def __call__(self, filtr, event):
value = getattr(event, self._attr_name) # event.event_attr
if Unknown.is_(value):
return Unknown.TINY # Cannot check - missing attribute
result = self._eval_func(self._limit, value) # compare value to limit
if result is False: # Log rejection
filtr.reject(event, "{} incorrect ({} to {})".format(
self._attr_name, value, self._limit))
return result
def __call__(self, filtr, event):
value = getattr(event, self._attr_name) # event.event_attr
if Unknown.is_(value):
return Unknown.TINY # Cannot check - missing attribute
result = self._eval_func(self._limit, value) # compare value to limit
if result is False: # Log rejection
filtr.reject(event, self._attr_name, value, self._limit)
return result
def check_event(self, event):
missing = False # Event is missing no info to start
for check in self._check_list:
result = check(self, event)
if result is False:
return False
elif Unknown.is_(result):
missing = True # Mark Event as missing info
# Do a special check for is missing_info is set
if self.is_missing_info is not None \
and missing != self.is_missing_info:
self.reject(event, "needed information was missing.")
return False
return True
def check_event(self, event):
missing = False # Event is missing no info to start
for check in self._check_list:
result = check(self, event)
if result is False:
return False
elif Unknown.is_(result):
missing = True # Mark Event as missing info
# Do a special check for is missing_info is set
if self.is_missing_info is not None \
and missing != self.is_missing_info:
self.reject(event, "missing_info", missing, self.is_missing_info)
return False
self.accept(event)
return True
def process_raid(self, raid):
# type: (Events.RaidEvent) -> None
""" Process a raid event and notify alarms if it passes. """
# Update Gym details (if they exist)
raid.gym_name = self.__cache.gym_name(raid.gym_id, raid.gym_name)
raid.gym_description = self.__cache.gym_desc(raid.gym_id,
raid.gym_description)
raid.gym_image = self.__cache.gym_image(raid.gym_id, raid.gym_image)
# Update Team if Unknown
if Unknown.is_(raid.current_team_id):
raid.current_team_id = self.__cache.gym_team(raid.gym_id)
# Make sure that raids are enabled
if self._raids_enabled is False:
self._log.debug("Raid ignored: raid notifications are disabled.")
return
# Skip if previously processed
if self.__cache.raid_expiration(raid.gym_id) is not None:
self._log.debug("Raid {} was skipped because it was "
"previously processed.".format(raid.name))
return
self.__cache.raid_expiration(raid.gym_id, raid.raid_end)
# Check the time remaining
seconds_left = (raid.raid_end - datetime.utcnow()).total_seconds()
if seconds_left < self.__time_limit:
self._log.debug("Raid {} was skipped because only {} seconds "
"remained".format(raid.name, seconds_left))
return
# Calculate distance and direction
if self.__location is not None:
raid.distance = get_earth_dist([raid.lat, raid.lng],
self.__location, self.__units)
raid.direction = get_cardinal_dir([raid.lat, raid.lng],
self.__location)
# Check for Rules
rules = self.__raid_rules
if len(rules) == 0: # If no rules, default to all
rules = {
"default": Rule(self._raid_filters.keys(), self._alarms.keys())
}
rule_ct, alarm_ct = 0, 0
for r_name, rule in rules.iteritems(): # For all rules
passed = self._check_filters(raid, self._raid_filters,
rule.filter_names)
if passed:
rule_ct += 1
alarm_ct += len(rule.alarm_names)
self._notify_alarms(raid, rule.alarm_names, 'raid_alert')
if rule_ct > 0:
self._rule_log.info(
'Raid %s passed %s rule(s) and triggered %s alarm(s).',
raid.name, rule_ct, alarm_ct)
else:
self._rule_log.info('Raid %s rejected by all rules.', raid.name)
def process_raid(self, raid):
# type: (Events.RaidEvent) -> None
""" Process a raid event and notify alarms if it passes. """
# Update Gym details (if they exist)
raid.gym_name = self.__cache.gym_name(raid.gym_id, raid.gym_name)
raid.gym_description = self.__cache.gym_desc(raid.gym_id,
raid.gym_description)
raid.gym_image = self.__cache.gym_image(raid.gym_id, raid.gym_image)
# Update Team if Unknown
if Unknown.is_(raid.current_team_id):
raid.current_team_id = self.__cache.gym_team(raid.gym_id)
# Make sure that raids are enabled
if self.__raids_enabled is False:
log.debug("Raid ignored: raid notifications are disabled.")
