def safe_catch(pokies, session, speed): # NOT CAMEL CASE COZ PEP8 U FUCKERS
"""
Performs a safe catch of good pokemanz by catching the shithouse ones first and only approaching the mad dogs once it's safe to do so (i.e. after you've catch_successed a shithouse one)
"""
epicpokes = []
shitpokes = []
for pokemon in pokies:
if pokedex.getRarityById(pokemon.pokemon_data.pokemon_id) >= 4: #if rare pokemanzzzz
epicpokes.append(pokemon)
else:
shitpokes.append(pokemon)
if epicpokes:
logging.info("SOME EPIC POKES EYYYYY: {}".format(", ".join([repr(c**t.pokemon_data).strip("\n") for c**t in epicpokes])))
if shitpokes:
logging.info("THESE POKES SUCK A MASSIVE DICK: {}".format(", ".join([repr(c**t.pokemon_data).strip("\n") for c**t in shitpokes])))
if epicpokes:
while True:
try:
asshole = shitpokes.pop()
if catch_demPokez(asshole, session, speed):
break
else:
continue
except IndexError:
logging.info("Ran out of shithouse pokez")
if enough_time_left(pokies):
return False
else:
logging.info("well fuckit - no time to waste...")
break
for spaz in epicpokes:
catch_demPokez(spaz, session, speed)
for pokemon in shitpokes:
catch_demPokez(pokemon, session, speed)
return True
def findBestPokemon(session,args):
# Get Map details and print pokemon
logging.info("Finding Nearby Pokemon:")
cells = session.getMapObjects()
closest = float("Inf")
best = -1
pokemonBest = None
latitude, longitude, _ = session.getCoordinates()
logging.info("Current pos: %f, %f" % (latitude, longitude))
for cell in cells.map_cells:
# Heap in pokemon protos where we have long + lat
pokemons = [p for p in cell.wild_pokemons] + [p for p in cell.catchable_pokemons]
for pokemon in pokemons:
# Normalize the ID from different protos
pokemonId = getattr(pokemon, "pokemon_id", None)
if not pokemonId:
pokemonId = pokemon.pokemon_data.pokemon_id
# Find distance to pokemon
dist = Location.getDistance(
latitude,
longitude,
pokemon.latitude,
pokemon.longitude
)
# Log the pokemon found
logging.info("Found a %s, %f meters away \n" % (
pokedex[pokemonId],
dist
))
rarity = pokedex.getRarityById(pokemonId)
# Greedy for rarest
if rarity > best:
pokemonBest = pokemon
best = rarity
closest = dist
# Greedy for closest of same rarity
elif rarity == best and dist < closest:
pokemonBest = pokemon
closest = dist
if pokemonBest != None:
logging.info(pokedex[pokemonBest.pokemon_data.pokemon_id] + " appears to be the rarest Pokemon @ location. Let's catch him!")
else:
logging.info("Sorry charlie, no Pokemon here. Enter a new location.")
