def process_gym(self, gym):
# type: (Events.GymEvent) -> None
""" Process a gym event and notify alarms if it passes. """
# Update Gym details (if they exist)
gym.gym_name = self.__cache.gym_name(gym.gym_id, gym.gym_name)
gym.gym_description = self.__cache.gym_desc(gym.gym_id,
gym.gym_description)
gym.gym_image = self.__cache.gym_image(gym.gym_id, gym.gym_image)
# Ignore changes to neutral
if self._ignore_neutral and gym.new_team_id == 0:
self._log.debug("%s gym update skipped: new team was neutral",
gym.name)
return
# Update Team Information
gym.old_team_id = self.__cache.gym_team(gym.gym_id)
self.__cache.gym_team(gym.gym_id, gym.new_team_id)
# Check if notifications are on
if self._gyms_enabled is False:
self._log.debug("Gym ignored: gym notifications are disabled.")
return
# Doesn't look like anything to me
if gym.new_team_id == gym.old_team_id:
self._log.debug("%s gym update skipped: no change detected",
gym.gym_id)
return
# Calculate distance and direction
if self.__location is not None:
gym.distance = get_earth_dist([gym.lat, gym.lng], self.__location,
self.__units)
gym.direction = get_cardinal_dir([gym.lat, gym.lng],
self.__location)
# Check for Rules
rules = self.__gym_rules
if len(rules) == 0: # If no rules, default to all
rules = {
"default": Rule(self._gym_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(gym, self._gym_filters,
rule.filter_names)
if passed:
rule_ct += 1
alarm_ct += len(rule.alarm_names)
self._notify_alarms(gym, rule.alarm_names, 'gym_alert')
if rule_ct > 0:
self._rule_log.info(
'Gym %s passed %s rule(s) and triggered %s alarm(s).',
gym.name, rule_ct, alarm_ct)
else:
self._rule_log.info('Gym %s rejected by all rules.', gym.name)
def process_gym(self, gym):
# type: (Events.GymEvent) -> None
""" Process a gym event and notify alarms if it passes. """
# Update Gym details (if they exist)
self.__cache.update_gym_info(gym.gym_id, gym.gym_name,
gym.gym_description, gym.gym_image)
# Ignore changes to neutral
if self.__ignore_neutral and gym.new_team_id == 0:
log.debug("%s gym update skipped: new team was neutral")
return
# Get the old team and update new team
gym.old_team_id = self.__cache.get_gym_team(gym.gym_id)
self.__cache.update_gym_team(gym.gym_id, gym.new_team_id)
# Check if notifications are on
if self.__gyms_enabled is False:
log.debug("Gym ignored: gym notifications are disabled.")
return
# Update the cache with the gyms info
info = self.__cache.get_gym_info(gym.gym_id)
gym.gym_name = info['name']
gym.gym_description = info['description']
gym.gym_image = info['url']
# Doesn't look like anything to me
if gym.new_team_id == gym.old_team_id:
log.debug("%s gym update skipped: no change detected", gym.gym_id)
return
# Calculate distance and direction
if self.__location is not None:
gym.distance = get_earth_dist([gym.lat, gym.lng], self.__location)
gym.direction = get_cardinal_dir([gym.lat, gym.lng],
self.__location)
# Check for Rules
rules = self.__gym_rules
if len(rules) == 0: # If no rules, default to all
rules = {
"default": Rule(self.__gym_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.__gym_filters.get(f_name)
passed = f.check_event(gym) and self.check_geofences(f, gym)
if not passed:
continue # go to next filter
gym.custom_dts = f.custom_dts
if self.__quiet is False:
log.info("{} gym notification"
" has been triggered in rule '{}'!"
"".format(gym.name, r_name))
self._trigger_gym(gym, rule.alarm_names)
break # Next rule
def process_egg(self, egg):
# type: (Events.EggEvent) -> None
""" Process a egg event and notify alarms if it passes. """
# Update Gym details (if they exist)
self.__cache.update_gym_info(egg.gym_id, egg.gym_name,
egg.gym_description, egg.gym_image)
# Make sure that eggs are enabled
if self.__eggs_enabled is False:
log.debug("Egg ignored: egg notifications are disabled.")
return
# Skip if previously processed
if self.__cache.get_egg_expiration(egg.gym_id) is not None:
log.debug("Egg {} was skipped because it was previously "
"processed.".format(egg.gym_name))
return
self.__cache.update_egg_expiration(egg.gym_id, egg.hatch_time)
# Check the time remaining
seconds_left = (egg.hatch_time - datetime.utcnow()).total_seconds()
if seconds_left < self.__time_limit:
log.debug("Egg {} was skipped because only {} seconds remained"
"".format(egg.gym_name, seconds_left))
return
# Assigned cached info
info = self.__cache.get_gym_info(egg.gym_id)
egg.gym_name = info['name']
egg.gym_description = info['description']
egg.gym_image = info['url']
# Calculate distance and direction
if self.__location is not None:
egg.distance = get_earth_dist([egg.lat, egg.lng], self.__location)
egg.direction = get_cardinal_dir([egg.lat, egg.lng],
self.__location)
# Check for Rules
rules = self.__egg_rules
if len(rules) == 0: # If no rules, default to all
rules = {
"default": Rule(self.__egg_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.__egg_filters.get(f_name)
passed = f.check_event(egg) and self.check_geofences(f, egg)
if not passed:
continue # go to next filter
egg.custom_dts = f.custom_dts
if self.__quiet is False:
log.info("{} egg notification"
" has been triggered to {}!"
"".format(egg.gym_name, egg.geofence))
self._trigger_egg(egg, rule.alarm_names)
break # Next rule
def process_gym(self, gym):
# type: (Events.GymEvent) -> None
""" Process a gym event and notify alarms if it passes. """
# Update Gym details (if they exist)
gym.gym_name = self.__cache.gym_name(gym.gym_id, gym.gym_name)
gym.gym_description = self.__cache.gym_desc(
gym.gym_id, gym.gym_description)
gym.gym_image = self.__cache.gym_image(gym.gym_id, gym.gym_image)
# Ignore changes to neutral
if self._ignore_neutral and gym.new_team_id == 0:
self._log.debug("%s gym update skipped: new team was neutral")
return
# Update Team Information
gym.old_team_id = self.__cache.gym_team(gym.gym_id)
self.__cache.gym_team(gym.gym_id, gym.new_team_id)
# Check if notifications are on
if self._gyms_enabled is False:
self._log.debug("Gym ignored: gym notifications are disabled.")
return
# Doesn't look like anything to me
if gym.new_team_id == gym.old_team_id:
self._log.debug(
"%s gym update skipped: no change detected", gym.gym_id)
return
# Calculate distance and direction
if self.__location is not None:
gym.distance = get_earth_dist(
[gym.lat, gym.lng], self.__location, self.__units)
gym.direction = get_cardinal_dir(
[gym.lat, gym.lng], self.__location)
# Check for Rules
rules = self.__gym_rules
if len(rules) == 0: # If no rules, default to all
rules = {"default": Rule(
self._gym_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(
gym, self._gym_filters, rule.filter_names)
if passed:
rule_ct += 1
alarm_ct += len(rule.alarm_names)
self._notify_alarms(
gym, rule.alarm_names, 'gym_alert')
if rule_ct > 0:
self._rule_log.info(
'Gym %s passed %s rule(s) and triggered %s alarm(s).',
gym.name, rule_ct, alarm_ct)
else:
self._rule_log.info('Gym %s rejected by all rules.', gym.name)
def process_stop(self, stop):
# type: (Events.StopEvent) -> None
""" Process a stop event and notify alarms if it passes. """
# Make sure that stops are enabled
if self._stops_enabled is False:
self._log.debug("Stop ignored: stop notifications are disabled.")
return
# Check for lured
if stop.expiration is None:
self._log.debug("Stop ignored: stop was not lured")
return
# Check if previously processed and update expiration
if self.__cache.stop_expiration(
str(stop.stop_id) + str(stop.lure_type_id)) is not None:
self._log.debug("Stop {} was skipped because it was "
"previously processed.".format(stop.name))
return
self.__cache.stop_expiration(
str(stop.stop_id) + str(stop.lure_type_id), stop.expiration)
# Check the time remaining
seconds_left = (stop.expiration - datetime.utcnow()).total_seconds()
if seconds_left < self.__time_limit:
self._log.debug("Stop {} was skipped because only {} seconds "
"remained".format(stop.name, seconds_left))
return
# Calculate distance and direction
if self.__location is not None:
stop.distance = get_earth_dist([stop.lat, stop.lng],
self.__location, self.__units)
stop.direction = get_cardinal_dir([stop.lat, stop.lng],
self.__location)
# Check for Rules
rules = self.__stop_rules
if len(rules) == 0: # If no rules, default to all
rules = {
"default": Rule(self._stop_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(stop, self._stop_filters,
rule.filter_names)
if passed:
rule_ct += 1
alarm_ct += len(rule.alarm_names)
self._notify_alarms(stop, rule.alarm_names, 'pokestop_alert')
if rule_ct > 0:
self._rule_log.info(
'Stop %s passed %s rule(s) and triggered %s alarm(s).',
stop.name, rule_ct, alarm_ct)
else:
self._rule_log.info('Stop %s rejected by all rules.', stop.name)
def process_stop(self, stop):
# type: (Events.StopEvent) -> None
""" Process a stop event and notify alarms if it passes. """
# Make sure that stops are enabled
if self.__stops_enabled is False:
log.debug("Stop ignored: stop notifications are disabled.")
