def getDefaults():
# Allocate for 4 default requests
data = [
None,
] * 4
# Create Egg request
data[0] = Request_pb2.Request(
request_type=RequestType_pb2.GET_HATCHED_EGGS)
# Create Inventory Request
data[1] = Request_pb2.Request(
request_type=RequestType_pb2.GET_INVENTORY,
request_message=GetInventoryMessage_pb2.GetInventoryMessage(
last_timestamp_ms=0).SerializeToString())
# Create Badge request
data[2] = Request_pb2.Request(
request_type=RequestType_pb2.CHECK_AWARDED_BADGES)
# Create Settings request
data[3] = Request_pb2.Request(
request_type=RequestType_pb2.DOWNLOAD_SETTINGS,
request_message=DownloadSettingsMessage_pb2.
DownloadSettingsMessage(
hash="4a2e9bc330dae60e7b74fc85b98868ab4700802e"
).SerializeToString())
return data
def catchPokemon(self,
pokemon,
pokeball=items.POKE_BALL,
normalized_reticle_size=1.950,
hit_pokemon=True,
spin_modifier=0.850,
normalized_hit_position=1.0):
# Create request
payload = [
Request.Request(
request_type=RequestType.CATCH_POKEMON,
request_message=CatchPokemonMessage.CatchPokemonMessage(
encounter_id=pokemon.encounter_id,
pokeball=pokeball,
normalized_reticle_size=normalized_reticle_size,
spawn_point_id=pokemon.spawn_point_id,
hit_pokemon=hit_pokemon,
spin_modifier=spin_modifier,
normalized_hit_position=normalized_hit_position).
SerializeToString())
]
# Send
res = self.wrapAndRequest(payload)
# Parse
self._state.catch.ParseFromString(res.returns[0])
# Return everything
return self._state.catch
def getMapObjects(self, radius=10):
# Work out location details
cells = self.location.getCells(radius)
latitude, longitude, _ = self.getCoordinates()
timestamps = [
0,
] * len(cells)
# Create request
payload = [
Request_pb2.Request(
request_type=RequestType_pb2.GET_MAP_OBJECTS,
request_message=GetMapObjectsMessage_pb2.GetMapObjectsMessage(
cell_id=cells,
since_timestamp_ms=timestamps,
latitude=latitude,
longitude=longitude).SerializeToString())
]
# Send
res = self.wrapAndRequest(payload)
# Parse
self._state.mapObjects.ParseFromString(res.returns[0])
# Return everything
return self._state.mapObjects
def createApiEndpoint(self):
payload = []
msg = Request_pb2.Request(request_type=RequestType_pb2.GET_PLAYER)
payload.append(msg)
req = self.wrapInRequest(payload)
res = self.request(req, API_URL)
if res is None:
logging.critical('Servers seem to be busy. Exiting.')
