Non-OR SUPPORT P2SH Utxes with Libitcoin: A C ++
solution **
As a developer, it is probably familiar with the importance of effective and safe payment systems. In this article, we will explore how to spend a P2SH utxos not learning using the Libbitcoin C ++ library.
Introduction to Bitcoin Ne-Witins P2SH
The non -Bitcoin P2SH festivals (pays for writing hash) allows more flexible and more effective transactions compared to traditional witness -based formats. However, the expense of these non -classical terms can be a challenge due to cryptographic complexity.
Problem with Libbitcoin
The Libbitcoa system is designed to support witness payment systems, which include P2D (payment in the address) and P2SH (P2SH (Payment by hash). The function of consumption () in Libbitcoin admits only P2WPK (public (public (public A key to paying a public key), which does not directly address the problem of consuming not vodated.
Solution: Using C ++ Libbitcoin
To consume Nesci P2SH utxos, we can use the capacity of consumption () Functions to verify and create new directions. By changing Libbitcoin for UTXO consumption support, we can create a C ++ library that provides an adequate interface to spend these transactions.
Here is an example of implementation:
`CPP
#Include
#include
// works to use P2SH utxo no witins using Libitcoin
BOOL SCENDSNONWITNESSUTX
// Create a new transaction
TX transaction;
// Establish the address of the sender
TX.Setsender (address);
// Add utxo without fake to the transaction
tx.addutxo (scrippubkey, 0, quantity);
// Verify and create a new consumer address
proven bool = verifytrtansacion (TX);
If (! Checked) {
return false;
ICE
// Create a new address using the generation of script libbitcoin -ve p2Sh
nint8_t *script = generatratipt (scrippubkey, 1);
int256 Stroemount = Tx.getamount ();
// Returns the spent amount and the new address as a chain in the C style
Chap output [1024];
Sprintf (output, " %with %016x", verifytrasaction (TX), Strongmount);
Return Std :: String (departure) .Substr (0, 64)! = "";
ICE
EXAMPLE OF USE
Here is an example of how to use the probenwitnessusutxo ():
`CPP
#Include
// Establish Libbitcoin with the credentials of your wallet
const uint8_t *scrippubkey = ...; // Replace the scrippub key
STD :: chain address = "..."; // Replace yourself with your public key
int main () {{)
Bool Yard = Provenwitnessus (scrippubkey, direction, 1);
If (! G.) {
STD :: CER << "UTXO ERROR CONSUMPTION:" << Libitcoin :: eroressages () [Libitcoin :: error_message_not_found];
Return 1;
ICE
// Print the large amount and the new address
Const char *output = strolnonwitustx (scrippubkey, direction, 1);
printf ("spent %016x to the address %s \ n", (int256) Strolnonwittutxo (scriptpubkey, direction, 1) .Second, leave);
Return 0;
ICE
Conclusion
In this article, we show how to spend a non -writer Utxes using the Libbitcoin C ++ library. By changing the functions of libitcoin `consumables () and exploit their ability to verify and create new addresses, we can create an adequate interface to spend these transactions.
Although this solution provides a good starting point, keep in mind that it is crucial to consult the latest Libbitcoin documentation and thoroughly test its implementation before using it in production. Good luck Coding!
