def _parse_responses(self, responses):
for response_type in responses.keys():
response = responses[response_type]
if response_type == 'GET_INBOX':
self._parse_inbox_response(response)
del responses[response_type]
elif response_type == 'GET_HOLO_INVENTORY':
api_inventory = response
# Set an (empty) inventory if necessary
if self.inventory is None:
self.inventory = {}
# Update inventory (balls, items)
self._parse_inventory_delta(api_inventory)
self._update_inventory_totals()
# Update last timestamp for inventory requests
self._last_timestamp_ms = api_inventory.inventory_delta.new_timestamp_ms
# Clean up
del responses[response_type]
# Get settings hash from response for future calls
elif response_type == 'DOWNLOAD_SETTINGS':
if response.hash:
self._download_settings_hash = response.hash
# TODO: Check forced client version and exit program if different
# Clean up
del responses[response_type]
elif response_type == 'GET_PLAYER':
self._player_state = {
'tutorial_state': response.player_data.tutorial_state,
'buddy': response.player_data.buddy_pokemon.id,
'warn': response.warn,
'banned': response.banned
}
# Clean up
del responses[response_type]
if self._player_state['banned']:
self.log_warning("GET_PLAYER has the 'banned' flag set.")
raise BannedAccountException
# Check for captcha
elif response_type == 'CHECK_CHALLENGE':
self.captcha_url = response.challenge_url
# Clean up
del responses[response_type]
if self.has_captcha() and self.cfg['exception_on_captcha']:
raise CaptchaException
elif response_type == 'GET_MAP_OBJECTS':
if is_rareless_scan(response):
if self.rareless_scans is None:
self.rareless_scans = 1
else:
self.rareless_scans += 1
else:
self.rareless_scans = 0
elif response_type == 'GET_HATCHED_EGGS':
if self.callback_egg_hatched and response.success and len(
response.hatched_pokemon) > 0:
for i in range(0, len(response.pokemon_id)):
hatched_egg = {
'experience_awarded':
response.experience_awarded[i],
'candy_awarded': response.candy_awarded[i],
'stardust_awarded': response.stardust_awarded[i],
'egg_km_walked': response.egg_km_walked[i],
'hatched_pokemon': response.hatched_pokemon[i]
}
self.callback_egg_hatched(self, hatched_egg)
def search_worker(args, scheduler, enc_list):
#scheduler = Scheduler(args)
details = account_queue.get()
initial_location = scheduler.next_item(details)
#log.info(str(initial_location))
details['latitude'] = initial_location[0]
details['longitude'] = initial_location[1]
try:
api = create_api(args, details, initial_location)
#api.log_info('Setting up at {}, {}.'.format(initial_location[0],
# initial_location[1]))
last_action = datetime.utcnow()
#log.info('Setting last action')
rareless_scan_count = 0
#log.info('Setting rareless scans count')
if not api.is_logged_in():
log.error('Account {} not logged in.'.format(api.username))
return
if api.is_banned():
log.error('Account {} banned.'.format(api.username))
return
if api.has_captcha():
log.error('Account {} CAPTCHA\'d.'.format(api.username))
return
api.log_info('Level: {} ({} / {} XP), Pokestops spun: {}, Pokemon '
'caught: {}, KM Walked: {}'.format(
api.get_stats('level', 1),
api.get_stats('experience', 0),
api.get_stats('next_level_xp', 0),
api.get_stats('poke_stop_visits', 0),
api.get_stats('pokemons_captured', 0),
api.get_stats('km_walked', 0.)))
