def watch_escalations(cls, alarm):
now = datetime.datetime.now()
for esc in cls.get_class_escalations(alarm.alarm_class):
for e_item in esc.escalations:
# Check administrative domain
if (
e_item.administrative_domain
and e_item.administrative_domain.id not in alarm.adm_path
):
continue
# Check severity
if e_item.min_severity and alarm.severity < e_item.min_severity:
continue
# Check selector
if e_item.selector and not SelectorCache.is_in_selector(
alarm.managed_object, e_item.selector
):
continue
logger.debug("[%s] Watch for %s after %s seconds", alarm.id, esc.name, e_item.delay)
et = alarm.timestamp + datetime.timedelta(seconds=e_item.delay)
if et > now:
delay = (et - now).total_seconds()
else:
delay = None
call_later(
"noc.services.escalator.escalation.escalate",
scheduler="escalator",
pool=alarm.managed_object.escalator_shard,
delay=delay,
max_runs=esc.max_escalation_retries,
alarm_id=alarm.id,
escalation_id=esc.id,
escalation_delay=e_item.delay,
)
def on_save(self):
if (hasattr(self, "_changed_fields")
and "direct_objects" in self._changed_fields
or hasattr(self, "_changed_fields")
and "direct_segments" in self._changed_fields):
self.update_affected_objects_maintenance()
if hasattr(self, "_changed_fields") and "stop" in self._changed_fields:
if not self.is_completed and self.auto_confirm:
self.auto_confirm_maintenance()
if self.escalate_managed_object:
if not self.is_completed:
call_later(
"noc.services.escalator.maintenance.start_maintenance",
delay=max(
(dateutil.parser.parse(self.start) -
datetime.datetime.now()).total_seconds(),
60,
),
scheduler="escalator",
pool=self.escalate_managed_object.escalator_shard,
maintenance_id=self.id,
)
else:
call_later(
"noc.services.escalator.maintenance.close_maintenance",
scheduler="escalator",
pool=self.escalate_managed_object.escalator_shard,
maintenance_id=self.id,
)
def check_down(alarm):
"""
Try to detect out-of-ordered opening and closing event
for ping failed
:param alarm:
:return:
"""
status, last = alarm.managed_object.get_last_status()
if not status or not last:
return
if alarm.timestamp >= last or not status:
return
# Out-of-ordered, dispose closing job
logger.error(
"[%s] Out of order closing event. Scheduling to close alarm after %d seconds",
alarm.id,
OO_CLOSE_DELAY,
)
metrics["oo_pings_detected"] += 1
call_later(
"noc.fm.handlers.alarm.status.close_oo_alarm",
delay=OO_CLOSE_DELAY,
scheduler="correlator",
pool=alarm.managed_object.pool.name,
alarm_id=alarm.id,
timestamp=last,
)
def api_delete(self, request, id):
"""
Override default method
:param request:
:param id:
:return:
"""
try:
o = self.queryset(request).get(id=int(id))
except self.model.DoesNotExist:
return self.render_json({
"status": False,
"message": "Not found"
},
status=self.NOT_FOUND)
if not o.has_access(request.user):
return self.response_forbidden("Access denied")
# Run sa.wipe_managed_object job instead
o.name = "wiping-%d" % o.id
o.is_managed = False
o.description = "Wiping! Do not touch!"
