def create_downtime(params):
body = params['body']
host_name = body['host_name']
start_dt = _time_dt(body['start_time'])
end_dt = _time_dt(body['end_time'])
delayed_duration = body.get("delayed_duration", 0)
if "recurring_option" not in body:
recurring_number = 0
else:
recurring_number = RECURRING_OPTIONS[body["recurring_option"]]
mode = determine_downtime_mode(recurring_number, delayed_duration)
if "service_description" in body:
service_description = body["service_description"]
spec = _service_spec(service_description, host_name)
comment = body.get("comment",
"Downtime for service: %s" % service_description)
downtime_tag = "SVC"
else:
spec = host_name
downtime_tag = "HOST"
comment = body.get("comment", "Downtime for host: %s" % host_name)
downtime = DowntimeSchedule(start_dt.timestamp(), end_dt.timestamp(), mode,
delayed_duration, comment)
command = downtime.livestatus_command(spec, downtime_tag)
execute_livestatus_command(command, host_name)
return Response(status=204)
def action(self, cmdtag: Any, spec: Any, row: Any, row_index: Any,
num_rows: Any) -> Any:
"""Prepares the livestatus command for any received downtime information through WATO"""
if html.request.var("_down_remove"):
return self._remove_downtime_details(cmdtag, row)
recurring_number = self._recurring_number()
title_prefix = self._title_prefix(recurring_number)
if html.request.var("_down_from_now"):
start_time = self._current_local_time()
duration_minutes = self._from_now_minutes()
end_time = self._time_after_minutes(start_time, duration_minutes)
title = self._title_for_next_minutes(duration_minutes,
title_prefix)
elif html.request.var("_down_adhoc"):
start_time = self._current_local_time()
duration_minutes = config.adhoc_downtime.get("duration", 0)
end_time = self._time_after_minutes(start_time, duration_minutes)
title = self._title_for_next_minutes(duration_minutes,
title_prefix)
elif html.request.var("_down_custom"):
start_time = self._custom_start_time()
end_time = self._custom_end_time(start_time)
title = self._title_range(start_time, end_time)
else: # one of the default time buttons
button_value = self.button_interval_value()
if button_value is None:
# the remove button in the Show Downtimes WATO view returns None here
# TODO: separate the remove mechanism from the create downtime procedure in the views call
return
next_time_interval = button_value
start_time = self._current_local_time()
end_time = time_interval_end(next_time_interval, start_time)
if end_time is None:
end_time = start_time + int(next_time_interval)
title = time_interval_to_human_readable(next_time_interval,
title_prefix)
comment = self._comment()
delayed_duration = self._flexible_option()
mode = determine_downtime_mode(recurring_number, delayed_duration)
downtime = DowntimeSchedule(start_time, end_time, mode,
delayed_duration, comment)
cmdtag, specs, title = self._downtime_specs(cmdtag, row, spec, title)
if "aggr_tree" in row: # BI mode
node = row["aggr_tree"]
return bi_commands(downtime, node), title
return [downtime.livestatus_command(spec_, cmdtag)
for spec_ in specs], title
def bi_commands(downtime: DowntimeSchedule, node: Any) -> List[Tuple[Any, Any]]:
"""Generate the list of downtime command strings for the BI module"""
commands_aggr = []
for site, host, service in bi.find_all_leaves(node):
if service:
spec = "%s;%s" % (host, service)
cmdtag = "SVC"
else:
spec = host
cmdtag = "HOST"
commands_aggr.append((site, downtime.livestatus_command(spec, cmdtag)))
return commands_aggr