def delete_deployment_plan(workflow_client, **input_):
try:
results = base.call_action(workflow_client, 'tripleo.plan.delete',
**input_)
if results is not None:
print(results)
except Exception as err:
raise exceptions.WorkflowServiceError(
'Exception deleting plan: {}'.format(err))
def test_call_action_success(self):
mistral = mock.Mock()
action = 'test-action'
result = mock.Mock()
result.output = '{"result":"test-result"}'
mistral.action_executions.create = mock.Mock(return_value=result)
self.assertEqual(base.call_action(mistral, action), "test-result")
def delete_deployment_plan(workflow_client, **input_):
try:
results = base.call_action(workflow_client,
'tripleo.plan.delete',
**input_)
if results is not None:
print(results)
except Exception as err:
raise exceptions.WorkflowServiceError(
'Exception deleting plan: {}'.format(err))
def get_deployment_failures(clients, **workflow_input):
workflow_client = clients.workflow_engine
result = base.call_action(workflow_client,
'tripleo.deployment.get_deployment_failures',
**workflow_input)
message = result.get('message')
if message:
print(message)
return result['failures']
def take_action(self, parsed_args):
nodes_config = utils.parse_env_file(parsed_args.instackenv)
# We only need to collect OpenStack client authentication data
# if we have nodes using Ironic's pxe_ssh driver. If there are
# any, we'll use the fence_ironic fencing agent, which requires
# the auth data.
os_auth = None
for node in nodes_config:
if node["pm_type"] == "pxe_ssh":
os_auth = {}
if os_auth:
try:
os_auth["auth_url"] = os.environ["OS_AUTH_URL"]
os_auth["login"] = os.environ["OS_USERNAME"]
os_auth["passwd"] = os.environ["OS_PASSWORD"]
os_auth["tenant_name"] = os.environ["OS_TENANT_NAME"]
except KeyError:
# This really shouldn't happen since we're running in
# tripleoclient
raise ValueError(
_("Unable to find one or more of OS_AUTH_URL, "
"OS_USERNAME, OS_PASSWORD or OS_TENANT_NAME in the "
"environment."))
workflow_input = {
'nodes_json': nodes_config,
'os_auth': os_auth,
'fence_action': parsed_args.fence_action,
'delay': parsed_args.delay,
'ipmi_level': parsed_args.ipmi_level,
'ipmi_cipher': parsed_args.ipmi_cipher,
'ipmi_lanplus': parsed_args.ipmi_lanplus,
}
result = base.call_action(
self.app.client_manager.workflow_engine,
'tripleo.parameters.generate_fencing',
**workflow_input)
fencing_parameters = yaml.safe_dump(result, default_flow_style=False)
if parsed_args.output:
parsed_args.output.write(fencing_parameters)
else:
print(fencing_parameters)
def create_container(workflow_client, **input_):
return base.call_action(workflow_client, 'tripleo.plan.create_container',
**input_)
def update_parameters(workflow_client, **input_):
return base.call_action(workflow_client, 'tripleo.parameters.update',
**input_)
def overcloudrc(workflow_client, **input_):
return base.call_action(workflow_client, 'tripleo.deployment.overcloudrc',
**input_)
def process_templates(workflow_client, **workflow_input):
return base.call_action(workflow_client, 'tripleo.templates.process',
**workflow_input)
def list_deployment_plans(workflow_client, **input_):
return base.call_action(workflow_client, 'tripleo.plan.list', **input_)
def reset_parameters(workflow_client, **input_):
return base.call_action(workflow_client, 'tripleo.parameters.reset',
**input_)
def reset_parameters(workflow_client, **input_):
return base.call_action(workflow_client, 'tripleo.parameters.reset',
**input_)
def update_parameters(workflow_client, **input_):
return base.call_action(workflow_client, 'tripleo.parameters.update',
**input_)
def list_roles(workflow_client, **input_):
return base.call_action(workflow_client, 'tripleo.role.list', **input_)
def create_container(workflow_client, **input_):
return base.call_action(workflow_client, 'tripleo.plan.create_container',
**input_)
def list_deployment_plans(workflow_client, **input_):
return base.call_action(workflow_client, 'tripleo.plan.list', **input_)
