def create_cluster(self, name: str, user: str, secret: str,
nodeid: str) -> dict:
"""
Create cluster if not created.
Args:
name (str): Cluster name.
user (str): Cluster User.
secret (str): Cluster passward.
nodeid (str): Node name, nodeid of current node.
Returns:
dict: Return dictionary. {"status": "", "output":"", "error":""}
"""
try:
self._check_non_empty(name=name,
user=user,
secret=secret,
nodeid=nodeid)
if not self._is_pcs_cluster_running():
self._auth_node(nodeid, user, secret)
self._execute.run_cmd(
const.PCS_SETUP_CLUSTER.replace("<cluster_name>",
name).replace(
"<node>", nodeid))
Log.info("Pacmaker cluster created, waiting to start node.")
self._execute.run_cmd(const.PCS_CLUSTER_START_NODE)
self._execute.run_cmd(const.PCS_CLUSTER_ENABLE)
Log.info("Node started and enabled successfully.")
time.sleep(const.BASE_WAIT_TIME * 2)
if self._is_pcs_cluster_running():
if self.wait_for_node_online(nodeid):
# TODO: Divide class into vm, hw when stonith is needed.
self._execute.run_cmd(const.PCS_STONITH_DISABLE)
return {
"status": const.STATUSES.SUCCEEDED.value,
"output": "Cluster created successfully.",
"error": ""
}
else:
raise ClusterManagerError("Node is not online.")
else:
raise ClusterManagerError("Cluster is not started.")
except Exception as e:
raise ClusterManagerError(f"Failed to create cluster. Error: {e}")
def get_status(self, component: CLUSTER_ELEMENTS = CLUSTER_ELEMENTS.CLUSTER.value, depth: int = 1, version: str = SYSTEM_HEALTH_OUTPUT_V2, **kwargs):
"""
Return health status for the requested components.
Args:
component ([CLUSTER_ELEMENTS]): The component whose health status is to be returned.
depth ([int]): A depth of elements starting from the input "component" that the health status
is to be returned.
version ([str]): The health status json output version
**kwargs([dict]): Variable number of arguments that are used as filters,
e.g. "id" of the input "component".
Returns:
([dict]): Returns dictionary. {"status": "Succeeded"/"Failed"/"Partial", "output": "", "error": ""}
status: Succeeded, Failed, Partial
output: Dictionary with element health status
error: Error information if the request "Failed"
"""
try:
Log.debug(f"Get {component} health status version {version} with depth {depth} and filters {kwargs}")
component_id = None
if GET_SYS_HEALTH_ARGS.ID.value in kwargs and kwargs[GET_SYS_HEALTH_ARGS.ID.value] != "":
component_id = kwargs[GET_SYS_HEALTH_ARGS.ID.value]
# Get the requested component level in the health hierarchy
component_level = HealthHierarchy.get_component_level(component)
# Set the depth to be returned, check for partial status.
self._partial_status = False
total_depth = HealthHierarchy.get_total_depth()
if depth == 0:
depth = total_depth
else:
depth += component_level - 1 # Decrement by 1 for the component level itself.
