def __init__(self):
super(ServiceMsgHandler, self).__init__(self.MODULE_NAME,
self.PRIORITY)
self._service_actuator = None
self._query_utility = None
self._dbus_service = DbusServiceHandler()
# Flag to indicate suspension of module
self._suspended = False
def install_files(self, PRODUCT):
"""Configure required log files."""
dbus_service = DbusServiceHandler()
# Copy rsyslog configuration
if not os.path.exists(self.RSYSLOG_CONF):
shutil.copyfile(
"%s/low-level/files/%s" % (SSPL_BASE_DIR, self.RSYSLOG_CONF),
self.RSYSLOG_CONF)
if not os.path.exists(self.RSYSLOG_SSPL_CONF):
shutil.copyfile(
"%s/low-level/files/%s" %
(SSPL_BASE_DIR, self.RSYSLOG_SSPL_CONF),
self.RSYSLOG_SSPL_CONF)
# Create soft link for SINGLE product name service to existing LDR_R1, LR2 service
# Instead of keeping separate service file for SINGLE product with same content.
currentProduct = "%s/conf/sspl-ll.service.%s" % (SSPL_BASE_DIR,
PRODUCT)
if (PRODUCT == "SINGLE" and not os.path.exists(currentProduct)) or \
(PRODUCT == "DUAL" and not os.path.exists(currentProduct)):
os.symlink("%s/conf/sspl-ll.service.%s" % (SSPL_BASE_DIR, PRODUCT),
currentProduct)
if PRODUCT == "CLUSTER" and not os.path.exists(currentProduct):
os.symlink("%s/conf/sspl-ll.service.LR2" % (SSPL_BASE_DIR),
currentProduct)
# Copy sspl-ll.service file and enable service
shutil.copyfile(currentProduct, "/etc/systemd/system/sspl-ll.service")
dbus_service.enable('sspl-ll.service')
daemon_reload_cmd = "systemctl daemon-reload"
output, error, returncode = SimpleProcess(daemon_reload_cmd).run()
if returncode != 0:
raise SetupError(returncode, error, daemon_reload_cmd)
# Copy IEC mapping files
os.makedirs("%s/iem/iec_mapping" % (PRODUCT_BASE_DIR), exist_ok=True)
distutils.dir_util.copy_tree(
"%s/low-level/files/iec_mapping/" % (SSPL_BASE_DIR),
"%s/iem/iec_mapping" % (PRODUCT_BASE_DIR))
# Skip this step if sspl is being configured for node replacement scenario as sspl configurations are
# already available in consul on the healthy node
# Running script for fetching the config using salt and feeding values to consul
# Onward LR2, consul will be abstracted out and it won't exit as hard dependeny of SSPL
if PRODUCT == "LDR_R1":
if not os.path.exists(REPLACEMENT_NODE_ENV_VAR_FILE):
config_from_salt = "%s/sspl_fetch_config_from_salt.py %s %s" % (
self._script_dir, self.ENVIRONMENT, PRODUCT)
output, error, returncode = SimpleProcess(
config_from_salt).run()
if returncode != 0:
raise SetupError(returncode, error, config_from_salt)
def __init__(self, args: list):
self.args = args
self.name = "sspl_test"
self.plan = "self"
self.avoid_rmq = False
self.dbus_service = DbusServiceHandler()
if args.config and args.config[0]:
self.sspl_test_gc_url = args.config[0]
else:
self.sspl_test_gc_url = global_config_path
self.sspl_test_gc_copy_file = "/etc/sspl_test_gc_url.yaml"
def __init__(self, args: list):
self.args = args
self.name = "sspl_test"
self.plan = "self_primary"
self.avoid_rmq = False
self.dbus_service = DbusServiceHandler()
# Load global, sspl and test configs
Conf.load(SSPL_CONFIG_INDEX, sspl_config_path)
global_config_url = Conf.get(
SSPL_CONFIG_INDEX, "SYSTEM_INFORMATION>global_config_copy_url")
Conf.load(GLOBAL_CONFIG_INDEX, global_config_url)
Conf.load(SSPL_TEST_CONFIG_INDEX, sspl_test_config_path)
def test_service_inactive_alert(args):
check_sspl_ll_is_running()
check_service_is_running(service_name)
# Simulate Fault alert by stopping the service.
DbusServiceHandler().stop(service_name)
time.sleep(WAIT_TIME)
sensor_response = read_ingress_queue()
assert_on_mismatch(sensor_response, "fault")
# Simulate Fault resolved alert.
DbusServiceHandler().start(service_name)
time.sleep(5)
sensor_response = read_ingress_queue()
assert_on_mismatch(sensor_response, "fault_resolved")
def __init__(self, args: list):
self.args = args
self.name = "sspl_test"
self.plan = "sanity"
self.coverage_enabled = self.args.coverage
self.test_dir = f"/opt/seagate/{PRODUCT_FAMILY}/sspl/sspl_test"
if self.args.v2:
self.test_dir = f"/opt/seagate/{PRODUCT_FAMILY}/sspl/sspl_test/functional_tests/v2"
sspl_constants.sspl_test_file_path = sspl_testv2_file_path
sspl_constants.sspl_test_config_path = sspl_testv2_config_path
self.dbus_service = DbusServiceHandler()
if args.config and args.config[0]:
self.sspl_test_gc_url = args.config[0]
else:
self.sspl_test_gc_url = global_config_path
self.sspl_test_gc_copy_file = "/etc/sspl_test_gc_url.yaml"
def process(self):
# stop sspl service
dbus_service = DbusServiceHandler()
dbus_service.stop('sspl-ll.service')
# Remove sspl_conf
self.del_file(file_store_config_path)
# Remove sspl-configured file
self.del_file(SSPL_CONFIGURED)
# Remove sspl data
shutil.rmtree(DATA_PATH, ignore_errors=True)
# Remove sspl-ll user if preset
CMD = "id -u sspl-ll"
output, error, returncode = SimpleProcess(CMD).run()
if returncode != 0:
raise SetupError(returncode, "ERROR: %s - CMD %s", error, CMD)
else:
self.user_present = True
if self.user_present:
CMD = "/usr/sbin/userdel sspl-ll"
output, error, returncode = SimpleProcess(CMD).run()
if returncode != 0:
raise SetupError(returncode, "ERROR: %s - CMD %s", error, CMD)
# Remove log directories
shutil.rmtree(f"/var/log/{PRODUCT_FAMILY}/sspl", ignore_errors=True)
shutil.rmtree(f"/var/log/{PRODUCT_FAMILY}/iem", ignore_errors=True)
# Remove rsyslog config files
self.del_file("/etc/rsyslog.d/0-iemfwd.conf")
self.del_file("/etc/rsyslog.d/1-ssplfwd.conf")
# Remove logrotate config files
self.del_file("/etc/logrotate.d/iem_messages")
self.del_file("/etc/logrotate.d/sspl_logs")
# Remove SSPL configuration files
shutil.rmtree("/etc/sspl-ll", ignore_errors=True)
self.del_file("/etc/sspl.conf.bak")
def test_service_restart_case(args):
check_sspl_ll_is_running()
check_service_is_running(service_name)
DbusServiceHandler().restart(service_name)
time.sleep(WAIT_TIME)
sensor_response = read_ingress_queue()
check_service_is_running(service_name)
if sensor_response:
print(sensor_response)
assert (sensor_response['info']['alert_type'] != "fault")
def __init__(self):
super(SystemdService, self).__init__()
# Use d-bus to communicate with systemd
# Described at: http://www.freedesktop.org/wiki/Software/systemd/dbus/
# Obtain an instance of d-bus to communicate with systemd
self._bus = SystemBus()
# Obtain a manager interface to d-bus for communications with systemd
systemd = self._bus.get_object('org.freedesktop.systemd1',
'/org/freedesktop/systemd1')
self._manager = Interface(
systemd, dbus_interface='org.freedesktop.systemd1.Manager')
# Subscribe to signal changes
self._manager.Subscribe()
# create service cls obj.
self._service = DbusServiceHandler()
def process(self):
dbus_service = DbusServiceHandler()
# Stop SSPL service if state is active
service_state = dbus_service.get_state('sspl-ll.service')
if service_state._state == 'active':
logger.warning ("SSPL service should have been stopped,"
f"before {self.name} interface is invoked")
logger.warning("Stopping SSPL service now...")
dbus_service.stop('sspl-ll.service')
# Remove sspl data
shutil.rmtree(DATA_PATH, ignore_errors=True)
# Remove log files
Reset.del_files_from_dir('.log', f"/var/log/{PRODUCT_FAMILY}/sspl/")
Reset.del_files_from_dir('.log.gz',
f"/var/log/{PRODUCT_FAMILY}/sspl/")
Reset.del_files_from_dir('.log', f"/var/log/{PRODUCT_FAMILY}/iem/")
Reset.del_files_from_dir('.log.gz',
f"/var/log/{PRODUCT_FAMILY}/iem/")
def process(self):
dbus_service = DbusServiceHandler()
# Stop SSPL service if state is active
service_state = dbus_service.get_state('sspl-ll.service')
if service_state._state == 'active':
logger.warning ("SSPL service should have been stopped,"
f"before {self.name} interface is invoked")
logger.warning("Stopping SSPL service now...")
dbus_service.stop('sspl-ll.service')
# Remove sspl data
shutil.rmtree(DATA_PATH, ignore_errors=True)
# Clear log data from log files and delete 'log.gz' files
FileStore().truncate(f"/var/log/{PRODUCT_FAMILY}/sspl/", '.log')
FileStore().truncate(f"/var/log/{PRODUCT_FAMILY}/iem/", '.log')
FileStore().delete(
f"/var/log/{PRODUCT_FAMILY}/sspl/", '.log.gz')
FileStore().delete(
f"/var/log/{PRODUCT_FAMILY}/iem/", '.log.gz')
def process(self):
"""Create SSPL user and required config files."""
