# This script is used to recover lost or damaged Bitcoin private keys using a technique called "guess and check."
# It takes in a list of possible private key guesses and tries them until it finds one that matches the provided address.

# Import necessary libraries
import argparse # Library for parsing command line arguments
import itertools # Library for creating combinations of elements in a list

# Create argument parser
parser = argparse.ArgumentParser(description='Recover lost or damaged Bitcoin private keys using a "guess and check" technique.')

# Add arguments to the parser
parser.add_argument('--rawprivatekey', action='store_true', help='Flag to indicate that the provided private key is in raw format')
parser.add_argument('--addrs', type=str, help='The Bitcoin address to match the private key with')
parser.add_argument('--wallet-type', type=str, help='The type of wallet the private key belongs to')
parser.add_argument('--max-tokens', type=int, help='The maximum number of tokens to use for guessing the private key')
parser.add_argument('--tokenlist', type=str, help='The file path to the list of tokens to use for guessing the private key')

# Parse the arguments
args = parser.parse_args()

# Store the arguments in variables for easier access
is_raw_private_key = args.rawprivatekey
address = args.addrs
wallet_type = args.wallet_type
max_tokens = args.max_tokens
token_list_path = args.tokenlist

# Open the token list file and read the tokens into a list
with open(token_list_path, 'r') as token_file:
    token_list = token_file.read().splitlines()

# Create combinations of tokens based on the maximum number of tokens specified
token_combinations = itertools.combinations(token_list, max_tokens)

# Loop through each combination of tokens
for combination in token_combinations:
    # Join the tokens together to create a possible private key
    possible_private_key = ''.join(combination)

    # Check if the private key is in raw format
    if is_raw_private_key:
        # If it is, convert it to a hex string
        possible_private_key = possible_private_key.encode('utf-8').hex()

    # Check if the private key matches the provided address
    if possible_private_key == address:
        # If it does, print the private key and exit the loop
        print('Private key found: ' + possible_private_key)
        break

// This script is a list of possible private key guesses in hexadecimal format.
// It is used to generate a list of potential private keys for a Bitcoin wallet.

// We specify our address and wallet type (in this case, Bitcoin).
// We also set some other options like max tokens and tokenlist.

// The "tokenlist" option is where the magic happens!
// It is a list of possible private key guesses in hexadecimal format.

// For example:
// 5db77aa7aea5%2h7d6b4c64dab21%h972cf4763d4937d3e6e17f580436dcb10%3h

// The script should be corrected as follows:

const address = "5db77aa7aea5"; // Specifies the address for the Bitcoin wallet
const walletType = "Bitcoin"; // Specifies the type of wallet
const maxTokens = 3; // Sets the maximum number of tokens to be generated
const tokenlist = ["2h7d6b4c64dab21", "h972cf4763d4937d3e6e17f580436dcb10", "3h"]; // Creates a list of possible private key guesses in hexadecimal format

// The script now includes annotations and is more organized and readable.