We at Onecdot are here to help you integrate NFTs into your platform.
To get you started, we've put up step-by-step explanations on how to build your own NFT minter like this in less than an hour.
In this article, we’ll learn how we can build a zero gas fee Polygon supercharged NFT Minter(Github)
Here's what you'll be using:
💨 The CSS framework used TailwindCss
🛠️ API and SDK infrastructure for NFTs used Onec Dev Tools
Open the terminal and create a react app
npx create-react-app myapp
To take care of the CSS part we would be requiring tailwindcss and you can visit here for installation
For notifications, we would be using toast and you can install notistack with
npm install notistack
For minting NFTs, we are using Onec Dev tools 🛠. Go to Onec Dashboard, Login in with your Google account.
🚀 Reasons for using Onec Dev Tools:
Developers don’t need prior solidity coding or blockchain experience.
Gas fee is maintained on their side. So neither devs nor your users need to worry about getting fiat on-ramp to pay for the transaction cost.
The tools are chain agnostic. Currently supporting Ropsten, Polygon-Mumbai and BSC-Testnets.
You get custom smart contracts, owned by you.
Other additional features that are coming include but are not limited to bridging, meta txns, indexing, metrics etc. are super useful.
Create a New project → choose your favourite chain (We choose Polygon💜).
MAKE SURE NOT TO PUSH THE KEYS ON GITHUB!
Once the project is all set 🆙, here is what your folder structure might look like.
You must know that in Web3, wallets are the primary source of authentication.
For web3 wallet integration, we would be using Onec-SDK.
To Install the Onec-SDK use
npm install onec-sdk
To Import it into the application
import Onec from “onec-sdk”
Once you have imported it we would be Creating a button to which once we click on wallets can be connected.
Yeaaah 🥳, Wallet is now connected.
Blockchain cannot store big files, like pictures, videos, gifs, or any other file due to storage capacity constraints. So in web3, these files are stored on distributed storage like IPFS, Filecoin etc. The files uploaded to these distributed storages are stored permanently on a fixed address. The address is then stored on the blockchain to link some data with the file.
Onec-NAAS provides an API function to upload images to IPFS(Interplanetary File System)
To mint NFTs, First, you’ll have to deploy your own Contract, you can check the onec docs for the contract deployment and get the contract address and contract type of your type and requirements. Or Follow the Contract deployment guide here.
Below is the sample function that is addressing the inputs to the values. Pass the
contract_adress (**that you’ve deployed, if not provided NFT will be minted at global contract owned by Onecdot) and
contract_type(721 or 1155) .
Now ****this function will return the
nft_id which you can use to check the mint status of the NFTs.
To check the Mint status you’ll have to pass the
nft_id that you get from the MintNFT function declared above 👆 and it will return the Status of the NFT, if the status is
success then you will get the
transaction id and
token id, which you can use on https://polygonscan.com/ to get all the information.
You can use the Token IDs to get the Metadata for the minted NFT, and your NFTs is now Minted 🌈.
So now your NFTs are being minted, and to make it even better, you can see NFTs being minted to your address on opensea (if you follow their metadata standards, refer onecdot’s docs), the largest NFT marketplace. With zero gas fees and removing the hassle of writing your smart contracts and dealing with the blockchain side of things.
Onec invites you to begin building and utilising the power of NFTs and other systems of tools with us.
Check out the products here:
Onec-NAAS 👉 https://api.onec.in/docs/
Onec-SDK 👉 https://www.npmjs.com/package/onec-sdk
Onecdot functions as a LAB where the Developers, Advocates, Product Managers, Marketing people etc. are invited to build and ship cool products and write a great thesis.