# dbus module import is implicit in cortx utils. Keeping this
# after dependency validation will enrich the use of
# validate_dependencies() method.
from cortx.utils.service import DbusServiceHandler
self.dbus_service = DbusServiceHandler()
# Create and load sspl config
self.create_sspl_conf()
Conf.load(consts.SSPL_CONFIG_INDEX, consts.sspl_config_path)
# Update sspl.conf with provisioner supplied input config copy
Conf.set(consts.SSPL_CONFIG_INDEX,
"SYSTEM_INFORMATION>global_config_copy_url",
consts.global_config_path)
Conf.save(consts.SSPL_CONFIG_INDEX)
self.create_user()
self.create_directories_and_ownership()
self.install_sspl_service_files()
self.enable_sspl_service()
class ServiceMsgHandler(ScheduledModuleThread, InternalMsgQ):
"""Message Handler for service request messages"""
MODULE_NAME = "ServiceMsgHandler"
PRIORITY = 2
RESOURCE_TYPE = "node:sw:os:service"
ALERT_TYPE = "UPDATE"
# Dependency list
DEPENDENCIES = {"plugins": ["EgressProcessor"], "rpms": []}
@staticmethod
def dependencies():
"""Returns a list of plugins and RPMs this module requires
to function.
"""
return ServiceMsgHandler.DEPENDENCIES
@staticmethod
def name():
""" @return: name of the module."""
return ServiceMsgHandler.MODULE_NAME
def __init__(self):
super(ServiceMsgHandler, self).__init__(self.MODULE_NAME,
self.PRIORITY)
self._service_actuator = None
self._query_utility = None
self._dbus_service = DbusServiceHandler()
# Flag to indicate suspension of module
self._suspended = False
def initialize(self, conf_reader, msgQlist, product):
"""initialize configuration reader and internal msg queues"""
# Initialize ScheduledMonitorThread
super(ServiceMsgHandler, self).initialize(conf_reader)
# Initialize internal message queues for this module
super(ServiceMsgHandler, self).initialize_msgQ(msgQlist)
self._import_products(product)
self.host_id = socket.getfqdn()
self.site_id = Conf.get(GLOBAL_CONF, SITE_ID_KEY, "DC01")
self.rack_id = Conf.get(GLOBAL_CONF, RACK_ID_KEY, "RC01")
self.node_id = Conf.get(GLOBAL_CONF, NODE_ID_KEY, "SN01")
self.cluster_id = Conf.get(GLOBAL_CONF, CLUSTER_ID_KEY, "CC01")
self.storage_set_id = Conf.get(GLOBAL_CONF, STORAGE_SET_ID_KEY, "ST01")
self.monitored_services = Conf.get(
SSPL_CONF, f'{SERVICEMONITOR}>{MONITORED_SERVICES}')
def _import_products(self, product):
"""Import classes based on which product is being used"""
if product.lower() in [x.lower() for x in enabled_products]:
from zope.component import queryUtility
self._query_utility = queryUtility
def run(self):
"""Run the module periodically on its own thread."""
logger.debug("Start accepting requests")
# Do not proceed if module is suspended
if self._suspended == True:
self._scheduler.enter(1, self._priority, self.run, ())
return
# self._set_debug(True)
# self._set_debug_persist(True)
try:
# Block on message queue until it contains an entry
json_msg, _ = self._read_my_msgQ()
if json_msg is not None:
self._process_msg(json_msg)
# Keep processing until the message queue is empty
while not self._is_my_msgQ_empty():
json_msg, _ = self._read_my_msgQ()
if json_msg is not None:
self._process_msg(json_msg)
except Exception as ae:
# Log it and restart the whole process when a failure occurs
logger.exception(f"ServiceMsgHandler restarting: {ae}")
self._scheduler.enter(1, self._priority, self.run, ())
logger.debug("Finished processing successfully")
def _process_msg(self, jsonMsg):
"""Parses the incoming message and hands off to the appropriate logger
"""
logger.debug(f"_process_msg, jsonMsg: {jsonMsg}")
if isinstance(jsonMsg, dict) is False:
jsonMsg = json.loads(jsonMsg)
# Parse out the uuid so that it can be sent back in Ack message
uuid = None
if jsonMsg.get("sspl_ll_msg_header") is not None and \
jsonMsg.get("sspl_ll_msg_header").get("uuid") is not None:
uuid = jsonMsg.get("sspl_ll_msg_header").get("uuid")
logger.debug(f"_processMsg, uuid: {uuid}")
# Handle service start, stop, restart, status requests
if "actuator_request_type" in jsonMsg and \
"service_controller" in jsonMsg["actuator_request_type"]:
logger.debug("_processMsg, msg_type: service_controller")
service_name = jsonMsg.get("actuator_request_type") \
.get("service_controller").get("service_name")
service_request = jsonMsg.get("actuator_request_type") \
.get("service_controller").get("service_request")
request = f"{service_request}:{service_name}"
if service_name not in self.monitored_services:
logger.error(f"{service_name} - service not monitored")
msg = ("Check if supplied service name is valid, %s is not "
"monitored or managed." % service_name)
self.send_error_response(service_request, service_name, msg,
errno.EINVAL)
return
elif service_request not in ["disable", "enable"]:
status = self._dbus_service.is_enabled(service_name)
if status == "disabled":
logger.error(f"{service_name} - service is disabled")
msg = ("%s is disabled, enable request needed before "
"current - %s request can be processed." %
(service_name, service_request))
self.send_error_response(service_request, service_name,
msg, errno.EPERM)
return
# If the state is INITIALIZED, We can assume that actuator is
# ready to perform operation.
if actuator_state_manager.is_initialized("Service"):
logger.debug(f"_process_msg, service_actuator name: \
{self._service_actuator.name()}")
self._execute_request(self._service_actuator, jsonMsg, uuid)
# If the state is INITIALIZING, need to send message
elif actuator_state_manager.is_initializing("Service"):
# This state will not be reached. Kept here for consistency.
logger.info("Service actuator is initializing")
self.send_error_response(service_request, service_name, \
"BUSY - Service actuator is initializing.", errno.EBUSY)
elif actuator_state_manager.is_imported("Service"):
# This case will be for first request only. Subsequent
# requests will go to INITIALIZED state case.
logger.info("Service actuator is imported and initializing")
from actuators.IService import IService
actuator_state_manager.set_state(
"Service", actuator_state_manager.INITIALIZING)
service_actuator_class = self._query_utility(IService)
if service_actuator_class:
# NOTE: Instantiation part should not time consuming
# otherwise ServiceMsgHandler will get block and will
# not be able serve any subsequent requests. This applies
# to instantiation of evey actuator.
self._service_actuator = service_actuator_class()
logger.info(f"_process_msg, service_actuator name: \
{self._service_actuator.name()}")
self._execute_request(self._service_actuator, jsonMsg,
uuid)
actuator_state_manager.set_state(
"Service", actuator_state_manager.INITIALIZED)
else:
logger.info("Service actuator is not instantiated")
# If there is no entry for actuator in table, We can assume
# that it is not loaded for some reason.
else:
logger.warn("Service actuator is not loaded or not supported")
# Handle events generated by the service monitor
elif "sensor_request_type" in jsonMsg and \
"service_status_alert" in jsonMsg["sensor_request_type"]:
logger.debug(f"Received alert from ServiceMonitor : {jsonMsg}")
jsonMsg1 = ServiceMonitorMsg(
jsonMsg["sensor_request_type"]).getJson()
self._write_internal_msgQ("EgressProcessor", jsonMsg1)
# ... handle other service message types
def _execute_request(self, actuator_instance, json_msg, uuid):
"""Calls perform_request method of an actuator and sends response to
output channel.
"""
service_name = json_msg.get("actuator_request_type").\
get("service_controller").get("service_name")
service_request = json_msg.get("actuator_request_type").\
get("service_controller").get("service_request")
service_info = {}
service_name, result, error = actuator_instance.\
perform_request(json_msg)
if error:
self.send_error_response(service_request, service_name, result)
return
logger.debug(f"_processMsg, service_name: {service_name}, \
result: {result}")
service_info["service_name"] = service_name
service_info.update(result)
# Create an actuator response and send it out
response = self._create_actuator_response(service_info)
service_controller_msg = ServiceControllerMsg(response)
if uuid is not None:
service_controller_msg.set_uuid(uuid)
json_msg = service_controller_msg.getJson()
self._write_internal_msgQ("EgressProcessor", json_msg)
def send_error_response(self, request, service_name, err_msg, err_no=None):
"""Send error in response."""
error_info = {}
error_response = True
error_info["service_name"] = service_name
error_info["request"] = request
error_info["error_msg"] = err_msg
if err_no is not None:
str_err = errno_to_str_mapping(err_no)
error_info["error_no"] = f"{err_no} - {str_err}"
response = self._create_actuator_response(error_info, error_response)
service_controller_msg = ServiceControllerMsg(response).getJson()
self._write_internal_msgQ("EgressProcessor", service_controller_msg)
def _create_actuator_response(self, service_info, is_error=False):
"""Create JSON msg."""
if is_error:
severity = "warning"
else:
severity = "informational"
resource_id = service_info.get("service_name")
epoch_time = str(int(time.time()))
specific_info = []
info = {
"cluster_id": self.cluster_id,
"site_id": self.site_id,
"rack_id": self.rack_id,
"storage_set_id": self.storage_set_id,
"node_id": self.node_id,
"resource_id": resource_id,
"resource_type": self.RESOURCE_TYPE,
"event_time": epoch_time
}
specific_info.append(service_info)
response = {
"alert_type": self.ALERT_TYPE,
"severity": severity,
"host_id": self.host_id,
"instance_id": resource_id,
"info": info,
"specific_info": specific_info
}
return response
def suspend(self):
"""Suspends the module thread. It should be non-blocking"""
super(ServiceMsgHandler, self).suspend()
self._suspended = True
def resume(self):
"""Resumes the module thread. It should be non-blocking"""
super(ServiceMsgHandler, self).resume()
self._suspended = False
def shutdown(self):
"""Clean up scheduler queue and gracefully shutdown thread"""
super(ServiceMsgHandler, self).shutdown()
class SSPLTestCmd:
"""Starts test based on plan (sanity|alerts|self_primary|self_secondary)."""
def __init__(self, args: list):
self.args = args
self.name = "sspl_test"
self.plan = "self"
self.avoid_rmq = False
self.dbus_service = DbusServiceHandler()
if args.config and args.config[0]:
self.sspl_test_gc_url = args.config[0]
else:
self.sspl_test_gc_url = global_config_path
self.sspl_test_gc_copy_file = "/etc/sspl_test_gc_url.yaml"
def validate(self):
"""Check for required packages are installed."""