return
# Skip if previously processed
if self.__cache.raid_expiration(raid.gym_id) is not None:
log.debug("Raid {} was skipped because it was previously "
"processed.".format(raid.name))
return
self.__cache.raid_expiration(raid.gym_id, raid.raid_end)
# Check the time remaining
seconds_left = (raid.raid_end - datetime.utcnow()).total_seconds()
if seconds_left < self.__time_limit:
log.debug("Raid {} was skipped because only {} seconds remained"
"".format(raid.name, seconds_left))
return
# Calculate distance and direction
if self.__location is not None:
raid.distance = get_earth_dist([raid.lat, raid.lng],
self.__location, self.__units)
raid.direction = get_cardinal_dir([raid.lat, raid.lng],
self.__location)
# Check for Rules
rules = self.__raid_rules
if len(rules) == 0: # If no rules, default to all
rules = {
"default": Rule(self.__raid_filters.keys(),
self.__alarms.keys())
}
for r_name, rule in rules.iteritems(): # For all rules
for f_name in rule.filter_names: # Check Filters in Rules
f = self.__raid_filters.get(f_name)
passed = f.check_event(raid) and self.check_geofences(f, raid)
if not passed:
continue # go to next filter
raid.custom_dts = f.custom_dts
if self.__quiet is False:
log.info("{} raid notification"
" has been triggered in rule '{}'!"
"".format(raid.name, r_name))
self._trigger_raid(raid, rule.alarm_names)
break # Next rule
def process_raid(self, raid):
# type: (Events.RaidEvent) -> None
""" Process a raid event and notify alarms if it passes. """
# Update Gym details (if they exist)
raid.gym_name = self.__cache.gym_name(raid.gym_id, raid.gym_name)
raid.gym_description = self.__cache.gym_desc(
raid.gym_id, raid.gym_description)
raid.gym_image = self.__cache.gym_image(raid.gym_id, raid.gym_image)
# Update Team if Unknown
if Unknown.is_(raid.current_team_id):
raid.current_team_id = self.__cache.gym_team(raid.gym_id)
# Make sure that raids are enabled
if self._raids_enabled is False:
self._log.debug("Raid ignored: raid notifications are disabled.")
return
# Skip if previously processed
if self.__cache.raid_expiration(raid.gym_id) is not None:
self._log.debug("Raid {} was skipped because it was "
"previously processed.".format(raid.name))
return
self.__cache.raid_expiration(raid.gym_id, raid.raid_end)
# Check the time remaining
seconds_left = (raid.raid_end - datetime.utcnow()).total_seconds()
if seconds_left < self.__time_limit:
self._log.debug("Raid {} was skipped because only {} seconds "
"remained".format(raid.name, seconds_left))
return
# Calculate distance and direction
if self.__location is not None:
raid.distance = get_earth_dist(
[raid.lat, raid.lng], self.__location, self.__units)
raid.direction = get_cardinal_dir(
[raid.lat, raid.lng], self.__location)
# Check for Rules
rules = self.__raid_rules
if len(rules) == 0: # If no rules, default to all
rules = {"default": Rule(
self._raid_filters.keys(), self._alarms.keys())}
rule_ct, alarm_ct = 0, 0
for r_name, rule in rules.iteritems(): # For all rules
passed = self._check_filters(
raid, self._raid_filters, rule.filter_names)
if passed:
rule_ct += 1
alarm_ct += len(rule.alarm_names)
self._notify_alarms(
raid, rule.alarm_names, 'raid_alert')
if rule_ct > 0:
self._rule_log.info(
'Raid %s passed %s rule(s) and triggered %s alarm(s).',
raid.name, rule_ct, alarm_ct)
else:
self._rule_log.info('Raid %s rejected by all rules.', raid.name)
