Etherum: API ASIC is?
Because Antminner Asic is connected to the Internet, you already start. To recover and store your data from multiple Asicles, you will need to implement an app (API) programming interface that allows you to send requests to your ASIC and receive your answers in this article , we will explore if these API exists for Blockchain Applications based on Ethereum and we will provide guidelines on how to configure a solution.
What is API ASIC?
A ASIC API usually refers to the application programming interface offered by the ASICS manufacturer (for example, antininer in your case). These APIs often allow developers to interact with ESIC firmware, recover data or send requests to access the specific functionality. In Ethereum’s blockchain -based blockchain applications, it can involve recovery and storage of data from multiple asics.
Ethhereum has an ASIC API?
Unfortunately, there is no direct API available to the public to interact with individual asics as an anti-hiner. However, Ethereum Virtual Machine (EVM) offers several API that allow developers to access various data and features of blockchain:
- Web3.JS
: a popular javascript library to interact with the Ethereum network. Although not specific to ASICs, Web3.JS can be used to connect to multiple asici and recover your data.
- Ethereum.JS
: Another Javascript library for Ethereum development, which also provides API to access blockchain data.
To implement an API that allows you to interact with your anti -hiner web interface from another program on another machine, we will focus on using Web3.Js.
Configuring a solution
Here is a high -level overall image on how you can create a simple solution:
- Install Web3.JS : Use NPM or Fire to install Web3.JS on your project:
`Bash
NPM Install Web3
- Create an Ethereum account and get the private key : You will need to create an Ethereum account, generate a new private key and store it safely.
- Use Web3.JS to connect to the anti -hiner web interface : Create a javascript file (egGetaSyncData.js
) that connects to the Anti -Hiner web interface using the Ethers.JS library:
`Javascript
Constei ethers = requires (‘éters’);
Constant axes = requires (‘axios’);
GetaSyncData asynchronous function (ID, Privatekey) {
Const supplor = new ethorers.providers.web3provider (New Ethers.Providers.JsonrpProvider (‘
Constt contract = etherers.contract (antinercontract, {date: 0x {id} … }, supplier);
to try {
Consist = wait toxes.get (https: // $ {id} .etherscan.io/api/properties? Modules = antinnercontract & ids = $ {id} & action = query & format = json);
Consists of hashrat = json.Pass (reply.date) ['hashrata'];
Constitution = answer.date ['temperature'];
Console.log (hash tax: $ {hashrate} ghz, temperature: $ {temperature} C);
// store data in a database or local file
LocaltiStosta.Sette (ID,hash tax: $ {hashrata} Ghz, temperature: $ {temperature} C);
} Catch (error) {
console.error (error);
}
}
- Create a script to run Web3.JS : Create another JavaScript file (for example,Main.js
) that will create the web3.JS court and call the GetaSyncDatafunction:
`Javascript
Const gatasyncData = async () => {
Constame Id = ‘your_id’;
Cons Privatekey = ‘your_private_key’;
to try {
Wait GetaSyncdata (ID, Privatekey);
} Catch (error) {
console.error (error);
}
};
GetaSyncData ();
`
- Roll your script : Save both files and runMain.Js` on your terminal.
This basic example demonstrates how you can use Web3.JS to connect to the anti -hiner web interface and recover your data, including the rate and hash temperature.