Filebase
HomepageFilebase DashboardDiscordBlog
  • 👋Welcome to Filebase!
  • Getting Started
    • FAQ
    • Service Limits
    • Getting Started Guides
      • Pin Your First File To IPFS
      • Developer Quick Start Guide
  • IPFS Concepts
    • What is IPFS?
    • What is an IPFS CID?
    • What is IPFS Pinning?
    • What is an IPFS Gateway?
  • IPFS Pinning
    • Pinning Files
    • Listing Files
    • Deleting Files
    • Event Notifications
  • IPNS Names
    • Managing Names
  • Dedicated IPFS Gateways
    • Managing Dedicated Gateways
    • Access Controls
    • Image Optimizations
    • Adding a Custom Domain
  • API Documentation
    • S3-Compatible API
      • Cross Origin Resource Sharing (CORS)
        • Create and Apply a CORS Rule to a Filebase Bucket
        • Deep Dive: Cross Origin Resource Sharing (CORS)
      • Pre-Signed URLs
    • Filebase Platform APIs
    • IPFS Pinning Service API
  • Code Development + SDKs
    • Code Development
      • Apache Libcloud - Python
      • Apostrophe CMS
      • AWS Lambda - NodeJS
      • AWS Lambda - Python
      • AWS SDK - Go (Golang)
      • AWS SDK - Java
      • AWS SDK - JavaScript
      • AWS SDK - .NET
      • AWS SDK - PHP
      • AWS SDK - Python
      • AWS SDK - Ruby
      • Code Examples
        • How To Utilize Filebase with NodeJS
      • DataCamp
      • Dart / Flutter
      • Django
      • Docker
        • Docker Volume Backup
      • Elixir Phoenix
      • Filebase NPM Package
      • Fog.io - Ruby
      • Google App Scripts
      • Integrated Haskell Platform
      • Laravel
      • Nuxt
      • Paperspace
      • Postman
      • Reading a JSON File
      • UNA
      • Unity
      • Uppy AWS S3 Plugin
      • Vue
      • Watcher for NodeJS
      • Webpack S3 Plugin
      • Xamarin
    • SDK Examples: Pinning Files and Folders to IPFS
      • AWS SDK for .NET
      • AWS SDK for Go
      • AWS SDK for JavaScript
      • AWS SDK for PHP
      • AWS SDK for Python
      • AWS SDK for Ruby
  • Archive
    • Content Archive
      • IPFS Getting Started Guide
      • Web Console Getting Started Guide
      • IPFS Tools
        • IPFS CLI
        • IPFS Desktop
        • IPFS Pin Sync
        • IPFS Pinning Service API
        • IPFS3up
      • Third Party Tools and Clients
        • Backup Client Configurations
          • AhsayCBS
          • BackupAssist Classic
          • BackupAssist ER
          • BackupNinja
          • BackupSheep
          • Bacula Enterprise Edition
          • CloudBacko
          • CloudBerry Backup
          • Cloudron
          • cPanel
          • Comet
          • Commvault
          • Duplicacy
          • Ghost IPFS Storage Adapter
          • IPFS Pinning GitHub Action
          • JetBackup
          • Kopia
          • MoveBot
          • MSP360 Online Backup
          • oDrive
          • Photos+ Cloud Library
          • qBackup
          • S3 Uploader for GitHub Actions
          • SimpleBackups
          • SnapShooter
          • Strapi Provider Plugin
          • Veeam
          • Wordpress
            • Media Cloud
            • XCloner
          • Zerto
        • CLI Tools
          • Ansible
          • Apache Pulsar
          • AWS CLI
            • How To Delete Data with AWS CLI
            • What is Multipart Upload?
