https://www.youtube.com/watch?v=QPM6DGfobg4
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https://medium.com/@kaishinaw/erc721-using-hardhat-an-updated-comprehensive-guide-to-nfts-ce5b211a5c3
npm install --save-dev @nomiclabs/hardhat-ethers ethers Navigating to the scripts/ directory, you will be able to see that a deploy.js file was previously created. We can replace the main

https://www.simelabs.com/erc-721-nft-smart-contract-deployment-using-hardhat/
Step 3: Install Hardhat & Ethers.js. npm install -save-dev hardhat npm install -save-dev @nomiclabs/hardhat-ethers 'ethers@^5.0.0' Step 4: Create Hardhat project. npx hardhat. You will get a prompt like below and select "create an empty hardhat.config.js". It will create an empty hardhat.config.js file in your project folder.

https://docs.palm.io/howto/deploy-using-hardhat/erc-721
1. Write your ERC-721 contract. We'll use a contract based on the OpenZeppelin library's [ERC-721 implementation] (). a) First, install the Open Zeppelin library in order to inherit its classes: b) Next, create a file named NFT.sol under the contracts folder. c) Lastly, add the following smart contract to NFT.sol file.

https://docs.shardeum.org/docs/smart-contracts/tokens/erc-721
A ContractFactory in ethers.js is an abstraction used to deploy new smart contracts, so Disperse here is a factory for instances of our Disperse contract. When using the hardhat-ethers plugin ContractFactory and Contract, instances are connected to the first signer (owner) by default.

https://medium.com/@kaishinaw/creating-truly-decentralised-nfts-a-comprehensive-guide-to-erc721-ipfs-b2ae60e312b6
npm install --save-dev @nomiclabs/hardhat-ethers ethers Navigating to the scripts/ directory, you will be able to see that a deploy.js file was previously created. We can replace the main

https://docs.chainstack.com/docs/base-tutorial-deploy-an-erc-721-contract-with-hardhat
This smart contract named ChainBase is an implementation of an ERC-721 token. ERC-721 is a standard for non-fungible tokens on the Ethereum blockchain, meaning each token has a unique value and is not interchangeable with any other token. ERC-721 tokens are often used for digital collectibles or assets. Then install the OpenZeppelin package in

https://ethereum.org/fa/developers/tutorials/how-to-write-and-deploy-an-nft/
در این صفحه. Step 1: Connect to the Ethereum network. Step 2: Create your app (and API key) Step 3: Create an Ethereum account (address) Step 4: Add ether from a Faucet. Step 5: Check your Balance. Step 6: Initialize our project. Step 7: Install Hardhat. Step 8: Create Hardhat project.

https://docs.alchemy.com/docs/arbitrum-nfts-creating-and-deploying-erc-721
A ContractFactory in ethers.js is an abstraction used to deploy new smart contracts, so MyNFT here is a factory for instances of your NFT contract. When using the hardhat-ethers plugin, ContractFactory and Contract instances are connected to the first signer by default. const myNFT = await MyNFT.deploy();

https://moralis.io/how-to-create-an-erc-721-nft/
Before you deploy the above NFT ERC-721 example contract, make sure to replace YOUR _TOKEN_URI with a URI of your NFT metadata. The latter should also include a URL link to your NFT-representing file. Here's an example of our NFT's metadata URI and image URL (both stored on IPFS): NFT token URI:

https://ankr.hashnode.dev/deploy-and-mint-a-cryptokitties-like-nft-with-erc-721-smart-contract
Step 6: Write the Deploy Script. Now that we've got our ERC-721 contract set up, let's create the deployment script. Navigate to the scripts folder and create a new file called deploy.js. Open the deploy.js file and copy-paste the following code: async function main() {.

https://medium.com/@solidity101/unlocking-the-power-of-erc721-tokens-a-comprehensive-guide-4bc2b51cf829
In this in-depth tutorial, you'll acquire the knowledge and skills to set up your Hardhat project, construct an ERC721 contract, and mint your unique ERC721 Token.