doSnipe(session,args)
return pokemonBest
def findBestPokemon(session, pids=None):
# Get Map details and print pokemon
logging.info("Finding Nearby Pokemon:")
cells = session.getMapObjects()
closest = float("Inf")
best = -1
pokemonBest = None
latitude, longitude, _ = session.getCoordinates()
logging.info("Current pos: %f, %f" % (latitude, longitude))
for cell in cells.map_cells:
# Heap in pokemon protos where we have long + lat
pokemons = [p for p in cell.wild_pokemons] + [p for p in cell.catchable_pokemons]
for pokemon in pokemons:
# Normalize the ID from different protos
pokemonId = getattr(pokemon, "pokemon_id", None)
if not pokemonId:
pokemonId = pokemon.pokemon_data.pokemon_id
# If pids exist, only target those
if pids!=None and not pokemonId in pids:
pass
else:
# Find distance to pokemon
dist = Location.getDistance(
latitude,
longitude,
pokemon.latitude,
pokemon.longitude
)
# Log the pokemon found
logging.info("%s, %f meters away" % (
pokedex[pokemonId],
dist
))
rarity = pokedex.getRarityById(pokemonId)
# Greedy for rarest
if rarity > best:
pokemonBest = pokemon
best = rarity
closest = dist
# Greedy for closest of same rarity
elif rarity == best and dist < closest:
pokemonBest = pokemon
closest = dist
return pokemonBest
def findBestPokemon(session):
# Get Map details and print pokemon
logging.info("Finding Nearby Pokemon:")
cells = session.getMapObjects()
closest = float("Inf")
best = -1
pokemonBest = None
listPokemons = []
latitude, longitude, _ = session.getCoordinates()
logging.info("Current pos: %f, %f" % (latitude, longitude))
for cell in cells.map_cells:
#pokemons = [p for p in cell.wild_pokemons] + [p for p in cell.catchable_pokemons]
pokemons = [p for p in cell.wild_pokemons]
# listPokemons += pokemons
for pokemon in pokemons:
listPokemons.append(pokemon)
# Normalize the ID from different protos
pokemonId = getattr(pokemon, "pokemon_id", None)
if not pokemonId:
pokemonId = pokemon.pokemon_data.pokemon_id
# Find distance to pokemon
dist = Location.getDistance(
latitude,
longitude,
pokemon.latitude,
pokemon.longitude
)
logging.info("%s, %f meters away" % (
pokedex[pokemonId],
dist
))
rarity = pokedex.getRarityById(pokemonId)
# Greedy for rarest
if rarity > best:
pokemonBest = pokemon
best = rarity
closest = dist
# Greedy for closest of same rarity
elif rarity == best and dist < closest:
pokemonBest = pokemon
closest = dist
logging.info('----------- SIZE TOTAL: ' + str(len(listPokemons)))
# return pokemonBest
return listPokemons
def parseWildPokemon(pokemon):
#logging.info(str(pokemon))
pok = {}
pokemonId = getattr(pokemon, "pokemon_id", None)
if not pokemonId:
pokemonId = pokemon.pokemon_data.pokemon_id
pok['pokemon_id'] = pokemonId
pok['rarity'] = pokedex.getRarityById(pokemonId)
pok['name'] = pokedex[pokemonId]
pok['encounter_id'] = getattr(pokemon, "encounter_id", None)
pok['last_modified_timestamp_ms'] = getattr(pokemon, "last_modified_timestamp_ms", None)
pok['latitude'] = getattr(pokemon, "latitude", None)
pok['longitude'] = getattr(pokemon, "longitude", None)
pok['spawn_point_id'] = getattr(pokemon, "spawn_point_id", None)
pok['time_till_hidden_ms'] = getattr(pokemon, "time_till_hidden_ms", None)
return pok
def findBestPokemon(session):
# Get Map details and print pokemon
logging.info("Finding Nearby Pokemon:")
cells = session.getMapObjects()
closest = float("Inf")
best = -1
pokemonBest = None
latitude, longitude, _ = session.getCoordinates()
logging.info("Current pos: %f, %f" % (latitude, longitude))
for cell in cells.map_cells:
# Heap in pokemon protos where we have long + lat
pokemons = [p for p in cell.wild_pokemons] + [p for p in cell.catchable_pokemons]
for pokemon in pokemons:
# Normalize the ID from different protos
pokemonId = getattr(pokemon, "pokemon_id", None)
if not pokemonId:
pokemonId = pokemon.pokemon_data.pokemon_id
# Find distance to pokemon
dist = Location.getDistance(
latitude,
longitude,
pokemon.latitude,
pokemon.longitude
)
# Log the pokemon found
logging.info("%s, %f meters away" % (
pokedex[pokemonId],
dist
))
rarity = pokedex.getRarityById(pokemonId)
# Greedy for rarest
if rarity > best:
pokemonBest = pokemon
best = rarity
closest = dist