          • Bash
            • Backup Files to IPFS with Bash
            • Laravel Backup with Bash
            • MongoDB Backup with Bash
            • PostgreSQL Backup with Bash
            • Wordpress Backup with Bash
          • cURL
          • Elasticsearch
          • IPFS-CAR
          • IPFScrape
          • IPGet
          • Jenkins
          • JFrog Artifactory
          • Kubernetes
            • Backup and Restore InFluxDB to Filebase with TrilioVault
            • CSI-S3
            • Kasten K10
            • Kerberos Vault
            • Longhorn.io
            • Stash for Kubernetes
            • Velero
          • Litestream
          • Minty
          • MongoDB
          • MoSMB
          • MySQL
          • Next.js .CAR File Upload
          • NFT Image Generator
          • NGINX S3 Gateway
          • Pinning Docker Images to IPFS
          • Pinning Encrypted Files to IPFS
          • PowerShell
            • Calculate the Size of Filebase Buckets using PowerShell
          • Rclone
            • Backing Up DigitalOcean Spaces to Filebase using Rclone
          • Restic
          • S3cmd
          • S3Express
          • S3FS-FUSE
          • S3QL
          • S3Surfer
          • S4cmd
          • SeaweedFS
          • Tableland
        • Content Delivery Networks
          • Bunny CDN
          • CloudFront CDN
          • Fastly CDN
        • File Management Client Configurations
          • Airbyte
          • Arq
          • Astiga
          • AWS Rekognition
          • AWS S3 Manager - iOS App
          • BucketAnywhere for S3 - Android App
          • CentreStack
          • CloudFlyer
          • Cloudfser
          • Couchdrop
          • CrossFTP
          • CyberDuck
            • How To Delete Data with CyberDuck
          • Dropshare
          • Duplicati
          • FileBrowserGO
          • Flexify.IO
          • ForkLift
          • Goofys
          • Joplin
          • LucidLink
          • MASV
          • Matrix Synapse
          • MinIO Gateway for S3
          • Mountain Duck
          • NetDrive
          • Nexfs
          • NextCloud
          • Nodeum
          • ownCloud
          • Plesk
          • Pure Storage FlashBlade
          • RaiDrive
          • S3 Browser
          • ShareX
          • SmartFTP
          • StableBit Cloud Drive
          • Storage Made Easy Enterprise File Fabric
          • WinSCP
        • NAS Device Configurations
          • Buffalo TeraStation
          • Datadobi DobiProtect
          • Netapp ONTAP Select
          • OpenDrives Atlas
          • Synology Hyper Backup
          • TrueNAS CORE
      • Knowledge Base
        • Deep Dives
          • Deep Dive: Blockchains
          • Deep Dive: Decentralized Compute
          • Deep Dive: Decentralized Digital Identity
          • Deep Dive: Decentralized Storage
          • Deep Dive: Erasure Coding
          • Deep Dive: Geo-Redundancy
          • Deep Dive: Metadata
          • Deep Dive: Metaverse
          • Deep Dive: NFTs
          • Deep Dive: Web3
        • Filebase eBooks
        • Filebase One-Pagers
        • Filebase Whitepapers
        • Web3 Tutorials
          • Alchemy
            • Alchemy: Build a dApp That Provides Real-Time Ethereum Transaction Notifications
            • Alchemy: Create a Full-Stack dApp
            • Alchemy: Create a Hello World Smart Contract
            • Alchemy: Create Your Own ERC20 Cryptocurrency
            • Alchemy: Decentralized Youtube
            • Alchemy: How to Create and Mint an NFT using Filebase
            • Alchemy: How to Mint an NFT Using Web3.js
            • Alchemy: Using The Alchemy SDK with NFTs Minted Through thirdweb
          • Agoric
            • Agoric: Create a DeFi dApp Using Agoric That’s Stored on Filebase
          • AirSwap
            • AirSwap: Track NFT Contract Addresses with AirSwap CLI
          • ArcBlock
            • ArcBlock: Running an ArcBlock Blocket Server on IPFS
          • Ankr
            • Ankr: Create a Truffle Project with Ankr and Filebase
            • Ankr: Deploy a Smart Contract on Polygon using Ankr that is backed up to Filebase
          • Avalanche
            • Avalanche: How To Launch a Generative NFT Collection With Avalanche and IPFS
          • Backing Up NFTs
          • Brownie
            • Brownie: Create and Mint an NFT Using Brownie
          • Bueno
            • Bueno: How to Create a Generative NFT Collection with Bueno
          • Cardano
            • Cardano: Submit Cardano Blockchain Transactions with Embedded Metadata Stored on Filebase
          • Ceramic
            • Ceramic: How to Host a Ceramic Node Using Decentralized Storage
          • Create-IPFS-app
          • Cosmos
            • Cosmos: Storing Cosmos Chain Governance Metadata on IPFS
          • DeCommerce
          • Ethereum Name Service
            • ENS: Configure an ENS Domain to use a Filebase IPFS Dedicated Gateway
          • Figment Datahub
            • Figment Datahub and Avalanche: Make an e-Voting dApp Using Figment Datahub, Avalanche, and Filebase
            • Figment Datahub and Celo Network: Create an ERC1155 NFT on the Celo Network using Figment Datahub and Objects Stored on Filebase
          • Flow
            • Flow: How to Create an NFT Marketplace with Filebase + Flow
          • Fauna
            • Fauna: Host an Application on IPFS with IPFS Dedicated Gateways
          • Ganache
            • Ganache: Create a dApp Hosted on IPFS
          • GUN
            • GUN: Create a Decentralized Chat App with GUN and IPFS
          • Hardhat
            • Hardhat: Creating an NFT Contract using Hardhat and Setting NFT Metadata using IPFS on Filebase
          • Harmony
