ChatGPT is a groundbreaking AI software. Nonetheless, can we use this software in Web3 for, let’s say, NFT functions? Completely! We are able to truly mint ChatGPT responses as NFTs, for instance. If that sounds attention-grabbing and also you’d wish to know methods to use ChatGPT to mint an NFT, learn on! As we transfer ahead, you’ll see how we constructed an instance dapp that makes use of OpenAI’s API to include the ability of ChatGPT. Now, so far as implementing the ChatGPT performance goes, the next code snippet does the trick:
app.get("/", async (req, res) => {
const { question } = req;
strive {
const response = await openai.createCompletion({
mannequin: "text-davinci-003",
immediate: question.message,
max_tokens: 30,
temperature: 0,
});
return res.standing(200).json(response.information);
} catch (e) {
console.log(`One thing went fallacious ${e}`);
return res.standing(400).json();
}
});
To mint a ChatGPT NFT, it’s worthwhile to use a sensible contract with a correct “mintNFT” operate:
operate mintNFT(handle recipient, string reminiscence tokenURI)
For the sensible contract to deal with the chat in query, we have to retailer the chat in a decentralized method. Thankfully, we will do that simply when utilizing the ability of IPFS and the Moralis IPFS API. Primarily, the next traces of code get the job achieved:
app.get("/uploadtoipfs", async (req, res) => {
const { question } = req;
strive {
const response = await Moralis.EvmApi.ipfs.uploadFolder({
abi: [
{
path: "conversation.json",
content: { chat: query.pair },
},
],
});
console.log(response.outcome);
return res.standing(200).json(response.outcome);
} catch (e) {
console.log(`One thing went fallacious ${e}`);
return res.standing(400).json();
}
});
If you wish to discover ways to correctly incorporate the entire above-outlined parts to make use of ChatGPT to mint an NFT, create your free Moralis account and observe our lead!
Overview
In in the present day’s article, we’ll present you methods to use ChatGPT to mint an NFT by taking you thru our Web3 ChatGPT tutorial. This implies you’ll have an opportunity to observe our directions and create your individual occasion of our ChatGPT NFT minter Web3 app. As such, we’ll present you methods to implement the above-presented code snippets. Additionally, you don’t have to begin from scratch; as a substitute, you’ll be capable of use our repo to clone our scripts. That method, you’ll be capable of get to the end line in a matter of minutes.
Beneath the tutorial, you’ll find the part the place we reveal our dapp in its closing type. Plus, that is the place we reply the “what’s a ChatGPT NFT?” query. Final however not least, we additionally focus on ChatGPT’s place in evolving Web3.
ChatGPT NFT Tutorial – Methods to Use ChatGPT to Mint an NFT
Constructing a dapp that allows you to mint ChatGPT NFTs from scratch is a multi-step course of. If you resolve to make use of JavaScript and the Moralis JS SDK, the next steps define this course of:
- Create and deploy a sensible contract that can mint a ChatGPT NFT.
- Construct your backend with NodeJS and Categorical.
- Set up all required backend dependencies: Categorical, Moralis, CORS, dotenv, and OpenAI.
- Write a correct backend (“index.js”) to include ChatGPT and the Moralis IPFS API.
- Construct your frontend with NextJS.
- Set up all required frontend dependencies: NextAuth, Moralis, wagmi, and many others.
- Write a number of frontend scrips, together with “.jsx” and “.js”.
As an alternative of diving into the above steps, you possibly can take a shortcut by accessing our “moralis-chatgpt” GitHub repo. The latter incorporates all of the frontend and backend scripts, in addition to the sensible contract template. Therefore, make certain to clone our code. Then, you’ll be capable of see the “backend”, “hardhat”, and “nextjs_moralis_auth” folders in Visible Studio Code (VSC):
With the above three folders and their contents in place, it’s time you deploy your individual occasion of our ChatGPT NFT minting sensible contract.