# RPM dependency
rpm_deps = {"cortx-sspl-test": None}
# python 3rd party package dependency
pip3_3ps_packages_test = {"Flask": "1.1.1"}
pkg_validator = PkgV()
pkg_validator.validate_pip3_pkgs(host=socket.getfqdn(),
pkgs=pip3_3ps_packages_test,
skip_version_check=False)
pkg_validator.validate_rpm_pkgs(host=socket.getfqdn(),
pkgs=rpm_deps,
skip_version_check=True)
# Load global, sspl and test configs
Conf.load(SSPL_CONFIG_INDEX, sspl_config_path)
Conf.load(SSPL_TEST_CONFIG_INDEX, sspl_test_config_path)
# Take copy of supplied config passed to sspl_test and load it
with open(self.sspl_test_gc_copy_file, "w") as f:
f.write("")
self.sspl_test_gc_copy_url = "yaml://%s" % self.sspl_test_gc_copy_file
Conf.load(SSPL_TEST_GLOBAL_CONFIG, self.sspl_test_gc_copy_url)
Conf.load("global_config", self.sspl_test_gc_url)
Conf.copy("global_config", SSPL_TEST_GLOBAL_CONFIG)
# Validate input configs
machine_id = Utility.get_machine_id()
self.node_type = Conf.get(SSPL_TEST_GLOBAL_CONFIG,
"server_node>%s>type" % machine_id)
enclosure_id = Conf.get(
SSPL_TEST_GLOBAL_CONFIG,
"server_node>%s>storage>enclosure_id" % machine_id)
self.enclosure_type = Conf.get(
SSPL_TEST_GLOBAL_CONFIG,
"storage_enclosure>%s>type" % enclosure_id)
def process(self):
"""Run test using user requested test plan."""
self.plan = self.args.plan[0]
self.avoid_rmq = self.args.avoid_rmq
# if self.plan is other than "self"
# then only config change and service restart is required.
if self.plan not in ["self", "self_primary", "self_secondary"]:
# Take back up of sspl test config
sspl_test_backup = '/etc/sspl_tests.conf.back'
shutil.copyfile(sspl_test_file_path, sspl_test_backup)
# Add global config in sspl_test config and revert the changes once test completes.
# Global config path in sspl_tests.conf will be referred by sspl_tests later
sspl_global_config_url = Conf.get(
SSPL_CONFIG_INDEX, "SYSTEM_INFORMATION>global_config_copy_url")
Conf.set(SSPL_CONFIG_INDEX,
"SYSTEM_INFORMATION>global_config_copy_url",
self.sspl_test_gc_copy_url)
Conf.save(SSPL_CONFIG_INDEX)
# Enable & disable sensors based on environment
update_sensor_info(SSPL_TEST_CONFIG_INDEX, self.node_type,
self.enclosure_type)
# TODO: Move lines 99-131 & 152-159 to RunQATest class
# Create dummy service and add service name in /etc/sspl.conf
service_name = "dummy_service.service"
service_file_path_src = f"{TEST_DIR}/alerts/os/dummy_service_files/dummy_service.service"
service_executable_code_src = f"{TEST_DIR}/alerts/os/dummy_service_files/dummy_service.py"
service_file_path_des = "/etc/systemd/system"
service_executable_code_des = "/var/cortx/sspl/test"
os.makedirs(service_executable_code_des, 0o777, exist_ok=True)
shutil.copy(service_executable_code_src,
f'{service_executable_code_des}/dummy_service.py')
# Make service file executable.
cmd = f"chmod +x {service_executable_code_des}/dummy_service.py"
_, error, returncode = SimpleProcess(cmd).run()
if returncode != 0:
print("%s error occurred while executing cmd: %s" %
(error, cmd))
print("failed to assign execute permission for dummy_service.py."\
" dummy_service will fail.")
# Copy service file to /etc/systemd/system/ path.
shutil.copyfile(service_file_path_src,
f'{service_file_path_des}/dummy_service.service')
cmd = "systemctl daemon-reload"
_, error, returncode = SimpleProcess(cmd).run()
if returncode != 0:
print(f"failed to execute '{cmd}', systemctl will be unable"\
f" to manage the dummy_service.service \nError: {error}")
self.dbus_service.enable(service_name)
self.dbus_service.start(service_name)
service_list = Conf.get(SSPL_CONFIG_INDEX,
"SERVICEMONITOR>monitored_services")
service_list.append(service_name)
Conf.set(SSPL_CONFIG_INDEX, "SERVICEMONITOR>monitored_services",
service_list)
threshold_inactive_time_original = Conf.get(
SSPL_CONFIG_INDEX, "SERVICEMONITOR>threshold_inactive_time")
threshold_inactive_time_new = 30
Conf.set(SSPL_CONFIG_INDEX,
"SERVICEMONITOR>threshold_inactive_time",
threshold_inactive_time_new)
Conf.save(SSPL_CONFIG_INDEX)
# TODO: Convert shell script to python
# from cortx.sspl.sspl_test.run_qa_test import RunQATest
# RunQATest(self.plan, self.avoid_rmq).run()
CMD = "%s/run_qa_test.sh %s %s" % (TEST_DIR, self.plan,
self.avoid_rmq)
try:
output, error, rc = SimpleProcess(CMD).run(
realtime_output=True)
except KeyboardInterrupt:
rc = 1
error = "KeyboardInterrupt occurred while executing sspl test."
# Restore the original path/file & service, then throw exception
# if execution is failed.
service_list.remove(service_name)
Conf.set(SSPL_CONFIG_INDEX, "SERVICEMONITOR>monitored_services",
service_list)
Conf.set(SSPL_CONFIG_INDEX,
"SERVICEMONITOR>threshold_inactive_time",
threshold_inactive_time_original)
Conf.set(SSPL_CONFIG_INDEX,
"SYSTEM_INFORMATION>global_config_copy_url",
sspl_global_config_url)
Conf.save(SSPL_CONFIG_INDEX)
shutil.copyfile(sspl_test_backup, sspl_test_file_path)
if rc != 0:
raise TestException("%s - ERROR: %s - CMD %s" %
(self.name, error, CMD))
else:
# TODO: Convert shell script to python
# from cortx.sspl.sspl_test.run_qa_test import RunQATest
# RunQATest(self.plan, self.avoid_rmq).run()
try:
CMD = "%s/run_qa_test.sh %s %s" % (TEST_DIR, self.plan,
self.avoid_rmq)
output, error, returncode = SimpleProcess(CMD).run(
realtime_output=True)
except KeyboardInterrupt:
raise TestException(
"KeyboardInterrupt occurred while executing sspl test.")
except Exception as error:
raise TestException(
"Error occurred while executing self test: %s" % error)
class SystemdService(Debug):
"""Handles service request messages to systemd"""
ACTUATOR_NAME = "SystemdService"
@staticmethod
def name():
""" @return: name of the module."""
return SystemdService.ACTUATOR_NAME
def __init__(self):
super(SystemdService, self).__init__()
# Use d-bus to communicate with systemd
# Described at: http://www.freedesktop.org/wiki/Software/systemd/dbus/
# Obtain an instance of d-bus to communicate with systemd
self._bus = SystemBus()
# Obtain a manager interface to d-bus for communications with systemd
systemd = self._bus.get_object('org.freedesktop.systemd1',
'/org/freedesktop/systemd1')
self._manager = Interface(
systemd, dbus_interface='org.freedesktop.systemd1.Manager')
# Subscribe to signal changes
self._manager.Subscribe()
# create service cls obj.
self._service = DbusServiceHandler()
def perform_request(self, jsonMsg):
"""Performs the service request"""
self._check_debug(jsonMsg)
# Parse out the service name and request to perform on it
if jsonMsg.get("actuator_request_type").get("service_controller") \
is not None:
self._service_name = jsonMsg.get("actuator_request_type").\
get("service_controller").get("service_name")
self._service_request = jsonMsg.get("actuator_request_type").\
get("service_controller").get("service_request")
else:
self._service_name = jsonMsg.get("actuator_request_type").\
get("service_watchdog_controller").get("service_name")
self._service_request = jsonMsg.get("actuator_request_type").\
get("service_watchdog_controller").get("service_request")
logger.debug("perform_request, service_name: %s, service_request: %s" % \
(self._service_name, self._service_request))
try:
# Load the systemd unit for the service
systemd_unit = self._manager.LoadUnit(self._service_name)
# Get a proxy to systemd for accessing properties of units
self._proxy = self._bus.get_object("org.freedesktop.systemd1", \
str(systemd_unit))
# The returned result of the desired action
result = {}
is_err_response = False
if self._service_request in ['restart', 'start']:
# Before restart/start the service, check service state.
# If it is not active or activating then only process
# restart/start request.
service_state = self._service.get_state(self._service_name)
state = service_state.state
if state not in ['active', 'activating']:
if self._service_request == "restart":
self._service.restart(self._service_name)
elif self._service_request == "start":
self._service.start(self._service_name)
# Ensure we get an "active" state and not "activating"
service_state = self._service.get_state(self._service_name)
state = service_state.state
max_wait = 0
while state != "active":
logger.debug(
"%s status is activating, needs 'active' "
"state after %s request has been processed, retrying"
% (self._service_name, self._service_request))
time.sleep(1)
max_wait += 1
if max_wait > 20:
logger.debug("maximum wait - %s seconds, for "
"service restart reached." % max_wait)
break
service_state = self._service.get_state(
self._service_name)
state = service_state.state
else:
is_err_response = True
err_msg = (
"Can not process %s request, for %s, as service "
"is already in %s state." %
(self._service_request, self._service_name, state))
logger.error(err_msg)
return (self._service_name, err_msg, is_err_response)
elif self._service_request == "stop":
self._service.stop(self._service_name)
elif self._service_request == "status":
# Return the status below
service_status = self._service.get_state(self._service_name)
# TODO: Use cortx.utils Service class methods for
# enable/disable services.
elif self._service_request == "enable":
service_list = []
service_list.append(self._service_name)
# EnableUnitFiles() function takes second argument as boolean.
# 'True' will enable a service for runtime only(creates symlink
# in /run/.. directory) 'False' will enable a service
# persistently (creates symlink in /etc/.. directory)
_, dbus_result = self._manager.EnableUnitFiles(
service_list, False, True)
res = parse_enable_disable_dbus_result(dbus_result)
result.update(res)
logger.debug("perform_request, result for enable request: "
"result: %s" % (result))
elif self._service_request == "disable":
service_list = []
service_list.append(self._service_name)
