Non-fungible tokens (NFTs) are one of the biggest (and most popular) innovations to come out of Web3 so far. Although their capabilities are still being explored, both the art industry and the gaming world have benefited from the technology. This is because NFTs create an indisputable record of digital ownership. Building NFTs isn’t as complicated as you think, especially with tool suites such as This article will introduce you to the Truffle Suite of tools and teach you how to use them to build an end-to-end NFT project and include the following: . Truffle Suite Project setup and installation using the Truffle NFT Box. Introduction to the Truffle VS Code extension. How to build and deploy the NFT smart contract using the Truffle Dashboard. Instructions for minting an NFT from the built-in React client with the Truffle NFT Box. Verification on the block explorer and OpenSea / Rarible. Introduction to the Truffle Suite To make life easier for Ethereum developers, Truffle provides a development environment, testing framework, and asset pipeline. It has several features that make it appealing to both experienced and new-to-Web3 devs, and it enables developers to build and deploy dapps for many use cases. The Truffle Suite of tools has several components, including: A programmable build pipeline used to build console and web applications. Instant asset rebuilding while in development (truffle watch) A console that makes it simple to use your compiled contracts (truffle console). Contract compilation and deployment with built-in support for JavaScript, CoffeeScript, ES6, and JSX utilizing the RPC client of your choice. Truffle Suite Truffle comprises essential tools to help anyone quickly build and deploy Web3 projects. The tools in the stack include: - The development environment and testing framework. Truffle - A personal blockchain for Ethereum development. Ganache - An extension that makes creating and managing Truffle projects easier. Truffle For VS Code Extension - An easy way to use your existing MetaMask wallet for your deployments and other transactions you need to send from a command line context. Truffle Dashboard - Boilerplate projects to get up and running quickly. Truffle Boxes Although not part of the Truffle Suite of tools, the following tools pair nicely with the stack to make development and deployment even more streamlined: - A Web3 backend and Infrastructure-as-a-Service (IaaS) provider, offering various services and tools to blockchain developers. Infura - A crypto wallet and gateway to blockchain applications. MetaMask How To Launch an End-to-End NFT Project Using the Truffle Stack Now that you’ve got an idea of the tools involved, let’s put them together to create an NFT project. Prerequisites Before getting started, we need the following prerequisites: and its package manager NPM. Node.js Verify we have Node.js installed by using the following terminal command: node -v && npm -v An Infura account VS Code Extension for Truffle Basic understanding of JavaScript and Solidity Create an Infura Account to Access the Network Visit the Infura website to for a new account or if you already have one. sign up log in After successfully signing up, the page redirects to our dashboard, where we can create a new key, as shown below. Click the " " button and fill in the required information. Create a New Key After creating your key, your project ID will be visible on your dashboard under the section, as shown below. Copy and keep it somewhere; you will need it later in this tutorial. API Key Set Up MetaMask with Infura RPC We will need to configure and set up a Goerli test network on MetaMask using the Infura RPC endpoint since you will build and deploy your application via the Truffle Dashboard. Head over to__ __ and download the extension for your browser. is essential when using a crypto wallet like MetaMask. metamask.io Understanding wallet safety Click on as shown in the image above, then enter the following information: Add a Network Manually Network Name: Goerli Testnet - Infura
New RPC URL: https://goerli.infura.io/v3/<Paste-your-project-id-here>
Chain ID: 5
Currency Symbol: ETH
Block Explorer URL: https://goerli.etherscan.io/ Congratulations, you have successfully configured the Goerli Testnet with Infura RPC. End-to-End NFT Project Setup with the Truffle NFT Box and Truffle for VS Code Extension In this section, you will set up an NFT project with the Truffle NFT Box and the Truffle for VS Code extension. Open VS Code from the folder you wish to work out of, navigate to the extensions tab, and search “Truffle for VS Code.” With the extension installed, you can easily create a new Truffle project from a Truffle Box. Press ctrl+shift+P to open the command dialogue and type “truffle.” This will display a list of available Truffle commands. Select and then from Truffle Box. Next, a list of available Truffle Boxes will be displayed. Choose to create the project. New Solidity Project Create project nft-box Alternatively, if you are not using VS Code as your main editor, you can still follow along. Create an NFT project from a Truffle Box in any directory of your choice using the following commands: mkdir nft-project-demo && cd nft-project-demo
npx truffle unbox nft-box Or you can install Truffle globally and run the command. unbox npm install -g truffle
truffle unbox nft-box This command should download and unbox the Truffle NFT Box. Next, into the new directory and download all project dependencies by running . cd npm install Finally, open the project in your preferred code editor. Regardless of how you created the project, you should have a project structure similar to what is shown below. Upload NFT Metadata on IPFS Our NFT image and metadata will be stored using IPFS. Head over to your Infura Dashboard and create another project, this time selecting IPFS as shown below. Next, click to view the project details. Manage Key You'll need the , , and for the following tasks. Project ID Project Secret Endpoint URL Using the following command, let's upload the image to IPFS. To upload the image, cd into the folder where the image is saved. curl -X POST -F file=@yourfile -u "PROJECT_ID:PROJECT_SECRET" 
"https://ipfs.infura.io:5001/api/v0/add" Replace @yourfile with the name of the image file in the current folder, e.g., image-name.jpeg . Replace “PROJECT_ID:PROJECT_SECRET” with your project id and secret in that order. The output from the command should look similar to what is shown below. You can verify the image was uploaded successfully by pasting that Hash into the following URL: https://ipfs.io/ipfs/YOUR_HASH_HERE. *: When trying to access the image via the URL for the first time, it might take a few minutes to load.* Note Let’s get the metadata stored on IPFS now that the image is there. To comply with , you will need your metadata to be in the following JSON format: OpenSea requirements { 
  "name": "My Nature NFT",     
  "description": "Amazing nature NFT deployed to the Goerli Network using Infura RPC",
  "image": "ipfs://YOUR_HASH_HERE" 
} You will use the command similar to what you used earlier to upload the image in the previous step with this command. curl -X POST -F file=@yourjsonfile -u "PROJECT_ID:PROJECT_SECRET" 
"https://ipfs.infura.io:5001/api/v0/add" Replace @yourjsonfile with the name of the json file in the current folder, e.g., nft-metadata.json . Replace “PROJECT_ID:PROJECT_SECRET” with your project id and secret in that order. You can verify the JSON file was uploaded successfully by pasting that Hash into the following URL: https://ipfs.io/ipfs/YOUR_HASH_HERE You have entirely set up all the tools we need to build and deploy a smart contract with the Truffle Dashboard. Let’s do that in the following step. Build and Deploy Smart Contracts with the Truffle Dashboard Head over to the NFT project with the Truffle NFT Box we installed earlier; you will build and deploy the smart contract in this section. Inside the file in the migrations folder, update it with the following code snippet. 1_deploy_contracts.js var NFTCollection = artifacts.require("./NFTCollection.sol");