return
# Skip if previously processed
if self.__cache.get_pokestop_expiration(stop.stop_id) is not None:
log.debug("Stop {} was skipped because it was previously "
"processed.".format(stop.name))
return
self.__cache.update_pokestop_expiration(stop.stop_id, stop.expiration)
# Check the time remaining
seconds_left = (stop.expiration - datetime.utcnow()).total_seconds()
if seconds_left < self.__time_limit:
log.debug("Stop {} was skipped because only {} seconds remained"
"".format(stop.name, seconds_left))
return
# Calculate distance and direction
if self.__location is not None:
stop.distance = get_earth_dist([stop.lat, stop.lng],
self.__location)
stop.direction = get_cardinal_dir([stop.lat, stop.lng],
self.__location)
# Check the Filters
passed = True
for name, f in self.__stop_filters.iteritems():
passed = f.check_event(stop) and self.check_geofences(f, stop)
if passed: # Stop checking
stop.custom_dts = f.custom_dts
break
if not passed: # Stop was rejected by all filters
return
# Generate the DTS for the event
dts = stop.generate_dts(self.__locale, self.__timezone, self.__units)
if self.__loc_service:
self.__loc_service.add_optional_arguments(self.__location,
[stop.lat, stop.lng],
dts)
if self.__quiet is False:
log.info("Stop {} notification has been triggered!".format(
stop.name))
threads = []
# Spawn notifications in threads so they can work in background
for alarm in self.__alarms:
threads.append(gevent.spawn(alarm.pokestop_alert, dts))
gevent.sleep(0) # explict context yield
for thread in threads:
thread.join()
def process_monster(self, mon):
# type: (Events.MonEvent) -> None
""" Process a monster event and notify alarms if it passes. """
# Make sure that monsters are enabled
if self._mons_enabled is False:
self._log.debug("Monster ignored: monster notifications "
"are disabled.")
return
# Set the name for this event so we can log rejects better
mon.name = self.__locale.get_pokemon_name(mon.monster_id)
# Check if previously processed and update expiration
if self.__cache.monster_expiration(str(mon.enc_id) +
str(mon.weight)) is not None:
self._log.debug("{} monster was skipped because it was "
"previously processed.".format(mon.name))
return
self.__cache.monster_expiration(
str(mon.enc_id) + str(mon.weight), mon.disappear_time)
# Check the time remaining
seconds_left = (mon.disappear_time - datetime.utcnow()).total_seconds()
if seconds_left < self.__time_limit:
self._log.debug("{} monster was skipped because only {} seconds "
"remained".format(mon.name, seconds_left))
return
# Calculate distance and direction
if self.__location is not None:
mon.distance = get_earth_dist([mon.lat, mon.lng], self.__location,
self.__units)
mon.direction = get_cardinal_dir([mon.lat, mon.lng],
self.__location)
# Check for Rules
rules = self.__mon_rules
if len(rules) == 0: # If no rules, default to all
rules = {
"default": Rule(self._mon_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(mon, self._mon_filters,
rule.filter_names)
if passed:
rule_ct += 1
alarm_ct += len(rule.alarm_names)
self._notify_alarms(mon, rule.alarm_names, 'pokemon_alert')
if rule_ct > 0:
self._rule_log.info(
'Monster %s passed %s rule(s) and triggered %s alarm(s).',
mon.name, rule_ct, alarm_ct)
else:
self._rule_log.info('Monster %s rejected by all rules.', mon.name)
def process_stop(self, stop):
# type: (Events.StopEvent) -> None
""" Process a stop event and notify alarms if it passes. """
# Make sure that stops are enabled
if self._stops_enabled is False:
self._log.debug("Stop ignored: stop notifications are disabled.")
return
# Check for lured
if stop.expiration is None:
self._log.debug("Stop ignored: stop was not lured")
return
# Check if previously processed and update expiration
if self.__cache.stop_expiration(stop.stop_id) is not None:
self._log.debug("Stop {} was skipped because it was "
"previously processed.".format(stop.name))
return
self.__cache.stop_expiration(stop.stop_id, stop.expiration)
# Check the time remaining
seconds_left = (stop.expiration - datetime.utcnow()).total_seconds()
if seconds_left < self.__time_limit:
self._log.debug("Stop {} was skipped because only {} seconds "
"remained".format(stop.name, seconds_left))
return
# Calculate distance and direction
if self.__location is not None:
stop.distance = get_earth_dist(
[stop.lat, stop.lng], self.__location, self.__units)
stop.direction = get_cardinal_dir(
[stop.lat, stop.lng], self.__location)
# Check for Rules
rules = self.__stop_rules
if len(rules) == 0: # If no rules, default to all
rules = {"default": Rule(
self._stop_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(
stop, self._stop_filters, rule.filter_names)
if passed:
rule_ct += 1
alarm_ct += len(rule.alarm_names)
self._notify_alarms(
stop, rule.alarm_names, 'pokestop_alert')
if rule_ct > 0:
self._rule_log.info(
'Stop %s passed %s rule(s) and triggered %s alarm(s).',
stop.name, rule_ct, alarm_ct)
else:
self._rule_log.info('Stop %s rejected by all rules.', stop.name)
def process_monster(self, mon):
# type: (Events.MonEvent) -> None
""" Process a monster event and notify alarms if it passes. """
# Make sure that monsters are enabled
if self._mons_enabled is False:
self._log.debug("Monster ignored: monster notifications "
"are disabled.")
return
# Set the name for this event so we can log rejects better
mon.name = self.__locale.get_pokemon_name(mon.monster_id)
# Check if previously processed and update expiration
if self.__cache.monster_expiration(mon.enc_id) is not None:
self._log.debug("{} monster was skipped because it was "
"previously processed.".format(mon.name))
return
self.__cache.monster_expiration(mon.enc_id, mon.disappear_time)
# Check the time remaining
seconds_left = (mon.disappear_time
- datetime.utcnow()).total_seconds()
if seconds_left < self.__time_limit:
self._log.debug("{} monster was skipped because only {} seconds "
"remained".format(mon.name, seconds_left))
return
# Calculate distance and direction
if self.__location is not None:
mon.distance = get_earth_dist(
[mon.lat, mon.lng], self.__location, self.__units)
mon.direction = get_cardinal_dir(
[mon.lat, mon.lng], self.__location)
# Check for Rules
rules = self.__mon_rules
if len(rules) == 0: # If no rules, default to all
rules = {
"default": Rule(self._mon_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(
mon, self._mon_filters, rule.filter_names)
if passed:
rule_ct += 1
alarm_ct += len(rule.alarm_names)
self._notify_alarms(
mon, rule.alarm_names, 'pokemon_alert')
if rule_ct > 0:
self._rule_log.info(
'Monster %s passed %s rule(s) and triggered %s alarm(s).',
mon.name, rule_ct, alarm_ct)
else:
self._rule_log.info('Monster %s rejected by all rules.', mon.name)
def process_stop(self, stop):
# type: (Events.StopEvent) -> None
""" Process a stop event and notify alarms if it passes. """
# Make sure that stops are enabled
if self.__stops_enabled is False:
log.debug("Stop ignored: stop notifications are disabled.")
return
# Check for lured
if stop.expiration is None:
log.debug("Stop ignored: stop was not lured")
return
# Check if previously processed and update expiration
if self.__cache.stop_expiration(stop.stop_id) is not None:
log.debug("Stop {} was skipped because it was previously "
"processed.".format(stop.name))
return
self.__cache.stop_expiration(stop.stop_id, stop.expiration)
# Check the time remaining
seconds_left = (stop.expiration - datetime.utcnow()).total_seconds()
if seconds_left < self.__time_limit:
log.debug("Stop {} was skipped because only {} seconds remained"
"".format(stop.name, seconds_left))
return
# Calculate distance and direction
if self.__location is not None:
stop.distance = get_earth_dist([stop.lat, stop.lng],
self.__location, self.__units)
stop.direction = get_cardinal_dir([stop.lat, stop.lng],
self.__location)
# Check for Rules
rules = self.__stop_rules
if len(rules) == 0: # If no rules, default to all
rules = {
"default": Rule(self.__stop_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.__stop_filters.get(f_name)
passed = f.check_event(stop) and self.check_geofences(f, stop)
if not passed:
continue # go to next filter
stop.custom_dts = f.custom_dts
if self.__quiet is False:
log.info("{} stop notification"
" has been triggered in rule '{}'!"
"".format(stop.name, r_name))
self._trigger_stop(stop, rule.alarm_names)
break # Next rule
def process_monster(self, mon):
# type: (Events.MonEvent) -> None
""" Process a monster event and notify alarms if it passes. """
# Make sure that monsters are enabled
if self.__mons_enabled is False:
log.debug("Monster ignored: monster notifications are disabled.")
return
# Set the name for this event so we can log rejects better
mon.name = self.__locale.get_pokemon_name(mon.monster_id)
# Check if previously processed and update expiration
if self.__cache.monster_expiration(mon.enc_id) is not None:
log.debug("{} monster was skipped because it was previously "
"processed.".format(mon.name))
return
self.__cache.monster_expiration(mon.enc_id, mon.disappear_time)
# Check the time remaining
seconds_left = (mon.disappear_time - datetime.utcnow()).total_seconds()
if seconds_left < self.__time_limit:
log.debug("{} monster was skipped because only {} seconds remained"
"".format(mon.name, seconds_left))
return
# Calculate distance and direction
if self.__location is not None:
mon.distance = get_earth_dist([mon.lat, mon.lng], self.__location,
self.__units)
mon.direction = get_cardinal_dir([mon.lat, mon.lng],
self.__location)
# Check for Rules
rules = self.__mon_rules
if len(rules) == 0: # If no rules, default to all
rules = {
"default": Rule(self.__mon_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.__mon_filters.get(f_name)
passed = f.check_event(mon) and self.check_geofences(f, mon)
if not passed:
continue # go to next filter
mon.custom_dts = f.custom_dts
if self.__quiet is False:
log.info("{} monster notification"
" has been triggered in rule '{}'!"
