def resolve_action_definition(action_spec_name, wf_name=None,
wf_spec_name=None):
action_db = None
if wf_name and wf_name != wf_spec_name:
# If workflow belongs to a workbook then check
# action within the same workbook (to be able to
# use short names within workbooks).
# If it doesn't exist then use a name from spec
# to find an action in DB.
wb_name = wf_name.rstrip(wf_spec_name)[:-1]
action_full_name = "%s.%s" % (wb_name, action_spec_name)
action_db = db_api.load_action_definition(action_full_name)
if not action_db:
action_db = db_api.load_action_definition(action_spec_name)
if not action_db:
raise exc.InvalidActionException(
"Failed to find action [action_name=%s]" % action_spec_name
)
return action_db
def resolve_action_definition(action_spec_name, wf_name=None,
wf_spec_name=None):
"""Resolve action definition accounting for ad-hoc action namespacing.
:param action_spec_name: Action name according to a spec.
:param wf_name: Workflow name.
:param wf_spec_name: Workflow name according to a spec.
:return: Action definition (python or ad-hoc).
"""
action_db = None
if wf_name and wf_name != wf_spec_name:
# If workflow belongs to a workbook then check
# action within the same workbook (to be able to
# use short names within workbooks).
# If it doesn't exist then use a name from spec
# to find an action in DB.
wb_name = wf_name.rstrip(wf_spec_name)[:-1]
action_full_name = "%s.%s" % (wb_name, action_spec_name)
action_db = db_api.load_action_definition(action_full_name)
if not action_db:
action_db = db_api.load_action_definition(action_spec_name)
if not action_db:
raise exc.InvalidActionException(
"Failed to find action [action_name=%s]" % action_spec_name
)
return action_db
def resolve_action_definition(action_spec_name, wf_name=None,
wf_spec_name=None):
action_db = None
if wf_name and wf_name != wf_spec_name:
# If workflow belongs to a workbook then check
# action within the same workbook (to be able to
# use short names within workbooks).
# If it doesn't exist then use a name from spec
# to find an action in DB.
wb_name = wf_name.rstrip(wf_spec_name)[:-1]
action_full_name = "%s.%s" % (wb_name, action_spec_name)
action_db = db_api.load_action_definition(action_full_name)
if not action_db:
action_db = db_api.load_action_definition(action_spec_name)
if not action_db:
raise exc.InvalidActionException(
"Failed to find action [action_name=%s]" % action_spec_name
)
return action_db
def resolve_action_definition(action_spec_name,
wf_name=None,
wf_spec_name=None):
"""Resolve action definition accounting for ad-hoc action namespacing.
:param action_spec_name: Action name according to a spec.
:param wf_name: Workflow name.
:param wf_spec_name: Workflow name according to a spec.
:return: Action definition (python or ad-hoc).
"""
action_db = None
if wf_name and wf_name != wf_spec_name:
# If workflow belongs to a workbook then check
# action within the same workbook (to be able to
# use short names within workbooks).
# If it doesn't exist then use a name from spec
# to find an action in DB.
wb_name = wf_name.rstrip(wf_spec_name)[:-1]
action_full_name = "%s.%s" % (wb_name, action_spec_name)
action_db = db_api.load_action_definition(action_full_name)
if not action_db:
action_db = db_api.load_action_definition(action_spec_name)
if not action_db:
raise exc.InvalidActionException(
"Failed to find action [action_name=%s]" % action_spec_name)
return action_db
def test_delete(self):