# DisableUnitFiles() function takes second argument as boolean.
# 'True' will disable a service for runtime only(removes symlink
# from /run/.. directory) 'False' will disable a service
# persistently(removes symlink from /etc/.. directory)
dbus_result = self._manager.DisableUnitFiles(
service_list, False)
res = parse_enable_disable_dbus_result(dbus_result)
result.update(res)
logger.debug(
"perform_request, result for disable request: %s" % result)
else:
logger.error("perform_request, Unknown service request - %s "
"for service - %s" %
(self._service_request, self._service_name))
is_err_response = True
return (self._service_name, "Unknown service request",
is_err_response)
except debus_exceptions.DBusException as error:
is_err_response = True
logger.exception("DBus Exception: %r" % error)
return (self._service_name, str(error), is_err_response)
except Exception as ae:
logger.exception("SystemD Exception: %r" % ae)
is_err_response = True
return (self._service_name, str(ae), is_err_response)
# Give the unit some time to finish starting/stopping to get final status
time.sleep(5)
# Get the current status of the process and return it back:
service_status = self._service.get_state(self._service_name)
pid = service_status.pid
state = service_status.state
substate = service_status.substate
status = self._service.is_enabled(self._service_name)
uptime = get_service_uptime(self._service_name)
# Parse dbus output to fetch command line path with args.
command_line = service_status.command_line_path
command_line_path_with_args = []
for field in list(command_line[0][1]):
command_line_path_with_args.append(str(field))
result["pid"] = pid
result["state"] = state
result["substate"] = substate
result["status"] = status
result["uptime"] = uptime
result["command_line_path"] = command_line_path_with_args
logger.debug("perform_request, state: %s, substate: %s" %
(str(state), str(substate)))
return (self._service_name, result, is_err_response)
class SSPLPostInstall:
"""Prepare environment for SSPL service."""
name = "sspl_post_install"
def __init__(self):
"""Initialize varibales for post install."""
consts.SSPL_LOG_PATH = "/var/log/%s/sspl/" % consts.PRODUCT_FAMILY
consts.SSPL_BUNDLE_PATH = "/var/%s/sspl/bundle/" % consts.PRODUCT_FAMILY
self.state_file = "%s/state.txt" % consts.DATA_PATH
def validate(self):
"""Check below requirements are met in setup.
1. Check if given product is supported by SSPL
2. Check if given setup is supported by SSPL
3. Check if required pre-requisites softwares are installed.
4. Validate BMC connectivity
5. Validate storage controller connectivity
"""
machine_id = Utility.get_machine_id()
# Validate input/provisioner configs
self.product = Utility.get_config_value(consts.PRVSNR_CONFIG_INDEX,
"cortx>release>product")
self.setup = Utility.get_config_value(consts.PRVSNR_CONFIG_INDEX,
"cortx>release>setup")
node_type = Utility.get_config_value(
consts.PRVSNR_CONFIG_INDEX, "server_node>%s>type" % machine_id)
if node_type.lower() not in ["vm", "virtual"]:
bmc_ip = Utility.get_config_value(
consts.PRVSNR_CONFIG_INDEX,
"server_node>%s>bmc>ip" % machine_id)
enclosure_id = Utility.get_config_value(
consts.PRVSNR_CONFIG_INDEX,
"server_node>%s>storage>enclosure_id" % machine_id)
Utility.get_config_value(consts.PRVSNR_CONFIG_INDEX,
"storage_enclosure>%s>type" % enclosure_id)
primary_ip = Utility.get_config_value(
consts.PRVSNR_CONFIG_INDEX,
"storage_enclosure>%s>controller>primary>ip" % enclosure_id)
secondary_ip = Utility.get_config_value(
consts.PRVSNR_CONFIG_INDEX,
"storage_enclosure>%s>controller>secondary>ip" % enclosure_id)
# Validate product support
if self.product not in consts.enabled_products:
msg = "Product '%s' is not in sspl supported product list: %s" % (
self.product, consts.enabled_products)
logger.error(msg)
raise SetupError(errno.EINVAL, msg)
# Validate setup support
if self.setup not in consts.setups:
msg = "Setup '%s' is not in sspl supported setup list: %s" % (
self.setup, consts.setups)
logger.error(msg)
raise SetupError(errno.EINVAL, msg)
# Validate required pip3s and rpms are installed
self.validate_dependencies(self.setup)
# Validate BMC & Storage controller IP reachability
if node_type.lower() not in ["vm", "virtual"]:
# cluster_id required for decrypting the secret is only available from
# the prepare stage. However accessibility validation will be done in
# prepare stage. So at this time, validating ip reachability is fine.
max_retry = 3
for i in range(max_retry):
try:
NetworkV().validate("connectivity",
[bmc_ip, primary_ip, secondary_ip])
break
except VError:
if i == (max_retry - 1):
raise
time.sleep(1)
@staticmethod
def validate_dependencies(setup):
"""Validate pre-requisites software packages."""
pip3_3ps_packages_main = {
"cryptography": "2.8",
"jsonschema": "3.2.0",
"pika": "1.1.0",
"pyinotify": "0.9.6",
"python-daemon": "2.2.4",
"requests": "2.25.1",
"zope.component": "4.6.2",
"zope.event": "4.5.0",
"zope.interface": "5.2.0"
}
rpm_3ps_packages = {
"hdparm": "9.43",
"ipmitool": "1.8.18",
"lshw": "B.02.18",
"python3": "3.6.8",
"python36-dbus": "1.2.4",
"python36-gobject": "3.22.0",
"python36-paramiko": "2.1.1",
"python36-psutil": "5.6.7",
"shadow-utils": "4.6",
"smartmontools": "7.0",
"systemd-python36": "1.0.0",
"udisks2": "2.8.4"
}
ssu_dependency_rpms = [
"sg3_utils", "gemhpi", "pull_sea_logs", "python-hpi",
"zabbix-agent-lib", "zabbix-api-gescheit", "zabbix-xrtx-lib",
"python-openhpi-baselib", "zabbix-collector"
]
ssu_required_process = ["openhpid", "dcs-collectord"]
vm_dependency_rpms = []
pkg_validator = PkgV()
pkg_validator.validate_pip3_pkgs(host=socket.getfqdn(),
pkgs=pip3_3ps_packages_main,
skip_version_check=False)
pkg_validator.validate_rpm_pkgs(host=socket.getfqdn(),
pkgs=rpm_3ps_packages,
skip_version_check=False)
# Check for sspl required processes and misc dependencies if
# setup/role is other than cortx
if setup == "ssu":
pkg_validator.validate("rpms", ssu_dependency_rpms)
ServiceV().validate("isrunning", ssu_required_process)
elif setup == "vm" or setup == "gw" or setup == "cmu":
# No dependency currently. Keeping this section as it
# may be needed in future.
pkg_validator.validate("rpms", vm_dependency_rpms)
# No processes to check in VM environment
def process(self):
"""Create SSPL user and required config files."""
# dbus module import is implicit in cortx utils. Keeping this
# after dependency validation will enrich the use of
# validate_dependencies() method.
from cortx.utils.service import DbusServiceHandler
self.dbus_service = DbusServiceHandler()
# Create and load sspl config
self.create_sspl_conf()
Conf.load(consts.SSPL_CONFIG_INDEX, consts.sspl_config_path)
# Update sspl.conf with provisioner supplied input config copy
Conf.set(consts.SSPL_CONFIG_INDEX,
"SYSTEM_INFORMATION>global_config_copy_url",
consts.global_config_path)
Conf.save(consts.SSPL_CONFIG_INDEX)
self.create_user()
self.create_directories_and_ownership()
self.install_sspl_service_files()
self.enable_sspl_service()
def create_sspl_conf(self):
"""Install product specific sspl config."""
# Copy and load product specific sspl config
if not os.path.exists(consts.file_store_config_path):
shutil.copyfile(
"%s/conf/sspl.conf.%s.yaml" %
(consts.SSPL_BASE_DIR, self.product),
consts.file_store_config_path)
def validate_user_existence(self):
max_retry = 3
for i in range(max_retry):
sspl_uid = Utility.get_uid(consts.USER)
if sspl_uid != -1:
break
else:
if i == (max_retry - 1):
msg = "No user found with name : %s" % (consts.USER)
logger.error(msg)
raise SetupError(errno.EINVAL, msg)
time.sleep(1)
def validate_group_existence(self):
max_retry = 3
for i in range(max_retry):
sspl_gid = Utility.get_gid(consts.USER)
if sspl_gid != -1:
break
else:
if i == (max_retry - 1):
msg = "No group found with name : %s" % (consts.USER)
logger.error(msg)
raise SetupError(errno.EINVAL, msg)
time.sleep(1)
def create_user(self):
"""Add sspl-ll user and validate user creation."""
command = f"/usr/sbin/useradd -r {consts.USER} -s /sbin/nologin \
-c 'User account to run the {consts.USER} service'"
_, error, rc = SimpleProcess(command).run()
# rc 9 means user already exists
if rc != 0 and rc != 9:
logger.error(f"Failed to create sspl user. ERROR: {error}")
raise SetupError(rc, error, command)
self.validate_user_existence()
self.validate_group_existence()
# Add sspl-ll user to required groups and sudoers file etc.
sspl_reinit = "%s/low-level/framework/sspl_reinit" % consts.SSPL_BASE_DIR
_, error, rc = SimpleProcess(sspl_reinit).run()
if rc:
msg = "%s failed for with error : %e" % (sspl_reinit, error)
logger.error(msg)
raise SetupError(rc, msg)
def create_directories_and_ownership(self):
"""Create ras persistent cache directory and state file.
Assign ownership recursively on the configured directory.
The created state file will be used later by SSPL resourse agent(HA).