"".format(mon.name, r_name))
self._trigger_mon(mon, rule.alarm_names)
break # Next rule
def process_quest(self, quest):
# type: (Events.QuestEvent) -> None
""" Process a quest event and notify alarms if it passes. """
# Make sure that stops are enabled
if self.__quest_enabled is False:
log.debug("Quest ignored: quest notifications are disabled.")
return
# Check if previously processed and update expiration
if self.__cache.quest_reward(quest.stop_id) is not None:
log.debug("Quest {} was skipped because it was previously "
"processed.".format(quest.stop_name))
return
self.__cache.quest_reward(quest.stop_id, quest.reward)
# Calculate distance and direction
if self.__location is not None:
quest.distance = get_earth_dist([quest.lat, quest.lng],
self.__location, self.__units)
quest.direction = get_cardinal_dir([quest.lat, quest.lng],
self.__location)
# Check for Rules
rules = self.__quest_rules
if len(rules) == 0: # If no rules, default to all
rules = {
"default": Rule(self.__quest_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.__quest_filters.get(f_name)
passed = f.check_event(quest) and self.check_geofences(
f, quest)
if not passed:
continue # go to next filter
quest.custom_dts = f.custom_dts
if self.__quiet is False:
log.info("{} quest notification"
" has been triggered in rule '{}'!"
"".format(quest.stop_name, r_name))
self._trigger_quest(quest, 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)
def process_weather(self, weather):
# type: (Events.WeatherEvent) -> None
""" Process a weather event and notify alarms if it passes. """
# Set the name for this event so we can log rejects better
weather.name = self.__locale.get_weather_name(weather.s2_cell_id)
# Make sure that weather changes are enabled
if self._weather_enabled is False:
self._log.debug("Weather ignored: weather change "
"notifications are disabled.")
return
# Calculate distance and direction
if self.__location is not None:
weather.distance = get_earth_dist([weather.lat, weather.lng],
self.__location, self.__units)
weather.direction = get_cardinal_dir([weather.lat, weather.lng],
self.__location)
# Store copy of cache info
cache_weather_id = self.__cache.cell_weather_id(weather.s2_cell_id)
cache_day_or_night_id = self.__cache.day_or_night_id(
weather.s2_cell_id)
cache_severity_id = self.__cache.severity_id(weather.s2_cell_id)
# Update cache info
self.__cache.cell_weather_id(weather.s2_cell_id, weather.weather_id)
self.__cache.day_or_night_id(weather.s2_cell_id,
weather.day_or_night_id)
self.__cache.severity_id(weather.s2_cell_id, weather.severity_id)
# Check and see if the weather hasn't changed and ignore
if weather.weather_id == cache_weather_id and \
weather.day_or_night_id == cache_day_or_night_id and \
weather.severity_id == cache_severity_id:
self._log.debug(
"weather of %s, alert of %s, and day or night of %s skipped: "
"no change detected", weather.weather_id, weather.severity_id,
weather.day_or_night_id)
return
# Check for Rules
rules = self.__weather_rules
if len(rules) == 0: # If no rules, default to all
rules = {
"default": Rule(self._weather_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(weather, self._weather_filters,
rule.filter_names)
if passed:
rule_ct += 1
alarm_ct += len(rule.alarm_names)
self._notify_alarms(weather, rule.alarm_names, 'weather_alert')
if rule_ct > 0:
self._rule_log.info(
'Weather %s passed %s rule(s) and triggered %s alarm(s).',
weather.name, rule_ct, alarm_ct)
else:
self._rule_log.info('Weather %s rejected by all rules.',
weather.name)
def process_quest(self, quest):
# type: (Events.QuestEvent) -> None
""" Process a quest event and notify alarms if it passes. """
# Set the name for this event so we can log rejects better
quest.name = quest.stop_id
# Make sure that quest changes are enabled
if self._quest_enabled is False:
self._log.debug("Quest ignored: quest notifications are disabled.")
return
# Calculate distance and direction
if self.__location is not None:
quest.distance = get_earth_dist([quest.lat, quest.lng],
self.__location, self.__units)
quest.direction = get_cardinal_dir([quest.lat, quest.lng],
self.__location)
# Store a copy of cache info
previous_modified = self.__cache.quest_expiration(quest.stop_id)
# Check if previously processed
if self.__cache.quest_expiration(quest.stop_id, quest.last_modified)\
== previous_modified:
self._log.debug("Quest {} was skipped because it was "
"previously processed.".format(quest.name))
return
# Check against previous copy from cache
previous_reward, previous_task, last_modified = \
self.__cache.quest_reward(quest.stop_id)
if quest.reward_type_raw == previous_reward \
and quest.quest_type_raw == previous_task:
self._log.debug("Quest ignored: Reward previously alerted!")
return
# Update cache info
self.__cache.quest_reward(quest.stop_id, quest.reward_type_raw,
quest.quest_type_raw)
# Check for Rules
rules = self.__quest_rules
if len(rules) == 0: # If no rules, default to all
rules = {
"default": Rule(self._quest_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(quest, self._quest_filters,
rule.filter_names)
if passed:
rule_ct += 1
alarm_ct += len(rule.alarm_names)
self._notify_alarms(quest, rule.alarm_names, 'quest_alert')
if rule_ct > 0:
self._rule_log.info(
'Quest %s passed %s rule(s) and triggered %s alarm(s).',
quest.name, rule_ct, alarm_ct)
else:
self._rule_log.info('Quest %s rejected by all rules.', quest.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)
self.__cache.update_gym_info(
raid.gym_id, raid.gym_name, raid.gym_description, raid.gym_image)
# 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.get_raid_expiration(raid.gym_id) is not None:
log.debug("Raid {} was skipped because it was previously "
"processed.".format(raid.name))
return
self.__cache.update_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
# Assigned cached info
info = self.__cache.get_gym_info(raid.gym_id)
raid.current_team_id = self.__cache.get_gym_team(raid.gym_id)
raid.gym_name = info['name']
raid.gym_description = info['description']
raid.gym_image = info['url']
# Calculate distance and direction
if self.__location is not None:
raid.distance = get_earth_dist(
[raid.lat, raid.lng], self.__location)
raid.direction = get_cardinal_dir(
[raid.lat, raid.lng], self.__location)
# Check the Filters
passed = True
for name, f in self.__raid_filters.iteritems():
passed = f.check_event(raid) and self.check_geofences(f, raid)
if passed: # Stop checking
raid.custom_dts = f.custom_dts
break
if not passed: # Raid was rejected by all filters
return
# Generate the DTS for the event
dts = raid.generate_dts(self.__locale)
dts.update(self.__cache.get_gym_info(raid.gym_id)) # update gym info
if self.__loc_service:
self.__loc_service.add_optional_arguments(
self.__location, [raid.lat, raid.lng], dts)
if self.__quiet is False:
log.info(
"{} raid notification has been triggered!".format(raid.name))
threads = []
# Spawn notifications in threads so they can work in background
for alarm in self.__alarms:
threads.append(gevent.spawn(alarm.raid_alert, dts))
gevent.sleep(0) # explict context yield
for thread in threads:
thread.join()
def process_egg(self, egg):
# Quick check for enabled
if self.__egg_settings['enabled'] is False:
log.debug("Egg ignored: notifications are disabled.")
return
gym_id = egg['id']
raid_end = egg['raid_end']
# raid history will contains any raid processed
if gym_id in self.__raid_hist:
old_raid_end = self.__raid_hist[gym_id]['raid_end']
if old_raid_end == raid_end:
if self.__quiet is False:
log.info(
"Raid {} ignored. Was previously processed.".format(
gym_id))
return
self.__raid_hist[gym_id] = dict(raid_end=raid_end, pkmn_id=0)
# don't alert about (nearly) hatched eggs
seconds_left = (egg['raid_begin'] - datetime.utcnow()).total_seconds()
if seconds_left < self.__time_limit:
if self.__quiet is False:
log.info("Egg {} ignored. Egg hatch in {} seconds".format(
gym_id, seconds_left))
return
lat, lng = egg['lat'], egg['lng']
dist = get_earth_dist([lat, lng], self.__location)
# Check if raid is in geofences
egg['geofence'] = self.check_geofences('Raid', lat, lng)
if len(self.__geofences) > 0 and egg['geofence'] == 'unknown':
if self.__quiet is False:
log.info("Egg {} ignored: located outside geofences.".format(
gym_id))
return
else:
log.debug(
"Egg inside geofence was not checked because no geofences were set."
)
# check if the level is in the filter range or if we are ignoring eggs
passed = self.check_egg_filter(self.__egg_settings, egg)
if not passed:
log.debug("Egg {} did not pass filter check".format(gym_id))
return
if self.__loc_service:
self.__loc_service.add_optional_arguments(self.__location,
[lat, lng], egg)
if self.__quiet is False:
log.info(
"Egg ({}) notification has been triggered!".format(gym_id))
time_str = get_time_as_str(egg['raid_end'], self.__timezone)
start_time_str = get_time_as_str(egg['raid_begin'], self.__timezone)
gym_info = self.__gym_info.get(gym_id, {})
egg.update({
#"gym_name": self.__gym_info.get(gym_id, {}).get('name', 'unknown'),
#"gym_description": self.__gym_info.get(gym_id, {}).get('description', 'unknown'),
#"gym_url": self.__gym_info.get(gym_id, {}).get('url', 'https://raw.githubusercontent.com/kvangent/PokeAlarm/master/icons/gym_0.png'),
'time_left': time_str[0],
'12h_time': time_str[1],
'24h_time': time_str[2],
'begin_time_left': start_time_str[0],
'begin_12h_time': start_time_str[1],
'begin_24h_time': start_time_str[2],
"dist": get_dist_as_str(dist),
'dir': get_cardinal_dir([lat, lng], self.__location),
#'team': self.__team_name[egg['team_id']]
})
threads = []
# Spawn notifications in threads so they can work in background
for alarm in self.__alarms:
threads.append(gevent.spawn(alarm.raid_egg_alert, egg))
gevent.sleep(0) # explict context yield
for thread in threads:
thread.join()
def handle_pokemon(self, pkmn):
# Quick check for enabled
if self.__pokemon_filter['enabled'] is False:
log.debug("Pokemon ignored: notifications are disabled.")
return
id_ = pkmn['id']
pkmn_id = pkmn['pkmn_id']
name = self.__pokemon_name[pkmn_id]
# Check for previously processed
if id_ in self.__pokemon_hist:
if config['QUIET'] is False:
log.debug(
"{} was skipped because it was previously processed.".
format(name))
return
self.__pokemon_hist[id_] = pkmn['disappear_time']
# Check that the filter is set
if pkmn_id not in self.__pokemon_filter:
if config['QUIET'] is False:
log.info("{} ignored: filter was not set".format(name))
return
# Check the time remaining
seconds_left = (pkmn['disappear_time'] -
datetime.utcnow()).total_seconds()
if seconds_left < self.__time_limit:
if config['QUIET'] is False:
log.info("{} ignored: {} seconds remaining.".format(
name, seconds_left))
return
filt = self.__pokemon_filter[pkmn_id]
# Check the distance from the set location
lat, lng = pkmn['lat'], pkmn['lng']
dist = get_earth_dist([lat, lng], self.__latlng)
if dist != 'unkn':
if dist < filt['min_dist'] or filt['max_dist'] < dist:
if config['QUIET'] is False:
log.info(
"{} ignored: distance ({:.2f}) was not in range {:.2f} to {:.2f}."