o.save()
call_later("noc.sa.wipe.managedobject.wipe", o=o.id)
return HttpResponse(orjson.dumps({"status": True}),
status=self.DELETED)
def apply_changes(changes):
"""
:param changes: List of (datastream name, object id)
:return:
"""
if changes:
call_later("noc.core.datastream.change.do_changes", changes=changes)
def on_save(self):
if not hasattr(self, "_changed_fields"
) or "interface_profile" in self._changed_fields:
call_later(
"noc.sa.models.serviceprofile.refresh_interface_profiles",
sp_id=self.id,
ip_id=self.interface_profile.id
if self.interface_profile else None)
def auto_confirm_maintenance(self):
stop = datetime.datetime.strptime(self.stop, "%Y-%m-%dT%H:%M:%S")
now = datetime.datetime.now()
if stop > now:
delay = (stop - now).total_seconds()
call_later("noc.maintenance.models.maintenance.stop",
delay,
maintenance_id=self.id)
def schedule_discovery_config(event):
"""
Reschedule discovery config processes
"""
call_later(
event.managed_object.id,
job_class=event.managed_object.BOX_DISCOVERY_JOB,
_checks=["config"],
max_runs=1,
delay=config.correlator.discovery_delay,
)
def alarm_escalation(alarm, mo, ctx):
now = datetime.datetime.now()
for esc in AlarmEscalation.get_class_escalations(alarm['alarm_class']):
for e_item in esc.escalations:
# Check administrative domain
if (e_item.administrative_domain and
e_item.administrative_domain.id not in mo.object.administrative_domain.get_path()):
continue
# Check severity
if e_item.min_severity and alarm['severity'] < e_item.min_severity:
continue
# Check selector
if e_item.selector and not SelectorCache.is_in_selector(mo.object, e_item.selector):
continue
logger.info(
"%s Watch for %s after %s seconds",
alarm['alarm_class'], esc.name, e_item.delay
)
et = now + datetime.timedelta(seconds=e_item.delay)
if et > now:
delay = (et - now).total_seconds()
else:
delay = None
if e_item.notification_group:
a = ActiveAlarm.objects.filter(managed_object=mo.object, vars__path=alarm['vars']["path"]).first()
if a:
logger.info("Alarm already sending")
break
subject = e_item.template.render_subject(**ctx)
body = e_item.template.render_body(**ctx)
logger.debug("Notification message:\nSubject: %s\n%s", subject, body)
call_later(
"noc.custom.handlers.thresholds.thresholdsnotification.threshold_escalation",
delay=delay,
scheduler="scheduler",
notification_group_id=e_item.notification_group.id,
subject=subject,
body=body
)
return {"notification_group": e_item.notification_group,
"clear_template": e_item.clear_template,
"message": "Sending message to : %s" % e_item.notification_group.name}
#
if e_item.stop_processing:
logger.debug("Stopping processing")
break
def on_save(self):
from .managedobject import CREDENTIAL_CACHE_VERSION
from noc.inv.models.link import Link
box_changed = self.initial_data[
"enable_box_discovery"] != self.enable_box_discovery
periodic_changed = (self.initial_data["enable_periodic_discovery"] !=
self.enable_periodic_discovery)
access_changed = (
(self.initial_data["access_preference"] != self.access_preference)
or (self.initial_data["cli_privilege_policy"] !=
self.cli_privilege_policy)
or (self.initial_data["beef_storage"] != self.beef_storage)
or (self.initial_data["beef_path_template"] !=
self.beef_path_template)
or (self.initial_data["snmp_rate_limit"] != self.snmp_rate_limit))
if box_changed or periodic_changed:
call_later(
"noc.sa.models.managedobjectprofile.apply_discovery_jobs",
profile_id=self.id,
box_changed=box_changed,
periodic_changed=periodic_changed,
)
if access_changed:
cache.delete_many(
[
"cred-%s" % x
for x in self.managedobject_set.values_list("id",
flat=True)
],
version=CREDENTIAL_CACHE_VERSION,
)
if (self.initial_data["enable_rca_downlink_merge"] !=
self.enable_rca_downlink_merge
or self.initial_data["rca_downlink_merge_window"] !=
self.rca_downlink_merge_window):
for x in set(
chain.from_iterable(
Link.objects.filter(linked_objects__in=list(
set(
