client = etherscan_py.Client(API_KEY) contract = str(input("Contract adress?")) block = int(input("Block Number?")) tx = client.get_all_transactions(from_address=contract,status=2,from_block=block) nonce = [] address= [] for transaction in tx: nonce.append(transaction.nonce) address.append(transaction.from_address) nonce , address = zip(*sorted(zip(nonce,address),reverse=True)) Eth_balance = [] for address in address: Eth_balance.append(float(eth.get_eth_balance(address))/(10**18)) print(len(nonce),len(Eth_balance)) fig, ax1 = plt.subplots() ax2 = ax1.twinx() ax1.plot(nonce,"k+--",label="Number of transactions") ax1.semilogy() ax1.set_ylabel("Number of transactions") ax2.plot(Eth_balance,"ro",label= "ETH balance") ax2.semilogy() ax2.set_ylabel("ETH BALANCE") fig.legend(loc="upper right", bbox_to_anchor=(1,1), bbox_transform=ax1.transAxes) plt.show()
# etherscan.io API from etherscan import Etherscan from etherscan_credentials import etherscanApikey # etherscan.io personal API key auth = Etherscan(etherscanApikey) # call etherscan.io gas oracle gasOni = auth.get_gas_oracle print(f'Current Gas Prices', {gasOni}) print() # Wallet Address variable erc20Wallet = "0xddbd2b932c763ba5b1b7ae3b362eac3e8d40121a" # get balance for wallet address walletBalance = auth.get_eth_balance(address=erc20Wallet) print(f'Eth Balance:', {walletBalance})