"""
# Extract the data path
sspldp = Utility.get_config_value(consts.SSPL_CONFIG_INDEX,
"SYSTEM_INFORMATION>data_path")
if not sspldp:
raise SetupError(errno.EINVAL, "Data path not set in sspl.conf")
sspl_uid = Utility.get_uid(consts.USER)
sspl_gid = Utility.get_gid(consts.USER)
# Create sspl data directory if not exists
os.makedirs(sspldp, exist_ok=True)
# Create state file under sspl data directory
if not os.path.exists(self.state_file):
file = open(self.state_file, "w")
file.close()
# Create SSPL log and bundle directories
os.makedirs(consts.SSPL_LOG_PATH, exist_ok=True)
os.makedirs(consts.SSPL_BUNDLE_PATH, exist_ok=True)
# set ownership for SSPL dirs
list_root_dir = [consts.SSPL_CONFIGURED_DIR, consts.SSPL_LOG_PATH]
Utility.set_ownership_recursively(list_root_dir, sspl_uid, sspl_gid)
# Create /tmp/dcs/hpi if required. Not required for '<product>' role
if self.setup != "cortx":
os.makedirs(consts.HPI_PATH, mode=0o777, exist_ok=True)
zabbix_uid = Utility.get_uid("zabbix")
if zabbix_uid != -1:
os.chown(consts.HPI_PATH, zabbix_uid, -1)
# Create mdadm.conf to set ACL on it.
with open(consts.MDADM_PATH, 'a'):
os.utime(consts.MDADM_PATH)
os.chmod(consts.MDADM_PATH, mode=0o666)
os.chown(consts.MDADM_PATH, sspl_uid, -1)
def install_sspl_service_files(self):
"""Copy service file to systemd location based on product."""
# Create soft link for SINGLE product name service to existing LDR_R1, LR2 service
# Instead of keeping separate service file for SINGLE product with same content.
currentProduct = "%s/conf/sspl-ll.service.%s" % (consts.SSPL_BASE_DIR,
self.product)
if (self.product == "SINGLE" and not os.path.exists(currentProduct)) or \
(self.product == "DUAL" and not os.path.exists(currentProduct)):
os.symlink(
"%s/conf/sspl-ll.service.%s" %
(consts.SSPL_BASE_DIR, self.product), currentProduct)
if self.product == "CLUSTER" and not os.path.exists(currentProduct):
os.symlink("%s/conf/sspl-ll.service.LR2" % (consts.SSPL_BASE_DIR),
currentProduct)
shutil.copyfile(currentProduct, "/etc/systemd/system/sspl-ll.service")
def enable_sspl_service(self):
"""Enable sspl-ll service."""
self.dbus_service.enable("sspl-ll.service")
daemon_reload_cmd = "systemctl daemon-reload"
output, error, rc = SimpleProcess(daemon_reload_cmd).run()
if rc != 0:
logger.error(f"Failed in enable sspl service. ERROR: {error}")
raise SetupError(rc, error, daemon_reload_cmd)
def check_service_is_running(service_name):
state = DbusServiceHandler().get_state(service_name).state
assert (state == "active")
return state
class SSPLTestCmd:
"""Starts test based on plan (sanity|alerts|dev_sanity|full|performance|scalability|regression)."""
def __init__(self, args: list):
self.args = args
self.name = "sspl_test"
self.plan = "sanity"
self.coverage_enabled = self.args.coverage
self.dbus_service = DbusServiceHandler()
if args.config and args.config[0]:
self.sspl_test_gc_url = args.config[0]
else:
self.sspl_test_gc_url = global_config_path
self.sspl_test_gc_copy_file = "/etc/sspl_test_gc_url.yaml"
def validate(self):
"""Check for required packages are installed."""
# RPM dependency
rpm_deps = {"cortx-sspl-test": None}
# python 3rd party package dependency
pip3_packages_dep = {"Flask": "1.1.1", "coverage": "5.5"}
if not self.coverage_enabled:
pip3_packages_dep.pop("coverage")
# Validate pip3 python pkg with required version.
for pkg, version in pip3_packages_dep.items():
installed_pkg = None
uninstalled_pkg = False
try:
pkg_req = Requirement.parse(f"{pkg}=={version}")
installed_pkg = working_set.find(pkg_req)
except VersionConflict:
cmd = f'pip3 uninstall -y {pkg}'
_, err, ret = SimpleProcess(cmd).run()
if ret:
raise TestException(
"Failed to uninstall the pip3 pkg: %s(v%s), "
"due to an Error: %s" % (pkg, version, err))
uninstalled_pkg = True
except Exception as err:
raise TestException("Failed at verification of pip3 pkg: %s, "
"due to an Error: %s" % (pkg, err))
if not installed_pkg or uninstalled_pkg:
cmd = f'pip3 install {pkg}=={version}'
_, err, ret = SimpleProcess(cmd).run()
if ret:
raise TestException(
"Failed to install the pip3 pkg: %s(v%s), "
"due to an Error: %s" % (pkg, version, err))
logger.info(f"Ensured Package Dependency: {pkg}(v{version}).")
# Validate rpm dependencies
pkg_validator = PkgV()
pkg_validator.validate_rpm_pkgs(host=socket.getfqdn(),
pkgs=rpm_deps,
skip_version_check=True)
# Load global, sspl and test configs
Conf.load(SSPL_CONFIG_INDEX, sspl_config_path)
Conf.load(SSPL_TEST_CONFIG_INDEX, sspl_test_config_path)
# Take copy of supplied config passed to sspl_test and load it
with open(self.sspl_test_gc_copy_file, "w") as f:
f.write("")
self.sspl_test_gc_copy_url = "yaml://%s" % self.sspl_test_gc_copy_file
Conf.load(SSPL_TEST_GLOBAL_CONFIG, self.sspl_test_gc_copy_url)
Conf.load("global_config", self.sspl_test_gc_url)
Conf.copy("global_config", SSPL_TEST_GLOBAL_CONFIG)
# Validate input configs
machine_id = Utility.get_machine_id()
self.node_type = Conf.get(SSPL_TEST_GLOBAL_CONFIG,
"server_node>%s>type" % machine_id)
enclosure_id = Conf.get(
SSPL_TEST_GLOBAL_CONFIG,
"server_node>%s>storage>enclosure_id" % machine_id)
self.enclosure_type = Conf.get(
SSPL_TEST_GLOBAL_CONFIG,
"storage_enclosure>%s>type" % enclosure_id)
def process(self):
"""Run test using user requested test plan."""
self.plan = self.args.plan[0]
# if self.plan is other than "self"
# then only config change and service restart is required.
if self.plan not in IVT_TEST_PLANS:
# Take back up of sspl test config
sspl_test_backup = '/etc/sspl_tests.conf.back'
shutil.copyfile(sspl_test_file_path, sspl_test_backup)
# Add global config in sspl_test config and revert the changes once
# test completes. Global config path in sspl_tests.conf will be
# referred by sspl_tests later
sspl_global_config_url = Conf.get(
SSPL_CONFIG_INDEX, "SYSTEM_INFORMATION>global_config_copy_url")
Conf.set(SSPL_CONFIG_INDEX,
"SYSTEM_INFORMATION>global_config_copy_url",
self.sspl_test_gc_copy_url)
Conf.save(SSPL_CONFIG_INDEX)
# Enable & disable sensors based on environment
update_sensor_info(SSPL_TEST_CONFIG_INDEX, self.node_type,
self.enclosure_type)
# TODO: Move lines 99-131 & 152-159 to RunQATest class
# Create dummy service and add service name in /etc/sspl.conf
service_name = "dummy_service.service"
service_file_path_src = \
f"{TEST_DIR}/alerts/os/dummy_service_files/dummy_service.service"
service_executable_code_src = \
f"{TEST_DIR}/alerts/os/dummy_service_files/dummy_service.py"
service_file_path_des = "/etc/systemd/system"
service_executable_code_des = "/var/cortx/sspl/test"
os.makedirs(service_executable_code_des, 0o777, exist_ok=True)
shutil.copy(service_executable_code_src,
f'{service_executable_code_des}/dummy_service.py')
# Make service file executable.
cmd = f"chmod +x {service_executable_code_des}/dummy_service.py"
_, error, returncode = SimpleProcess(cmd).run()
if returncode != 0:
logger.error("%s error occurred while executing cmd: %s" %
(error, cmd))
logger.error("failed to assign execute permission for"
"dummy_service.py. dummy_service will fail.")
# Copy service file to /etc/systemd/system/ path.
shutil.copyfile(service_file_path_src,
f'{service_file_path_des}/dummy_service.service')
cmd = "systemctl daemon-reload"
_, error, returncode = SimpleProcess(cmd).run()
if returncode != 0:
logger.error(f"failed to execute '{cmd}',"
"systemctl will be unable to manage the"
f"dummy_service.service \n Error: {error}")
self.dbus_service.enable(service_name)
self.dbus_service.start(service_name)
service_list = Conf.get(SSPL_CONFIG_INDEX,
"SERVICEMONITOR>monitored_services")
service_list.append(service_name)
Conf.set(SSPL_CONFIG_INDEX, "SERVICEMONITOR>monitored_services",
service_list)
threshold_inactive_time_original = Conf.get(
SSPL_CONFIG_INDEX, "SERVICEMONITOR>threshold_inactive_time")
threshold_inactive_time_new = 30
Conf.set(SSPL_CONFIG_INDEX,
"SERVICEMONITOR>threshold_inactive_time",
threshold_inactive_time_new)
Conf.save(SSPL_CONFIG_INDEX)
cpu_usage_alert_wait = Conf.get(
SSPL_CONFIG_INDEX,
"NODEDATAMSGHANDLER>high_cpu_usage_wait_threshold")
memory_usage_alert_wait = Conf.get(
SSPL_CONFIG_INDEX,
"NODEDATAMSGHANDLER>high_memory_usage_wait_threshold")
cpu_usage_alert_wait_new = 10
memory_usage_alert_wait_new = 20
Conf.set(SSPL_CONFIG_INDEX,
"NODEDATAMSGHANDLER>high_cpu_usage_wait_threshold",
cpu_usage_alert_wait_new)
Conf.set(SSPL_CONFIG_INDEX,
"NODEDATAMSGHANDLER>high_memory_usage_wait_threshold",
memory_usage_alert_wait_new)
Conf.save(SSPL_CONFIG_INDEX)
# TODO: Convert shell script to python
# from cortx.sspl.sspl_test.run_qa_test import RunQATest
# RunQATest(self.plan, self.coverage_enabled).run()
CMD = "%s/run_qa_test.sh --plan %s --coverage %s"\
%(TEST_DIR, self.plan, self.coverage_enabled)
try:
_, error, rc = SimpleProcess(CMD).run(realtime_output=True)
except KeyboardInterrupt:
rc = 1
error = "KeyboardInterrupt occurred while executing sspl test."
logger.error("%s - ERROR: %s - CMD %s" %
(self.name, error, CMD))
# Restore the original path/file & service, then throw exception
# if execution is failed.
service_list.remove(service_name)
Conf.set(SSPL_CONFIG_INDEX, "SERVICEMONITOR>monitored_services",
service_list)
Conf.set(SSPL_CONFIG_INDEX,
"SERVICEMONITOR>threshold_inactive_time",
threshold_inactive_time_original)
Conf.set(SSPL_CONFIG_INDEX,
"SYSTEM_INFORMATION>global_config_copy_url",
sspl_global_config_url)
Conf.set(SSPL_CONFIG_INDEX,
"NODEDATAMSGHANDLER>high_cpu_usage_wait_threshold",
cpu_usage_alert_wait)
Conf.set(SSPL_CONFIG_INDEX,
"NODEDATAMSGHANDLER>high_memory_usage_wait_threshold",
memory_usage_alert_wait)
Conf.save(SSPL_CONFIG_INDEX)
shutil.copyfile(sspl_test_backup, sspl_test_file_path)
if rc != 0:
raise TestException("%s - ERROR: %s - CMD %s" %
(self.name, error, CMD))
print('Restarting the SSPL service..')