raise Exception('Could not connect to servers')
return res.api_url
def getProfile(self):
# Create profile request
payload = [Request.Request(request_type=RequestType.GET_PLAYER)]
# Send
res = self.wrapAndRequest(payload)
# Parse
self._state.profile.ParseFromString(res.returns[0])
# Return everything
return self._state.profile
def collect_reward(session):
profile = session.getProfile()
next_collect = profile.player_data.daily_bonus.next_defender_bonus_collect_timestamp_ms
next_collect = datetime.fromtimestamp(next_collect / 1000)
now = datetime.now()
if next_collect > now:
sleep_seconds = int((next_collect - now).total_seconds())
sleep_seconds += randint(60, 60 * 17)
print 'Reward collect time is {}, sleeping for {} seconds'.format(
next_collect, sleep_seconds)
time.sleep(sleep_seconds)
payload = [
Request.Request(
request_type=RequestType.COLLECT_DAILY_DEFENDER_BONUS, )
]
session.wrapAndRequest(payload, defaults=False)
def useXpBoost(self):
payload = [
Request.Request(
request_type=RequestType.USE_ITEM_XP_BOOST,
request_message=UseItemXpBoostMessage.UseItemXpBoostMessage(
item_id=items.LUCKY_EGG).SerializeToString())
]
# Send
res = self.wrapAndRequest(payload, defaults=False)
# Parse
self._state.xpBoost.ParseFromString(res.returns[0])
# Return everything
return self._state.xpBoost
def getLevelUp(self, newLevel):
payload = [
Request.Request(
request_type=RequestType.LEVEL_UP_REWARDS,
request_message=LevelUpRewardsMessage.LevelUpRewardsMessage(
level=newLevel).SerializeToString())
]
# Send
res = self.wrapAndRequest(payload, defaults=False)
# Parse
self._state.levelUp.ParseFromString(res.returns[0])
# Return everything
return self._state.levelUp
def releasePokemon(self, pokemon):
payload = [
Request.Request(
request_type=RequestType.RELEASE_POKEMON,
request_message=ReleasePokemonMessage.ReleasePokemonMessage(
pokemon_id=pokemon.id).SerializeToString())
]
# Send
res = self.wrapAndRequest(payload, defaults=False)
# Parse
self._state.release.ParseFromString(res.returns[0])
# Return everything
return self._state.release
def evolvePokemon(self, pokemon):
payload = [
Request.Request(
request_type=RequestType.EVOLVE_POKEMON,
request_message=EvolvePokemonMessage.EvolvePokemonMessage(
pokemon_id=pokemon.id).SerializeToString())
]
# Send
res = self.wrapAndRequest(payload)
# Parse
self._state.evolve.ParseFromString(res.returns[0])
# Return everything
return self._state.evolve
def setPlayerTeam(self, team):
# Create request
payload = [
Request_pb2.Request(
request_type=RequestType_pb2.SETPLAYERTEAMMESSAGE,
request_message=SetPlayerTeamMessage_pb2.SetPlayerTeamMessage(
team=team).SerializeToString())
]
# Send
res = self.wrapAndRequest(payload, defaults=False)
# Parse
self._state.playerTeam.ParseFromString(res.returns[0])
# Return everything
return self._state.playerTeam
def nicknamePokemon(self, pokemon, nickname):
# Create request
payload = [
Request_pb2.Request(
request_type=RequestType_pb2.NICKNAME_POKEMON,
request_message=NicknamePokemonMessage_pb2.
NicknamePokemonMessage(pokemon_id=pokemon.id,
nickname=nickname).SerializeToString())
]
# Send
res = self.wrapAndRequest(payload)
# Parse
self._state.nickname.ParseFromString(res.returns[0])
# Return everything
return self._state.nickname
def upgradePokemon(self, pokemon):
# Create request
payload = [
Request.Request(
request_type=RequestType.UPGRADE_POKEMON,
request_message=UpgradePokemonMessage.UpgradePokemonMessage(
pokemon_id=pokemon.id).SerializeToString())
]
# Send
res = self.wrapAndRequest(payload, defaults=False)
# Parse
self._state.upgradePokemon.ParseFromString(res.returns[0])
# Return everything
return self._state.upgradePokemon
def setEgg(self, item, pokemon):
# Create request
payload = [
Request.Request(request_type=RequestType.USE_ITEM_EGG_INCUBATOR,
request_message=UseItemEggIncubatorMessage.
UseItemEggIncubatorMessage(
item_id=item.id,
pokemon_id=pokemon.id).SerializeToString())
]
# Send
res = self.wrapAndRequest(payload)
# Parse
self._state.incubator.ParseFromString(res.returns[0])
# Return everything
return self._state.incubator
def recycleItem(self, item_id, count):
# Create request
payload = [
Request_pb2.Request(
request_type=RequestType_pb2.RECYCLE_INVENTORY_ITEM,
request_message=RecycleInventoryItemMessage_pb2.
