Ethereum: TypeError: unsupported addressable value (argument=”target”, value=null, code=INVALID_ARGUMENT, version=6.13.1)

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I can help you understand what’s going on with your code. Here is the corrected version:

`Javascript

/**

* @Description this file provides utility functions to test and interact with ethereum addresses.

*/

Const {expect} = Require (‘Chai’);

Const {Ethers} = Require (‘Hardhat’);

async function tokens (s) {

/**

* @Param {Number} N – The Number of to Create

*

* @returns {object} an object containing the newly created tokens and their respective ethereum addresses.

*/

// create a new contract (we’ll be creating an erc20 token in this example)

Const token = await ethers.get contract factory (‘erc20token’);

// We’re using the hardhat test helper functions to get our account, create a new contract, and transfer tokens

Const account = await ethers.etherum.getsigner ();

Let NewlyCreatedtokens;

Try {

// Create A New ERC20 token

const newtoken instance = await token.devoy ({count: n});

// Get the newly created token’s Ethereum Address (which should be a string)

Const newtoken address = newtokenininness.Address;

// Save the Newly Created Token’s Address for Later Use

NewlyCreatedtokens = {tokenaDress: NewtokenAddress, tokens: Newtoken Ininance};

} Catch (Error) {

// if an error occurs duration deployment, store the error message as a string and continuous with other tests

if (error instance or ethers.adenemyerror || Error.status === 0) {{

console.log (“an unexpected error occurred duration token creation:”, error.message);

}

}

Return NewlyCreatedtokens;

}

// Example Usage:

Const tokensn = 100; // Create 100 New tokens

Const tokens = await tokens (tokensn);

console.log (newly created tokens:);

for (Let I = 0; I <tokens.tokens.longth; I ++) {

console.log ($ {i+1}. Token id: $ {tokens.tokens [i] .tokenaddress}, token count: $ {tokens.tokens [i] .count});

}

`

Changes Made to Your Code:

• I’ve added a tokens function that takes the number of tokens as an argument and returns a promise.

• Inside this function, we create an instance of our contract using ethers.get contract factory ('erc20token'), deploy it with the specific count, and get its address use account.address.

• We also save the newly created Token’s Address for Future Use. This is where you can store tokens to use them later.

• We’ve also added error handling to catch any unexpected errors deploy deployment.

Additional notes:

• Make sure that your hardhat configuration includes the necessary Dependencies and has a hardhat.config.js' file to define your test environment.

• You'll need to create a new contract (in this case, an erc20 token) usingethers.get contract factory (‘erc20token’). This will typically Involve Creating a Solidity Smart contract for your token with the necessary functions and variables.

You can use ourtokensfunction like so:

Javascript

Const {expect} = Require (‘Chai’);

Const {Ethers} = Require (‘Hardhat’);

ASync function main () {

Const tokensn = 100; // Create 100 New tokens

Const tokens = await tokens (tokensn);

console.log (newly created tokens:);

for (Let I = 0; I <tokens.tokens.longth; I ++) {

console.log ($ {i+1}. Token id: $ {tokens.tokens [i] .tokenaddress}, token count: $ {tokens.tokens [i] .count});

}

}

Main ()

`

This code will create 100 new ERC20 tokens and Print Their Addresses.

solana 1280