CMD = "systemctl restart sspl-ll"
try:
SimpleProcess(CMD).run(realtime_output=True)
except Exception as error:
raise TestException(
"Error occurred while executing sspl tests: %s" % error)
elif self.plan in NOT_IMPLEMENTED_TEST_PLANS:
print("Tests skipped, test plan %s not applicable for SSPL." %
(self.plan))
return 0
else:
# TODO: Convert shell script to python
# from cortx.sspl.sspl_test.run_qa_test import RunQATest
# RunQATest(self.plan).run()
try:
CMD = "%s/run_qa_test.sh --plan %s" % (TEST_DIR, self.plan)
_, error, returncode = SimpleProcess(CMD).run(
realtime_output=True)
except KeyboardInterrupt:
msg = "KeyboardInterrupt occurred while executing sspl test."
logger.error(msg)
raise TestException(msg)
except Exception as error:
msg = "Error occurred while executing self test: %s" % error
logger.error(msg)
raise TestException(msg)
class SSPLPostInstall:
"""Prepare environment for SSPL service."""
name = "sspl_post_install"
def __init__(self):
"""Initialize varibales for post install."""
consts.SSPL_LOG_PATH = "/var/log/%s/sspl/" % consts.PRODUCT_FAMILY
consts.SSPL_BUNDLE_PATH = "/var/%s/sspl/bundle/" % consts.PRODUCT_FAMILY
self.state_file = "%s/state.txt" % consts.DATA_PATH
self.dbus_service = DbusServiceHandler()
def validate(self):
"""Check below requirements are met in setup.
1. Check if given product is supported by SSPL
2. Check if given setup is supported by SSPL
3. Check if required pre-requisites softwares are installed.
4. Validate BMC connectivity
5. Validate storage controller connectivity
"""
machine_id = Utility.get_machine_id()
# Validate input/provisioner configs
self.product = Utility.get_config_value(consts.PRVSNR_CONFIG_INDEX,
"cortx>release>product")
self.setup = Utility.get_config_value(consts.PRVSNR_CONFIG_INDEX,
"cortx>release>setup")
node_type = Utility.get_config_value(consts.PRVSNR_CONFIG_INDEX,
"server_node>%s>type" % machine_id)
if node_type.lower() not in ["vm", "virtual"]:
bmc_ip = Utility.get_config_value(consts.PRVSNR_CONFIG_INDEX,
"server_node>%s>bmc>ip" % machine_id)
enclosure_id = Utility.get_config_value(consts.PRVSNR_CONFIG_INDEX,
"server_node>%s>storage>enclosure_id" % machine_id)
primary_ip = Utility.get_config_value(consts.PRVSNR_CONFIG_INDEX,
"storage_enclosure>%s>controller>primary>ip" % enclosure_id)
secondary_ip = Utility.get_config_value(consts.PRVSNR_CONFIG_INDEX,
"storage_enclosure>%s>controller>secondary>ip" % enclosure_id)
# Validate product support
if self.product not in consts.enabled_products:
raise SetupError(errno.EINVAL,
"Product '%s' is not in sspl supported product list: %s",
self.product, consts.enabled_products)
# Validate setup support
if self.setup not in consts.setups:
raise SetupError(errno.EINVAL,
"Setup '%s' is not in sspl supported setup list: %s",
self.setup, consts.setups)
# Validate required pip3s and rpms are installed
self.validate_dependencies(self.setup)
# Validate BMC & Storage controller IP reachability
if node_type.lower() not in ["vm", "virtual"]:
# cluster_id required for decrypting the secret is only available from
# the prepare stage. However accessibility validation will be done in
# prepare stage. So at this time, validating ip reachability is fine.
NetworkV().validate("connectivity", [bmc_ip, primary_ip, secondary_ip])
@staticmethod
def validate_dependencies(setup):
"""Validate pre-requisites software packages."""
pip3_3ps_packages_main = {
"cryptography": "2.8",
"jsonschema": "3.2.0",
"pika": "1.1.0",
"pyinotify": "0.9.6",
"python-daemon": "2.2.4",
"requests": "2.25.1",
"zope.component": "4.6.2",
"zope.event": "4.5.0",
"zope.interface": "5.2.0"
}
rpm_3ps_packages = {
"hdparm": "9.43",
"ipmitool": "1.8.18",
"lshw": "B.02.18",
"python3": "3.6.8",
"python36-dbus": "1.2.4",
"python36-gobject": "3.22.0",
"python36-paramiko": "2.1.1",
"python36-psutil": "5.6.7",
"shadow-utils": "4.6",
"smartmontools": "7.0",
"systemd-python36": "1.0.0",
"udisks2": "2.8.4"
}
ssu_dependency_rpms = [
"sg3_utils",
"gemhpi",
"pull_sea_logs",
"python-hpi",
"zabbix-agent-lib",
"zabbix-api-gescheit",
"zabbix-xrtx-lib",
"python-openhpi-baselib",
"zabbix-collector"
]
ssu_required_process = [
"openhpid",
"dcs-collectord"
]
vm_dependency_rpms = []
pkg_validator = PkgV()
pkg_validator.validate_pip3_pkgs(host=socket.getfqdn(),
pkgs=pip3_3ps_packages_main, skip_version_check=False)
pkg_validator.validate_rpm_pkgs(host=socket.getfqdn(),
pkgs=rpm_3ps_packages, skip_version_check=False)
# Check for sspl required processes and misc dependencies if
# setup/role is other than cortx
if setup == "ssu":
pkg_validator.validate("rpms", ssu_dependency_rpms)
ServiceV().validate("isrunning", ssu_required_process)
elif setup == "vm" or setup == "gw" or setup == "cmu":
# No dependency currently. Keeping this section as it
# may be needed in future.
pkg_validator.validate("rpms", vm_dependency_rpms)
# No processes to check in VM environment
def process(self):
"""Create SSPL user and required config files."""
self.create_sspl_conf()
# Load sspl config
Conf.load(consts.SSPL_CONFIG_INDEX, consts.sspl_config_path)
self.create_user()
self.create_directories_and_ownership()
self.configure_sspl_syslog()
self.install_sspl_service_files()
self.enable_sspl_service()
def create_sspl_conf(self):
"""Install product specific sspl config."""
# Copy and load product specific sspl config
if not os.path.exists(consts.file_store_config_path):
shutil.copyfile("%s/conf/sspl.conf.%s.yaml" % (consts.SSPL_BASE_DIR,
self.product), consts.file_store_config_path)
def create_user(self):
"""Add sspl-ll user and validate user creation."""
os.system("/usr/sbin/useradd -r %s -s /sbin/nologin \
-c 'User account to run the %s service'" % (consts.USER, consts.USER))
usernames = [x[0] for x in pwd.getpwall()]
if consts.USER not in usernames:
raise SetupError(errno.EINVAL,
"User %s doesn't exit. Please add user." % consts.USER)
# Add sspl-ll user to required groups and sudoers file etc.
sspl_reinit = "%s/low-level/framework/sspl_reinit" % consts.SSPL_BASE_DIR
_ , error, rc = SimpleProcess(sspl_reinit).run()
if rc:
raise SetupError(rc, "%s failed for with error : %e", sspl_reinit, error)
def create_directories_and_ownership(self):
"""Create ras persistent cache directory and state file.
Assign ownership recursively on the configured directory.
The created state file will be used later by SSPL resourse agent(HA).
"""
# Extract the data path
sspldp = Utility.get_config_value(consts.SSPL_CONFIG_INDEX,
"SYSTEM_INFORMATION>data_path")
if not sspldp:
raise SetupError(errno.EINVAL, "Data path not set in sspl.conf")
sspl_uid = Utility.get_uid(consts.USER)
sspl_gid = Utility.get_gid(consts.USER)
if sspl_uid == -1 or sspl_gid == -1:
raise SetupError(errno.EINVAL,
"No user found with name : %s", consts.USER)
# Create sspl data directory if not exists
os.makedirs(sspldp, exist_ok=True)
# Create state file under sspl data directory
if not os.path.exists(self.state_file):
file = open(self.state_file, "w")
file.close()
Utility.set_ownership_recursively(consts.SSPL_CONFIGURED_DIR,sspl_uid,sspl_gid)
# Create SSPL log and bundle directories
os.makedirs(consts.SSPL_LOG_PATH, exist_ok=True)
os.makedirs(consts.SSPL_BUNDLE_PATH, exist_ok=True)
# Create /tmp/dcs/hpi if required. Not required for '<product>' role
if self.setup != "cortx":
os.makedirs(consts.HPI_PATH, mode=0o777, exist_ok=True)
zabbix_uid = Utility.get_uid("zabbix")
if zabbix_uid != -1:
os.chown(consts.HPI_PATH, zabbix_uid, -1)
# Create mdadm.conf to set ACL on it.
with open(consts.MDADM_PATH, 'a'):
os.utime(consts.MDADM_PATH)
os.chmod(consts.MDADM_PATH, mode=0o666)
os.chown(consts.MDADM_PATH, sspl_uid, -1)
def configure_sspl_syslog(self):
"""Configure log file path in rsyslog and update logrotate config file."""