Good Contract that Mints ChatGPT NFTs
Because the “hardhat” folder suggests, we used Hardhat to create and deploy our sensible contract. Nonetheless, there are different Ethereum improvement instruments you should use. In case you are accustomed to Remix IDE, merely copy the content material of the “MessageNFT.sol” script and paste it into Remix. Yow will discover our contract template within the “hardhat/contracts” listing:
In case that is your first rodeo with Solidity sensible contracts, let’s rapidly undergo the traces of “MessageNFT.sol”. The latter begins with an MIT license and a pragma line:
// SPDX-License-Identifier: MIT pragma solidity ^0.8.17;
Beneath the pragma line, now we have three OpenZeppelin imports that allow our sensible contract to inherit options from present verified contracts. So, our Web3 contract inherits the ERC-721 normal, the flexibility to depend NFTs and assign NFT IDs, and the “owner-minting” restriction:
import "@openzeppelin/contracts/token/ERC721/extensions/ERC721URIStorage.sol"; import "@openzeppelin/contracts/utils/Counters.sol"; import "@openzeppelin/contracts/entry/Ownable.sol";
Subsequent, we outlined the contract title and sort (ERC-721), the “constructor” and the “mintNFT” operate. The latter will mint ChatGPT NFTs everytime you (the proprietor of the contract) name it. So, to do that, the “mintNFT” operate wants to absorb an NFT recipient’s handle and token URI:
contract messageNFT is ERC721URIStorage, Ownable {
utilizing Counters for Counters.Counter;
Counters.Counter personal _tokenIds;
constructor() ERC721("Chapt GPT Dialog", "CGPTC") {}
operate mintNFT(handle recipient, string reminiscence tokenURI)
public
onlyOwner
returns (uint256)
{
_tokenIds.increment();
uint256 newItemId = _tokenIds.present();
_mint(recipient, newItemId);
_setTokenURI(newItemId, tokenURI);
return newItemId;
}
}
So far as the “handle recipient” parameter goes, the contract will get it from the related pockets’s handle. To have the ability to mint, the recipient’s handle must match the contract proprietor’s handle. However, the token URI will come out of your backend as soon as the IPFS API uploads a specific ChatGPT dialog.
Observe: You may deploy the above sensible contract to Ethereum or another EVM-compatible chain. Nonetheless, to keep away from any confusion, we urge you to concentrate on the Goerli testnet. That is the community this tutorial use.
NodeJS Backend of Our ChatGPT NFT Minter Web3 App
After efficiently deploying your occasion of our “MessageNFT.sol” sensible contract, concentrate on the “backend” folder. There, you’ll discover the “index.js”, “package-lock.json”, and “bundle.json” information. The latter tells you which of them dependencies this venture makes use of. Furthermore, you possibly can set up them with the “npm i” command. To make your backend operate correctly, create a “.env” file and retailer your Moralis Web3 API key within the “MORALIS_API_KEY” variable.
In case you haven’t created your Moralis account but, accomplish that now. Then, log in to your account to entry your admin space. From there, you’ll be capable of copy your Web3 API key with the next two clicks:
Now that you just’ve efficiently put in all of the required dependencies and set your API key in place, you possibly can run the backend’s “index.js” script. Nonetheless, since that is the script that does all of the heavy backend lifting, let’s stroll you thru its code.
The highest traces of the script import all dependencies and outline the native port to run on:
const categorical = require("categorical");
const app = categorical();
const port = 5001;
const Moralis = require("moralis").default;
const cors = require("cors");
require("dotenv").config();
Then it makes use of CORS and Categorical and imports the API key out of your “.env” file:
app.use(cors()); app.use(categorical.json()); const MORALIS_API_KEY = course of.env.MORALIS_API_KEY;
On the backside, the script initializes the above key through the “Moralis.begin” technique:
Moralis.begin({
apiKey: MORALIS_API_KEY,
}).then(() => {
app.hear(port, () => {
console.log(`Listening for API Calls`);
});
});
As well as, this additionally imports the OpenAI API configuration traces, which we obtained from the OpenAI docs:
const { Configuration, OpenAIApi } = require("openai");
const configuration = new Configuration({
apiKey: course of.env.OPENAI_API_KEY,
});
const openai = new OpenAIApi(configuration);
The above-covered traces of code encompass the implementation of the basis and “uploadtoipfs” endpoints that you just noticed within the introduction. Shifting on, we’ll go over these two Categorical server endpoints.