.format(name, dist, filt['min_dist'],
filt['max_dist']))
return
else:
log.debug(
"Pokemon dist was not checked because no location was set.")
# Check the IV's of the Pokemon
iv = pkmn['iv']
if iv != 'unkn':
if iv < filt['min_iv'] or filt['max_iv'] < iv:
if config['QUIET'] is False:
log.info(
"{} ignored: IVs ({:.2f}) not in range {:.2f} to {:.2f}."
.format(name, iv, filt['min_iv'], filt['max_iv']))
return
else:
log.debug(
"Pokemon IV's were not checked because they are unknown.")
if filt['ignore_missing'] is True:
log.info("{} ignored: IV information was missing".format(name))
return
# Check the moves of the Pokemon
move_1_id = pkmn['move_1_id']
move_2_id = pkmn['move_2_id']
# TODO: Move damage
if move_1_id != 'unknown' and move_2_id != 'unknown':
move_1_f, move_2_f, moveset_f = filt['move_1'], filt[
'move_2'], filt['moveset']
if move_1_f is not None and move_1_id not in move_1_f: # Check Move 1
if config['QUIET'] is False:
log.info("{} ignored: Move 1 was incorrect.".format(name))
return
if move_2_f is not None and move_2_id not in move_2_f: # Check Move 2
if config['QUIET'] is False:
log.info("{} ignored: Move 2 was incorrect.".format(name))
return
if moveset_f is not None: # Check for movesets
correct_moves = False
for filt in moveset_f:
correct_moves |= (move_1_id in filt and move_2_id in filt)
if correct_moves is False: # Wrong moveset
if config['QUIET'] is False:
log.info(
"{} ignored: Moveset was incorrect.".format(name))
return
else:
log.debug(
"Pokemon moves were not checked because they are unknown.")
if filt['ignore_missing'] is True:
log.info(
"{} ignored: Moves information was missing".format(name))
return
# Check if in geofences
if len(self.__geofences) > 0:
inside = False
for gf in self.__geofences:
inside |= gf.contains(lat, lng)
if not inside:
if config['QUIET'] is False:
log.info(
"{} ignored: located outside geofences.".format(name))
return
else:
log.debug(
"Pokemon inside geofences was not checked because no geofences were set."
)
time_str = get_time_as_str(pkmn['disappear_time'], self.__timezone)
pkmn.update({
'pkmn': name,
"dist": get_dist_as_str(dist) if dist != 'unkn' else 'unkn',
'time_left': time_str[0],
'12h_time': time_str[1],
'24h_time': time_str[2],
'dir': get_cardinal_dir([lat, lng], self.__latlng),
'iv_0': "{:.0f}".format(iv) if iv != 'unkn' else 'unkn',
'iv': "{:.1f}".format(iv) if iv != 'unkn' else 'unkn',
'iv_2': "{:.2f}".format(iv) if iv != 'unkn' else 'unkn',
'move_1': self.__move_name.get(move_1_id, 'unknown'),
'move_1_damage': get_move_damage(move_1_id),
'move_1_dps': get_move_dps(move_1_id),
'move_1_duration': get_move_duration(move_1_id),
'move_1_energy': get_move_energy(move_1_id),
'move_2': self.__move_name.get(move_2_id, 'unknown'),
'move_2_damage': get_move_damage(move_2_id),
'move_2_dps': get_move_dps(move_2_id),
'move_2_duration': get_move_duration(move_2_id),
'move_2_energy': get_move_energy(move_2_id)
})
# Optional Stuff
self.optional_arguments(pkmn)
if config['QUIET'] is False:
log.info("{} notification has been triggered!".format(name))
threads = []
# Spawn notifications in threads so they can work in background
for alarm in self.__alarms:
threads.append(gevent.spawn(alarm.pokemon_alert, pkmn))
gevent.sleep(0) # explict context yield
for thread in threads:
thread.join()
def process_gym_details(self, gym_details):
if self.__gym_settings['enabled'] is False:
log.debug("Gym ignored: notifications are disabled.")
return
# Extract some basic information
gym_id = gym_details['id']
to_team_id = gym_details['team_id']
from_team_id = self.__gym_hist.get(gym_id)
# Doesn't look like anything to me
if to_team_id == from_team_id:
log.debug("Gym ignored: no change detected")
return
# Ignore changes to neutral
if self.__gym_settings['ignore_neutral'] and to_team_id == 0:
log.debug("Gym update ignored: changed to neutral")
return
# Update gym's last known team
self.__gym_hist[gym_id] = to_team_id
# Ignore first time updates
if from_team_id is None:
log.debug("Gym update ignored: first time seeing this gym")
return
# Get some more info out used to check filters
lat, lng = gym_details['lat'], gym_details['lng']
dist = get_earth_dist([lat, lng], self.__latlng)
cur_team = self.__team_name[to_team_id]
old_team = self.__team_name[from_team_id]
filters = self.__gym_settings['filters']
passed = False
for filt_ct in range(len(filters)):
filt = filters[filt_ct]
# Check the distance from the set location
if dist != 'unkn':
if filt.check_dist(dist) is False:
if self.__quiet is False:
log.info(
"Gym rejected: distance ({:.2f}) was not in range"
+ " {:.2f} to {:.2f} (F #{})".format(
dist, filt.min_dist, filt.max_dist, filt_ct))
continue
else:
log.debug(
"Pokestop dist was not checked because the manager has no location set."
)
# Check the old team
if filt.check_from_team(from_team_id) is False:
if self.__quiet is False:
log.info(
"Gym rejected: {} as old team is not correct (F #{})".
format(old_team, filt_ct))
continue
# Check the new team
if filt.check_to_team(to_team_id) is False:
if self.__quiet is False:
log.info(
"Gym rejected: {} as current team is not correct (F #{})"
.format(cur_team, filt_ct))
continue
# Nothing left to check, so it must have passed
passed = True
log.debug("Gym passed filter #{}".format(filt_ct))
break
if not passed:
return
# Check the geofences
gym['geofence'] = self.check_geofences('Gym', lat, lng)
if len(self.__geofences) > 0 and gym['geofence'] == 'unknown':
log.info("Gym rejected: not inside geofence(s)")
return
# Check if in geofences
if len(self.__geofences) > 0:
inside = False
for gf in self.__geofences:
inside |= gf.contains(lat, lng)
if inside is False:
if self.__quiet is False:
log.info("Gym update ignored: located outside geofences.")
return
else:
log.debug(
"Gym inside geofences was not checked because no geofences were set."
)
gym_details.update({
'name': gym_details['name'],
"dist": get_dist_as_str(dist),
'dir': get_cardinal_dir([lat, lng], self.__latlng),
'new_team': cur_team,
'old_team': old_team,
'defenders': gym_details['defenders']
})
self.add_optional_travel_arguments(gym_details)
if self.__quiet is False:
log.info(
"Gym ({}) notification has been triggered!".format(gym_id))
threads = []
# Spawn notifications in threads so they can work in background
for alarm in self.__alarms:
threads.append(gevent.spawn(alarm.gym_alert, gym_details))
gevent.sleep(0) # explict context yield
for thread in threads:
thread.join()
def process_raid(self, raid):
# Quick check for enabled
if self.__raid_settings['enabled'] is False:
log.debug("Raid ignored: notifications are disabled.")
return
gym_id = raid['id']
pkmn_id = raid['pkmn_id']
raid_end = raid['raid_end']
# DMS gym control reporting *************************************************************************************
gteam = self.__gym_hist.get(gym_id)
log.info("DMS Raid gym control team number:{}".format(gteam))
if gteam == 1:
gteamname = "Mystic"
elif gteam == 2:
gteamname = 'Valor'
elif gteam == 3:
gteamname = 'Instinct'
else:
gteamname = 'Unknown/None'
log.info("DMS Raid gym control team string:{}".format(gteamname))
#to_team_id = gym['new_team_id']
#cur_team = self.__team_name[to_team_id]
# gteam = gym_inf['new_team']
# log.info("Raid gym control team:{}".format(gteam))
# DMS *************************************************************************************
# begin DMS eliminate raids in Great America *************************************************************************************
gname = self.__gym_info.get(gym_id, {}).get('name', 'unknown')
log.info("DMS raid gym name {}".format(gname))
if gname=='Ornate Elevated Vase':
if self.__quiet is False:
log.info("DMS Raid on {} ignored: GA Ornate Elevated Vase".format(gname))
return
if gname=='The Demon':
if self.__quiet is False:
log.info("DMS Raid on {} ignored: GA The Demon".format(gname))
return
if gname=='Frog Leg Pinwheel':
if self.__quiet is False:
log.info("DMS Raid on {} ignored: GA Frog Leg Pinwheel".format(gname))
return
if gname=='On the Mic Karaoke':
if self.__quiet is False:
log.info("DMS Raid on {} ignored: GA On the Mic Karaoke".format(gname))
return
if gname=='Boomerang Bay Torches':
if self.__quiet is False:
log.info("DMS Raid on {} ignored: GA Boomerang Bay Torches".format(gname))
return
if gname=='Water Mushrooms':
if self.__quiet is False:
log.info("Raid on {} ignored: GA Water Mushrooms".format(gname))
return
if gname=='Castaway Creek':
if self.__quiet is False:
log.info("DMS Raid on {} ignored: GA Castaway Creek".format(gname))
return
# end DMS changes *************************************************************************************
# raid history will contain the end date and also the pokemon if it has hatched
if gym_id in self.__raid_hist:
old_raid_end = self.__raid_hist[gym_id]['raid_end']
old_raid_pkmn = self.__raid_hist[gym_id].get('pkmn_id', 0)
if old_raid_end == raid_end:
if old_raid_pkmn == pkmn_id: # raid with same end time exists and it has same pokemon id, skip it
if self.__quiet is False:
log.info("Raid {} ignored. Was previously processed.".format(gym_id))
return
self.__raid_hist[gym_id] = dict(raid_end=raid_end, pkmn_id=pkmn_id)
# don't alert about expired raids
seconds_left = (raid_end - datetime.utcnow()).total_seconds()
if seconds_left < self.__time_limit:
if self.__quiet is False:
log.info("Raid {} ignored. Only {} seconds left.".format(gym_id, seconds_left))
return
lat, lng = raid['lat'], raid['lng']
dist = get_earth_dist([lat, lng], self.__location)
# Check if raid is in geofences
raid['geofence'] = self.check_geofences('Raid', lat, lng)
if len(self.__geofences) > 0 and raid['geofence'] == 'unknown':
if self.__quiet is False:
log.info("Raid {} ignored: located outside geofences.".format(gym_id))
return
else:
log.debug("Raid inside geofence was not checked because no geofences were set.")
