How to Mint an ERC-20 Token on Base with the Interchain Token Service in 5 Steps - Moralis Web3

This step-by-step information will educate you learn how to mint a multichain ERC-20 token on the Base community utilizing Axelar’s Interchain Token Service (ITS) and use the Moralis Token API to simply retrieve token balances.

Step 1: Conditions

You will want:

Step 2: Arrange a brand new venture and required ABIs

On this step, you will have to create a brand new venture and arrange the required ABIs to work together with ITS and mint your ERC-20 token on the Base community.

Open your terminal and navigate to any listing of your alternative. Run the next instructions to create and provoke a venture:

mkdir mint-token && cd mint-token
npm init -y

Set up Hardhat and Moralis

Set up Hardhat and Moralis with the next instructions:

npm set up –save-dev [email protected] [email protected]
[email protected] @nomicfoundation/[email protected] moralis

Arrange venture ABIs

Subsequent, arrange the ABI for the Interchain Token Manufacturing facility as it is going to be wanted throughout deployment. Create a brand new file known as interchainTokenFactoryABI.json and add the Interchain Token Manufacturing facility ABI.

Create an .env file

To be sure to’re not unintentionally publishing your personal key, create an .env file to retailer it in:

contact .env

Add your personal key to .env

Export your personal key and add it to the .env file you simply created:

PRIVATE_KEY= // Add your account personal key right here

💡 If you’ll push this venture on GitHub, create a .gitignore file and embody .env.

Step 3: Arrange the distant process name (RPC)

Subsequent, you’ll must arrange the RPC. Navigate to the listing the place you put in Hardhat and run the next command:

npx hardhat init

Choose Create an empty hardhat.config.js along with your keyboard and hit enter:

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8888888888 8888b. 888d888 .d88888 88888b. 8888b. 888888
888 888 “88b 888P” d88″ 888 888 “88b “88b 888
888 888 .d888888 888 888 888 888 888 .d888888 888
888 888 888 888 888 Y88b 888 888 888 888 888 Y88b.
888 888 “Y888888 888 “Y88888 888 888 “Y888888 “Y888

👷 Welcome to Hardhat v2.18.1 👷‍

? What do you wish to do? …
Create a JavaScript venture
Create a TypeScript venture
Create a TypeScript venture (with Viem)
❯ Create an empty hardhat.config.js
Give up

Subsequent, replace hardhat.config.js with the next code snippet:

/** @kind import(‘hardhat/config’).HardhatUserConfig */
require(“@nomicfoundation/hardhat-toolbox”);
require(“dotenv”).config({ path: “.env” });

const PRIVATE_KEY = course of.env.PRIVATE_KEY;

/** @kind import(‘hardhat/config’).HardhatUserConfig */
module.exports = {
solidity: “0.8.19”,
networks: {
base: {
url: “<https://base-sepolia-rpc.publicnode.com>”,
chainId: 84532,
accounts: [PRIVATE_KEY],
},
},
};

Hardhat runs by finding the closest hardhat.config.js from the present listing, sometimes discovered on the root of your venture. Even an empty hardhat.config.js permits Hardhat to perform, as your complete setup is housed on this file.

Step 4: Mint an ERC-20 token with ITS

Now that you simply’ve arrange a Base Sepolia testnet RPC, you may mint a multichain ERC-20 token. For this tutorial, you’ll create a token utilizing the next data:

Title: My New TokenSymbol: MNTDecimals: 18

Create a brand new file named script.js. Import the mandatory dependencies:

Ethers.jsMoralisThe contract ABIThe InterchainTokenFactory contract addressYour token informationconst hre = require(“hardhat”);
const crypto = require(“crypto”);
const Moralis = require(“moralis”).default;
const ethers = hre.ethers;

const interchainTokenFactoryContractABI = require(“./interchainTokenFactoryABI”);

const interchainTokenFactoryContractAddress =
“0x83a93500d23Fbc3e82B410aD07A6a9F7A0670D66”;

// Create a brand new token
const identify = “My New Tokenn”;
const image = “MNT”;
const decimals = 18;

// Intial token to be minted
const initialSupply = ethers.utils.parseEther(“1000”);