# Greedy for closest of same rarity
elif rarity == best and dist < closest:
pokemonBest = pokemon
closest = dist
return pokemonBest
def parsePartyPokemon(pokemon, detail=False):
"""
id: 17633600020994617271
pokemon_id: TENTACOOL
cp: 224
stamina: 35
stamina_max: 35
move_1: BUBBLE_FAST
move_2: WRAP
height_m: 0.742571890354
weight_kg: 33.6002044678
individual_attack: 11
individual_defense: 2
individual_stamina: 4
cp_multiplier: 0.422500014305
pokeball: ITEM_GREAT_BALL
captured_cell_id: 5171193400942133248
creation_time_ms: 1469649774858
"""
short = ['id','stamina_max','cp','cp_multiplier','individual_attack','individual_defense','individual_stamina']
full = ['stamina','move_1','move_2','height_m','weight_kg',
'pokeball','captured_cell_id','creation_time_ms']
props = []
#logging.info(str(pokemon))
pok = {}
pokemonId = getattr(pokemon, "pokemon_id", None)
pok['pokemon_id'] = pokemonId
pok['rarity'] = pokedex.getRarityById(pokemonId)
pok['name'] = pokedex[pokemonId]
if detail:
props = short + full
else:
props = short
for value in props:
pok[value] = getattr(pokemon, value, None)
return pok
def safe_catch(pokies, session, speed): # NOT CAMEL CASE COZ PEP8 U FUCKERS
"""
Performs a safe catch of good pokemanz by catching the shithouse ones first and only approaching the mad dogs once
it's safe to do so (i.e. after you've catch_successed a shithouse one)
"""
epicpokes = []
shitpokes = []
for pokemon in pokies:
if pokedex.getRarityById(pokemon.pokemon_data.pokemon_id) >= 4: # if rare pokemanzzzz
epicpokes.append(pokemon)
else:
shitpokes.append(pokemon)
if epicpokes:
logging.info("(SWARL)\t-\tSOME EPIC POKES EYYYYY:{}"
.format(", ".join([repr(c**t.pokemon_data).strip("\n") for c**t in epicpokes])))
if shitpokes:
logging.info("(SWARL)\t-\tTHESE POKES ARE SOMEWHAT UNDESIRABLE:{}"
.format(", ".join([repr(c**t.pokemon_data).strip("\n") for c**t in shitpokes])))
if epicpokes:
while True:
try:
asshole = shitpokes.pop()
if catch_demPokez(asshole, session, speed):
break
else:
if not check_softban(session, findClosestFort(session), speed):
spinnyspinnyspinny(session, findClosestFort(session))
continue
except IndexError:
logging.info("(SWARL)\t-\tRan out of bad pokez")
if enough_time_left(pokies):
return False
else:
logging.info("(SWARL)\t-\twell heregoesnothing - no time to waste...")
break
for spaz in epicpokes:
catch_demPokez(spaz, session, speed)
for pokemon in shitpokes:
catch_demPokez(pokemon, session, speed)
return True
def findBestPokemon(session, config, firstTry, pokemonName):
# Get Map details and print pokemon
logging.info("Finding Nearby Pokemon:")
cells = session.getMapObjects()
closest = float("Inf")
best = -1
pokemonBest = None
#logging.critical("We seem to have problems right here..throttling sucks. Let's wait a few seconds.")
#time.sleep(7)
latitude, longitude, _ = session.getCoordinates()
logging.info("Current pos: %f, %f" % (latitude, longitude))
for cell in cells.map_cells:
# Heap in pokemon protos where we have long + lat
pokemons = [p for p in cell.wild_pokemons
] + [p for p in cell.catchable_pokemons]
for pokemon in pokemons:
# Normalize the ID from different protos
pokemonId = getattr(pokemon, "pokemon_id", None)
if not pokemonId:
pokemonId = pokemon.pokemon_data.pokemon_id
if pokedex[pokemonId].upper() == pokemonName.upper():
pokemonBest = pokemon
logging.info("Hey, we found the Pokemon you looks for!")
break
# Find distance to pokemon
dist = Location.getDistance(latitude, longitude, pokemon.latitude,
pokemon.longitude)
# Log the pokemon found
logging.info("Found a %s, %f meters away \n" %
(pokedex[pokemonId], dist))
rarity = pokedex.getRarityById(pokemonId)
# Greedy for rarest
if rarity > best:
pokemonBest = pokemon
best = rarity
closest = dist
# Greedy for closest of same rarity
elif rarity == best and dist < closest:
pokemonBest = pokemon
closest = dist
if pokemonBest != None:
if pokemonName != 'any':
if pokemonName.upper() != str(
pokedex[pokemonBest.pokemon_data.pokemon_id]).upper():
pokemonBest = None
logging.info("Couldn't find specific Pokemon @ this location.")
else:
logging.info(
pokedex[pokemonBest.pokemon_data.pokemon_id] +
" appears to be the rarest Pokemon @ location. Let's catch him!"
