MegaETH (ENG)

⚙️ Installation

Requirements:

  • Python version 3.11.6

Download:

1 | Clone the repository

git clone https://github.com/neLNABR/MegaETH-Auto.git
cd MegaETH-Auto

2 | Create a virtual environment

python -m venv venv
venv\Scripts\activate

3 | Install dependencies

pip install -r requirements.txt

4 | Run (after setup)

python main.py

📁 Preparation (folder /data)

The /data folder contains all user-related data required for operation:

  • private_keys.txt — private wallet keys, one key per line.

  • proxies.txt — HTTP proxies in the format user:pass@ip:port, one proxy per line. If fewer proxies than accounts, they will repeat in order.

📝 config.yaml

Detailed description of the main configuration parameters:

SETTINGS:
  THREADS: 1                 # Number of threads
  ATTEMPTS: 5                # Retry attempts on errors
  ACCOUNTS_RANGE: [0, 0]    # Range of accounts to process
  EXACT_ACCOUNTS_TO_USE: [] # Specific accounts to use (only works if RANGE = [0,0])
  SHUFFLE_WALLETS: false    # Shuffle accounts before each run
  PAUSE_BETWEEN_ATTEMPTS: [0, 0]  # Pause between retry attempts
  PAUSE_BETWEEN_SWAPS: [0, 0]     # Pause between swaps
  RANDOM_PAUSE_BETWEEN_ACCOUNTS: [0, 0]  # Pause between accounts
  RANDOM_PAUSE_BETWEEN_ACTIONS: [0, 0]   # Pause between tasks
  RANDOM_INITIALIZATION_PAUSE: [0, 0]    # Pause before each account starts
  SEND_TELEGRAM_LOGS: false
  TELEGRAM_BOT_TOKEN: ""
  TELEGRAM_USERS_IDS: []
  WAIT_FOR_TRANSACTION_CONFIRMATION_IN_SECONDS: 120

FLOW:
  SKIP_FAILED_TASKS: false

FAUCET:
  SOLVIUM_API_KEY: ""  # https://t.me/solvium_crypto_bot

RPCS:
  MEGAETH:
    - "https://carrot.megaeth.com/rpc"

OTHERS:
  SKIP_SSL_VERIFICATION: true
  USE_PROXY_FOR_RPC: true

SWAPS:
  BEBOP:
    BALANCE_PERCENTAGE_TO_SWAP: [5, 10]
    SWAP_ALL_TO_ETH: false

  GTE:
    BALANCE_PERCENTAGE_TO_SWAP: [5, 10]
    SWAP_ALL_TO_ETH: true
    SWAPS_AMOUNT: [3, 5]

STAKINGS:
  EKO_FINANCE:
    CHANCE_FOR_MINT_TOKENS: 0
    BALANCE_PERCENTAGE_TO_STAKE: [5, 10]
    UNSTAKE: true

MINTS:
  XL_MEME:
    BALANCE_PERCENTAGE_TO_BUY: [10, 20]
    CONTRACTS_TO_BUY: []

You can configure via the web interface for convenience:

  1. Run the bot: python main.py

  2. Choose [2] Edit config

  3. Open the URL http://127.0.0.1:3456 in your browser

  4. Adjust settings and click Save Configuration

❗If the web config doesn't launch — edit config.yaml manually. For help, join our chat: https://t.me/StarLabsChat

💾 Database

The accounts.db file is automatically created in the /data folder. Managed via menu [3] 💾 Database actions:

  1. Create/Reset Database — create or reset the database

  2. Generate New Tasks for Completed Wallets — assign new tasks for completed wallets

  3. Show Database Contents — display database info

  4. Regenerate Tasks for All Wallets — regenerate tasks for all wallets

  5. Add Wallets to Database — add new keys without overwriting existing data

▶️ Usage

Before running, configure the tasks.py file to define task order. Example:

TASKS = [
  ["faucet"],
  ["dusted"],
  ("ambient", "eko_finance")
]

  • Square brackets [] — pick one random module

  • Parentheses () — run all modules in random order

  • Preset names can be custom

Once configured:

  1. Run the bot: python main.py

  2. In the menu, select 3, then 1 — to create the database

  3. Go back to the menu via 6 and start the bot with 1

✅ Tasks

How to switch modules in the bot

To switch between modules, go to the bot’s folder and open the file named tasks.py using a code editor or a simple text editor. Inside the file, you’ll find the variable TASKS, which looks like this:

TASKS is a list of presets. A preset is a list of modules that the bot will execute.

Example of a preset containing a module:

As you can see, FAUCET is just the name of the preset — it can be anything you like. Inside it, there’s the module "faucet" responsible for running the faucet function.

You can create your own preset by simply giving it any name, for example:

Inside your preset, you can add whichever modules you want to use — for example, dusted. Result:

Затем чтобы запустить данный пресет, вы копируете его название и вставляете в TASKS, итого:

You can use different types of randomization within a preset. For example: Square brackets [] mean the bot will randomly pick one module from those inside them. In our case: it will pick either dusted or ambient.

Round brackets () mean the bot will run all the modules inside them, but in a random order.

You can create as many lines (presets) as you like — just don’t forget to put commas between them.

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