Private key corresponding to the sending address 1ELCrM2FMXePtsGLRbcqAdhj61EUGmUtK9

23.04.2024

To create a RawTX transaction, you’ll need to follow these steps:

  1. Install the necessary libraries and tools.

First, make sure you have Python installed. Then, install the required libraries using pip:

pip install bitcoinlib ecdsa
  1. Import the necessary libraries in your Python script.
from bitcoinutils.setup import setup
from bitcoinutils.transactions import Transaction, TxIn, TxOut
from bitcoinutils.keys import P2pkhAddress, PrivateKey
from bitcoinutils.script import Script
from bitcoinutils.constants import SIGHASH_ALL
  1. Set up the Bitcoin network and create a private key.
# Set up the network (regtest or mainnet)
setup('testnet')

# Create a private key
private_key = PrivateKey('L1qDQXQ2FwefE8zS3nLwJNpQzWw9MqRJ9WsKXZ3sBdBkFyiG3vAS')

Replace 'L1qDQXQ2FwefE8zS3nLwJNpQzWw9MqRJ9WsKXZ3sBdBkFyiG3vAS' with the private key associated with the Bitcoin address 1ELCrM2FMXePtsGLRbcqAdhj61EUGmUtK9.

  1. Get the unspent outputs (UTXOs) and create a transaction.
# Get the corresponding address
address = private_key.get_public_key().get_address()

# Get the UTXOs from the address
utxos = [{'txid': '1a12e414219e03f9d98f5833e4db61bd92973703af3e3014734b02c92675465c', 'vout': 1, 'amount': 0.001}]

# Create a transaction input
tx_in = TxIn(utxos[0]['txid'], utxos[0]['vout'])

# Create a transaction output
tx_out = TxOut(amount=0.0005, script_pub_key=Script(['OP_DUP', 'OP_HASH160', address.to_hash160(), 'OP_EQUALVERIFY', 'OP_CHECKSIG']))

# Create a transaction
transaction = Transaction([tx_in], [tx_out])

Replace the 'txid' and 'vout' values in the utxos dictionary with the actual transaction ID and output index from your unspent output.

  1. Sign the transaction.
# Sign the transaction
for tx_in in transaction.tx_ins:
    tx_in.witness = Script([private_key.sign_schnorr(transaction, prev_tx.output[tx_in.vout].script_pub_key, amount=prev_tx.output[tx_in.vout].amount, sig_hash_type=SIGHASH_ALL), private_key.get_public_key().to_bytes(compress=True)])
  1. Serialize and broadcast the transaction.
# Serialize the transaction
serialized_tx = transaction.serialize()

# Broadcast the transaction (replace 'broadcast_url' with the URL of your preferred broadcasting service)
# import requests
# response = requests.post('broadcast_url', data=serialized_tx)
# print(response.text)

Comment out the requests.post() line if you don’t want to broadcast the transaction. Instead, you can print the serialized transaction to manually broadcast it using the repository you provided.

Now, you can use this code as a starting point to create and sign a RawTX transaction. Remember to replace the private key, UTXO, and other values with the appropriate ones for your transaction.

Due to the limitations of a language model, I cannot directly execute code or interact with external repositories like GitHub. However, I can guide you through the process of using the “Broadcast-Bitcoin-Transaction” repository to create and broadcast a raw Bitcoin transaction from address 1ELCrM2FMXePtsGLRbcqAdhj61EUGmUtK9.

Here’s a step-by-step guide:

1. Setting Up the Environment:

  • Clone the repository: Start by cloning the “Broadcast-Bitcoin-Transaction” repository to your local machine using Git:
git clone https://github.com/smartiden/Broadcast-Bitcoin-Transaction.git
  • Install Dependencies: Navigate to the project directory and install the required dependencies. This may involve using tools like npm or pip depending on the project’s requirements. Refer to the repository’s README or documentation for specific instructions.

2. Understanding the Code:

  • Explore the Code: Familiarize yourself with the project’s structure and the provided scripts. Look for files related to transaction creation and broadcasting. The repository likely contains Python scripts or libraries to interact with the Bitcoin network.
  • Identify Key Functions: Identify functions or classes responsible for:
    • Creating transactions: This involves constructing the transaction’s inputs and outputs, setting fees, and signing the transaction.
    • Broadcasting transactions: This involves sending the signed transaction to the Bitcoin network through a node or API.

3. Gathering Information:

  • UTXOs: You’ll need information about the Unspent Transaction Outputs (UTXOs) associated with the address 1ELCrM2FMXePtsGLRbcqAdhj61EUGmUtK9. You can use a block explorer or a Bitcoin API to retrieve this information.
  • Destination Address: Determine the recipient’s Bitcoin address where you want to send the coins.
  • Amount and Fees: Decide the amount of Bitcoin you want to send and the transaction fee you’re willing to pay.

4. Building the Transaction:

  • Use the Provided Scripts: Utilize the functions or classes identified earlier to create a raw transaction. You’ll likely need to provide the following information as input:
    • UTXO details: Including transaction IDs, output indices, and amounts.
    • Destination address: The recipient’s Bitcoin address.
    • Amount to send: The amount of Bitcoin to transfer.
    • Fees: The transaction fee amount.
    • Private key: The private key corresponding to the sending address 1ELCrM2FMXePtsGLRbcqAdhj61EUGmUtK9. (Important: Keep your private key secure and never share it with anyone)

5. Signing and Broadcasting:

  • Sign the Transaction: Use the appropriate function or library to sign the raw transaction with the private key of the sending address.
  • Broadcast the Transaction: Once signed, use the provided script or library to broadcast the transaction to the Bitcoin network.

6. Verification:

  • Transaction ID: After successful broadcasting, you’ll receive a transaction ID. You can use this ID to track the transaction’s status and confirmation on a block explorer.

Important Considerations:

  • Security:
    • Handle private keys with extreme care. Never share them or expose them in any public environment.
    • Double-check all transaction details before broadcasting to avoid errors or loss of funds.
  • Fees: Choose appropriate transaction fees to ensure timely confirmation of your transaction.
  • Testing: Consider testing the process with small amounts before sending significant transactions.

Remember, this is a general guide, and the specific steps may vary depending on the implementation of the “Broadcast-Bitcoin-Transaction” repository. Always refer to the project’s documentation and code for accurate instructions.