quick_id = raid['quick_id']
charge_id = raid['charge_id']
# check filters for pokemon
name = self.__locale.get_pokemon_name(pkmn_id)
if pkmn_id not in self.__raid_settings['filters']:
if self.__quiet is False:
log.info("Raid on {} ignored: no filters are set".format(name))
return
raid_pkmn = {
'pkmn': name,
'cp': raid['cp'],
'iv': 100,
'level': 20,
'def': 15,
'atk': 15,
'sta': 15,
'gender': 'unknown',
'size': 'unknown',
'form_id': '?',
'quick_id': quick_id,
'charge_id': charge_id
}
filters = self.__raid_settings['filters'][pkmn_id]
passed = self.check_pokemon_filter(filters, raid_pkmn, dist)
# If we didn't pass any filters
if not passed:
log.debug("Raid {} did not pass pokemon check".format(gym_id))
return
if self.__loc_service:
self.__loc_service.add_optional_arguments(self.__location, [lat, lng], raid)
if self.__quiet is False:
log.info("Raid ({}) notification has been triggered!".format(gym_id))
time_str = get_time_as_str(raid['raid_end'], self.__timezone)
start_time_str = get_time_as_str(raid['raid_begin'], self.__timezone)
gym_info = self.__gym_info.get(gym_id, {})
raid.update({
'pkmn': name,
"gym_name": gym_info.get('name', 'unknown'),
"gym_description": gym_info.get('description', 'unknown'),
"gym_url": gym_info.get('url', 'https://raw.githubusercontent.com/RocketMap/PokeAlarm/master/icons/gym_0.png'),
'time_left': time_str[0],
'12h_time': time_str[1],
'24h_time': time_str[2],
'begin_time_left': start_time_str[0],
'begin_12h_time': start_time_str[1],
#DMS raid gym control reporting hack '24h_time': time_str[2],
'24h_time': gteamname,
"dist": get_dist_as_str(dist),
'dir': get_cardinal_dir([lat, lng], self.__location),
'quick_move': self.__locale.get_move_name(quick_id),
'charge_move': self.__locale.get_move_name(charge_id),
'form': self.__locale.get_form_name(pkmn_id, raid_pkmn['form_id'])
})
threads = []
# Spawn notifications in threads so they can work in background
for alarm in self.__alarms:
threads.append(gevent.spawn(alarm.raid_alert, raid))
gevent.sleep(0) # explict context yield
for thread in threads:
thread.join()
def process_raid(self, raid):
# Quick check for enabled
if self.__raid_settings['enabled'] is False:
log.debug("Raid ignored: notifications are disabled.")
return
gym_id = raid['id']
pkmn_id = raid['pkmn_id']
raid_end = raid['raid_end']
# raid history will contain the end date and also the pokemon if it has hatched
if gym_id in self.__raid_hist:
old_raid_end = self.__raid_hist[gym_id]['raid_end']
old_raid_pkmn = self.__raid_hist[gym_id].get('pkmn_id', 0)
if old_raid_end == raid_end:
if old_raid_pkmn == pkmn_id: # raid with same end time exists and it has same pokemon id, skip it
if self.__quiet is False:
log.info("Raid {} ignored. Was previously processed.".
format(gym_id))
return
self.__raid_hist[gym_id] = dict(raid_end=raid_end, pkmn_id=pkmn_id)
# don't alert about expired raids
seconds_left = (raid_end - datetime.utcnow()).total_seconds()
if seconds_left < self.__time_limit:
if self.__quiet is False:
log.info("Raid {} ignored. Only {} seconds left.".format(
gym_id, seconds_left))
return
lat, lng = raid['lat'], raid['lng']
dist = get_earth_dist([lat, lng], self.__location)
# Check if raid is in geofences
raid['geofence'] = self.check_geofences('Raid', lat, lng)
if len(self.__geofences) > 0 and raid['geofence'] == 'unknown':
if self.__quiet is False:
log.info("Raid {} ignored: located outside geofences.".format(
gym_id))
return
else:
log.debug(
"Raid inside geofence was not checked because no geofences were set."
)
quick_id = raid['quick_id']
charge_id = raid['charge_id']
# check filters for pokemon
name = self.__locale.get_pokemon_name(pkmn_id)
if pkmn_id not in self.__raid_settings['filters']:
if self.__quiet is False:
log.info("Raid on {} ignored: no filters are set".format(name))
return
raid_pkmn = {
'pkmn': name,
'cp': raid['cp'],
'iv': 100,
'level': 20,
'def': 15,
'atk': 15,
'sta': 15,
'gender': 'unknown',
'size': 'unknown',
'form_id': '?',
'quick_id': quick_id,
'charge_id': charge_id
}
filters = self.__raid_settings['filters'][pkmn_id]
passed = self.check_pokemon_filter(filters, raid_pkmn, dist)
# If we didn't pass any filters
if not passed:
log.debug("Raid {} did not pass pokemon check".format(gym_id))
return
if self.__loc_service:
self.__loc_service.add_optional_arguments(self.__location,
[lat, lng], raid)
if self.__quiet is False:
log.info(
"Raid ({}) notification has been triggered!".format(gym_id))
time_str = get_time_as_str(raid['raid_end'], self.__timezone)
start_time_str = get_time_as_str(raid['raid_begin'], self.__timezone)
gym_info = self.__gym_info.get(gym_id, {})
raid.update({
'pkmn':
name,
#"gym_name": self.__gym_info.get(gym_id, {}).get('name', 'unknown'),
#"gym_description": self.__gym_info.get(gym_id, {}).get('description', 'unknown'),
#"gym_url": self.__gym_info.get(gym_id, {}).get('url', 'https://raw.githubusercontent.com/kvangent/PokeAlarm/master/icons/gym_0.png'),
'time_left':
time_str[0],
'12h_time':
time_str[1],
'24h_time':
time_str[2],
'begin_time_left':
start_time_str[0],
'begin_12h_time':
start_time_str[1],
'begin_24h_time':
start_time_str[2],
"dist":
get_dist_as_str(dist),
'quick_move':
self.__locale.get_move_name(quick_id),
'charge_move':
self.__locale.get_move_name(charge_id),
#'team': self.__team_name[raid['team_id']],
'dir':
get_cardinal_dir([lat, lng], self.__location),
'form':
self.__locale.get_form_name(pkmn_id, raid_pkmn['form_id'])
})
threads = []
# Spawn notifications in threads so they can work in background
for alarm in self.__alarms:
threads.append(gevent.spawn(alarm.raid_alert, raid))
gevent.sleep(0) # explict context yield
for thread in threads:
thread.join()
def process_gym(self, gym):
gym_id = gym['id']
# Update Gym details (if they exist)
if gym_id not in self.__gym_info or gym['name'] != 'unknown':
self.__gym_info[gym_id] = {
"name": gym['name'],
"description": gym['description'],
"url": gym['url']
}
# DMS raid control reporting********************************************************************
to_team_id = gym['new_team_id']
# Update gym's last known team
self.__gym_hist[gym_id] = to_team_id
# DMS raid control reporting *********************************************************************
if self.__gym_settings['enabled'] is False:
log.debug("Gym ignored: notifications are disabled.")
return
# Extract some basic information
to_team_id = gym['new_team_id']
from_team_id = self.__gym_hist.get(gym_id)
# Doesn't look like anything to me
if to_team_id == from_team_id:
log.debug("Gym ignored: no change detected")
return
# Ignore changes to neutral
if self.__gym_settings['ignore_neutral'] and to_team_id == 0:
log.debug("Gym update ignored: changed to neutral")
return
# Update gym's last known team
self.__gym_hist[gym_id] = to_team_id
# Ignore first time updates
if from_team_id is None:
log.debug("Gym update ignored: first time seeing this gym")
return
# Get some more info out used to check filters
lat, lng = gym['lat'], gym['lng']
dist = get_earth_dist([lat, lng], self.__location)
cur_team = self.__locale.get_team_name(to_team_id)
old_team = self.__locale.get_team_name(from_team_id)
filters = self.__gym_settings['filters']
passed = False
for filt_ct in range(len(filters)):
filt = filters[filt_ct]
# Check the distance from the set location
if dist != 'unkn':
if filt.check_dist(dist) is False:
if self.__quiet is False:
log.info("Gym rejected: distance ({:.2f}) was not in range" +
" {:.2f} to {:.2f} (F #{})".format(dist, filt.min_dist, filt.max_dist, filt_ct))
continue
else:
log.debug("Gym dist was not checked because the manager has no location set.")
