def test_get_last_state(self):
got = get_last_state(self.alarm)
self.assertEqual(got, Check.OK)
self.alarm['state'] = {
'_t': 'stateinc',
't': 0,
'a': 'test',
'm': 'test',
'val': Check.CRITICAL
}
got = get_last_state(self.alarm)
self.assertEqual(got, Check.CRITICAL)
def test_get_last_state(self):
got = get_last_state(self.alarm)
self.assertEqual(got, Check.OK)
self.alarm[AlarmField.state.value] = {
'_t': 'stateinc',
't': 0,
'a': 'test',
'm': 'test',
'val': Check.CRITICAL
}
got = get_last_state(self.alarm)
self.assertEqual(got, Check.CRITICAL)
def update_state(self, alarm, state, event):
"""
Update alarm state if needed.
:param alarm: Alarm associated to state change event
:type alarm: dict
:param state: New state to archive
:type state: int
:param event: Associated event
:type event: dict
:return: updated alarm
:rtype: dict
"""
value = alarm.get(self[Alerts.ALARM_STORAGE].VALUE)
old_state = get_last_state(value, ts=event['timestamp'])
if state != old_state:
return self.change_of_state(alarm, old_state, state, event)
return alarm
def update_state(self, alarm, state, event):
"""
Update alarm state if needed.
:param dict alarm: Alarm associated to state change event
:param int state: New state to archive
:param dict event: Associated event
:return: updated alarm
:rtype: dict
"""
value = alarm.get(self.alerts_storage.VALUE)
if self.record_last_event_date:
value[AlarmField.last_event_date.value] = int(time())
old_state = get_last_state(value, ts=event['timestamp'])
if state != old_state:
return self.change_of_state(alarm, old_state, state, event)
return alarm
def update_state(self, alarm, state, event):
"""
Update alarm state if needed.
:param dict alarm: Alarm associated to state change event
:param int state: New state to archive
:param dict event: Associated event
:return: updated alarm
:rtype: dict
"""
value = alarm.get(self.alerts_storage.VALUE)
if self.record_last_event_date:
value[AlarmField.last_event_date.value] = int(time())
old_state = get_last_state(value, ts=event['timestamp'])
if state != old_state:
return self.change_of_state(alarm, old_state, state, event)
return alarm
def get_events(self, alarm):
"""
Rebuild events from alarm history.
:param alarm: Alarm to use for events reconstruction
:type alarm: dict
:returns: Array of events
"""
storage = self[Alerts.ALARM_STORAGE]
alarm_id = alarm[storage.DATA_ID]
alarm = alarm[storage.VALUE]
entity = self[Alerts.CONTEXT_MANAGER].get_entity_by_id(alarm_id)
no_author_tupes = ['stateinc', 'statedec', 'statusinc', 'statusdec']
check_referer_types = [
'ack', 'ackremove',
'cancel', 'uncancel',
'declareticket',
'assocticket',
'changestate'
]
typemap = {
'stateinc': Check.EVENT_TYPE,
'statedec': Check.EVENT_TYPE,
'statusinc': Check.EVENT_TYPE,
'statusdec': Check.EVENT_TYPE,
'ack': 'ack',
'ackremove': 'ackremove',
'cancel': 'cancel',
'uncancel': 'uncancel',
'declareticket': 'declareticket',
'assocticket': 'assocticket',
'changestate': 'changestate'
}
valmap = {
'stateinc': Check.STATE,
'statedec': Check.STATE,
'changestate': Check.STATE,
'statusinc': Check.STATUS,
'statusdec': Check.STATUS,
'assocticket': 'ticket'
}
events = []
eventmodel = self[Alerts.CONTEXT_MANAGER].get_event(entity)
for step in alarm['steps']:
event = eventmodel.copy()
event['timestamp'] = step['t']
event['output'] = step['m']
if step['_t'] in valmap:
field = valmap[step['_t']]
event[field] = step['val']
if step['_t'] not in no_author_tupes:
event['author'] = step['a']
if step['_t'] in check_referer_types:
event['event_type'] = 'check'
event['ref_rk'] = Event.get_rk(event)
if Check.STATE not in event:
event[Check.STATE] = get_last_state(alarm)
event['event_type'] = typemap[step['_t']]
for field in self.extra_fields:
if field in alarm['extra']:
event[field] = alarm['extra'][field]
events.append(event)
return events
def get_events(self, alarm):
"""
Rebuild events from alarm history.
