. Here’s a draft:
Merging Multiple Bitcoin Fractions Into A Single Address
Introduction
In this article, we will explore How to create a creatrawtransaction
Backgroound
The creatrawtransaction function is used to construct a transrusation in the Bitcoin standard. IT Takes Varius Parameters, including Input Addresses, Output Addresses, Fees, and Other Options. To achieve from goal, we will be modified
Modified Createrawtransaction Function
The modified createrawtransaction is as follows:
`C
#Include
#Include
// Function to merge multiple fractions of bitcoins in the synle output.
Void MergeFractions (Script & Input, Const.
CONST SRUCT Bitcoin :: Script* Outputs [],
SIZE_T NUM_OUTPUTS)
{
// Calculate Total Amount Received in the Combined Transaction
Long Long Amount = 0;
for (size_t i = 0; i
amunt += outputs [i]->getamount ();
}
// Create New Script
Script Script New_script;
new_script.vp = nullptr;
// CREATE INPUT WITH FRACTIONS OF BITCOLS FROM EACH ADDRESS
for (size_t i = 0; i
Const structure :: script & fraction = outputs [i];
new_script.vp-> Addfraction (fraction);
}
// Set the Amount to Be Sent in the Transaction
new_script.amouunt = amount;
// SET THE INPUT ADDRESS FOR THE NEW SGRIPT
new_script.input_address = 0;
// Create and Sign
Structure Bitcoin :: Transaction* TX = Bitcoin_new_transaction (& new_script);
if (! tx) {
error ("failed to create new transaction");
Return;
}
// Set the Input for the Transaction (Use and Single Address)
Const structure :: script & input = Get_input_address (0, 1);
Bitcoin_input_set TX, TX2 (TX, Input);
// Sign the Transaction Using the Wallet's Public Key
if (! Bitcoin_sign (tx, null, 1)) {
error ("failed to sign transaction");
Return;
}
// Print the New Transaction Details
print_transaction_details (TX);
}
Explanation
This modified Function Mergefractions takes with multiple fractions of bitcoins and an array of scripts. It is the new script that cobines theese fractions, sets its amount to be sent, and signs it worth the ball’s collection.
To use this function, you would need to:
1.
2.
3.
Example Use Case
Suppose you separate Bitcoin Wallets, Wallet1 and Wallet2, with the ‘anderdresss1 and addresss2respective. .
First, create an array of scripts repressing each fraction of Bitcoins:
C
CONST SRUCT Bitcoin :: Script* Wallet1_Fractions [] = {
...,
{New Script (), 0},
{New Script (), 1}
};
Next, call mergefractions with the first input input in input the news (e.g.,ddress1):
`C
MergeFractions (Wallet1_Fractions [0], Wallet1_Fractions + 1, sizeof (Wallet1_Fractions) / sizeof (Wallet1_frection [0]);
This will be merge the funds from the both of the hereto a singleto a single output addresss3.