if depth > HealthHierarchy.get_total_depth():
depth = total_depth
self._partial_status = True
Log.debug(f"{component} level {component_level}, depth to return {depth}, total available depth {total_depth}")
self._id_not_found = False
# Get raw status starting from cluster
self._status_dict = self.get_status_raw(CLUSTER_ELEMENTS.CLUSTER.value)
# Prepare and return the output
output = StatusOutput(version)
self._prepare_status(component, component_id = component_id, start_level = component_level, current_level = component_level, depth = depth, parent = output)
status = const.STATUSES.SUCCEEDED.value
if self._partial_status:
status = const.STATUSES.PARTIAL.value
if self._id_not_found:
output_json = json.dumps({"status": const.STATUSES.FAILED.value, "output": "", "error": "Invalid id"})
else:
output_json = json.dumps({"status": status, "output": json.loads(output.to_json()), "error": ""})
Log.debug(f"Output json {output_json}")
return output_json
except Exception as e:
Log.error(f"Failed reading status. Error: {e}")
raise HaSystemHealthException("Failed reading status")
async def _store_action(self, alert, action):
"""
Further parses the alert to store information such as:
component: Actual Hw component which has been affected
component_id: FRU_ID
entity: enclosure/node
entity_id: resource id
"""
try:
sensor_response = alert.get(const.MESSAGE).get(
const.SENSOR_RES_TYPE)
info_dict = await self._set_db_key_info(sensor_response)
if info_dict:
await self._decision_db.store_event(info_dict[const.ENTITY], \
info_dict[const.ENTITY_ID], info_dict[const.COMPONENT], \
info_dict[const.COMPONENT_ID], info_dict[const.EVENT_TIME], action)
except Exception as e:
Log.error(f"Error occured during storing action. {e}")
def process(self, args: list):
""" Process the command """
self.parse(args)
command_executor = CmdFactory.get_executor(self.module_name, self.operation_name)
exec_class = self.get_class(command_executor)
# Call execute function of the appropriate executor class
executor_class = exec_class()
# Raise exception if user does not have proper permissions
executor_class.validate_permissions()
if executor_class.validate():
try:
executor_class.execute()
except Exception as err:
Log.error(f"{traceback.format_exc()}, {err}")
raise HACommandTerminated(f"CLI execution failed, Error: {err}")
def map_event(self, event_type: str) -> str:
"""Returns the status by mapping it against the event type"""
try:
status = self.EVENT_TO_STATUS_MAPPING[event_type]
return status
except KeyError as e:
Log.error(
f"StatusMapper, map_event, No equivalent event type found: {e}"
)
raise HaStatusMapperException(
f"StatusMapper, map_event, No equivalent event type found: {e}"
)
except Exception as e:
Log.error(
f"StatusMapper, map_event, Exception occured while mapping event_type to status: {e}"
)
raise HaStatusMapperException(
f"StatusMapper, map_event, Exception while mapping event: {e}")
def process(self):
"""
Process test command.
"""
path_to_comp_config = const.SOURCE_CONFIG_PATH
install_type = self.get_installation_type()
nodes = self.get_nodelist(fetch_from=Cmd.HA_CONFSTORE)
path_to_comp_config = path_to_comp_config + '/components/' + install_type
rc = TestExecutor.validate_cluster(node_list=nodes,
comp_files_dir=path_to_comp_config)
Log.info(f"cluster validation rc = {rc}")
if not rc:
raise HaConfigException(
"Cluster is no healthy. Check HA logs for further information."
)
def _update_env(self, node_name: str, node_type: str,
cluster_type: str) -> None:
"""
Update env like VM, HW
"""
Log.info(f"Detected {node_type} env and cluster_type {cluster_type}.")
if "VM" == node_type.upper():
Conf.set(const.HA_GLOBAL_INDEX, "CLUSTER_MANAGER.env",
node_type.upper())
else:
# TODO: check if any env available other than vm, hw
Conf.set(const.HA_GLOBAL_INDEX, "CLUSTER_MANAGER.env", "HW")
Conf.set(const.HA_GLOBAL_INDEX, "CLUSTER_MANAGER.cluster_type",
cluster_type)
Conf.set(const.HA_GLOBAL_INDEX, "CLUSTER_MANAGER.local_node",
node_name)
Log.info("CONFIG: Update ha configuration files")
Conf.save(const.HA_GLOBAL_INDEX)
def __init__(self, producer, k_object, **kwargs):
"""
Init method
Initialization of member objects, and Thread super calss
"""
super().__init__()
self._publish_alert = True
self._object = k_object
self.name = f"Monitor-{k_object}-Thread"
self._args = kwargs
self._starting_up = True
self._object_state = {}
self._sigterm_received = threading.Event()
self._stop_event_processing = False
self._producer = producer
self._confstore = ConfigManager.get_confstore()
self._published_alerts = {}
Log.info(f"Initialization done for {self._object} monitor")
def delete_resources() -> None:
"""
Delete pacemaker resources.
Exceptions:
UpgradeError
"""
try:
root = _get_cib_xml()
resources = [e.attrib["id"] for e in root.findall(".//lrm_resource")
if "id" in e.attrib]
Log.info(f"Going to delete following resources: {resources}")
for r in resources:
Log.info(f"Deleting {r}")
SimpleCommand().run_cmd(f"pcs resource delete {r}")
except Exception as err:
raise UpgradeError("Resource deletion failed") from err
def cluster_exists(self) -> dict:
"""
Check if cluster exists.
