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Ethereum: How to access API data for Lead traders at Binance (Copy Trade)
As a merchant who works with the Binance copy negotiation platform, you are probably interested in analyzing and predicting negotiations from leading traders. However, one of the main challenges is to access the necessary data through Binance’s public APIs.
In this article, we will explore how to use the Ethereum Blockchain API to access Binance leader traders data.
Why binance public APIs are not enough
Binance’s public APIs are great for collecting general market data and negotiation, but does not provide detailed information about the performance of individual traders or their possible leads. To get a deeper understanding of the market and make informed forecasts, you need to access the underlying data used by Binance to identify profitable negotiations.
A API Blockchain Ethereum
Ethereum blockchain is a decentralized and open source platform that provides a safe and transparent way to store and share data. One of its most powerful Apis is the Ether.js' Library, which allows developers to interact with the Ethereum network using JavaScript.
To access trader -lider data on binance (negotiating copy), you will need to use the Ethereum blockchain API. Here is a step by step guide:
- Install theEthers.js
library **
First, install theEther.jslibrary, running the following command at its terminal:
Bash
NPM Install ÉTERS
`
- Configure your Binance API credentials
Before accessing the API, you will need to set up your Binance API credentials. You can do this by creating a binance account and generating a new API key.
`Json
{
“Apikey”: “Your_api_Key”,
“Apisecretid”: “Your_api_secret_id”
}
`
- Create a contract
To access trader data, you will need to create a contract that interacts with the Blockchain Ethereum API. You can use the Ether.js library to create a new contract.
`JavaScript
CONST Web3 = Requires (‘Web3’);
Constte Ethers = Requires (‘Éters’);
// Configure your Binance API credentials
CONST APIKEY = “Your_api_Key”;
CONST APISECRETID = “your_api_secret_id”;
// Create a new instance of the web3
CONST WEB3 = New Web3 (Newherhers.Providers.jsonrpcProvider (
‘
);
// Define your ABI contract (application binary interface)
CONST ABI = {
// … contracted functions and variables …
};
// Create a new contract
CreateContract () {) asynchized function
CONSTA Contactabi = Web3.eth.abi.passes (ABI);
CONSTRATRINTINANCE = new ethhers.contract (
‘0xyour_contract_address’,
Contractabi,
Web3.Tobuffer (Apikey)
);
// Obtain the data from the Binance API leader trader
Const Leads = WAIT CONTRATINSTANCE.Leadtraders ();
Return leads;
}
`
- Call
Leadtraders ()Function
After creating the contract, you can call the Leadtraders () function to access trader data.
`JavaScript
Const Leads = Aguart CreateContract ();
console.log (leads);
`
Example of case use
Here is an example of a use case that demonstrates how to access the leader trader data using the Ethers.js library:
`JavaScript
ASSINCRONE FUNCTION MAIN () {
// Configure your Binance API credentials
CONST APIKEY = “Your_api_Key”;
CONST APISECRETID = “your_api_secret_id”;
// Create a new instance of the web3
CONST WEB3 = New Web3 (Newherhers.Providers.jsonrpcProvider (
‘
);
// Define your ABI contract (application binary interface)
CONST ABI = {
// … contracted functions and variables …
};
// Create a new contract
CreateContract () {) asynchized function
CONSTA Contactabi = Web3.eth.abi.passes (ABI);
CONSTRATRINTINANCE = new ethhers.contract (
‘0xyour_contract_address’,
Contractabi,
Web3.