system_files_root = "%s/low-level/files" % consts.SSPL_BASE_DIR
sspl_log_file_path = Utility.get_config_value(consts.SSPL_CONFIG_INDEX,
"SYSTEM_INFORMATION>sspl_log_file_path")
sspl_sb_log_file_path = sspl_log_file_path.replace("/sspl.log","/sspl_support_bundle.log")
iem_log_file_path = Utility.get_config_value(consts.SSPL_CONFIG_INDEX,
"IEMSENSOR>log_file_path")
manifest_log_file_path = sspl_log_file_path.replace("/sspl.log","/manifest.log")
# IEM configuration
os.makedirs("%s/iem/iec_mapping" % consts.PRODUCT_BASE_DIR, exist_ok=True)
distutils.dir_util.copy_tree("%s/iec_mapping/" % system_files_root,
"%s/iem/iec_mapping" % consts.PRODUCT_BASE_DIR)
if not os.path.exists(consts.RSYSLOG_IEM_CONF):
shutil.copyfile("%s/%s" % (system_files_root, consts.RSYSLOG_IEM_CONF),
consts.RSYSLOG_IEM_CONF)
# Update log location as per sspl.conf
Utility.replace_expr(consts.RSYSLOG_IEM_CONF,
'File.*[=,"]', 'File="%s"' % iem_log_file_path)
# SSPL rsys log configuration
if not os.path.exists(consts.RSYSLOG_SSPL_CONF):
shutil.copyfile("%s/%s" % (system_files_root, consts.RSYSLOG_SSPL_CONF),
consts.RSYSLOG_SSPL_CONF)
# Update log location as per sspl.conf
Utility.replace_expr(consts.RSYSLOG_SSPL_CONF, 'File.*[=,"]',
'File="%s"' % sspl_log_file_path)
# Manifest Bundle log configuration
if not os.path.exists(consts.RSYSLOG_MSB_CONF):
shutil.copyfile("%s/%s" % (system_files_root, consts.RSYSLOG_MSB_CONF),
consts.RSYSLOG_MSB_CONF)
# Update log location as per sspl.conf
Utility.replace_expr(consts.RSYSLOG_MSB_CONF, 'File.*[=,"]',
'File="%s"' % manifest_log_file_path)
# Support Bundle log configuration
if not os.path.exists(consts.RSYSLOG_SB_CONF):
shutil.copyfile("%s/%s" % (system_files_root, consts.RSYSLOG_SB_CONF),
consts.RSYSLOG_SB_CONF)
# Update log location as per sspl.conf
Utility.replace_expr(consts.RSYSLOG_SB_CONF, 'File.*[=,"]',
'File="%s"' % sspl_sb_log_file_path)
# Configure logrotate
# Create logrotate dir in case it's not present
os.makedirs(consts.LOGROTATE_DIR, exist_ok=True)
Utility.replace_expr("%s/etc/logrotate.d/iem_messages" % system_files_root,
0, iem_log_file_path)
Utility.replace_expr("%s/etc/logrotate.d/sspl_logs" % system_files_root,
0, sspl_log_file_path)
Utility.replace_expr("%s/etc/logrotate.d/sspl_sb_logs" % system_files_root,
0, sspl_sb_log_file_path)
shutil.copy2("%s/etc/logrotate.d/iem_messages" % system_files_root,
consts.IEM_LOGROTATE_CONF)
shutil.copy2("%s/etc/logrotate.d/sspl_logs" % system_files_root,
consts.SSPL_LOGROTATE_CONF)
shutil.copy2("%s/etc/logrotate.d/manifest_logs" % system_files_root,
consts.MSB_LOGROTATE_CONF)
shutil.copy2("%s/etc/logrotate.d/sspl_sb_logs" % system_files_root,
consts.SB_LOGROTATE_CONF)
# This rsyslog restart will happen after successful updation of rsyslog
# conf file and before sspl starts. If at all this will be removed from
# here, there will be a chance that SSPL intial logs will not be present in
# "/var/log/<product>/sspl/sspl.log" file. So, initial logs needs to be collected from
# "/var/log/messages"
service = DbusServiceHandler()
service.restart('rsyslog.service')
def install_sspl_service_files(self):
"""Copy service file to systemd location based on product."""
# Create soft link for SINGLE product name service to existing LDR_R1, LR2 service
# Instead of keeping separate service file for SINGLE product with same content.
currentProduct = "%s/conf/sspl-ll.service.%s" % (consts.SSPL_BASE_DIR,
self.product)
if (self.product == "SINGLE" and not os.path.exists(currentProduct)) or \
(self.product == "DUAL" and not os.path.exists(currentProduct)):
os.symlink("%s/conf/sspl-ll.service.%s" % (consts.SSPL_BASE_DIR, self.product),
currentProduct)
if self.product == "CLUSTER" and not os.path.exists(currentProduct):
os.symlink("%s/conf/sspl-ll.service.LR2" % (consts.SSPL_BASE_DIR),
currentProduct)
shutil.copyfile(currentProduct, "/etc/systemd/system/sspl-ll.service")
def enable_sspl_service(self):
"""Enable sspl-ll service."""
self.dbus_service.enable("sspl-ll.service")
daemon_reload_cmd = "systemctl daemon-reload"
output, error, rc = SimpleProcess(daemon_reload_cmd).run()
if rc != 0:
raise SetupError(rc, error, daemon_reload_cmd)
class SSPLTestCmd:
"""Starts test based on plan (sanity|alerts|self_primary|self_secondary)."""
def __init__(self, args: list):
self.args = args
self.name = "sspl_test"
self.plan = "self_primary"
self.avoid_rmq = False
self.dbus_service = DbusServiceHandler()
# Load global, sspl and test configs
Conf.load(SSPL_CONFIG_INDEX, sspl_config_path)
global_config_url = Conf.get(
SSPL_CONFIG_INDEX, "SYSTEM_INFORMATION>global_config_copy_url")
Conf.load(GLOBAL_CONFIG_INDEX, global_config_url)
Conf.load(SSPL_TEST_CONFIG_INDEX, sspl_test_config_path)
@staticmethod
def validate():
"""Check for required packages are installed."""
# python 3rd party package dependency
pip3_3ps_packages_test = {"Flask": "1.1.1"}
pkg_validator = PkgV()
pkg_validator.validate_pip3_pkgs(host=None,
pkgs=pip3_3ps_packages_test,
skip_version_check=False)
def process(self):
self.plan = self.args.plan[0]
self.avoid_rmq = self.args.avoid_rmq
# Take back up of sspl test config
sspl_test_backup = '/etc/sspl_tests.conf.back'
shutil.copyfile(sspl_test_file_path, sspl_test_backup)
# Add global config in sspl_test config and revert the changes once test completes.
# Global config path in sspl_tests.conf will be referred by sspl_tests later
global_config_copy_url = Conf.get(
SSPL_CONFIG_INDEX, "SYSTEM_INFORMATION>global_config_copy_url")
Conf.copy(GLOBAL_CONFIG_INDEX, SSPL_TEST_CONFIG_INDEX)
Conf.set(SSPL_CONFIG_INDEX,
"SYSTEM_INFORMATION>global_config_copy_url",
sspl_test_config_path)
Conf.save(SSPL_CONFIG_INDEX)
# Enable & disable sensors based on environment
update_sensor_info(SSPL_TEST_CONFIG_INDEX)
# Get rabbitmq values from sspl.conf and update sspl_tests.conf
rmq_passwd = Conf.get(SSPL_CONFIG_INDEX,
"RABBITMQEGRESSPROCESSOR>password")
Conf.set(SSPL_TEST_CONFIG_INDEX, "RABBITMQEGRESSPROCESSOR>password",
rmq_passwd)
Conf.save(SSPL_TEST_CONFIG_INDEX)
# TODO: Move lines 90-116 & 125-127 to RunQATest class
# Create dummy service and add service name in /etc/sspl.conf
service_name = "dummy_service.service"
service_file_path_src = f"{TEST_DIR}/alerts/os/dummy_service_files/dummy_service.service"
service_executable_code_src = f"{TEST_DIR}/alerts/os/dummy_service_files/dummy_service.py"
service_file_path_des = "/etc/systemd/system"
service_executable_code_des = "/var/cortx/sspl/test"
os.makedirs(service_executable_code_des, 0o777, exist_ok=True)
shutil.copy(service_executable_code_src,
f'{service_executable_code_des}/dummy_service.py')
# Make service file executable.
cmd = f"chmod +x {service_executable_code_des}/dummy_service.py"
_, error, returncode = SimpleProcess(cmd).run()
if returncode != 0:
print("%s error occurred while executing cmd: %s" % (error, cmd))
print("failed to assign execute permission for dummy_service.py."\
" dummy_service will fail.")
# Copy service file to /etc/systemd/system/ path.
shutil.copyfile(service_file_path_src,
f'{service_file_path_des}/dummy_service.service')
cmd = "systemctl daemon-reload"
_, error, returncode = SimpleProcess(cmd).run()
if returncode != 0:
print(f"failed to execute '{cmd}', systemctl will be unable"\
f" to manage the dummy_service.service \nError: {error}")
self.dbus_service.enable(service_name)
self.dbus_service.start(service_name)
service_list = Conf.get(SSPL_CONFIG_INDEX,
"SERVICEMONITOR>monitored_services")
service_list.append(service_name)
Conf.set(SSPL_CONFIG_INDEX, "SERVICEMONITOR>monitored_services",
service_list)
threshold_inactive_time_original = Conf.get(
SSPL_CONFIG_INDEX, "SERVICEMONITOR>threshold_inactive_time")
threshold_inactive_time_new = 30
Conf.set(SSPL_CONFIG_INDEX, "SERVICEMONITOR>threshold_inactive_time",
threshold_inactive_time_new)
Conf.save(SSPL_CONFIG_INDEX)
# TODO: Convert shell script to python
# from cortx.sspl.sspl_test.run_qa_test import RunQATest
# RunQATest(self.plan, self.avoid_rmq).run()
CMD = "%s/run_qa_test.sh %s %s" % (TEST_DIR, self.plan, self.avoid_rmq)
output, error, returncode = SimpleProcess(CMD).run(
realtime_output=True)
# Restore the original path/file & service, then throw exception
# if execution is failed.
service_list.remove(service_name)
Conf.set(SSPL_CONFIG_INDEX, "SERVICEMONITOR>monitored_services",
service_list)
Conf.set(SSPL_CONFIG_INDEX, "SERVICEMONITOR>threshold_inactive_time",
threshold_inactive_time_original)
Conf.set(SSPL_CONFIG_INDEX,
"SYSTEM_INFORMATION>global_config_copy_url",
global_config_copy_url)
Conf.save(SSPL_CONFIG_INDEX)
shutil.copyfile(sspl_test_backup, sspl_test_file_path)
self.dbus_service.restart('sspl-ll.service')
if returncode != 0:
raise SetupError(returncode, "%s - ERROR: %s - CMD %s", self.name,
error, CMD)
def configure_sspl_syslog(self):
"""Configure log file path in rsyslog and update logrotate config file."""