# Check the old team
if filt.check_from_team(from_team_id) is False:
if self.__quiet is False:
log.info("Gym rejected: {} as old team is not correct (F #{})".format(old_team, filt_ct))
continue
# Check the new team
if filt.check_to_team(to_team_id) is False:
if self.__quiet is False:
log.info("Gym rejected: {} as current team is not correct (F #{})".format(cur_team, filt_ct))
continue
# Nothing left to check, so it must have passed
passed = True
log.debug("Gym passed filter #{}".format(filt_ct))
break
if not passed:
return
# Check the geofences
gym['geofence'] = self.check_geofences('Gym', lat, lng)
if len(self.__geofences) > 0 and gym['geofence'] == 'unknown':
log.info("Gym rejected: not inside geofence(s)")
return
# Check if in geofences
if len(self.__geofences) > 0:
inside = False
for gf in self.__geofences:
inside |= gf.contains(lat, lng)
if inside is False:
if self.__quiet is False:
log.info("Gym update ignored: located outside geofences.")
return
else:
log.debug("Gym inside geofences was not checked because no geofences were set.")
gym_info = self.__gym_info.get(gym_id, {})
gym.update({
"gym_name": gym_info.get('name', 'unknown'),
"gym_description": gym_info.get('description', 'unknown'),
"gym_url": gym_info.get('url', 'https://raw.githubusercontent.com/RocketMap/PokeAlarm/master/icons/gym_0.png'),
"dist": get_dist_as_str(dist),
'dir': get_cardinal_dir([lat, lng], self.__location),
'new_team': cur_team,
'new_team_id': to_team_id,
'old_team': old_team,
'old_team_id': from_team_id,
'new_team_leader': self.__locale.get_leader_name(to_team_id),
'old_team_leader': self.__locale.get_leader_name(from_team_id)
})
if self.__loc_service:
self.__loc_service.add_optional_arguments(self.__location, [lat, lng], gym)
if self.__quiet is False:
log.info("Gym ({}) notification has been triggered!".format(gym_id))
threads = []
# Spawn notifications in threads so they can work in background
for alarm in self.__alarms:
threads.append(gevent.spawn(alarm.gym_alert, gym))
gevent.sleep(0) # explict context yield
for thread in threads:
thread.join()
def process_pokemon(self, pkmn):
# Make sure that pokemon are enabled
if self.__pokemon_settings['enabled'] is False:
log.debug("Pokemon ignored: pokemon notifications are disabled.")
return
# Extract some base information
id_ = pkmn['id']
pkmn_id = pkmn['pkmn_id']
name = self.__locale.get_pokemon_name(pkmn_id)
# Check for previously processed
if id_ in self.__pokemon_hist:
log.debug(
"{} was skipped because it was previously processed.".format(
name))
return
self.__pokemon_hist[id_] = pkmn['disappear_time']
# Check the time remaining
seconds_left = (pkmn['disappear_time'] -
datetime.utcnow()).total_seconds()
if seconds_left < self.__time_limit:
if self.__quiet is False:
log.info("{} ignored: Only {} seconds remaining.".format(
name, seconds_left))
return
# Check that the filter is even set
if pkmn_id not in self.__pokemon_settings['filters']:
if self.__quiet is False:
log.info("{} ignored: no filters are set".format(name))
return
# Extract some useful info that will be used in the filters
lat, lng = pkmn['lat'], pkmn['lng']
dist = get_earth_dist([lat, lng], self.__location)
form_id = pkmn.get('form_id', 0)
if form_id == '?':
form_id = 0
pkmn['pkmn'] = name
filters = self.__pokemon_settings['filters'][pkmn_id]
passed = self.check_pokemon_filter(filters, pkmn, dist)
# If we didn't pass any filters
if not passed:
return
quick_id = pkmn['quick_id']
charge_id = pkmn['charge_id']
weather_id = pkmn['weather']
# Check all the geofences
pkmn['geofence'] = self.check_geofences(name, lat, lng)
if len(self.__geofences) > 0 and pkmn['geofence'] == 'unknown':
log.info("{} rejected: not inside geofence(s)".format(name))
return
# Finally, add in all the extra crap we waited to calculate until now
time_str = get_time_as_str(pkmn['disappear_time'], self.__timezone)
iv = pkmn['iv']
pkmn.update({
'pkmn':
name,
"dist":
get_dist_as_str(dist) if dist != 'unkn' else 'unkn',
'time_left':
time_str[0],
'12h_time':
time_str[1],
'24h_time':
time_str[2],
'dir':
get_cardinal_dir([lat, lng], self.__location),
'iv_0':
"{:.0f}".format(iv) if iv != '?' else '?',
'iv':
"{:.1f}".format(iv) if iv != '?' else '?',
'iv_2':
"{:.2f}".format(iv) if iv != '?' else '?',
'quick_move':
self.__locale.get_move_name(quick_id),
'charge_move':
self.__locale.get_move_name(charge_id),
'form_id':
(chr(64 + int(form_id))) if form_id and int(form_id) > 0 else '',
'weather':
self.__locale.get_weather_name(weather_id)
})
if self.__loc_service:
self.__loc_service.add_optional_arguments(self.__location,
[lat, lng], pkmn)
if self.__quiet is False:
log.info("{} notification has been triggered!".format(name))
threads = []
# Spawn notifications in threads so they can work in background
for alarm in self.__alarms:
threads.append(gevent.spawn(alarm.pokemon_alert, pkmn))
gevent.sleep(0) # explict context yield
for thread in threads:
thread.join()
def process_monster(self, mon):
# type: (Events.MonEvent) -> None
""" Process a monster event and notify alarms if it passes. """
# Make sure that monsters are enabled
if self.__mons_enabled is False:
log.debug("Monster ignored: monster notifications are disabled.")
return
# Set the name for this event so we can log rejects better
mon.name = self.__locale.get_pokemon_name(mon.monster_id)
# Skip if previously processed
if self.__cache.get_pokemon_expiration(mon.enc_id) is not None:
log.debug("{} monster was skipped because it was previously "
"processed.".format(mon.name))
return
self.__cache.update_pokemon_expiration(
mon.enc_id, mon.disappear_time)
# Check the time remaining
seconds_left = (mon.disappear_time
- datetime.utcnow()).total_seconds()
if seconds_left < self.__time_limit:
log.debug("{} monster was skipped because only {} seconds remained"
"".format(mon.name, seconds_left))
return
# Calculate distance and direction
if self.__location is not None:
mon.distance = get_earth_dist(
[mon.lat, mon.lng], self.__location)
mon.direction = get_cardinal_dir(
[mon.lat, mon.lng], self.__location)
# Check the Filters
passed = False
for name, f in self.__mon_filters.iteritems():
passed = f.check_event(mon) and self.check_geofences(f, mon)
if passed: # Stop checking
mon.custom_dts = f.custom_dts
break
if not passed: # Monster was rejected by all filters
return
# Generate the DTS for the event
dts = mon.generate_dts(self.__locale)
if self.__loc_service:
self.__loc_service.add_optional_arguments(
self.__location, [mon.lat, mon.lng], dts)
if self.__quiet is False:
log.info("{} monster notification has been triggered!".format(
mon.name))
threads = []
# Spawn notifications in threads so they can work in background
for alarm in self.__alarms:
threads.append(gevent.spawn(alarm.pokemon_alert, dts))
gevent.sleep(0) # explict context yield
for thread in threads:
thread.join()
def process_pokemon(self, pkmn):
# Make sure that pokemon are enabled
if self.__pokemon_settings['enabled'] is False:
log.debug("Pokemon ignored: pokemon notifications are disabled.")
return
# Extract some base information
id_ = pkmn['id']
pkmn_id = pkmn['pkmn_id']
name = self.__pokemon_name[pkmn_id]
# Check for previously processed
if id_ in self.__pokemon_hist:
log.debug(
"{} was skipped because it was previously processed.".format(
name))
return
self.__pokemon_hist[id_] = pkmn['disappear_time']
# Check the time remaining
seconds_left = (pkmn['disappear_time'] -
datetime.utcnow()).total_seconds()
if seconds_left < self.__time_limit:
if self.__quiet is False:
log.info("{} ignored: Only {} seconds remaining.".format(
name, seconds_left))
return
# Check that the filter is even set
if pkmn_id not in self.__pokemon_settings['filters']:
if self.__quiet is False:
log.info("{} ignored: no filters are set".format(name))
return
# Extract some useful info that will be used in the filters
passed = False
lat, lng = pkmn['lat'], pkmn['lng']
dist = get_earth_dist([lat, lng], self.__latlng)
iv = pkmn['iv']
def_ = pkmn['def']
atk = pkmn['atk']
sta = pkmn['sta']
quick_id = pkmn['quick_id']
charge_id = pkmn['charge_id']
size = pkmn['size']
gender = pkmn['gender']
form = pkmn['form']
filters = self.__pokemon_settings['filters'][pkmn_id]
for filt_ct in range(len(filters)):
filt = filters[filt_ct]
# Check the distance from the set location
if dist != 'unkn':
if filt.check_dist(dist) is False:
if self.__quiet is False:
log.info(
"{} rejected: distance ({:.2f}) was not in range {:.2f} to {:.2f} (F #{})"
.format(name, dist, filt.min_dist, filt.max_dist,
filt_ct))
continue
else:
log.debug(
"Filter dist was not checked because the manager has no location set."
)
# Check the IV percent of the Pokemon
if iv != '?':
if not filt.check_iv(iv):
if self.__quiet is False:
log.info(
"{} rejected: IV percent ({:.2f}) not in range {:.2f} to {:.2f} - (F #{})"
.format(name, iv, filt.min_iv, filt.max_iv,
filt_ct))
continue
else:
if filt.ignore_missing is True:
log.info(
"{} rejected: 'IV' information was missing (F #{})".
format(name, filt_ct))
continue
log.debug(
"Pokemon IV percent was not checked because it was missing."