RecycleInventoryItemMessage(item_id=item_id,
count=count).SerializeToString())
]
# Send
res = self.wrapAndRequest(payload)
# Parse
self._state.recycle.ParseFromString(res.returns[0])
# Return everything
return self._state.recycle
def useItemRevive(self, item_id, pokemon):
# Create request
payload = [
Request_pb2.Request(
request_type=RequestType_pb2.USEITEMREVIVEMESSAGE,
request_message=UseItemReviveMessage_pb2.UseItemReviveMessage(
item_id=item_id,
pokemon_id=pokemon.id).SerializeToString())
]
# Send
res = self.wrapAndRequest(payload, defaults=False)
# Parse
self._state.itemRevive.ParseFromString(res.returns[0])
# Return everything
return self._state.itemRevive
def useItemCapture(self, item_id, pokemon):
# Create request
payload = [
Request.Request(
request_type=RequestType.USE_ITEM_CAPTURE,
request_message=UseItemCaptureMessage.UseItemCaptureMessage(
item_id=item_id,
encounter_id=pokemon.encounter_id).SerializeToString())
]
# Send
res = self.wrapAndRequest(payload, defaults=False)
# Parse
self._state.itemCapture.ParseFromString(res.returns[0])
# Return everything
return self._state.itemCapture
def setFavoritePokemon(self, pokemon, is_favorite):
# Create Request
payload = [
Request.Request(request_type=RequestType.SET_FAVORITE_POKEMON,
request_message=SetFavoritePokemonMessage.
SetFavoritePokemonMessage(
pokemon_id=pokemon.id,
is_favorite=is_favorite).SerializeToString())
]
# Send
res = self.wrapAndRequest(payload, defaults=False)
# Parse
self._state.favoritePokemon.ParseFromString(res.returns[0])
# Return Everything
return self._state.favoritePokemon
def useItemPotion(self, item_id, pokemon):
# Create Request
payload = [
Request.Request(
request_type=RequestType.USE_ITEM_POTION,
request_message=UseItemPotionMessage.UseItemPotionMessage(
item_id=item_id,
pokemon_id=pokemon.id).SerializeToString())
]
# Send
res = self.wrapAndRequest(payload, defaults=False)
# Parse
self._state.itemPotion.ParseFromString(res.returns[0])
# Return everything
return self._state.itemPotion
def getFortDetails(self, fort):
# Create request
payload = [Request_pb2.Request(
request_type=RequestType_pb2.FORT_DETAILS,
request_message=FortDetailsMessage_pb2.FortDetailsMessage(
fort_id=fort.id,
latitude=fort.latitude,
longitude=fort.longitude,
).SerializeToString()
)]
# Send
res = self.wrapAndRequest(payload)
# Parse
self._state.fortDetails.ParseFromString(res.returns[0])
# Return everything
return self._state.fortDetails
def encounterPokemon(self, pokemon):
# Create request
payload = [
Request.Request(request_type=RequestType.ENCOUNTER,
request_message=EncounterMessage.EncounterMessage(
encounter_id=pokemon.encounter_id,
spawn_point_id=pokemon.spawn_point_id,
player_latitude=self.location.latitude,
player_longitude=self.location.longitude).
SerializeToString())
]
# Send
res = self.wrapAndRequest(payload)
# Parse
self._state.encounter.ParseFromString(res.returns[0])
# Return everything
return self._state.encounter
def getFortSearch(self, fort):
# Create request
payload = [
Request_pb2.Request(
request_type=RequestType_pb2.FORT_SEARCH,
request_message=FortSearchMessage_pb2.FortSearchMessage(
fort_id=fort.id,
player_latitude=self.location.latitude,
player_longitude=self.location.longitude,
fort_latitude=fort.latitude,
fort_longitude=fort.longitude).SerializeToString())
]
# Send
res = self.wrapAndRequest(payload)
# Parse
self._state.fortSearch.ParseFromString(res.returns[0])
# Return everything
return self._state.fortSearch