self.managedobject_set.values_list(
"id", flat=True)))).scalar(
"linked_segments"))):
call_later("noc.core.topology.segment.update_uplinks",
60,
segment_id=x)
def on_save(self):
self.update_affected_objects()
if self.escalate_managed_object:
if not self.is_completed:
call_later(
"noc.services.escalator.maintenance.start_maintenance",
delay=(dateutil.parser.parse(self.start) -
datetime.datetime.now()).seconds,
scheduler="escalator",
pool=self.escalate_managed_object.escalator_shard,
maintenance_id=self.id)
else:
call_later(
"noc.services.escalator.maintenance.close_maintenance",
scheduler="escalator",
pool=self.escalate_managed_object.escalator_shard,
maintenance_id=self.id)
def watch_escalations(cls, alarm, timestamp_policy="a"):
now = datetime.datetime.now()
for esc in cls.get_class_escalations(alarm.alarm_class):
for e_item in esc.escalations:
# Check administrative domain
if (e_item.administrative_domain and
e_item.administrative_domain.id not in alarm.adm_path):
continue
# Check severity
if e_item.min_severity and alarm.severity < e_item.min_severity:
continue
# Check selector
if e_item.selector and not SelectorCache.is_in_selector(
alarm.managed_object, e_item.selector):
continue
logger.debug("[%s] Watch for %s after %s seconds", alarm.id,
esc.name, e_item.delay)
et = alarm.timestamp + datetime.timedelta(seconds=e_item.delay)
if timestamp_policy == "c":
# If escalation with current timestamp - shift consequence after main escalation
delay = max(
(et -
now).total_seconds(), 120) + 120 if et > now else 120
logger.info(
"[%s] Watch escalation with create new timestamp policy, after %s seconds",
alarm.id,
delay,
)
elif et > now:
delay = (et - now).total_seconds()
else:
delay = None
call_later(
"noc.services.escalator.escalation.escalate",
scheduler="escalator",
pool=alarm.managed_object.escalator_shard,
delay=delay,
max_runs=esc.max_escalation_retries,
alarm_id=alarm.id,
escalation_id=esc.id,
escalation_delay=e_item.delay,
timestamp_policy=timestamp_policy,
)
if e_item.stop_processing:
break
def on_save(self):
from .phonenumber import PhoneNumber
# Borrow own phone numbers from parent
if self.parent:
for n in PhoneNumber.objects.filter(phone_range=self.parent.id,
number__gte=self.from_number,
number__lte=self.to_number):
n.phone_range = self
n.save()
# Allocate numbers when necessary
if self.to_allocate_numbers:
call_later("noc.phone.models.phonerange.allocate_numbers",
range_id=self.id)
# Reparent nested ranges
for r in PhoneRange.objects.filter(dialplan=self.dialplan,
from_number__gte=self.from_number,
from_number__lte=self.to_number,
to_number__lte=self.to_number,
id__ne=self.id):
r.save()
def on_clear(cls, alarm):
"""
Submit clear jobs
:param alarm:
:return:
"""
cfg = defaultdict(list)
for c in cls.get_class_diagnostics(alarm.alarm_class):
if c.selector and not SelectorCache.is_in_selector(
alarm.managed_object, c.selector
):
continue
if c.only_root and alarm.root:
continue
if c.enable_on_clear:
if c.on_clear_script:
cfg[c.on_clear_delay] += [{
"script": c.on_clear_script,
"header": c.on_clear_header
}]
if c.on_clear_action:
cfg[c.on_clear_delay] += [{
"action": c.on_clear_action.id,
"header": c.on_clear_header
}]
if c.on_clear_handler:
cfg[c.on_clear_delay] += [{
"handler": c.on_clear_handler,
"header": c.on_clear_header
}]
# Submit on_clear job
for delay in cfg:
call_later(
"noc.fm.models.alarmdiagnosticconfig.on_clear",
scheduler="correlator",
pool=alarm.managed_object.pool.name,
delay=delay,
alarm=alarm.id,
cfg=cfg[delay]
)
AlarmDiagnostic.clear_diagnostics(alarm)
def handle_close(self, close_alarms=None, *args, **kwargs):
close_alarms = close_alarms or []
for a_id in close_alarms:
alarm = get_alarm(a_id)
if alarm and alarm.status == "A" and alarm.escalation_tt:
self.print("Sending TT close for alarm %s to escalator" % alarm.id)
call_later(
"noc.services.escalator.escalation.notify_close",
scheduler="escalator",