Returns:
dict: Return dictionary. {"status": "", "output": "", "error": ""}
status: Succeeded
"""
try:
result: bool = True if self._is_pcs_cluster_running() else False
except Exception as e:
Log.error(f"Cluster status is failed. error {e}")
result = False
return {
"status": const.STATUSES.SUCCEEDED.value,
"output": result,
"error": ""
}
def _keys_validate(self, phase_name: str):
"""Validate keys of each phase against argument file."""
phase_name = phase_name.upper()
try:
phase_list = self._get_list_of_phases_to_validate(phase_name)
yardstick_list = []
yardstick_list_exp = []
for phase in phase_list:
phase_key_list = self._get_keys_for_phase(phase)
yardstick_list.extend(phase_key_list)
for key in yardstick_list:
new_key = self._expand_keys(key, phase_name)
yardstick_list_exp.append(new_key)
for key in yardstick_list_exp:
self._key_value_verify(key, phase_name)
Log.debug("%s - keys validation complete" % phase_name.lower())
except Exception:
raise Exception("ERROR : Validating keys failed")
def reset(self):
"""
Performs reset.
Raises exception on error
"""
# Check service status
service_obj = Service('elasticsearch.service')
service_state = service_obj.get_state()
if service_state._state == 'active':
Log.warn("Elasticsearch service in active state. \n"
"Stopping Elasticsearch service now...")
service_obj.stop()
# Clear log files.
Elasticsearch.truncate_log_files(self.log_path)
Log.info("Reset done.")
return 0
def _is_status_present(self, component, component_id: str = None) -> str:
status_key = None
if component_id is not None:
for key in self._status_dict:
if re.search(f"{component}/{component_id}/health", key):
status_key = key
break
else:
for key in self._status_dict:
if re.search(f"{component}/.+/health", key):
split_key = re.split("/", key)
if component == split_key[-3]:
status_key = key
break
Log.debug(
f"Status key {status_key} present for component {component}, id {component_id}"
)
return status_key
def get_resource_status(self, resource: AnyStr):
"""
Get the Status for Resource
:param resource: Name of Resource :type: str
:return:
"""
Log.debug(f"Received Status Request for resource {resource}")
resource_key = self._resource_file.get("resources", {}).get(resource, {})
try:
resource_data = self._loop.run_until_complete(
self._consul_call.get(**resource_key))
except Exception as e:
# Return OK if Failed to Fetch Resource Status.
Log.error(f"{traceback.format_exc()} {e}")
return Action.OK
if resource_data:
return resource_data[0].action
return Action.OK
def __init__(self):
"""
Init method
"""
super(IEMFilter, self).__init__()
IEMFilter.validate_filter(
const.AlertEventConstants.IEM_FILTER_TYPE.value)
# Get filter type and resource types list from the IEM rule file
self.filter_type = Conf.get(
const.ALERT_FILTER_INDEX,
const.AlertEventConstants.IEM_FILTER_TYPE.value)
self.components_list = Conf.get(
const.ALERT_FILTER_INDEX,
const.AlertEventConstants.IEM_COMPONENTS.value)
self.modules_dict = Conf.get(
const.ALERT_FILTER_INDEX,
const.AlertEventConstants.IEM_MODULES.value)
Log.info("IEM Filter is initialized ...")
def _delete_message_type(self, component: str) -> None:
"""
Deletes the message type created earlier
Args:
component (str): Component name.
"""
message_type = EVENT_MANAGER_KEYS.MESSAGE_TYPE_VALUE.value.replace(
"<component_id>", component)
MessageBus.deregister(message_type)
# Remove message type key from confstore
message_type_key = EVENT_MANAGER_KEYS.MESSAGE_TYPE_KEY.value.replace(
"<component_id>", component)
if self._confstore.key_exists(message_type_key):
self._confstore.delete(message_type_key)
Log.info(
f"Unsubscribed component {component} from message_type {message_type}"
)
def _get_metadata(self, admin: object):
"""To get the metadata information of message type."""
try:
message_type_metadata = admin.list_topics(
timeout=self._admin_api_timeout).__dict__
return message_type_metadata['topics']
except KafkaException as e:
Log.error(f"MessageBusError: {errors.ERR_OP_FAILED}. "\
f"list_topics() failed. {e} Check if Kafka service is "\
f"running successfully")
raise MessageBusError(errors.ERR_OP_FAILED, "list_topics() " +\
"failed. %s. Check if Kafka service is running successfully", e)
except Exception as e:
Log.error(f"MessageBusError: {errors.ERR_OP_FAILED}. "\
f"list_topics() failed. {e} Check if Kafka service is "\
f"running successfully")
raise MessageBusError(errors.ERR_OP_FAILED, "list_topics() " +\
"failed. %s. Check if Kafka service is running successfully", e)
def _create_dir_and_set_kafka_ownership(directory: str):
"""
Creats directory if dosent exist and changes ownership to kafka:kafka.
