Solana: How to Properly Execute Serialized Solana Transaction From Backend Using web3.js and Wallet Adapter?

He said an Ires article on a child on how to provide a SOLANA serial transaction to Backed user web3.js and Solana React Wallet: JS and Solana React Wallet: JS and SOLANA REACT Wallet:

Introduction

Solana is a quick and scales blockchain that the developers of developing decentralized applications (DAPS) with the new programming. The key advantages of Solana are support for serial transactions, White allows for more and more transformation implementation.

At Art Thit Art, we will go through the process of performing a SOLANA serial transaction in the backend using Web3.js and Solana React Wallet Adapter.

* Prewites

Before you start, they will sweat you:

  • SOLANA developer profile and portfolio address.

  • Web3.js library installed in your project.

  • Serialized transactions (eg by SOLANA CLI or web application).

** Step 1: Serealized work/ genate work/

To perform a serialized transaction, you frest you need to generate the backend using SLI:

`!

Alina-Cli-Key-Path

s

Replace M 'the portfolio addresses and the Yu Waant transaction function function (for example, dill ") and with the entry of adhesion login>' Witt the Traction-entry into login.

For an exam:

!

HOUL-CLI-KEY-PATH

s

This by generating a transaction on your Backed Server.

Step 2: Installing Web3.js

Make the transmission is the installation of Yeb3.js in your project. You have an NPM or YEN installation:

!

NPM installed Web3

s

or

!

killing

s

Step 3: Import and use web3.js

Each front application, IMB3.JS Importing, and its use to interact with Solana network:

ovasscript

Import Web3 is 'web3';

Cont web3 = man web3 (new web3. Providers.httpprovider ('htps: //oll.com/rpc')))))));

s

Step 4: Complete a serialized transaction

Solana: How to Properly Execute Serialized Solana Transaction From Backend Using web3.js and Wallet Adapter?

To perform a serialized transaction, you must send the generated transaction on the rear server of YUR to the Web3.js library:

ovasscript

Continent Transactionhh = Man Web3.eth.sendrawransction (HXSTRING);

thoughtful intake = man web3.ett

s

Replace 'with the hexadecimal responsibilities of the series transaction.

Step 5: Error Processing and Recovery

When performing a serialized transaction, it is essential to deal with errors and return in case something goes wrong:

ovasscript

tet

Continent Transaction = Wait Web3.ETH.ScressRandransction (HXSTRING);

// Complete the transaction on your rear server using the Web3 'library

} citch (errorr) {

Console.erro (Err (Ernic);

}

s

When evaluating in the real world, you know that Wald wants to deal with mistakes and return if something goes wrong. For an exam:

ovasscript

Continent Transaction = Wait Web3.ETH.ScressRandransction (HXSTRING);

imif (! transaction) {

// Restore the transaction

reputation;

}

// Complete the transaction on your rear server using the Web3 'library

s

Step 6: Display User Results

Fulow, you need to design your user's results:

ovasscript

Consent = Wait Web3.Th.gettransasonsection (Hish Transaction);

consoles.log (result);

` s

This is just a basic justification of Solana serialized transactions in fact Backed UB3.js and Adapter for the Solana React portfolio. You can customize this consent to the process of your specific requirements.

The hope that this artistic is a Solana serial transactions on the front using Web3.js and Solana React Wallet Adapter!

ETHEREUM REQUIREMENTS ACCEPT SEGWIT TRANSACTIONS

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