Root Endpoint
As you in all probability keep in mind, the principle aim of in the present day’s tutorial is to construct a dapp that means that you can use ChatGPT to mint an NFT. You’ve already deployed the sensible contract that can do the minting, however you haven’t included ChatGPT into your backend. For that objective, let’s create a root endpoint incorporating the OpenAI API to fetch the entry message from the frontend, move that message to ChatGPT, and return ChatGPT’s reply. Listed here are the traces of code that handle that:
app.get("/", async (req, res) => {
const { question } = req;
strive {
const response = await openai.createCompletion({
mannequin: "text-davinci-003",
immediate: question.message,
max_tokens: 30,
temperature: 0,
});
return res.standing(200).json(response.information);
} catch (e) {
console.log(`One thing went fallacious ${e}`);
return res.standing(400).json();
}
});
The “uploadtoipfs” Endpoint
The final piece of the backend puzzle revolves round importing a ChatGPT dialog to IPFS. By doing so, you get your token URI that your sensible contract makes use of to mint a ChatGPT NFT. To do that with minimal effort, we used the Moralis IPFS API and created the “uploadtoipfs” endpoint:
app.get("/uploadtoipfs", async (req, res) => {
const { question } = req;
strive {
const response = await Moralis.EvmApi.ipfs.uploadFolder({
abi: [
{
path: "conversation.json",
content: { chat: query.pair },
},
],
});
console.log(response.outcome);
return res.standing(200).json(response.outcome);
} catch (e) {
console.log(`One thing went fallacious ${e}`);
return res.standing(400).json();
}
});
Trying on the traces of code above, you possibly can see the “Moralis.EvmApi.ipfs.uploadFolder“ technique. The latter makes use of “dialog.json” as an IPFS path and the present ChatGPT dialog because the corresponding content material.
NextJS Frontend of Our ChatGPT NFT Minter Web3 App
You may discover all frontend-related scripts contained in the “nextjs_moralis_auth” folder. Presuming that you’re JavaScript proficient and have some frontend mileage beneath the hood, we gained’t spend a lot time on the frontend. In spite of everything, you simply want to put in all of the required frontend dependencies. Nonetheless, let’s take a look at some mention-worthy elements. As an example, we wrap our app with “WagmiConfig” and “SessionProvider” to make use of authentication throughout all the app:
operate MyApp({ Part, pageProps }) {
return (
<WagmiConfig consumer={consumer}>
<SessionProvider session={pageProps.session} refetchInterval={0}>
<Part {...pageProps} />
</SessionProvider>
</WagmiConfig>
);
}
One other essential side is the code that renders the header of our frontend, together with the “Join” button. For that objective, the “signin.jsx” script makes use of “handleAuth“, which lets you join or disconnect MetaMask. When you efficiently join MetaMask, the “person.jsx” web page takes over. The latter has a unique header than “signin.jsx”. The “person.js” script additionally makes use of the “loggedIn.js” element for frontend and backend communication. So, it’s the “loggedIn.js” script that renders your frontend:
return (
<part>
<part className={kinds.chat_box}>
<part className={kinds.chat_history} id="chatHistory"></part>
<part className={kinds.message_input}>
<enter
sort="textual content"
id="inputField"
placeholder="Kind your message..."
onChange={getMessage}
/>
<button onClick={sendMessage}>Ship</button>
</part>
</part>
{showMintBtn && (
<button className={kinds.mint_btn} onClick={mint}>
MINT NFT
</button>
)}
</part>
);
}
Observe: If you would like a extra detailed code walkthrough of the “loggedIn.js” script, use the video on the prime (5:53).