Args:
directory (str): directory to be created
Returns:
int: Returns 0 on success
"""
try:
os.makedirs(directory, exist_ok=True)
os.system(f"chown -R kafka:kafka {directory}")
except OSError as e:
Log.error(f"Faild to creating directory & changing ownership:{e}")
raise KafkaSetupError(rc=e.errno, message=e)
return 0
def _get_uncompressed_size(size_limit: float):
"""Calculate the uncompressed size, assuming the tz utility compression to be 80%
Using Formula:
Data_Compression_ratio = 1-(compressed_size/uncompressed_size)
compressed_size/uncompressed_size = 1-(4/5) = 1/5
uncompressed_size = compressed_size * 5
Multiplying compressed size limit with 5 to get the uncompressed size limit.
For example:
say the compressed size limit given is 200MB,
uncompressed size limit = 200MB * 5 = 1000MB
"""
uncompressed_size = ''
try:
uncompressed_size = int(size_limit * 5)
except ValueError as e:
Log.error(f"Failed to get uncompressed size_limit. ERROR:{str(e)}")
return uncompressed_size
def evaluate_status(self, health_event: HealthEvent) -> HealthEvent:
"""
Evaluate health event of children and return its health event.
Args:
health_event (HealthEvent): Health event of children
Returns:
HealthEvent: Health event of current element.
"""
cluster_id = health_event.cluster_id
status = self.get_cluster_status(cluster_id)
Log.info(f"Evaluated cluster {cluster_id} status as {status}")
return self._get_new_event(
event_type=status,
resource_type=CLUSTER_ELEMENTS.CLUSTER.value,
resource_id=cluster_id,
subelement_event=health_event)
def get_fid(service: str, node_id: str, instance_id: int) -> str:
"""
Get Fid from hare mapping file for given services.
Args:
service ([str]): Service name.
node_id ([str]): Node name for fid instance.
instance_id ([int]): Instance id for service.
Returns:
str: Return fid of given service.
"""
try:
return Hare.get_fid(service, node_id, instance_id)
except Exception as e:
Log.error(f"Failed to get fid for ({service}, {node_id}, \
{instance_id}). Error: {e}")
return None
def filter_event(self, msg: str) -> bool:
"""
Filter event.
Args:
msg (str): Msg
"""
try:
iem_required = False
message = json.loads(msg).get(ALERT_ATTRIBUTES.MESSAGE)
actuator_response_type = message.get(
ALERT_ATTRIBUTES.ACTUATOR_RESPONSE_TYPE)
if actuator_response_type is not None:
return iem_required
msg_type = IEMFilter.get_msg_type(message)
if msg_type.lower() != MESSAGETYPE.IEM.value.lower():
return iem_required
sensor_response_type = message.get(
ALERT_ATTRIBUTES.SENSOR_RESPONSE_TYPE)
component_type = sensor_response_type[
ALERT_ATTRIBUTES.SPECIFIC_INFO][ALERT_ATTRIBUTES.COMPONENT]
module_type = sensor_response_type[ALERT_ATTRIBUTES.SPECIFIC_INFO][
ALERT_ATTRIBUTES.MODULE]
if self.filter_type == const.INCLUSION:
if component_type in self.components_list and module_type in self.modules_dict.get(
component_type):
iem_required = True
else:
# EXCLUSION Rules
if component_type not in self.components_list or module_type not in self.modules_dict.get(
component_type):
iem_required = True
event_id = message.get(ALERT_ATTRIBUTES.SENSOR_RESPONSE_TYPE).get(
ALERT_ATTRIBUTES.ALERT_ID)
Log.info(f"Successfully filtered event {event_id} ...")
return iem_required
except Exception as e:
raise EventFilterException(
f"Failed to filter IEM event. Message: {msg}, Error: {e}")
def _initalize_watcher(self, system_health: SystemHealth) -> dict:
"""
Initalize watcher.
Args:
system_health (SystemHealth): Instance of systemhealth.
