def update_init_data(self):
""" This method is called by update_init_data_main which does setup to simplify the
coding of this method.
This method should modify how the alert should be created by modifying self.init_dict which
will be filled in prior to it being called and will be returned after this method returns
"""
# Assumes that all the events have the same event id.
events = self.get_events()
primary_event = events[0]
# Determine where to get the message based on the event component
src_comp = primary_event.get_src_comp()
if primary_event.event_id in SNMP_UNEXPECTED_EVENTS:
# Set the reason message based on the event data
self.init_dict[ALERT_ATTR_REASON] = SNMP_UNEXPECTED_REASON_MSG
self.init_dict[ALERT_ATTR_RECOMMENDATION] = SNMP_UNEXPECTED_RECOMMENDATION
self.init_dict[ALERT_ATTR_SEVERITY] = "E"
# Include any special data in the raw data section
self.init_dict[ALERT_ATTR_RAW_DATA] = primary_event.raw_data["raw_data"]
elif src_comp == SNMP_IPMI:
# Set the reason message based on the event data
self.init_dict[ALERT_ATTR_REASON] = primary_event.raw_data[IPMI_EVENT_MSG]
self.init_dict[ALERT_ATTR_SEVERITY] = _map_ipmi_severity(primary_event.raw_data[IPMI_EVENT_SEVERITY])
# Include any special data in the raw data section
self.init_dict[ALERT_ATTR_RAW_DATA] = dict2raw_data(primary_event.raw_data)
elif src_comp == SNMP_AMM:
# Set the reason message based on the event data
self.init_dict[ALERT_ATTR_REASON] = primary_event.raw_data[AMM_MSG_TEXT]
self.init_dict[ALERT_ATTR_SEVERITY] = _map_amm_severity(primary_event.raw_data[AMM_PRIORITY])
# Include any special data in the raw data section
self.init_dict[ALERT_ATTR_RAW_DATA] = dict2raw_data(primary_event.raw_data)
else:
# Unknown event source, ignore event and do no additional processing
pass
def create_alert(self, event, location):
''' create the alert '''
# Populate the dictionary
alert_dict = {}
alert_dict[ALERT_ATTR_SRC_NAME] = self.src_name
alert_dict[ALERT_ATTR_ALERT_ID] = self.alert_id.get_value()
if self.severity.is_set():
alert_dict[ALERT_ATTR_SEVERITY] = self.severity.get_value()
if self.urgency.is_set():
alert_dict[ALERT_ATTR_URGENCY] = self.urgency.get_value()
if self.fru_loc.is_set():
alert_dict[ALERT_ATTR_FRU_LOC] = self.fru_loc.get_value()
if self.recommendation.is_set():
alert_dict[ALERT_ATTR_RECOMMENDATION] = self.recommendation.get_value()
if self.raw_data.is_set():
alert_dict[ALERT_ATTR_RAW_DATA] = self.raw_data.get_value()
if self.msg_template.is_set():
alert_dict[ALERT_ATTR_MSG_TEMPLATE] = self.msg_template.get_value()
if self.priority.is_set():
alert_dict[ALERT_ATTR_PRIORITY] = self.priority.get_value()
alert_dict[ALERT_ATTR_CONDITION_EVENTS] = set([event])
if self.event_loc.is_set():
loc = self.event_loc.get_value()
else:
loc = get_service(SERVICE_LOCATION).get_teal_location(self.ruleset.name)
alert_dict[ALERT_ATTR_EVENT_LOC] = loc.get_location()
alert_dict[ALERT_ATTR_EVENT_LOC_TYPE] = loc.get_id()
# Fill in raw data
raw_data_dict = {}
raw_data_dict['exception'] = '{0}: {1}'.format(str(location.ex_type), str(location.ex_value))
alert_dict[ALERT_ATTR_RAW_DATA] = dict2raw_data(raw_data_dict)
# Call init routine if specified
if self.init_class_callable is not None:
try:
alert_dict = self.init_class_callable().update_init_data_main(alert_dict)
except ThreadKilled:
raise
except ExtFatalError:
get_logger().exception('FATAL ERROR raised --> kill analyzer')
raise
except:
self.ruleset.trace_error(self.trace_id[1], 'Error in update_init_data_main')
get_logger().exception('')
# Allocate the potential alert
amgr = get_service(SERVICE_ALERT_MGR)
alert = amgr.allocate(self.alert_id.get_value(), alert_dict)
# send the alert to the delivery queue
get_logger().debug(' creating {0}'.format(str(alert)))
amgr.commit(alert)
self.ruleset.send_alert(alert)
def update_init_data_main(self, init_dict):
''' This is the method that is called to process the alert init dictionary
It puts the init dictionary into self.init dictionary and sets self.raw_data_dict
and processes them to correctly return them before it returns
While this method can be overridden, it is recommended to override update_init_data
instead.
'''
self.metadata_cache = None
self.init_dict = init_dict
if ALERT_ATTR_RAW_DATA in init_dict:
self.raw_data_dict = raw_data2dict(init_dict[ALERT_ATTR_RAW_DATA])
else:
self.raw_data_dict = {}
self.update_init_data()
if len(self.raw_data_dict) != 0:
self.init_dict[ALERT_ATTR_RAW_DATA] = dict2raw_data(self.raw_data_dict)
return self.init_dict
