Non-wall transactions from Ethereum with bitcoin-rpc

While you examine the Bitcoin protocol with Bitcoin-Q, you can, in particular” Bitcoin-RPC ‘) to access non-wallet transactions Extract the block and then information about it.

Requirements

Before driving away, make sure that:

• Bitcoin-Qt installs on your system.

• A working connection to the Ethereum network.

Call all blocks and transactions

To get all blocks and their transactions, you can use a loop that continuously calls “Getblockchainininfo” with the “RAW” parameter set to “1”. This calls up a list of blocks in JSON format.

`Python

Import BitcoinRPC

DEF get_blocks_and_transactions ():

rpc = bitcoinrpc.rpc ()

Block_info = rpc.getblockchaininfo ([1000])

Call the first 1000 blocks

For block in block_info ['blocks']:

Print (f "block {block ['hash']}:")

For TX in block ['transactions']:

print (tx ['hex']))

This code issues a list of transactions that are assigned to each block.

Calling non-wallet transactions

In order to obtain non-wallet transactions (i.e. publicly available) transactions, you have to access them with the RPC call from a geting. This method is more complex because direct interaction is required directly with the Ethereum network.

Here is a sample implementation in Python:

`Python

Import BitcoinRPC

DEF GET_NON_WALLET_TRANSACTIONS (Block_hash):

rpc = bitcoinrpc.rpc ()

tx_list = []

For I in the area (1, 100):

up to 99 transactions for demonstration purposes

Attempt:

Transaction = rpc.Gettransaction (block_hash, i) ['transaction'] ['hex']]

If 'not in transaction

tx_list.append (transaction)

Except exception as E:

Print (f "get error {i}: {e}")

Gives Tx_list back

Example use

Block_hash = "your_block_hash_here"

non_walllet_txs = get_non_wallet_transactions (block_hash)

For tx in non_wallet_txs:

Print (TX)

This code brings up to 99 transactions for each block and prints them out.

Important considerations

When working with Bitcoin-RPC, note the following:

• The “Gettransaction method” returns a list of transaction objects that contain information such as “von”, Ti,Value etc.

• Non-wall transactions usually have no details from the address or other publicly available details. Therefore, this example only picks up non-wallet transactions that are directly connected to the specified block hash.

Please note that these examples show the basic use of Bitcoin-RPC and may require adjustments based on your specific requirements. Also note that the interaction with the Ethereum network can be resource-intensive. Always make sure that you have sufficient connections or have more efficient methods such as storing or pagination for large data records.

ethereum third confirmations