pool=alarm.managed_object.escalator_shard,
alarm_id=alarm.id,
tt_id=alarm.escalation_tt,
subject="Closed",
body="Closed",
notification_group_id=None,
close_tt=False,
)
elif alarm:
self.print("ERROR: Alarm %s is not escalated. Skipping" % alarm)
else:
self.print("ERROR: Alarm %s is not found. Skipping" % alarm)
def on_save(self):
box_changed = self.initial_data["enable_box_discovery"] != self.enable_box_discovery
periodic_changed = self.initial_data["enable_periodic_discovery"] != self.enable_periodic_discovery
access_changed = (
(self.initial_data["access_preference"] != self.access_preference) or
(self.initial_data["cli_privilege_policy"] != self.cli_privilege_policy)
)
if box_changed or periodic_changed:
call_later(
"noc.sa.models.managedobjectprofile.apply_discovery_jobs",
profile_id=self.id,
box_changed=box_changed,
periodic_changed=periodic_changed
)
if access_changed:
cache.delete_many([
"cred-%s" % x
for x in self.managedobject_set.values_list("id", flat=True)
])
def on_enter_state(self, obj):
"""
Called when object enters state
:param obj:
:return:
"""
# Process on enter handlers
if self.on_enter_handlers:
logger.debug("[%s|%s] Running on_enter_handlers", obj,
obj.state.name)
for hn in self.on_enter_handlers:
try:
h = get_handler(str(hn))
except ImportError as e:
logger.error("Error import on_enter handler: %s" % e)
h = None
if h:
logger.debug("[%s|%s] Running %s", obj, self.name, hn)
h(obj) # @todo: Catch exceptions
else:
logger.debug("[%s|%s] Invalid handler %s, skipping", obj,
self.name, hn)
# Run Job handler when necessary
if self.job_handler:
logger.debug("[%s|%s] Running job handler %s", obj.self.name,
self.job_handler)
try:
h = get_handler(self.job_handler)
except ImportError as e:
logger.error("Error import state job handler: %s" % e)
h = None
if h:
call_later(STATE_JOB,
handler=self.job_handler,
model=get_model_id(obj),
object=str(obj.pk))
else:
logger.debug("[%s|%s] Invalid job handler %s, skipping", obj,
self.name, self.job_handler)
def refresh(cls):
call_later("noc.sa.models.selectorcache.refresh", delay=10)
def update_pop_links(self, delay: int = 20):
call_later("noc.inv.util.pop_links.update_pop_links",
delay,
pop_id=self.id)
def update_uplinks(self):
# if self.profile.is_persistent:
call_later("noc.core.topology.segment.update_uplinks", 60, segment_id=self.id)
def update_affected_objects_maintenance(self):
call_later(
"noc.maintenance.models.maintenance.update_affected_objects",
60,
maintenance_id=self.id,
)
def clear_alarm(self, message, ts=None, force=False):
"""
Clear alarm
:param message: Log clearing message
:param ts: Clearing timestamp
:param force: Clear ever if wait_tt seg
"""
ts = ts or datetime.datetime.now()
if self.wait_tt and not force:
# Wait for escalated tt to close
if not self.wait_ts:
self.wait_ts = ts
self.log_message("Waiting for TT to close")
call_later(
"noc.services.escalator.wait_tt.wait_tt",
scheduler="escalator",
pool=self.managed_object.escalator_shard,
alarm_id=self.id
)
return
if self.alarm_class.clear_handlers:
# Process clear handlers
for h in self.alarm_class.get_clear_handlers():
try:
h(self)
except Exception:
error_report()
log = self.log + [AlarmLog(timestamp=ts, from_status="A",
to_status="C", message=message)]
a = ArchivedAlarm(
id=self.id,
timestamp=self.timestamp,
clear_timestamp=ts,
managed_object=self.managed_object,
alarm_class=self.alarm_class,
severity=self.severity,
vars=self.vars,
log=log,
root=self.root,
escalation_ts=self.escalation_ts,
escalation_tt=self.escalation_tt,
escalation_error=self.escalation_error,
escalation_ctx=self.escalation_ctx,
opening_event=self.opening_event,
closing_event=self.closing_event,
discriminator=self.discriminator,
reopens=self.reopens,
direct_services=self.direct_services,
direct_subscribers=self.direct_subscribers,
total_objects=self.total_objects,
total_services=self.total_services,
total_subscribers=self.total_subscribers,