https://www.quicknode.com/guides/ethereum-development/nfts/how-to-create-and-deploy-an-erc-721-nft
Step 2: Adding an image to IPFS with QuickNode. Upload your image file quickly by dragging and dropping it or clicking to select files from your Finder/File Explorer window. In this guide, we use the image below. After uploading, click the file name in the Files tab and click the copy IPFS URL button.

https://docs.alchemy.com/docs/how-to-develop-an-nft-smart-contract-erc721-with-alchemy
The first thing you'll need to do to develop our ERC721 NFT smart contract is to go on the Open Zeppelin Smart contract wizard page. Once on the page, you will see the following editor: Click on the ERC721 button on the top left corner, to select the type of ERC standard to use and the kind of contract you want to write: Now that you've

https://dev.to/igaponov/create-deploy-and-mint-smart-contract-erc-721-with-nodejs-hardhat-walletconnect-web3modal-59o8
Step 5. Gas price for deployment and minting the smartcontract For determine the price of deployment and minting functions we have used module hardhat-gas-reporter.It was enabled by default in hardhat.config.ts, that's why after all tests were passed, we got the table:. In the table we can see the gas consumption for methods and deployment.

https://ankr.hashnode.dev/how-to-deploy-an-erc-721-smart-contract-to-avalanche-and-mint-an-nft-with-ankr-hardhat-and-ethersjs
Compile your contract to make sure everything is good to deploy. npx hardhat compile # output # Compiled 1 Solidity file successfully. Write a deploy script by navigating to the scripts folder and creating a new file called deploy.js. cd scripts && touch deploy.js Add the following script to the deploy.js file

https://www.kaleido.io/blockchain-blog/how-to-create-and-deploy-an-erc-721-token
Step 4: Create Your Token. Now that you have deployed a ERC721 contract, the next step is to mint your token. Go back to the left navigation and click on "tokens". You should now see your created token, or NFT. In the top right, click "select signing account" and pick the same account you used to create your NFT.

https://ethereum.org/en/developers/docs/standards/tokens/erc-721/
The ERC-721 (Ethereum Request for Comments 721), proposed by William Entriken, Dieter Shirley, Jacob Evans, Nastassia Sachs in January 2018, is a Non-Fungible Token Standard that implements an API for tokens within Smart Contracts. It provides functionalities like to transfer tokens from one account to another, to get the current token balance

https://ankr.hashnode.dev/how-to-deploy-your-first-polygon-nft-with-an-erc-721-solidity-smart-contract-and-ankr
This is a tutorial on how to deploy an ERC-721 smart contract with unlimited minting functionality to the Polygon main network using Ankr's public RPC. First, we will want to read about what an ERC-721 is. ERC-721 is the free and open standard that defines the schema for a non-fungible or unique token on Ethereum.

https://tv.bit2me.com/develop-deploy-verify-an-nft-erc721-token-with-hardhat-and-ethers-js/
Develop, Deploy, Verify an NFT (ERC721) token with Hardhat and Ethers.js

https://stackoverflow.com/questions/64961389/best-practices-for-verifying-ownership-of-an-nft-erc-721-token
1. You need to track Transfer events of the NFT token smart contract by scanning all new blocks in Ethereum blockchain. When you detect a transfer event, a worker process updates your local database. answered Nov 23, 2020 at 9:12. Mikko Ohtamaa. 82.5k 55 280 451. I know you can use scanner websites to check the events.

https://medium.com/coinmonks/how-to-create-and-deploy-erc-721-nfts-ad3cb710f879
To get started, you will need the Metamask browser extension to create an ETH wallet and some test ETH, which you can get by going to the Ropsten faucet. You'll need to select Ropsten Test

https://ethereum.stackexchange.com/questions/98233/how-to-find-all-erc721-compliant-nfts-owned-by-an-address-web3-js
It is possible reading the events from the contract. This is an example using web3.js. You get the tokens that the address received and count the times it received each one. Then you count those who were sent by the address with the same procedure. If a token has been received more times than it was sent (it can only be equal or 1 more), then it means that it owns the token.