except Exception as e:
log.error(repr(e))
return
while True:
#log.info('Pulling location')
loc = scheduler.next_item(details)
#log.info('Pulled location')
#log.info(str(loc))
gp = geopy.Point(loc[0], loc[1])
now_date = datetime.utcnow()
meters = geopy.distance.vincenty(loc, (api.latitude, api.longitude))\
.meters
secs_to_arrival = meters / float(args.kph) * 3.6
secs_waited = (now_date - last_action).total_seconds()
secs_to_arrival = max(secs_to_arrival - secs_waited, 0)
api.log_info('Moving to {} (will take {} seconds to travel)'.format(
gp.format_decimal(), round(secs_to_arrival, 2)))
#log.info('{} seconds to arrive'.format(secs_to_arrival))
sleep(secs_to_arrival)
api.set_position(loc[0], loc[1], 0)
details['latitude'] = loc[0]
details['longitude'] = loc[1]
gmo = api.req_get_map_objects()['GET_MAP_OBJECTS']
try:
weather_info = gmo.client_weather[0]
# NONE (0)
# CLEAR (1)
# RAINY (2)
# PARTLY_CLOUDY (3)
# OVERCAST (4)
# WINDY (5)
# SNOW (6)
# FOG (7)
condition = weather_info.gameplay_weather.gameplay_condition
except Exception:
condition = 0
cells = gmo.map_cells
rareless = is_rareless_scan(gmo)
if rareless:
rareless_scan_count += 1
if not rareless:
rareless_scan_count = 0
if rareless_scan_count > 10:
log.warning(
'Account {} may be shadowbanned. {} scans without rare '
'Pokemon.'.format(api.username, rareless_scan_count))
if rareless_scan_count >= 25:
# Die.
log.error(
'Account {} is shadowbanned. {} scans without rare Pokemon. Exiting.'
.format(api.username, rareless_scan_count))
return
last_action = datetime.utcnow()
counts = {'pokemon': 0, 'nearby': 0, 'raids': 0, 'forts': 0}
for cell in cells:
counts['nearby'] += len(cell.nearby_pokemons)
for f in cell.forts:
counts['forts'] += 1
if f.raid_info.raid_level != 0:
counts['raids'] += 1
raid = f.raid_info
if raid.raid_battle_ms > now_ms():
dbq.put((Raid, {
'raid_seed':
raid.raid_seed,
'gym_id':
f.id,
'spawn':
datetime.fromtimestamp(raid.raid_spawn_ms / 1000),
'start':
datetime.fromtimestamp(raid.raid_battle_ms / 1000),
'end':
datetime.fromtimestamp(raid.raid_end_ms / 1000),
'level':
raid.raid_level,
'pokemon_id':
None,
'cp':
None,
'move_1':
None,
'move_2':
None,
'latitude':
f.latitude,
'longitude':
f.longitude
}))
else:
dbq.put((Raid, {
'raid_seed':
raid.raid_seed,
'gym_id':
f.id,
'spawn':
datetime.fromtimestamp(raid.raid_spawn_ms / 1000),
'start':
datetime.fromtimestamp(raid.raid_battle_ms / 1000),
'end':
datetime.fromtimestamp(raid.raid_end_ms / 1000),
'level':
raid.raid_level,
'pokemon_id':
raid.raid_pokemon.pokemon_id,
'cp':
raid.raid_pokemon.cp,
'move_1':
raid.raid_pokemon.move_1,
'move_2':
raid.raid_pokemon.move_2,
'latitude':
f.latitude,
'longitude':
f.longitude
}))
for p in cell.wild_pokemons:
counts['pokemon'] += 1
spawn = SpawnPoint.find_spawn(p.spawn_point_id, p.latitude,
p.longitude)
disappear = calculate_disappear(p, spawn)
if p.pokemon_data.pokemon_id in DITTO_IDS and args.ditto_detection:
api.log_info('Trying to check a Ditto at {}, {}.'.format(
p.latitude, p.longitude))
enc = api.req_encounter(encounter_id=p.encounter_id,
spawn_point_id=p.spawn_point_id,
latitude=p.latitude,
longitude=p.longitude)['ENCOUNTER']
if enc.status == 1:
i = 0
while i < 5:
api.log_info('Catch attempt #{}.'.format(i + 1))
catch = api.req_catch_pokemon(
encounter_id=p.encounter_id,
spawn_point_id=p.spawn_point_id,
normalized_reticle_size=1.95,
spin_modifier=1.,
ball=1)['CATCH_POKEMON']
if catch.status == 1:
api.log_info(
'Pokemon caught. (ID: {}, CP: {}, IV: {})'.
