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Ethereum: Get info from binance blockchain
Ethereum: Get Blockchain -Information from Binance Blockchain without explorers
As a newcomer, the Blockchain world is a newcomer to understand and query the decentralized data of Ethereum. In this article, we examine two methods to retrieve blockchain information with the Binance chain.
Method 1: Binance Smart Contract Explorer (BSCE)
Using **
The Binance Smart Contract Explorer is a web-based interface that allows you to view smart contracts on the Ethereum network. Although it is not designed exactly to be used to retrieve block or transaction data, it can be used with other means to achieve the goal.
So it is:
- Navigate to BSC Explorer : Go to [
- Find the smart contract you want to view : Enter the title of Ethereum-based intelligent contract (for example,
0x1234567890abcdef).
- ** Click "Details": This reveals more information about the smart contract, including its bytes and gas costs.
- Find block numbers or transaction extract
: In the "Block Details" section, you will find information about the latest blocks or transactions related to the smart contract.
Method 2: Use of Binance Chain Devices
The Binance chain offers many tools to manage and query devices on the Ethereum network. Here are two methods:
Method 2a: Using Binance API
Binance API must be used to program blockchain data.
- Create an account : Sign up for a Binance account if you don't already have it.
- Enable API : Go to [ Account settings.
- Select the data format : Select "Block" or "Transaction" as the data format you want to download.
4.
Here's an example with theeth_gettransactionByhashendpoint:
json
const API = need (‘axios’);
const url = ‘
const transactionhash = ‘0x1234567890abcdef’;
Api.get (URL, {
Params: {transactionhash},
})
.Then ((reply) => console.log (response.data))
.catch ((error) => console.error (error));
`
Method 2B: Using a Library or Frame
Many libraries and frameworks are available for programming languages such as JavaScript, Python and much more. Some popular options are as follows:
* Ethereum.js : JavaScript directory for interaction with Ethereum network.
* Web3.js : a node.js directory that provides easy-to-use API to access blockchain data.
* Python Pytorch-Solc : Device to convert the Solidity ByteCode C ++, which can then be performed on the Ethereum blockchain.
These libraries often contain pre-made functions to retrieve blocks and transaction information, facilitating programmed access to blockchain data.
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