Ethereum: Can I extract BSC transaction details programmatically without going through BscScan?

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Extracting details of Ethereum transaction transactions transactions without scanning

As a developer, it may be difficult to extract detailed information from Ethereum transactions without relying at third -party API or manual analysis of HTML content. However, there are several alternatives and tools that can help you achieve this goal.

In this article, we will review alternative approaches programs to extract details on BSC (BSC Smart Chain), without the use of the official API BSCSCAN.

Alternative approaches

1

• API in the library : Explore libraries like ethers.

• Third Party Services : Use third -party services such aschainlinkor L2Scanthat offer the API endpoints to obtain data on blockchain.

Program extraction for BSC transactions **

Below is an example of how you can program the transaction details: transaction details:

installation

First install the libraries you want:

Bash

NPM Installation Web3 Ethers Web3-Explorer-API BlockSc-de

`

Example code

Create a new JavaScript file (eg “Ethereum.TS” with the following codes:

`Typescript

Import * as a web3 from “Web3”;

Import {ethers} of 'ether';

Import {blocksc} from 'blocksc.de';

// replace the URL of the BSC node

Const bscnodeurl = '

// Set the Ethereum provider

Const Web3 = New Web3 (New Ethers.Providers.Jsonrpcprovider (BSCNodeurl));

// Define the function to extract the details of the transaction

Async function GettransactionDetails (TXHash: String) {

try {

// Use API BlockSC API to obtain transaction data

Const blockscdata = Await blocksc.gettxdetails (txhash, {api_key: 'your_api_key'});

Return Blockscdata;

} Catch (Error) {

Console.error (Error);

}

}

// Example of use:

Const txhash = '0x ...'; // replace with hash transactions

GetTransactionDetails (TXHash) .Then ((Details) => {

Console.log (details);

}). Catch ((error) => {

Console.error (Error);

});

This code snippet uses the library «Web3to interact with the Ethereum node and the ettersto obtain transaction data using the BlockSC API interface.

Restrictions and next steps

Although this approach provides a more comprehensive solution than manual HTML content analysis, it still has limitations. Some potential challenges include:

* API speed limits : Keep in mind the maximum number of transactions that can be obtained per second.

* Connection of nodes : Secure a stable Internet connection to avoid errors or time limits when interacting with blockchain.

To further improve your solution:

• Implement speed limitation

  

  : Use a library asLodash` to limit API requirements based on speed and user permits.

• Errors Handling : Make robust mechanisms of handling errors to capture unexpected errors or problems related to the connection of the nodes, overload the network or invalid transaction data.

• Test thoroughly: Test your code with different scenarios thoroughly to make sure it works properly in different environments.

By processing these steps and examining alternative approaches, you can create a more reliable and more efficient solution for programming data for BSC transactions.

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