Returns:
dict: mapping of wather_type -> watcher_instance
"""
watchers = Conf.get(const.HA_GLOBAL_INDEX,
f"EVENT_ANALYZER{_DELIM}watcher")
watcher_list: dict = {}
for watcher in watchers:
Log.info(f"Initializing watcher {watcher}....")
event_filter_class = Conf.get(
const.HA_GLOBAL_INDEX,
f"EVENT_ANALYZER{_DELIM}watcher{_DELIM}{watcher}{_DELIM}event_filter"
)
event_filter_instance = EventAnalyzerService.get_class(
event_filter_class)()
event_parser_class = Conf.get(
const.HA_GLOBAL_INDEX,
f"EVENT_ANALYZER{_DELIM}watcher{_DELIM}{watcher}{_DELIM}event_parser"
)
event_parser_instance = EventAnalyzerService.get_class(
event_parser_class)()
watcher_list[watcher] = Watcher(
consumer_id=Conf.get(
const.HA_GLOBAL_INDEX,
f"EVENT_ANALYZER{_DELIM}watcher{_DELIM}{watcher}{_DELIM}consumer_id"
),
message_type=Conf.get(
const.HA_GLOBAL_INDEX,
f"EVENT_ANALYZER{_DELIM}watcher{_DELIM}{watcher}{_DELIM}message_type"
),
consumer_group=Conf.get(
const.HA_GLOBAL_INDEX,
f"EVENT_ANALYZER{_DELIM}watcher{_DELIM}{watcher}{_DELIM}consumer_group"
),
event_filter=event_filter_instance,
event_parser=event_parser_instance,
subscriber=system_health)
return watcher_list
class CleanupCmd(SetupCmd):
"""Cleanup cmd initialization."""
Log.init('OpenldapProvisioning','/var/log/cortx/utils/openldap',\
level='DEBUG')
def __init__(self, config: str):
"""Constructor."""
try:
super(CleanupCmd, self).__init__(config)
except Exception as e:
Log.debug("Initializing cleanup phase failed")
raise OpenldapPROVError(f'exception: {e}')
def process(self):
"""Main processing function."""
try:
self.delete_replication_config()
self.delete_log_files()
BaseConfig.cleanup(True)
os.system('systemctl restart slapd')
except Exception as e:
raise OpenldapPROVError(f'exception: {e}\n')
def _delete_file(self, filepath: str):
"""Delete file."""
if os.path.exists(filepath):
try:
file_shrink = open(filepath, "w")
file_shrink.truncate()
file_shrink.close()
except Exception:
Log.debug("Failed deleting log file : %s" % filepath)
def delete_log_files(self):
"""Delete log files."""
Log.debug("Starting log file deletion")
logFiles = [
"/var/log/cortx/utils/openldap/OpenldapProvisioning.log",
"/var/log/slapd.log"
]
for logFile in logFiles:
self._delete_file(logFile)
Log.debug("Cleanup completed, empty log file")
def delete_replication_config(self):
"""Cleanup replication related config."""
Log.debug("Starting replication cleanup")
conn = ldap.initialize("ldapi://")
conn.sasl_non_interactive_bind_s('EXTERNAL')
dn = "cn=config"
Replication.deleteattribute(conn, dn, "olcServerID")
dn = "olcDatabase={2}mdb,cn=config"
Replication.deleteattribute(conn, dn, "olcSyncrepl")
Replication.deleteattribute(conn, dn, "olcMirrorMode")
def setUp(self):
Log.init(service_name='resource_agent',
log_path=const.RA_LOG_DIR,
level="DEBUG")
self.decision_monitor = MagicMock()
self.filename = 'node_iem_motr'
self.path = 'io'
self.decision_monitor.get_resource_status.side_effect = self._side_effect_group_status
self.schema = {
"nodes": {
"27534128-7ecd-4606-bf42-ebc9765095ba":
"cortxnode1.example.com",
"f3c7d479-2249-40f4-9276-91ba59f50034":
"cortxnode2.example.com",
"local": "cortxnode1.example.com"
}
}
self.status = None
self.iem_agent = IEMResourceAgent(self.decision_monitor, self.schema)
def cleanup(self, *args, **kwargs):
"""
Performs Configuraiton cleanup.
Raises exception on error.
