MultiWalletDistro.py

import random
import time

# Dummy IPFS links for resource files
IPFS_RESOURCES = {
    "distro_instructions": "ipfs://QmExampleInstructionHash",
    "wallet_template": "ipfs://QmExampleWalletTemplateHash",
    "token_schema": "ipfs://QmExampleTokenSchemaHash",
}

class MultiWalletDistro:
    def __init__(self, token_name, owner_wallet):
        self.token_name = token_name
        self.owner_wallet = owner_wallet
        self.wallets = {}
        print(f"Multi-Wallet Distro initialized for token '{self.token_name}'.")
        print(f"Owner wallet: {self.owner_wallet}")

    def generate_wallets(self, count):
        print(f"Generating {count} wallets for distribution...")
        self.wallets = {f"wallet_{random.randint(100000, 999999)}": 0 for _ in range(count)}
        print(f"{count} wallets generated. Wallet template: {IPFS_RESOURCES['wallet_template']}")

    def distribute_tokens(self, total_supply):
        if not self.wallets:
            print("Error: No wallets available. Generate wallets first.")
            return

        print(f"Distributing {total_supply} tokens across wallets...")
        distribution = total_supply // len(self.wallets)
        for wallet in self.wallets:
            self.wallets[wallet] += distribution
            print(f"Distributed {distribution} tokens to {wallet}")
        print("Distribution complete.")

    def decrease_holder_percentage(self, adjustment):
        print("Decreasing holders' percentages...")
        for wallet in self.wallets:
            self.wallets[wallet] = max(0, self.wallets[wallet] - adjustment)
            print(f"Adjusted balance for {wallet}: {self.wallets[wallet]}")
        print("Holder percentages adjusted.")

    def sell_tokens(self, wallet, amount):
        if wallet not in self.wallets:
            print("Error: Wallet not found.")
            return

        if self.wallets[wallet] < amount:
            print(f"Error: Insufficient tokens in wallet {wallet}.")
            return

        print(f"Wallet {wallet} sells {amount} tokens.")
        self.wallets[wallet] -= amount
        time.sleep(1)  # Simulate processing time
        print(f"New balance for {wallet}: {self.wallets[wallet]}")

    def retrieve_to_owner(self):
        print("Retrieving all balances to owner wallet...")
        total_retrieved = sum(self.wallets.values())
        self.wallets = {wallet: 0 for wallet in self.wallets}
        print(f"Retrieved {total_retrieved} tokens to owner wallet: {self.owner_wallet}")

    def display_balances(self):
        print("Current wallet balances:")
        for wallet, balance in self.wallets.items():
            print(f"{wallet}: {balance}")
        print("Balances listed. Token schema available at:", IPFS_RESOURCES["token_schema"])

if __name__ == "__main__":
    print("Welcome to Multi-Wallet Distro!")
    print("Effortlessly distribute tokens and manage your supply across multiple wallets.")
    print("For instructions, refer to the IPFS resource:", IPFS_RESOURCES["distro_instructions"])
    print("For support or inquiries, contact: t.me/mxdotsol")
    
    # Example usage
    distro = MultiWalletDistro("YourTokenName", "owner_wallet_12345")
    distro.generate_wallets(10)
    distro.distribute_tokens(1000000)
    distro.decrease_holder_percentage(1000)
    distro.sell_tokens("wallet_12345", 5000)  # Replace with actual wallet ID from generated list
    distro.retrieve_to_owner()
    distro.display_balances()