module.exports = function (deployer) {
  deployer.deploy(
    NFTCollection,
    "https://ipfs.io/ipfs/YOUR_IPFS_HASH_HERE",
    "NFT DEMO",
    "NFTD"
  );
}; In the code snippet above, we added the URL to the hosted JSON file on IPFS, the token name, and the symbol as the parameter to the function. deployer.deploy() Next, you will build and compile using the Truffle Dashboard, which removes the need to interact manually with your wallet’s mnemonic phrase or private keys throughout the development lifecycle. In a separate terminal window, type the following command: truffle dashboard The command will automatically start Truffle Dashboard at and open a new tab in your existing browser session. http://localhost:24012 After connecting your wallet, make sure you switch to the Goerli testnet we set up and configured earlier using the Infura RPC. You should have something similar to what is shown below after successfully connecting. Next, compile and deploy the smart contracts using the following command: truffle migrate --network dashboard Approve the transaction via the Truffle Dashboard on your browser as prompted on the terminal. After successful deployment, you should have something similar to what is shown below on your terminal. Verify Contract Creation on Goerli Testnet Block Explorer In this section, verify the contract creation on the Goerli Testnet Block Explorer via the by pasting the contract address or confirming from MetaMask, which will redirect to the Goerli Testnet Block Explorer as shown below. testnet URL Configure the Frontend Client and Mint an NFT Open a separate terminal and run the following command to configure the frontend client. This will allow us to mint the NFT from the smart contract we just deployed. cd client
npm install
npm start If you encounter an error similar to what is shown above, create a file in the client folder, add , then run the following command. .env SKIP_PREFLIGHT_CHECK=true npm start The React server will automatically start on the browser at , showing something similar to the image below: http://localhost:3000/ Test the End-to-End NFT Project In this section, let’s test the application to see if you can successfully mint the NFT by clicking on the button. Mint NFT After pressing the button, you will see a MetaMask pop-up similar to what is shown below. By clicking on the transaction below, you can confirm whether the minting is successful on MetaMask. Verify Minted NFT on OpenSea & Rarible We successfully built and deployed an end-to-end NFT project using the Truffle stack in the previous steps. In this section, let’s verify our minted NFT on OpenSea and Rarible. Copy the contract address as shown below. Paste your contract address into the search bar at to check out your new NFT on OpenSea. If your metadata was entered correctly, your NFT should display properly. testnets.opensea.io OpenSea can sometimes be slow to show your NFT metadata and image. Note: You can paste your contract address and check it out on , as they retrieve NFT metadata faster than OpenSea, as shown below. https://testnet.rarible.com/ As you can see that our NFT properly displays on both OpenSea and Rarible testnet platforms, thus verifying a successful deployment. That’s it! You can find the complete code on this repository. GitHub Conclusion This article introduced you to the Truffle Suite of tools and how they can be used with Infura and MetaMask to create an end-to-end NFT project. You also learned that Truffle Boxes are an easy way to build projects quickly. Development in Web3 does not need to be difficult, especially when there are tools you can use in every step of the process. To learn more about the Truffle stack or to continue building, . check out their docs Have a really great day! Also published . here

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Learning to Build an End-to-End NFT Project Using Truffle Suite

Learning to Build an End-to-End NFT Project Using Truffle Suite

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