ChatGPT Minter Web3 App Demo
In the event you’ve used our code and ran each the backend and frontend dapps, now you can use your native host to take your occasion of our ChatGPT NFT minter for a spin:
To entry the app performance, it’s worthwhile to hit the “Authenticate through MetaMask” button. The latter will immediate your MetaMask extension, asking you to signal the signature request:
When you click on on “Signal”, the Web3 app (dapp) makes use of the “person.jsx” script that shows a ChatGPT field and a unique header:
You should utilize the entry area to sort your query/command and hit “Ship” to get ChatGPT’s reply. As quickly as ChatGPT replies, our dapp presents you with the “Mint NFT” button:
So, in the event you resolve to transform your ChatGPT dialog into an NFT, it’s worthwhile to use that button. Additionally, make certain to make use of the identical pockets handle as you need to deploy your sensible contract. In the event you click on on “Mint NFT”, MetaMask will pop up asking you to verify an NFT-minting transaction:
As soon as the Goerli chain confirms the transaction, you possibly can view your new ChatGPT NFT on Etherscan. Nonetheless, in the event you had been to improve your Web3 app with the flexibility to fetch the NFT’s particulars, you’d wish to use the “Get NFTs by contract” API endpoint. You should utilize that endpoint’s API reference web page to check its energy:
To see the response after hitting the above “Attempt it” button, you’ll must scroll down the “Get NFTs by contract” API reference web page:
What’s a ChatGPT NFT?
A ChatGPT NFT is a non-fungible token (NFT) that’s in a roundabout way related to ChatGPT – a complicated chatbot developed by OpenAI. As an example, it could possibly be an NFT that makes use of the ChatGPT brand as its NFT-representing file or an NFT that was minted by a sensible contract generated utilizing ChatGPT.
ChatGPT and Web3
Customers across the globe are already utilizing ChatGPT for a lot of completely different functions. Among the most typical ChatGPT use instances embrace producing programming code or code templates and discovering/fixing code errors, creating content material, producing advertising and gross sales pitches, performing accounting and information evaluation, and extra.
ChatGPT can be utilized through its net dashboard or through OpenAI’s API (as within the above tutorial). The latter allows devs to implement the ability of AI into all types of dapps. Now, needless to say to take advantage of out of ChatGPT, you could want to coach it on particular datasets which are related to your software.
Web3 devs and communities are already utilizing ChatGPT to generate textual content (creating chatbots or digital assistants), translate textual content, carry out sentiment evaluation, generate sensible contracts and scripts for dapps, and many others.
All in all, ChatGPT is a particularly highly effective software. With the appropriate enter and correctly utilized output, it may be an awesome addition to numerous dapps and might enrich the Web3 expertise.
Methods to Use ChatGPT to Mint an NFT – Abstract
In in the present day’s article, we confirmed you methods to create a ChatGPT NFT minter Web3 app (dapp). You now know that by deploying a correct sensible contract and creating an appropriate backend and frontend, you should use ChatGPT to mint an NFT. Additionally, through the use of our code, you had been in a position to cowl all these elements with minimal effort. Now you can mess around along with your occasion of our dapp and create as many ChatGPT NFTs as you would like.
Within the above tutorial, you additionally encountered the Moralis IPFS API, which is only one of many Web3 APIs from Moralis. Moreover, along with your Moralis API key, you should use the total scope of the Moralis Web3 Knowledge API, Authentication API, and Moralis Streams API. The latter is a superior Notify API various poised to make Web3 libraries out of date. So, with these enterprise blockchain options from Moralis, you possibly can construct killer Web3 wallets, portfolio trackers, and other forms of dapps. Moreover, because of Moralis’ cross-chain interoperability, you possibly can BUIDL on Ethereum, main EVM-compatible chains, Solana, and Aptos! In the event you select to construct on Aptos, make certain to make use of the Aptos testnet faucet earlier than going stay.
Be taught extra about constructing dapps the simple method from the Moralis documentation, our YouTube channel, and our weblog. These free sources may help you grow to be a Web3 developer very quickly. In the event you want to take a extra skilled method to your blockchain improvement schooling, enroll in Moralis Academy.