# Create an adhoc action for the purpose of the test.
adhoc_actions.create_actions(ADHOC_ACTION_YAML)
self.assertIsNotNone(db_api.load_action_definition('my_action'))
resp = self.app.delete('/v2/actions/my_action')
self.assertEqual(204, resp.status_int)
self.assertIsNone(db_api.load_action_definition('my_action'))
def __init__(self, action_def, action_ex=None, task_ex=None, task_ctx=None,
wf_ctx=None):
self.action_spec = spec_parser.get_action_spec(action_def.spec)
base_action_def = db_api.load_action_definition(
self.action_spec.get_base(),
namespace=action_def.namespace
)
if not base_action_def:
raise exc.InvalidActionException(
"Failed to find action [action_name=%s]" %
self.action_spec.get_base()
)
base_action_def = self._gather_base_actions(
action_def,
base_action_def
)
super(AdHocAction, self).__init__(
base_action_def,
action_ex,
task_ex
)
self.adhoc_action_def = action_def
self.namespace = action_def.namespace
self.task_ctx = task_ctx or {}
self.wf_ctx = wf_ctx or {}
def find(self, action_name, namespace=None):
action_def = db_api.load_action_definition(action_name,
namespace=namespace)
if action_def is None:
return None
return AdHocActionDescriptor(action_def)
def create_or_update_action(action_spec, definition, scope):
action = db_api.load_action_definition(action_spec.get_name())
if action and action.is_system:
raise exc.InvalidActionException(
"Attempt to modify a system action: %s" % action.name)
values = _get_action_values(action_spec, definition, scope)
return db_api.create_or_update_action_definition(values['name'], values)
def update_action(action_spec, definition, scope, identifier=None):
action = db_api.load_action_definition(action_spec.get_name())
if action and action.is_system:
raise exc.InvalidActionException(
"Attempt to modify a system action: %s" % action.name)
values = _get_action_values(action_spec, definition, scope)
return db_api.update_action_definition(
identifier if identifier else values['name'], values)
def create_or_update_action(action_spec, definition, scope):
action = db_api.load_action_definition(action_spec.get_name())
if action and action.is_system:
raise exc.InvalidActionException(
"Attempt to modify a system action: %s" %
action.name
)
values = _get_action_values(action_spec, definition, scope)
return db_api.create_or_update_action_definition(values['name'], values)
def update_action(action_spec, definition, scope, identifier=None):
action = db_api.load_action_definition(action_spec.get_name())
if action and action.is_system:
raise exc.InvalidActionException(
"Attempt to modify a system action: %s" %
action.name
)
values = _get_action_values(action_spec, definition, scope)
return db_api.update_action_definition(
identifier if identifier else values['name'],
values
)
def find_action_definition_by_name(action_name):
"""Find action definition name.
:param action_name: Action name.
:return: Action definition (possibly a cached value).
"""
with _ACTION_DEF_CACHE_LOCK:
action_definition = _ACTION_DEF_CACHE.get(action_name)
if action_definition:
return action_definition
action_definition = db_api.load_action_definition(action_name)
with _ACTION_DEF_CACHE_LOCK:
_ACTION_DEF_CACHE[action_name] = action_definition
return action_definition
def _find_action_definition_by_name(action_name):
"""Find action definition name.
:param action_name: Action name.
:return: Action definition (possibly a cached value).
"""
with _ACTION_DEF_CACHE_LOCK:
action_def = _ACTION_DEF_CACHE.get(action_name)
if action_def:
return action_def
action_def = db_api.load_action_definition(action_name)
with _ACTION_DEF_CACHE_LOCK:
_ACTION_DEF_CACHE[action_name] = (action_def.get_clone()
if action_def else None)
return action_def
def _find_action_definition_by_name(action_name):
"""Find action definition name.
:param action_name: Action name.
:return: Action definition (possibly a cached value).
"""
with _ACTION_DEF_CACHE_LOCK:
action_def = _ACTION_DEF_CACHE.get(action_name)
if action_def:
return action_def
action_def = db_api.load_action_definition(action_name)
with _ACTION_DEF_CACHE_LOCK:
_ACTION_DEF_CACHE[action_name] = (
action_def.get_clone() if action_def else None
)
return action_def
def get_action_db(action_name):
return db_api.load_action_definition(action_name)
def get_action_db(action_name):
return db_api.load_action_definition(action_name)
def get_action_db(action_name, namespace=''):
return db_api.load_action_definition(action_name, namespace=namespace)