)
else:
if firstTry == True:
pokemonBest = findBestPokemon(session, config, False, pokemonName)
else:
logging.info(
"Sorry charlie, no Pokemon here. Enter a new location.")
data = [{'status': 'Did not find any pokemon @ given location.'}]
json.dump(data, open('static/catch_data.json', 'w'))
return pokemonBest
def findBestPokemon(session,config,firstTry,pokemonName):
# Get Map details and print pokemon
logging.info("Finding Nearby Pokemon:")
cells = session.getMapObjects()
closest = float("Inf")
best = -1
pokemonBest = None
#logging.critical("We seem to have problems right here..throttling sucks. Let's wait a few seconds.")
#time.sleep(7)
latitude, longitude, _ = session.getCoordinates()
logging.info("Current pos: %f, %f" % (latitude, longitude))
for cell in cells.map_cells:
# Heap in pokemon protos where we have long + lat
pokemons = [p for p in cell.wild_pokemons] + [p for p in cell.catchable_pokemons]
for pokemon in pokemons:
# Normalize the ID from different protos
pokemonId = getattr(pokemon, "pokemon_id", None)
if not pokemonId:
pokemonId = pokemon.pokemon_data.pokemon_id
if pokedex[pokemonId].upper() == pokemonName.upper():
pokemonBest = pokemon
logging.info("Hey, we found the Pokemon you looks for!")
break
# Find distance to pokemon
dist = Location.getDistance(
latitude,
longitude,
pokemon.latitude,
pokemon.longitude
)
# Log the pokemon found
logging.info("Found a %s, %f meters away \n" % (
pokedex[pokemonId],
dist
))
rarity = pokedex.getRarityById(pokemonId)
# Greedy for rarest
if rarity > best:
pokemonBest = pokemon
best = rarity
closest = dist
# Greedy for closest of same rarity
elif rarity == best and dist < closest:
pokemonBest = pokemon
closest = dist
if pokemonBest != None:
if pokemonName != 'any':
if pokemonName.upper() != str(pokedex[pokemonBest.pokemon_data.pokemon_id]).upper():
pokemonBest = None
logging.info("Couldn't find specific Pokemon @ this location.")
else:
logging.info(pokedex[pokemonBest.pokemon_data.pokemon_id] + " appears to be the rarest Pokemon @ location. Let's catch him!")
else:
if firstTry == True:
pokemonBest = findBestPokemon(session,config,False,pokemonName)
else:
logging.info("Sorry charlie, no Pokemon here. Enter a new location.")
data = [{
'status': 'Did not find any pokemon @ given location.'
}]
json.dump(data, open('static/catch_data.json', 'w'))
return pokemonBest
if config.get('AUTH','type') not in ['ptc', 'google']:
logging.error('Invalid auth service {}'.format(config.get('AUTH','type')))
sys.exit(-1)
# Create PokoAuthObject
poko_session = PokeAuthSession(
config.get('AUTH','username'),
config.get('AUTH','password'),
config.get('AUTH','type'),
''.join(['encrypt/',config.get('CONFIG', 'encryptFile')]),
geo_key=""
)
# Authenticate with a given location
# Location is not inherent in authentication
# But is important to session
if config.get('CONFIG','startLoc'):
session = poko_session.authenticate(locationLookup=config.get('CONFIG','startLoc'))
else:
session = poko_session.authenticate()
# Time to show off what we can do
logging.info("Successfuly logged in to Pokemon Go! Starting web server on port 5100.")
logging.info(pokedex.getRarityById(pokedex.BULBASAUR))
app.run(host='0.0.0.0', port=5100, debug=True)
url_for('static', filename='catch_data.json')