Create a mintToken() perform

Create a mintToken() perform for minting a brand new token on the Base Sepolia testnet:

//…

// Mint a brand new ERC-20 multichain token to the Base Sepolia testnet
strive {
// Generate random salt
const salt = “0x” + crypto.randomBytes(32).toString(“hex”);

// Get a signer to signal the transaction
const [signer] = await ethers.getSigners();

// Create contract cases
const interchainTokenFactoryContract = await new ethers.Contract(
interchainTokenFactoryContractAddress,
interchainTokenFactoryContractABI,
signer
);

// Deploy the token
const deployTxData =
await interchainTokenFactoryContract.deployInterchainToken(
salt,
identify,
image,
decimals,
initialSupply,
signer.deal with
);

console.log(
`
Transaction Hash: ${deployTxData.hash},
salt: ${salt},
`
);
} catch (e) {
console.error(e);
}

Add a major() perform

Add a major() perform for executing script.js. It would deal with any errors which will come up:

//…

async perform major() {
const functionName = course of.env.FUNCTION_NAME;
swap (functionName) {
case “mintToken”:
await mintToken();
break;
default:
console.error(`Unknown perform: ${functionName}`);
course of.exitCode = 1;
return;
}
}

major().catch((error) => {
console.error(error);
course of.exitCode = 1;
});

Run script.js to deploy your token to the Base Sepolia testnet

Run the script in your terminal to create and mint the token, specifying the Base Sepolia testnet:

FUNCTION_NAME=mintToken npx hardhat run script.js –network base

You need to see one thing just like the next in your console:

Transaction Hash: 0x7695f2dd6e29240fc792d37fd6b86f402f2b5338e088e0ad4a448685e0ad565b,
salt: 0xef36cf55326c3fb9fb47c6d3828b8a4ea12fdfab31aae4bc3634bf7bbe04eb49,

Transaction: https://sepolia.basescan.org/tx/0x7695f2dd6e29240fc792d37fd6b86f402f2b5338e088e0ad4a448685e0ad565b Token: https://sepolia.basescan.org/token/0x274e53a526fa2543ce19f9c0334286b4724aa5e0

Step 5: Test the minted token stability with the Moralis API

Now that you’ve efficiently minted your new token, it’s time to retrieve the stability.

Add the Moralis API key to .env

MORALIS_API_KEY= // Add you Moralis API key right here

Get your token stability

Add the next within the script.js file:

//…

const MORALIS_API_KEY = course of.env.MORALIS_API_KEY;

// Get consumer stability with the Moralis API
async perform getBalance() {
strive {
console.log(“Getting stability…”);
await Moralis.begin({
apiKey: MORALIS_API_KEY,
});

const response = await Moralis.EvmApi.token.getWalletTokenBalances({
chain: “84532”, // Base Sepolia
deal with: “0x510e5EA32386B7C48C4DEEAC80e86859b5e2416C”, // Person deal with
});

console.log(response.uncooked);
} catch (e) {
console.error(e);
}
}

Replace major() to get the token stability

Replace major() to execute getBalance() :

//…

async perform major() {
const functionName = course of.env.FUNCTION_NAME;
swap (functionName) {
//…
case “getBalance”:
await getBalance();
break;
default:
//…
}
}

Run the script in your terminal to retrieve your token:

FUNCTION_NAME=getBalance node script.js

You need to see one thing just like the next in your console:

Getting stability…
[
{
token_address: ‘0x274e53a526fa2543ce19f9c0334286b4724aa5e0’,
symbol: ‘MNT’,
name: ‘My New Tokenn’,
logo: null,
thumbnail: null,
decimals: 18,
balance: ‘1000000000000000000000’,
possible_spam: false,
verified_contract: false,
total_supply: ‘1000000000000000000000’,
total_supply_formatted: ‘1000’,
percentage_relative_to_total_supply: 100
}
]

Abstract

The tutorial gives a step-by-step information on minting a multichain ERC-20 token on the Base Sepolia community utilizing Axelar’s Interchain Token Service (ITS). The method includes establishing conditions, creating a brand new venture and ABIs, establishing a distant process name (RPC), minting the ERC-20 token with ITS, and checking the minted token stability with the Moralis API.