system_files_root = "%s/low-level/files" % consts.SSPL_BASE_DIR
sspl_log_file_path = Utility.get_config_value(consts.SSPL_CONFIG_INDEX,
"SYSTEM_INFORMATION>sspl_log_file_path")
sspl_sb_log_file_path = sspl_log_file_path.replace("/sspl.log","/sspl_support_bundle.log")
iem_log_file_path = Utility.get_config_value(consts.SSPL_CONFIG_INDEX,
"IEMSENSOR>log_file_path")
manifest_log_file_path = sspl_log_file_path.replace("/sspl.log","/manifest.log")
# IEM configuration
os.makedirs("%s/iem/iec_mapping" % consts.PRODUCT_BASE_DIR, exist_ok=True)
distutils.dir_util.copy_tree("%s/iec_mapping/" % system_files_root,
"%s/iem/iec_mapping" % consts.PRODUCT_BASE_DIR)
if not os.path.exists(consts.RSYSLOG_IEM_CONF):
shutil.copyfile("%s/%s" % (system_files_root, consts.RSYSLOG_IEM_CONF),
consts.RSYSLOG_IEM_CONF)
# Update log location as per sspl.conf
Utility.replace_expr(consts.RSYSLOG_IEM_CONF,
'File.*[=,"]', 'File="%s"' % iem_log_file_path)
# SSPL rsys log configuration
if not os.path.exists(consts.RSYSLOG_SSPL_CONF):
shutil.copyfile("%s/%s" % (system_files_root, consts.RSYSLOG_SSPL_CONF),
consts.RSYSLOG_SSPL_CONF)
# Update log location as per sspl.conf
Utility.replace_expr(consts.RSYSLOG_SSPL_CONF, 'File.*[=,"]',
'File="%s"' % sspl_log_file_path)
# Manifest Bundle log configuration
if not os.path.exists(consts.RSYSLOG_MSB_CONF):
shutil.copyfile("%s/%s" % (system_files_root, consts.RSYSLOG_MSB_CONF),
consts.RSYSLOG_MSB_CONF)
# Update log location as per sspl.conf
Utility.replace_expr(consts.RSYSLOG_MSB_CONF, 'File.*[=,"]',
'File="%s"' % manifest_log_file_path)
# Support Bundle log configuration
if not os.path.exists(consts.RSYSLOG_SB_CONF):
shutil.copyfile("%s/%s" % (system_files_root, consts.RSYSLOG_SB_CONF),
consts.RSYSLOG_SB_CONF)
# Update log location as per sspl.conf
Utility.replace_expr(consts.RSYSLOG_SB_CONF, 'File.*[=,"]',
'File="%s"' % sspl_sb_log_file_path)
# Configure logrotate
# Create logrotate dir in case it's not present
os.makedirs(consts.LOGROTATE_DIR, exist_ok=True)
Utility.replace_expr("%s/etc/logrotate.d/iem_messages" % system_files_root,
0, iem_log_file_path)
Utility.replace_expr("%s/etc/logrotate.d/sspl_logs" % system_files_root,
0, sspl_log_file_path)
Utility.replace_expr("%s/etc/logrotate.d/sspl_sb_logs" % system_files_root,
0, sspl_sb_log_file_path)
shutil.copy2("%s/etc/logrotate.d/iem_messages" % system_files_root,
consts.IEM_LOGROTATE_CONF)
shutil.copy2("%s/etc/logrotate.d/sspl_logs" % system_files_root,
consts.SSPL_LOGROTATE_CONF)
shutil.copy2("%s/etc/logrotate.d/manifest_logs" % system_files_root,
consts.MSB_LOGROTATE_CONF)
shutil.copy2("%s/etc/logrotate.d/sspl_sb_logs" % system_files_root,
consts.SB_LOGROTATE_CONF)
# This rsyslog restart will happen after successful updation of rsyslog
# conf file and before sspl starts. If at all this will be removed from
# here, there will be a chance that SSPL intial logs will not be present in
# "/var/log/<product>/sspl/sspl.log" file. So, initial logs needs to be collected from
# "/var/log/messages"
service = DbusServiceHandler()
service.restart('rsyslog.service')
# along with this program. If not, see <https://www.gnu.org/licenses/>. # For any questions about this software or licensing, please email # [email protected] or [email protected]. import os import shutil import time from cortx.utils.process import SimpleProcess from cortx.utils.service import DbusServiceHandler path = os.path.dirname(os.path.abspath(__file__)) service_name = "dummy_service.service" service_file_path = f"{path}/{service_name}" service_executable_code_src = f"{path}/dummy_service.py" service_executable_code_des = "/var/cortx/sspl/test" dbus_service = DbusServiceHandler() def simulate_fault_alert(): """Simulate fault for dummy service by deleting executable service file.""" os.remove(f"{service_executable_code_des}/dummy_service.py") dbus_service.restart(service_name) time.sleep(5) def restore_service_file(): """Simulate fault resolved for dummy service by creating executable service file.""" shutil.copy(service_executable_code_src, service_executable_code_des) # Make service file executable. cmd = f"chmod +x {service_executable_code_des}/dummy_service.py"
def __init__(self):
"""Initialize varibales for post install."""
consts.SSPL_LOG_PATH = "/var/log/%s/sspl/" % consts.PRODUCT_FAMILY
consts.SSPL_BUNDLE_PATH = "/var/%s/sspl/bundle/" % consts.PRODUCT_FAMILY
self.state_file = "%s/state.txt" % consts.DATA_PATH
self.dbus_service = DbusServiceHandler()
def config_sspl(self):
if (os.geteuid() != 0):
raise SetupError(errno.EINVAL,
"Run this command with root privileges!!")
if not os.path.isfile(consts.file_store_config_path):
raise SetupError(errno.EINVAL,
"Missing configuration!! Create and rerun.",
consts.file_store_config_path)
# Put minion id, consul_host and consul_port in conf file
# Onward LDR_R2, salt will be abstracted out and it won't
# exist as a hard dependeny of SSPL
if consts.PRODUCT_NAME == "LDR_R1":
from framework.utils.salt_util import SaltInterface
salt_util = SaltInterface()
salt_util.update_config_file(consts.file_store_config_path)
if os.path.isfile(consts.SSPL_CONFIGURED):
os.remove(consts.SSPL_CONFIGURED)
# Add sspl-ll user to required groups and sudoers file etc.
sspl_reinit = [
f"{consts.SSPL_BASE_DIR}/low-level/framework/sspl_reinit",
self.product
]
_, error, returncode = SimpleProcess(sspl_reinit).run()
if returncode:
raise SetupError(
returncode, "%s/low-level/framework/sspl_reinit failed for"
"product %s with error : %e", consts.SSPL_BASE_DIR,
self.product, error)
os.makedirs(consts.SSPL_CONFIGURED_DIR, exist_ok=True)
with open(consts.SSPL_CONFIGURED, 'a'):
os.utime(consts.SSPL_CONFIGURED)
# SSPL Log file configuration
# SSPL_LOG_FILE_PATH = self.getval_from_ssplconf('sspl_log_file_path')
SSPL_LOG_FILE_PATH = Conf.get(consts.SSPL_CONFIG_INDEX,
'SYSTEM_INFORMATION>sspl_log_file_path')
IEM_LOG_FILE_PATH = Conf.get(consts.SSPL_CONFIG_INDEX,
'IEMSENSOR>log_file_path')
if SSPL_LOG_FILE_PATH:
self.replace_expr(consts.RSYSLOG_SSPL_CONF, 'File.*[=,"]',
'File="%s"' % SSPL_LOG_FILE_PATH)
self.replace_expr(
f"{consts.SSPL_BASE_DIR}/low-level/files/etc/logrotate.d/sspl_logs",
0, SSPL_LOG_FILE_PATH)
# IEM configuration
# Configure log file path in Rsyslog and logrotate configuration file
IEM_LOG_FILE_PATH = Conf.get(consts.SSPL_CONFIG_INDEX,
'IEMSENSOR>log_file_path')
if IEM_LOG_FILE_PATH:
self.replace_expr(consts.RSYSLOG_IEM_CONF, 'File.*[=,"]',
'File="%s"' % IEM_LOG_FILE_PATH)
self.replace_expr(
f'{consts.SSPL_BASE_DIR}/low-level/files/etc/logrotate.d/iem_messages',
0, IEM_LOG_FILE_PATH)
else:
self.replace_expr(
consts.RSYSLOG_IEM_CONF, 'File.*[=,"]',
'File="/var/log/%s/iem/iem_messages"' % consts.PRODUCT_FAMILY)
# Create logrotate dir in case it's not present for dev environment
if not os.path.exists(consts.LOGROTATE_DIR):
os.makedirs(consts.LOGROTATE_DIR)
shutil.copy2(
'%s/low-level/files/etc/logrotate.d/iem_messages' %
consts.SSPL_BASE_DIR, consts.IEM_LOGROTATE_CONF)
shutil.copy2(
'%s/low-level/files/etc/logrotate.d/sspl_logs' %
consts.SSPL_BASE_DIR, consts.SSPL_LOGROTATE_CONF)
# This rsyslog restart will happen after successful updation of rsyslog
# conf file and before sspl starts. If at all this will be removed from
# here, there will be a chance that SSPL intial logs will not be present in
# "/var/log/<product>/sspl/sspl.log" file. So, initial logs needs to be collected from
# "/var/log/messages"
service = DbusServiceHandler()
service.restart('rsyslog.service')
# For node replacement scenario consul will not be running on the new node. But,
# there will be two instance of consul running on healthy node. When new node is configured
# consul will be brought back on it. We are using VIP to connect to consul. So, if consul
# is not running on new node, we dont need to error out.
# If consul is not running, exit
# Onward LDR_R2, consul will be abstracted out and it won't
# exit as hard dependeny of SSPL
if consts.PRODUCT_NAME == 'LDR_R1':
if not os.path.exists(consts.REPLACEMENT_NODE_ENV_VAR_FILE):
ServiceV().validate('isrunning', ['consul'], is_process=True)
# Get the types of server and storage we are currently running on and
# enable/disable sensor groups in the conf file accordingly.
update_sensor_info(consts.SSPL_CONFIG_INDEX)
self.create_message_types()