
"\nname: {}\ncurrent state: {}\nnext states: {}"
"\nall states (unordered): {}\n".format(
workflow.type,
workflow.state_of(resource),
workflow.get_next_states(resource, create_fake_god_request(registry)),
states,
)
)
def transition_to_states(context, states: [str], registry: Registry,
reset=False):
"""Initialize workflow if needed and do transitions to the given states.
:raises substanced.workflow.WorkflowError: if transition is missing to
do transitions to `states`.
"""
request = create_fake_god_request(registry)
workflow = registry.content.get_workflow(context)
# TODO: raise if workflow is None
if not workflow.has_state(context) or reset:
workflow.initialize(context)
for state in states:
workflow.transition_to_state(context, request, state)
def transition_to_states(context,
states: [str],
registry: Registry,
reset=False):
"""Initialize workflow if needed and do transitions to the given states.
:raises substanced.workflow.WorkflowError: if transition is missing to
do transitions to `states`.
"""
request = create_fake_god_request(registry)
workflow = registry.content.get_workflow(context)
# TODO: raise if workflow is None
if not workflow.has_state(context) or reset:
workflow.initialize(context)
for state in states:
workflow.transition_to_state(context, request, state)
