Ethereum: Ethereum/BSC blockchain transaction data

Here is a draft of the article on blockchain ethhereum/BSC transactions:

Understand transactions in Ethereum/BSC: Guide

Binance Smart Chain (BSC) has gained significant attraction in recent years, offering rapid and affordable transactions to users. However, as an application for the construction of a programmer in a BSC using a web3js, you can find challenges to navigate the data of complex transactions that regulate the operation of Blockchain.

In this article, we will immerse ourselves in the world of Ethereum/BSC transaction, exploring what this means, how it works and providing tips to solve the problem of the usual problems.

What are transaction data in Ethereum/BSC?

The transaction data is related to the data contained in the transaction to the Ethereum/BSC block chain. These data include:

• Transaction ID : A unique identifier for each transaction.

• From : The address of the sender of the transmitted funds.

• A : The address of the recipient.

• Value : The amount of ether (eth) or other tokens that are transmitted.

• Gas ​​price : Gas price required to execute a transaction.

• Gas ​​limit : Maximum number of gas units that can be spent on a particular block.

• Time brand : Time label since the transaction was created.

Transaction data format

The transaction data format in Ethereum/BSC is as follows:

`

{

“Transaction”: “0x1234567890abcdef”,

“From”: “0x1234567890abcdef”,

“TO”: “0x9876543210FEDCBA”

“Value”: “1.0000000000000000000000”, // eth

“GASPRICE”: “20.00000000000000000000” // gas price in GWEI

ICE

`

Normal problems with transaction data

As web3js developer, you can find the following problems by working with transactions in Ethereum/BSC:

• ID -OV Transaction : If you use the eth_abi library, make sure your transactions are generated correctly and include unique ids transactions.

• Gas ​​prices : If you experience spores or congested networks, try to increase gas prices by adding to your “gas” field in the transaction data format.

• Gas ​​limit : Make sure your applications are correctly configured for gas restrictions, since they exceed them, they can give rise to errors or slow transactions.

Example of transaction data

Here is an example of a simple transaction data structure in JavaScript:

`

const tx = {

Transacid: ‘0x1234567890abcdef’,

of: ‘0x1234567890abcdef’,

A: ‘0x9876543210FEDCBA’,

Value: ‘1.00000000000000000000’, // eth

GASPRICE: ’20 .0000000000000000000000 ‘// gas price in GWEI

};

Console.log (Tx);

// Exit:

// {{

// Transacionid: “0x1234567890abcdef”,

// of: “0x1234567890abcdef”,

// A: “0x9876543210FEDCBA”,

// Value: “1.00000000000000000000”,

// Gasprice: “20.00000000000000000000”

//}

`

Conclusion

Transaction data is a critical component of the Ethereum/BSC block chain, and understanding its format and behavior can help you build slave and reliable applications. After these tips and guidelines, I should be able to solve the usual problems with data on the transaction in BSC.

If you still have problems, do not hesitate to share your code or error messages, and I will do everything possible to help you solve the problem.

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