format(
api.last_caught_pokemon['pokemon_id'],
api.last_caught_pokemon['cp'],
get_iv(api.last_caught_pokemon)))
if api.last_caught_pokemon[
'pokemon_id'] == 132:
api.log_info(
'Ditto found at {}, {}!'.format(
p.latitude, p.longitude))
try:
dbq.put((Pokemon, {
'encounter_id':
b64_e(p.encounter_id),
'spawnpoint_id':
p.spawn_point_id,
'pokemon_id':
132,
'latitude':
p.latitude,
'longitude':
p.longitude,
'disappear_time':
disappear,
'gender':
api.last_caught_pokemon['gender'],
'form':
api.last_caught_pokemon['form'],
'disguise':
p.pokemon_data.pokemon_id,
'weather':
condition
}))
except Exception as e:
log.error(repr(e))
break
else:
api.log_info('Not a Ditto.')
try:
dbq.put((Pokemon, {
'encounter_id':
b64_e(p.encounter_id),
'spawnpoint_id':
p.spawn_point_id,
'pokemon_id':
p.pokemon_data.pokemon_id,
'latitude':
p.latitude,
'longitude':
p.longitude,
'disappear_time':
disappear,
'gender':
p.pokemon_data.pokemon_display.
gender,
'form':
p.pokemon_data.pokemon_display.
form,
'weather':
condition
}))
except Exception as e:
log.error(repr(e))
break
elif catch.status == 3:
try:
dbq.put((Pokemon, {
'encounter_id':
b64_e(p.encounter_id),
'spawnpoint_id':
p.spawn_point_id,
'pokemon_id':
p.pokemon_data.pokemon_id,
'latitude':
p.latitude,
'longitude':
p.longitude,
'disappear_time':
disappear,
'gender':
p.pokemon_data.pokemon_display.gender,
'form':
p.pokemon_data.pokemon_display.form,
'weather':
condition
}))
except Exception as e:
log.error(repr(e))
break
elif catch.status not in [1, 3]:
sleep(0.1)
i += 1
if i > 5:
break
if p.pokemon_data.pokemon_id in enc_list:
scout = pgscout_encounter(p, args)
try:
dbq.put((Pokemon, {
'encounter_id':
b64_e(p.encounter_id),
'spawnpoint_id':
p.spawn_point_id,
'pokemon_id':
p.pokemon_data.pokemon_id,
'latitude':
p.latitude,
'longitude':
p.longitude,
'disappear_time':
disappear,
'gender':
p.pokemon_data.pokemon_display.gender,
'form':
p.pokemon_data.pokemon_display.form,
'iv_attack':
scout.get('iv_attack', None),
'iv_defense':
scout.get('iv_defense', None),
'iv_stamina':
scout.get('iv_stamina', None),
'move_1':
scout.get('move_1', None),
'move_2':
scout.get('move_2', None),
'cp':
scout.get('cp', None),
'cp_multiplier':
scout.get('cp_multiplier', None),
'level':
scout.get('level', None),
'height':
scout.get('height', None),
'weight':
scout.get('weight', None),
'weather':
condition
}))
except Exception as e:
log.error(repr(e))
else:
try:
dbq.put((Pokemon, {
'encounter_id': b64_e(p.encounter_id),
'spawnpoint_id': p.spawn_point_id,
'pokemon_id': p.pokemon_data.pokemon_id,
'latitude': p.latitude,
'longitude': p.longitude,
'disappear_time': disappear,
'gender': p.pokemon_data.pokemon_display.gender,
'form': p.pokemon_data.pokemon_display.form,
'weather': condition
}))
except Exception as e:
log.error(repr(e))
for f in cell.forts:
dist = geopy.distance.vincenty(
(api.latitude, api.longitude),
(f.latitude, f.longitude)).kilometers
if dist <= 0.04 and f.type == 1 and f.enabled and args.spin_pokestops:
api.log_info('Spinning a Pokestop at {}, {}.'.format(
f.latitude, f.longitude))
api.seq_spin_pokestop(f.id, f.latitude, f.longitude,
api.latitude, api.longitude)
# DON'T LET NIANTIC THROTTLE. *SWEATING*
sleep(random.random())
api.log_info(
'Parse at {} returned {} Pokemon ({} nearby), {} forts and {} raids.'
.format(gp.format_decimal(), counts['pokemon'], counts['nearby'],
counts['forts'], counts['raids']))
# Other shit.
# details['inventory_ts'] = api._item_templates_time
# details['ds_hash'] = api._download_settings_hash
scheduler.item_done(loc)