adm_path=self.adm_path,
segment_path=self.segment_path,
container_path=self.container_path,
uplinks=self.uplinks
)
ct = self.alarm_class.get_control_time(self.reopens)
if ct:
a.control_time = datetime.datetime.now() + datetime.timedelta(seconds=ct)
a.save()
# Send notifications
if not a.root and not self.reopens:
a.managed_object.event(a.managed_object.EV_ALARM_CLEARED, {
"alarm": a,
"subject": a.subject,
"body": a.body,
"symptoms": a.alarm_class.symptoms,
"recommended_actions": a.alarm_class.recommended_actions,
"probable_causes": a.alarm_class.probable_causes
})
elif ct:
pass
# Set checks on all consequences
for d in self._get_collection().find({
"root": self.id
}, {"_id": 1, "alarm_class": 1}):
ac = AlarmClass.get_by_id(d["alarm_class"])
if not ac:
continue
t = ac.recover_time
if not t:
continue
call_later(
"noc.services.correlator.check.check_close_consequence",
scheduler="correlator",
pool=self.managed_object.pool.name,
delay=t,
alarm_id=d["_id"]
)
# Clear alarm
self.delete()
# Close TT
# MUST be after .delete() to prevent race conditions
if a.escalation_tt or self.clear_template:
if self.clear_template:
ctx = {
"alarm": a
}
subject = self.clear_template.render_subject(**ctx)
body = self.clear_template.render_body(**ctx)
else:
subject = "Alarm cleared"
body = "Alarm has been cleared"
call_later(
"noc.services.escalator.escalation.notify_close",
scheduler="escalator",
pool=self.managed_object.escalator_shard,
max_runs=ALARM_CLOSE_RETRIES,
alarm_id=self.id,
tt_id=self.escalation_tt,
subject=subject,
body=body,
notification_group_id=self.clear_notification_group.id if self.clear_notification_group else None,
close_tt=self.close_tt
)
# Gather diagnostics
AlarmDiagnosticConfig.on_clear(a)
# Return archived
return a
def apply_changes(self, changes: List[Tuple[str, Any]]):
if changes:
call_later("noc.core.datastream.change.do_changes",
changes=changes)
def on_raise(cls, alarm):
"""
Submit raise and periodic jobs
:param alarm:
:return:
"""
r_cfg = defaultdict(list)
p_cfg = defaultdict(list)
for c in cls.get_class_diagnostics(alarm.alarm_class):
if c.selector and not SelectorCache.is_in_selector(
alarm.managed_object, c.selector
):
continue
if c.only_root and alarm.root:
continue
if c.enable_on_raise:
if c.on_raise_script:
r_cfg[c.on_raise_delay] += [{
"script": c.on_raise_script,
"header": c.on_raise_header
}]
if c.on_raise_action:
r_cfg[c.on_raise_delay] += [{
"action": c.on_raise_action.name,
"header": c.on_raise_header
}]
if c.on_raise_handler:
r_cfg[c.on_raise_delay] += [{
"handler": c.on_raise_handler,
"header": c.on_raise_header
}]
if c.enable_periodic:
if c.periodic_script:
p_cfg[c.periodic_interval] += [{
"script": c.periodic_script,
"header": c.periodic_header
}]
if c.periodic_action:
p_cfg[c.periodic_interval] += [{
"action": c.periodic_action.name,
"header": c.periodic_header
}]
if c.periodic_handler:
p_cfg[c.periodic_interval] += [{
"handler": c.periodic_handler,
"header": c.periodic_header
}]
# Submit on_raise job
for delay in r_cfg:
call_later(
"noc.fm.models.alarmdiagnosticconfig.on_raise",
scheduler="correlator",
pool=alarm.managed_object.pool.name,
delay=delay,
alarm=alarm.id,
cfg=r_cfg[delay]
)
# Submit periodic job
for delay in p_cfg:
call_later(
"noc.fm.models.alarmdiagnosticconfig.periodic",
scheduler="correlator",
max_runs=PERIODIC_JOB_MAX_RUNS,
pool=alarm.managed_object.pool.name,
delay=delay,
alarm=alarm.id,
cfg={"cfg": p_cfg[delay], "delay": delay}
)
def refresh_object(cls, managed_object):
if hasattr(managed_object, "id"):
managed_object = managed_object.id
call_later("noc.sa.models.servicesummary.refresh_object",
delay=20,
managed_object=managed_object)
def on_save(self):
call_later(
"noc.core.clickhouse.ensure.ensure_all_pm_scopes",
scheduler="scheduler",
delay=30
)
def update_uplinks(self):
call_later(
"noc.core.topology.segment.update_uplinks",
60,
segment_id=self.id
)
