This library lets you use the game's API to automate everything in the Fruitcraft game. Basically, it provides the tools you need to write code that acts like a bot—playing the game for you, handling tasks, fighting battles, managing your tribe, upgrading assets, and more. With it, you can create programs that make the gameplay faster and easier, helping you grow in the game without manual effort.

from fruitbot import Client
from fruitbot.enums import CardPackTypes

bot = Client(session_name="fruit", restore_key="TOUR ACCOUNT RESTORE KEY")

data = bot.loadPlayer(save_session=True)
print(f"name: {data['name']},   amount of gold: {data['gold']},  id: {data['id']}")
print(bot.buyCardPack(CardPackTypes.BROWN_PACK))

The fruitbot library uses the latest encryption method by default to match the current Fruitcraft game version.

To use the older encryption (e.g. for legacy accounts or testing), set enc_version=1:

Client(session_name="fruit", restore_key="TOUR ACCOUNT RESTORE KEY", enc_version=1)

You can utilize the decorators on_message_update(), on_player_status_update(), on_battle_alert(), on_battle_update(), on_auction_update() and on_tribe_membership_update() to receive and process the updates you need.

To start receiving updates, call the comebackToGame() method and set the open_socket argument to True.

For example:

from fruitbot import Client
from fruitbot.exceptions import OnlineOnAnotherDevice, PlayingOnAnotherDevice
from colorama import Fore
from time import sleep

bot = Client(session_name="fruit", restore_key="YOUR ACCOUNT RESTORE KEY")

try:
    account_name = bot.loadPlayer(save_session=True)["name"]
except (OnlineOnAnotherDevice, PlayingOnAnotherDevice) as e:
    print(e)
    exit()

@bot.on_message_update()
def answerMessage(message: dict):
    if "سلام" in message["text"] and message["sender"] != account_name:
        bot.sendMessageToTribe(f"Hi {message['sender']}")
        sleep(1)
    print(f"{Fore.GREEN}\u202A{message['sender']}:\u202A{Fore.RESET} {message['text']}")

bot.comebackToGame(open_socket=True)
sleep(60)
bot.stopUpdates()

As demonstrated in the previous example, you can use the stopUpdates() method to terminate the reception of updates. Without invoking this method, updates will continue to be received forever, unless an issue arises.

If you ever need a specific update for any reason, @on_special_event() is here to assist you. The only required argument is push_message_type.

@bot.on_special_event("battle_help")
def helpTribemate():
    # your code
    pass