def get_pokemon_slot_left(self):
pokemon_count = inventory.Pokemons.get_space_used()
if pokemon_count != self.last_pokemon_count:
self.last_pokemon_count = pokemon_count
self.logger.info("Pokemon Bag: %s / %s", pokemon_count, self.max_pokemon_storage)
inventory.update_web_inventory()
return inventory.Pokemons.get_space_left()
def get_pokemon_slot_left(self):
pokemon_count = inventory.Pokemons.get_space_used()
if pokemon_count != self.last_pokemon_count:
self.last_pokemon_count = pokemon_count
self.logger.info("Pokemon Bag: %s / %s", pokemon_count, self.max_pokemon_storage)
inventory.update_web_inventory()
return inventory.Pokemons.get_space_left()
def work(self):
inventory.update_web_inventory()
return WorkerResult.SUCCESS
def work(self):
inventory.update_web_inventory()
def work(self):
inventory.update_web_inventory()
def work(self):
if (not self.enabled) or (self.get_pokemon_slot_left() > 5):
return WorkerResult.SUCCESS
self.open_inventory()
try_evolve_all = []
try_upgrade_all = []
keep_all = []
for rule in self.config_keep:
mode = rule.get("mode", "by_family")
names = rule.get("names", [])
whitelist_names, blacklist_names = self.get_colorlist_names(names)
if mode == "by_pokemon":
for pokemon_id, pokemon_list in self.group_by_pokemon_id(
inventory.pokemons().all()):
name = inventory.pokemons().name_for(pokemon_id)
if name in blacklist_names:
continue
if whitelist_names and (name not in whitelist_names):
continue
try_evolve, try_upgrade, keep = self.get_best_pokemon_for_rule(
pokemon_list, rule)
try_evolve_all += try_evolve
try_upgrade_all += try_upgrade
keep_all += keep
elif mode == "by_family":
for family_id, pokemon_list in self.group_by_family_id(
inventory.pokemons().all()):
matching_names = self.get_family_names(family_id)
if any(n in blacklist_names for n in matching_names):
continue
if whitelist_names and not any(n in whitelist_names
for n in matching_names):
continue
if family_id == 133: # "Eevee"
try_evolve, try_upgrade, keep = self.get_multi_best_pokemon_for_rule(
pokemon_list, rule, 3)
else:
try_evolve, try_upgrade, keep = self.get_best_pokemon_for_rule(
pokemon_list, rule)
try_evolve_all += try_evolve
try_upgrade_all += try_upgrade
keep_all += keep
elif mode == "overall":
pokemon_list = []
for pokemon in inventory.pokemons().all():
name = pokemon.name
if name in blacklist_names:
continue
if whitelist_names and (name not in whitelist_names):
continue
pokemon_list.append(pokemon)
try_evolve, try_upgrade, keep = self.get_best_pokemon_for_rule(
pokemon_list, rule)
try_evolve_all += try_evolve
try_upgrade_all += try_upgrade
keep_all += keep
try_evolve_all = self.unique_pokemon_list(try_evolve_all)
try_upgrade_all = self.unique_pokemon_list(try_upgrade_all)
keep_all = self.unique_pokemon_list(keep_all)
transfer_all = []
evolve_all = []
upgrade_all = []
xp_all = []
for family_id, pokemon_list in self.group_by_family_id(
inventory.pokemons().all()):
try_evolve = [
p for p in try_evolve_all if self.get_family_id(p) == family_id
]
try_upgrade = [
p for p in try_upgrade_all
if self.get_family_id(p) == family_id
]
keep = [p for p in keep_all if self.get_family_id(p) == family_id]
transfer, evolve, upgrade, xp = self.get_evolution_plan(
family_id, pokemon_list, try_evolve, try_upgrade, keep)
transfer_all += transfer
evolve_all += evolve
upgrade_all += upgrade
xp_all += xp
self.apply_optimization(transfer_all, evolve_all, upgrade_all, xp_all)
inventory.update_web_inventory()
return WorkerResult.SUCCESS