:param alarm: Alarm to use for events reconstruction
:type alarm: dict
:returns: Array of events
"""
storage = self.alerts_storage
alarm_id = alarm[storage.DATA_ID]
alarm = alarm[storage.VALUE]
entity = self.context_manager.get_entities_by_id(alarm_id)
try:
entity = entity[0]
except IndexError:
entity = {}
no_author_types = ['stateinc', 'statedec', 'statusinc', 'statusdec']
check_referer_types = [
'ack', 'ackremove', 'cancel', 'uncancel', 'declareticket',
'assocticket', 'changestate'
]
typemap = {
'stateinc': Check.EVENT_TYPE,
'statedec': Check.EVENT_TYPE,
'statusinc': Check.EVENT_TYPE,
'statusdec': Check.EVENT_TYPE,
'ack': 'ack',
'ackremove': 'ackremove',
'cancel': 'cancel',
'uncancel': 'uncancel',
'declareticket': 'declareticket',
'assocticket': 'assocticket',
'changestate': States.changestate.value,
'snooze': 'snooze'
}
valmap = {
'stateinc': Check.STATE,
'statedec': Check.STATE,
'changestate': Check.STATE,
'statusinc': Check.STATUS,
'statusdec': Check.STATUS,
'assocticket': 'ticket',
'snooze': 'duration'
}
events = []
eventmodel = self.context_manager.get_event(entity)
try:
eventmodel.pop("_id")
eventmodel.pop("depends")
eventmodel.pop("impact")
eventmodel.pop("infos")
eventmodel.pop("measurements")
eventmodel.pop("type")
except KeyError:
# FIXME : A logger would be nice
pass
for step in alarm[AlarmField.steps.value]:
event = eventmodel.copy()
event['timestamp'] = step['t']
event['output'] = step['m']
if step['_t'] in valmap:
field = valmap[step['_t']]
event[field] = step['val']
if step['_t'] not in no_author_types:
event[self.AUTHOR] = step['a']
if step['_t'] in check_referer_types:
event['ref_rk'] = get_routingkey(event)
if Check.STATE not in event:
event[Check.STATE] = get_last_state(alarm)
# set event_type to step['_t'] if we don't have any valid mapping.
event['event_type'] = typemap.get(step['_t'], step['_t'])
for field in self.extra_fields:
if field in alarm[AlarmField.extra.value]:
event[field] = alarm[AlarmField.extra.value][field]
events.append(event)
return events
def get_events(self, alarm):
"""
Rebuild events from alarm history.
:param alarm: Alarm to use for events reconstruction
:type alarm: dict
:returns: Array of events
"""
storage = self.alerts_storage
alarm_id = alarm[storage.DATA_ID]
alarm = alarm[storage.VALUE]
entity = self.context_manager.get_entities_by_id(alarm_id)
try:
entity = entity[0]
except IndexError:
entity = {}
no_author_types = ['stateinc', 'statedec', 'statusinc', 'statusdec']
check_referer_types = [
'ack',
'ackremove',
'cancel',
'uncancel',
'declareticket',
'assocticket',
'changestate'
]
typemap = {
'stateinc': Check.EVENT_TYPE,
'statedec': Check.EVENT_TYPE,
'statusinc': Check.EVENT_TYPE,
'statusdec': Check.EVENT_TYPE,
'ack': 'ack',
'ackremove': 'ackremove',
'cancel': 'cancel',
'uncancel': 'uncancel',
'declareticket': 'declareticket',
'assocticket': 'assocticket',
'changestate': States.changestate.value,
'snooze': 'snooze'
}
valmap = {
'stateinc': Check.STATE,
'statedec': Check.STATE,
'changestate': Check.STATE,
'statusinc': Check.STATUS,
'statusdec': Check.STATUS,
'assocticket': 'ticket',
'snooze': 'duration'
}
events = []
eventmodel = self.context_manager.get_event(entity)
try:
eventmodel.pop("_id")
eventmodel.pop("depends")
eventmodel.pop("impact")
eventmodel.pop("infos")
eventmodel.pop("measurements")
eventmodel.pop("type")
except KeyError:
# FIXME : A logger would be nice
pass
for step in alarm[AlarmField.steps.value]:
event = eventmodel.copy()
event['timestamp'] = step['t']
event['output'] = step['m']
if step['_t'] in valmap:
field = valmap[step['_t']]
event[field] = step['val']
if step['_t'] not in no_author_types:
event[self.AUTHOR] = step['a']
if step['_t'] in check_referer_types:
event['ref_rk'] = get_routingkey(event)
if Check.STATE not in event:
event[Check.STATE] = get_last_state(alarm)
# set event_type to step['_t'] if we don't have any valid mapping.
event['event_type'] = typemap.get(step['_t'], step['_t'])
for field in self.extra_fields:
if field in alarm[AlarmField.extra.value]:
event[field] = alarm[AlarmField.extra.value][field]
events.append(event)
return events