)
# Check the Attack IV of the Pokemon
if atk != '?':
if not filt.check_atk(atk):
if self.__quiet is False:
log.info(
"{} rejected: Attack IV ({}) not in range {} to {} - (F #{})"
.format(name, atk, filt.min_atk, filt.max_atk,
filt_ct))
continue
else:
if filt.ignore_missing is True:
log.info(
"{} rejected: Attack IV information was missing - (F #{})"
.format(name, filt_ct))
continue
log.debug(
"Pokemon 'atk' was not checked because it was missing.")
# Check the Defense IV of the Pokemon
if def_ != '?':
if not filt.check_def(def_):
if self.__quiet is False:
log.info(
"{} rejected: Defense IV ({}) not in range {} to {} - (F #{})"
.format(name, def_, filt.min_atk, filt.max_atk,
filt_ct))
continue
else:
if filt.ignore_missing is True:
log.info(
"{} rejected: Defense IV information was missing - (F #{})"
.format(name, filt_ct))
continue
log.debug(
"Pokemon 'def' was not checked because it was missing.")
# Check the Stamina IV of the Pokemon
if sta != '?':
if not filt.check_sta(sta):
if self.__quiet is False:
log.info(
"{} rejected: Stamina IV ({}) not in range {} to {} - (F #{})."
.format(name, def_, filt.min_sta, filt.max_sta,
filt_ct))
continue
else:
if filt.ignore_missing is True:
log.info(
"{} rejected: Stamina IV information was missing - (F #{})"
.format(name, filt_ct))
continue
log.debug(
"Pokemon 'sta' was not checked because it was missing.")
# Check the Quick Move of the Pokemon
if quick_id != '?':
if not filt.check_quick_move(quick_id):
if self.__quiet is False:
log.info(
"{} rejected: Quick move was not correct - (F #{})"
.format(name, filt_ct))
continue
else:
if filt.ignore_missing is True:
log.info(
"{} rejected: Quick move information was missing - (F #{})"
.format(name, filt_ct))
continue
log.debug(
"Pokemon 'quick_id' was not checked because it was missing."
)
# Check the Quick Move of the Pokemon
if charge_id != '?':
if not filt.check_charge_move(charge_id):
if self.__quiet is False:
log.info(
"{} rejected: Charge move was not correct - (F #{})"
.format(name, filt_ct))
continue
else:
if filt.ignore_missing is True:
log.info(
"{} rejected: Charge move information was missing - (F #{})"
.format(name, filt_ct))
continue
log.debug(
"Pokemon 'charge_id' was not checked because it was missing."
)
# Check for a correct move combo
if quick_id != '?' and charge_id != '?':
if not filt.check_moveset(quick_id, charge_id):
if self.__quiet is False:
log.info(
"{} rejected: Moveset was not correct - (F #{})".
format(name, filt_ct))
continue
else: # This will probably never happen? but just to be safe...
if filt.ignore_missing is True:
log.info(
"{} rejected: Moveset information was missing - (F #{})"
.format(name, filt_ct))
continue
log.debug(
"Pokemon 'moveset' was not checked because it was missing."
)
# Check for a valid size
if size != 'unknown':
if not filt.check_size(size):
if self.__quiet is False:
log.info(
"{} rejected: Size ({}) was not correct - (F #{})".
format(name, size, filt_ct))
continue
else:
if filt.ignore_missing is True:
log.info(
"{} rejected: Size information was missing - (F #{})".
format(name, filt_ct))
continue
log.debug(
"Pokemon 'size' was not checked because it was missing.")
# Check for a valid gender
if gender != 'unknown':
if not filt.check_gender(gender):
if self.__quiet is False:
log.info(
"{} rejected: Gender ({}) was not correct - (F #{})"
.format(name, gender, filt_ct))
continue
else:
if filt.ignore_missing is True:
log.info(
"{} rejected: Gender information was missing - (F #{})"
.format(name, filt_ct))
continue
log.debug(
"Pokemon 'gender' was not checked because it was missing.")
# Nothing left to check, so it must have passed
passed = True
log.debug("{} passed filter #{}".format(name, filt_ct))
break
# If we didn't pass any filters
if not passed:
return
# Check all the geofences
pkmn['geofence'] = self.check_geofences(name, lat, lng)
if len(self.__geofences) > 0 and pkmn['geofence'] == 'unknown':
log.info("{} rejected: not inside geofence(s)".format(name))
return
# Finally, add in all the extra crap we waited to calculate until now
time_str = get_time_as_str(pkmn['disappear_time'], self.__timezone)
# If it has a form it's an unown and append form onto name
if form != "unset":
name = name + " - " + form
pkmn.update({
'pkmn': name,
"dist": get_dist_as_str(dist) if dist != 'unkn' else 'unkn',
'time_left': time_str[0],
'12h_time': time_str[1],
'24h_time': time_str[2],
'dir': get_cardinal_dir([lat, lng], self.__latlng),
'iv_0': "{:.0f}".format(iv) if iv != '?' else '?',
'iv': "{:.1f}".format(iv) if iv != '?' else '?',
'iv_2': "{:.2f}".format(iv) if iv != '?' else '?',
'quick_move': self.__move_name.get(quick_id, 'unknown'),
'charge_move': self.__move_name.get(charge_id, 'unknown')
})
self.add_optional_travel_arguments(pkmn)
if self.__quiet is False:
log.info("{} notification has been triggered!".format(name))
threads = []
# Spawn notifications in threads so they can work in background
for alarm in self.__alarms:
threads.append(gevent.spawn(alarm.pokemon_alert, pkmn))
gevent.sleep(0) # explict context yield
for thread in threads:
thread.join()
def handle_pokestop(self, stop):
# Quick check for enabled
if self.__pokestop_filter['enabled'] is False:
log.debug("Pokestop ignored: notifications are disabled.")
return
id_ = stop['id']
# Check for previously processed (and make sure previous lure hasn't expired)
if id_ in self.__pokestop_hist and self.__pokestop_hist[
id_] >= datetime.utcnow():
if config['QUIET'] is False:
log.debug(
"Pokestop ({}) ignored: because it was previously notified."
.format(id_))
return
self.__pokestop_hist[id_] = expire_time = stop['expire_time']
# Check the time remaining
seconds_left = (expire_time - datetime.utcnow()).total_seconds()
if seconds_left < self.__time_limit:
if config['QUIET'] is False:
log.info(
"Pokestop ({}) ignored: only {} seconds remaining.".format(
id_, seconds_left))
return
filt = self.__pokestop_filter
# Check the distance from the set location
lat, lng = stop['lat'], stop['lng']
dist = get_earth_dist([lat, lng], self.__latlng)
if dist != 'unkn':
if dist < filt['min_dist'] or filt['max_dist'] < dist:
if config['QUIET'] is False:
log.info(
"Pokestop ({}) ignored: distance was not in range {:.2f} to {:.2f}."
.format(id_, filt['min_dist'], filt['max_dist']))
return
else:
log.debug(
"Pokestop distance was not checked because no location was set."
)
# Check if in geofences
if len(self.__geofences) > 0:
inside = False
for gf in self.__geofences:
inside |= gf.contains(lat, lng)
if not inside:
if config['QUIET'] is False:
log.info("Pokestop ignored: located outside geofences.")
return
else:
log.debug(
"Pokestop inside geofences was not checked because no geofences were set."
)
time_str = get_time_as_str(expire_time, self.__timezone)
stop.update({
"dist": get_dist_as_str(dist) if dist != 'unkn' else 'unkn',
'time_left': time_str[0],
'12h_time': time_str[1],
'24h_time': time_str[2],
'dir': get_cardinal_dir([lat, lng], self.__latlng),
})
# Optional Stuff
self.optional_arguments(stop)
if config['QUIET'] is False:
log.info(
"Pokestop ({}) notification has been triggered!".format(id_))
threads = []
# Spawn notifications in threads so they can work in background
for alarm in self.__alarms:
threads.append(gevent.spawn(alarm.pokestop_alert, stop))
gevent.sleep(0) # explict context yield
for thread in threads:
thread.join()
def process_pokestop(self, stop):
# Make sure that pokemon are enabled
if self.__pokestop_settings['enabled'] is False:
log.debug("Pokestop ignored: pokestop notifications are disabled.")
return
id_ = stop['id']
# Check for previously processed
if id_ in self.__pokestop_hist:
log.debug(
"Pokestop was skipped because it was previously processed.")
return
self.__pokestop_hist[id_] = stop['expire_time']
# Check the time remaining
seconds_left = (stop['expire_time'] -
datetime.utcnow()).total_seconds()
if seconds_left < self.__time_limit:
if self.__quiet is False:
log.info(
"Pokestop ({}) ignored: only {} seconds remaining.".format(
id_, seconds_left))
return
# Extract some basic information
lat, lng = stop['lat'], stop['lng']
dist = get_earth_dist([lat, lng], self.__latlng)
passed = False
filters = self.__pokestop_settings['filters']
for filt_ct in range(len(filters)):
filt = filters[filt_ct]
# Check the distance from the set location
if dist != 'unkn':
if filt.check_dist(dist) is False:
if self.__quiet is False:
log.info(
"Pokestop rejected: distance ({:.2f}) was not in range"
.format(dist) + " {:.2f} to {:.2f} (F #{})".format(
filt.min_dist, filt.max_dist, filt_ct))
continue
else:
log.debug(
"Pokestop dist was not checked because the manager has no location set."