"""
Log.info("starting cleanup phase")
server_properties_file = '/opt/kafka/config/server.properties'
default_server_properties = {
'broker.id': 0,
'log.dirs': '/tmp/kafka-logs',
'log.retention.check.interval.ms': 300000,
'zookeeper.connect': 'localhost:2181',
'transaction.state.log.min.isr': 1,
'offsets.topic.replication.factor': 1,
'transaction.state.log.replication.factor': 1,
}
delete_server_properties = [
'listeners', 'log.delete.delay.ms', 'default.replication.factor',
'log.flush.offset.checkpoint.interval.ms'
]
Kafka._update_properties_file(server_properties_file,
default_server_properties)
Kafka._delete_properties_from_file(server_properties_file,
delete_server_properties)
zookeeper_properties_file = '/opt/kafka/config/zookeeper.properties'
default_zookeeper_properties = {
'clientPort': 2181,
'dataDir': '/tmp/zookeeper'
}
delete_zookeeper_properties = [
'dataLogDir', 'tickTime', 'initLimit', 'syncLimit', 'dataLogDir',
'autopurge.snapRetainCount', 'server.', 'autopurge.purgeInterval',
'4lw.commands.whitelist'
]
Kafka._update_properties_file(zookeeper_properties_file,
default_zookeeper_properties)
Kafka._delete_properties_from_file(zookeeper_properties_file,
delete_zookeeper_properties)
Log.info("cleanup phase completed successfully")
return 0
def evaluate(self, event: HealthEvent) -> list:
"""
Check if rule exists for received HealthEvent
If yes, return the actions for that rule
Args:
HealthEvent
Returns:
list: actions configured for the rule
"""
val = []
key = self._prepare_key(event.resource_type, event.event_type)
Log.debug(f"Evaluating rule for {key}")
kv = self._get_val(key)
if kv:
_, val = self._get_k_v(kv)
Log.info(f"Evaluated action {val} for key {key}")
return val
def unsubscribe(self,
component: SUBSCRIPTION_LIST,
events: list,
action: str = None) -> None:
"""
Deregister the event for the specific component and the component \
for the event using consul deletion
Args:
component (str): Component Name.
events (list, optional): Event List. Defaults to None.
Raise:
UnSubscribeException: Raise error if failed.
"""
if isinstance(component, SUBSCRIPTION_LIST):
component = component.value
#TODO: Provide way to unsubscribe all event
Log.info(f"Received unsubscribe for {component}")
try:
self._validate_component(component)
self._validate_events(events)
if not action:
action = HEALTH_MON_ACTIONS.PUBLISH_ACT.value
for event in events:
self._delete_component_key(component, event.resource_type,
event.states)
self._delete_event_key(component, event.resource_type,
event.states)
for state in event.states:
key = EVENT_MANAGER_KEYS.EVENT_KEY.value.replace(
"<resource>",
event.resource_type).replace("<state>", state)
if not self._confstore.key_exists(key):
self._monitor_rule.remove_rule(event.resource_type,
state,
self._default_action)
Log.info(f"Successfully UnSubscribed component {component}")
except InvalidComponent:
raise
except Exception as e:
raise UnSubscribeException(
f"Failed to unsubscribe {component}. Error: {e}")
def initialize(service_name,
log_path=const.DEFAULT_LOG_PATH,
level=const.DEFAULT_LOG_LEVEL,
console_output=True):
"""
Initialize Logger:
Initialize and use cortx-utils logger to log message in file and console.
If console_output is True, log message will be displayed in console.
"""
if not CortxProvisionerLog.logger:
if level not in const.SUPPORTED_LOG_LEVELS:
level = const.DEFAULT_LOG_LEVEL
Log.init(service_name,
log_path,
level=level,
console_output=console_output,
console_output_level=const.DEFAULT_CONSOLE_OUTPUT_LEVEL)
CortxProvisionerLog.logger = Log.logger
def stop(self) -> int:
"""
Stop service. If stop failed it will cause stonith.
Returns:
int: Return as per service status.
if unknown or failed then return success.
timeout of stop will cause stonith.
"""
service = self._get_systemd_service()
Log.debug(f"Stop: Stopping {service} service")
self._execute.run_cmd(f"systemctl stop {service}", check_error=False)
while True:
status: str = self._get_service_status(service).strip()
time.sleep(1)
if status in ["failed", "unknown"]:
break
Log.info(f"Stop: Stopped {service} service")
return const.OCF_SUCCESS