)
# Nothing left to check, so it must have passed
passed = True
log.debug("Pokstop passed filter #{}".format(filt_ct))
break
if not passed:
return
# Check the geofences
stop['geofence'] = self.check_geofences('Pokestop', lat, lng)
if len(self.__geofences) > 0 and stop['geofence'] == 'unknown':
log.info("Pokestop rejected: not within any specified geofence")
return
time_str = get_time_as_str(stop['expire_time'], self.__timezone)
stop.update({
"dist": get_dist_as_str(dist),
'time_left': time_str[0],
'12h_time': time_str[1],
'24h_time': time_str[2],
'dir': get_cardinal_dir([lat, lng], self.__latlng),
})
self.add_optional_travel_arguments(stop)
if self.__quiet is False:
log.info(
"Pokestop ({}) notification has been triggered!".format(id_))
threads = []
# Spawn notifications in threads so they can work in background
for alarm in self.__alarms:
threads.append(gevent.spawn(alarm.pokestop_alert, stop))
gevent.sleep(0) # explict context yield
for thread in threads:
thread.join()
def handle_gym(self, gym):
# Quick check for enabled
if self.__gym_filter['enabled'] is False:
log.debug("Gym ignored: notifications are disabled.")
return
log.debug("Gyms set to {}.".format(self.__gym_filter['enabled']))
id_ = gym['id']
team_id = gym['team_id']
old_team = self.__gym_hist.get(id_)
# Ignore gyms when there is no change
if old_team == team_id:
log.debug("Gym update ignored: team didn't change")
return
# Ignore changes to neutral
if self.__gym_filter['ignore_neutral'] and team_id == 0:
log.debug("Gym update ignored: changed to neutral")
return
self.__gym_hist[id_] = team_id
# Ignore first time updates
if old_team is None:
log.debug("Gym update ignored: first time seeing gym")
return
if old_team not in self.__gym_filter and team_id not in self.__gym_filter:
if config['QUIET'] is False:
log.info("Gym update ignored: neither team is enabled")
return
lat, lng = gym['lat'], gym['lng']
dist = get_earth_dist([lat, lng], self.__latlng)
if dist != 'unkn':
old_range, new_range = False, False
old_f = self.__gym_filter.get(old_team)
if old_f is not None:
old_range = old_f['min_dist'] <= dist <= old_f['max_dist']
new_f = self.__gym_filter.get(team_id)
if new_f is not None:
new_range = new_f['min_dist'] <= dist <= new_f['max_dist']
if old_range is False and new_range is False:
if config['QUIET'] is False:
log.info("Gym update ignored: both teams outside range")
return
else:
log.debug(
"Gym distance was not checked because no location was set.")
# Check if in geofences
if len(self.__geofences) > 0:
inside = False
for gf in self.__geofences:
inside |= gf.contains(lat, lng)
if inside is False:
if config['QUIET'] is False:
log.info("Gym update ignored: located outside geofences.")
return
else:
log.debug(
"Gym inside geofences was not checked because no geofences were set."
)
# Optional Stuff
self.optional_arguments(gym)
if config['QUIET'] is False:
log.info("Gym ({}) notification has been triggered!".format(id_))
gym.update({
"dist": get_dist_as_str(dist) if dist != 'unkn' else 'unkn',
'new_team': self.__team_name[team_id],
'old_team': self.__team_name[old_team],
'dir': get_cardinal_dir([lat, lng], self.__latlng),
})
threads = []
# Spawn notifications in threads so they can work in background
for alarm in self.__alarms:
threads.append(gevent.spawn(alarm.gym_alert, gym))
gevent.sleep(0) # explict context yield
for thread in threads:
thread.join()
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_gym(self, gym):
# type: (Events.GymEvent) -> None
""" Process a gym event and notify alarms if it passes. """
# Update Gym details (if they exist)
self.__cache.update_gym_info(
gym.gym_id, gym.gym_name, gym.gym_description, gym.gym_image)
# Ignore changes to neutral
if self.__ignore_neutral and gym.new_team_id == 0:
log.debug("%s gym update skipped: new team was neutral")
return
# Get the old team and update new team
gym.old_team_id = self.__cache.get_gym_team(gym.gym_id)
self.__cache.update_gym_team(gym.gym_id, gym.new_team_id)
# Check if notifications are on
if self.__gyms_enabled is False:
log.debug("Gym ignored: gym notifications are disabled.")
return
# Update the cache with the gyms info
info = self.__cache.get_gym_info(gym.gym_id)
gym.gym_name = info['name']
gym.gym_description = info['description']
gym.gym_image = info['url']
# Doesn't look like anything to me
if gym.new_team_id == gym.old_team_id:
log.debug("%s gym update skipped: no change detected", gym.gym_id)
return
# Calculate distance and direction
if self.__location is not None:
gym.distance = get_earth_dist(
[gym.lat, gym.lng], self.__location)
gym.direction = get_cardinal_dir(
[gym.lat, gym.lng], self.__location)
# Check the Filters
passed = True
for name, f in self.__gym_filters.iteritems():
passed = f.check_event(gym) and self.check_geofences(f, gym)
if passed: # Stop checking
gym.custom_dts = f.custom_dts
break
if not passed: # Gym was rejected by all filters
return
# Generate the DTS for the event
dts = gym.generate_dts(self.__locale)
dts.update(self.__cache.get_gym_info(gym.gym_id)) # update gym info
if self.__loc_service:
self.__loc_service.add_optional_arguments(
self.__location, [gym.lat, gym.lng], dts)
if self.__quiet is False:
log.info(
"{} gym notification has been triggered!".format(gym.name))
threads = []
# Spawn notifications in threads so they can work in background
for alarm in self.__alarms:
threads.append(gevent.spawn(alarm.gym_alert, dts))
gevent.sleep(0) # explict context yield
for thread in threads:
thread.join()
def process_raid(self, raid):
# Make sure that pokemon are enabled
if self.__raid_settings['enabled'] is False:
log.debug("Raid ignored: raid notifications are disabled.")
return
id_ = raid['id']
# Check for previously processed
if id_ in self.__raid_hist:
log.debug("Raid was skipped because it was previously processed.")
return
# Ignore if the Pokemon ID is still missing (it is an egg).
# Store the raid start time in this case.
if raid['pkmn_id'] == '?':
log.info("Raid ({}) ignored: No pokemon exists.".format(id_))
return
else:
# Store the raid end time and continue processing
self.__raid_hist[id_] = raid['raid_end']
# Extract some useful info that will be used in the filters
passed = False
lat, lng = raid['lat'], raid['lng']
dist = get_earth_dist([lat, lng], self.__latlng)
level = raid['level']
pkmn_id = raid['pkmn_id']
name = self.__pokemon_name[pkmn_id]
filters = self.__raid_settings['filters']
for filt_ct in range(len(filters)):
filt = filters[filt_ct]
# Check the distance from the set location
if dist != 'unkn':
if filt.check_dist(dist) is False:
if self.__quiet is False:
log.info(
"Raid rejected: distance ({:.2f}) was not in range"
.format(dist) + " {:.2f} to {:.2f} (F #{})".format(
filt.min_dist, filt.max_dist, filt_ct))
continue
else:
log.debug(
"Raid dist was not checked because the manager has no location set."
)
if not filt.check_level(level):
if self.__quiet is False:
log.info(
"Raid rejected: Level ({}) not in range {} to {} - (F #{})"
.format(level, filt.min_level, filt.max_level,
filt_ct))
continue
# Nothing left to check, so it must have passed
passed = True
log.debug("Raid passed filter #{}".format(filt_ct))
break
if not passed:
return
# Check the geofences
raid['geofence'] = self.check_geofences('Raid', lat, lng)
if len(self.__geofences) > 0 and raid['geofence'] == 'unknown':
log.info("Raid rejected: not within any specified geofence")
return
time_str = get_time_as_str(raid['raid_end'], self.__timezone)
raid.update({
"dist": get_dist_as_str(dist),
'pkmn': name,
'time_left': time_str[0],
'12h_time': time_str[1],
'24h_time': time_str[2],
'dir': get_cardinal_dir([lat, lng], self.__latlng),
})
self.add_optional_travel_arguments(raid)
if self.__quiet is False:
log.info("Raid ({}/{}) notification has been triggered!".format(
id_, name))
threads = []
# Spawn notifications in threads so they can work in background
for alarm in self.__alarms:
threads.append(gevent.spawn(alarm.raid_alert, raid))
gevent.sleep(0) # explict context yield
for thread in threads:
thread.join()
def process_weather(self, weather):
# type: (Events.WeatherEvent) -> None
""" Process a weather event and notify alarms if it passes. """
# Set the name for this event so we can log rejects better
weather.name = self.__locale.get_weather_name(weather.s2_cell_id)
# Make sure that weather changes are enabled
if self._weather_enabled is False:
self._log.debug("Weather ignored: weather change "
"notifications are disabled.")
return
# Calculate distance and direction
if self.__location is not None:
weather.distance = get_earth_dist(
[weather.lat, weather.lng], self.__location, self.__units)
weather.direction = get_cardinal_dir(
[weather.lat, weather.lng], self.__location)
# Store copy of cache info
cache_weather_id = self.__cache.cell_weather_id(weather.s2_cell_id)
cache_day_or_night_id = self.__cache.day_or_night_id(
weather.s2_cell_id)
cache_severity_id = self.__cache.severity_id(weather.s2_cell_id)
# Update cache info
self.__cache.cell_weather_id(weather.s2_cell_id,
weather.weather_id)
self.__cache.day_or_night_id(
weather.s2_cell_id, weather.day_or_night_id)
self.__cache.severity_id(weather.s2_cell_id, weather.severity_id)
# Check and see if the weather hasn't changed and ignore
if weather.weather_id == cache_weather_id and \
weather.day_or_night_id == cache_day_or_night_id and \
weather.severity_id == cache_severity_id:
self._log.debug(
"weather of %s, alert of %s, and day or night of %s skipped: "
"no change detected",
weather.weather_id, weather.severity_id,
weather.day_or_night_id)
return
# Check for Rules
rules = self.__weather_rules
if len(rules) == 0: # If no rules, default to all
rules = {"default": Rule(
self._weather_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(
weather, self._weather_filters, rule.filter_names)
if passed:
rule_ct += 1
alarm_ct += len(rule.alarm_names)
self._notify_alarms(
weather, rule.alarm_names, 'weather_alert')
if rule_ct > 0:
self._rule_log.info(
'Weather %s passed %s rule(s) and triggered %s alarm(s).',
weather.name, rule_ct, alarm_ct)
else:
self._rule_log.info(
'Weather %s rejected by all rules.', weather.name)