            • Harmony: Deploy an HRC721 NFT on Harmony with IPFS
          • Hosting a Form on IPFS
          • iExec
            • iExec: Using iExec and Tee Worker to Create Apps that Use Datasets Stored on Filebase
          • Infura
            • Infura: Build dApp Frontends with Infura, React, and IPFS
            • Infura: Create an NFT Contract Factory with Metadata stored on IPFS
          • Lens Protocol
            • Lens Protocol: Build a Decentralized Social Media Network Stored on IPFS
          • LIT Protocol
            • LIT Protocol: Create a MintLIT NFT with LIT Protocol and IPFS
          • LivePeer
            • LivePeer: Mint a Video NFT with LivePeer
          • Macrometa
            • Macrometa: Track IPFS Files with Macrometa
          • Mina Protocol
            • Mina Protocol: Create a Simple zkApp with Mina Protocol and IPFS
          • NEAR Protocol
            • NEAR Protocol: Storing Off-Chain Data on IPFS using Filebase
          • NFTPort
            • NFTPort: Create an NFT Collection with NFTPort
          • Ocean Protocol
            • Ocean Protocol: Publish Data NFTs Stored on IPFS using Ocean Protocol
          • Pin Tezos Tokens Tool
          • Polkadot
            • Polkadot: Deploy a Polkadot dApp on Decentralized Storage
          • Polygon
            • Polygon: Building an App NFT With Polygon
            • Polygon: Make a Donation App with IPFS and Polygon
          • Python
            • Generating NFT Metadata with Python
          • QuickNode
            • QuickNode: Create a Token dApp using QuickNode
          • Remix
            • Remix: Create a Web App with Remix to Upload to Decentralized Storage
          • Remix IDE
            • Remix IDE: Creating Interactive NFTs with IPFS and Remix IDE
          • Secret Network
            • Secret Network: Create an NFT on Secret Network with Data Stored on IPFS
          • Stargaze
            • Stargaze: Create an NFT Collection Using IPFS and Stargaze
          • Starknet
            • Starknet: Create a HardHat Project Using A Starknet Plugin Hosted On IPFS
          • Studio 721
            • Studio 721: Create an NFT Collection with Studio 721 and IPFS
          • Solana
            • Solana: Minting an NFT Using Sugar, Candy Machine, and Filebase
          • Subsquid
            • Subsquid: Querying NFT Data using Subsquid and a Filebase IPFS Dedicated Gateway
          • Tailwind CSS
            • Tailwind CSS: Build an Image Gallery App with IPFS and Tailwind CSS
          • Tatum
            • Tatum: How To Mint NFTs on Solana with Tatum
          • Tezos
            • Tezos: Create an NFT on the Tezos Network using IPFS on Filebase
          • thirdweb
            • thirdweb: Build an NFT Loot Box with thirdweb and IPFS
            • thirdweb: Build an NFT Minting Page with thirdweb, IPFS, RainbowKit, and WAGMI
            • thirdweb: Create a Discord Bot That Gives Roles to NFT Holders
            • thirdweb: Create a Gated Website Using NFTs and IPFS
            • thirdweb: Create an NFT Marketplace with thirdweb and IPFS
            • thirdweb: Release an NFT Drop Using thirdweb and IPFS
          • useDApp
            • useDApp: Create a dApp using useDApp and IPFS
          • Unstoppable Domains
            • Unstoppable Domains: Create a Decentralized Website Using Unstoppable Domains and IPFS Folders
            • Unstoppable Domains: Deploy a Decentralized Blog Using Unstoppable Domains, Akash, and IPFS
            • Unstoppable Domains: IPFS Configuration
          • Vultr
            • Vultr: Store Bedrock Minecraft Worlds on Decentralized Storage
            • Vultr: Store Forge Minecraft Worlds on Decentralized Storage
            • Vultr: Store PaperSpigot Minecraft Worlds on Decentralized Storage
            • Vultr: Store Vanilla Minecraft Worlds on Decentralized Storage
          • Waffle
            • Waffle: Deploy a Smart Contract with Waffle That’s Stored on IPFS
          • Walt.id
            • Walt.id: Mint an NFT with Walt.id and Filebase
          • Web3 Toolbox
            • Web3 Toolbox: Building an NFT Drop With Web3 Toolbox
Powered by GitBook
On this page
  • What is Avalanche?
  • 1. First, we need to create an IPFS bucket on Filebase.
  • 2. Select ‘Buckets’ from the left sidebar menu, or navigate to.
  • 3. Enter a bucket name and choose the IPFS storage network to create the bucket.
  • 4. Next, run the following command to create a new project directory and navigate inside it:
  • 5. Then, initialize the project directory:
  • 6. Install and start Hardhat and its related dependencies:
  • 7. Now, upload your NFTs to Filebase using the web console and selecting ‘Folder’, then selecting the folder that contains your NFT files.
  • 8. You will see your folder uploaded as a single object:
  • 9. Copy the CID of your folder:
  • 10. Navigate to your IPFS Folder using the Filebase IPFS gateway to see your folder’s files:
  • 11. Install the OpenZeppelin smart contracts package:
  • 12. Create a new folder in your project directory called contracts, then create a new file in this directory called NFT.sol.
  • 13. Navigate back into the root of your project directory, then create a new folder called metadata.
  • 14. Still in the root directory, create a new file called metadata-generator.js.
  • 15. Run this metadata-generator.js script with the command:
  • 16. Your metadata folder will now be populated with metadata files.
  • 17. Open the hardhat.config.js file at the root of your project folder.
  • 18. Now it’s time to create our deploy script for our smart contract.
  • 19. Then, create a new file called deploy.js.
  • 20. Compile your project:
  • 21. Deploy your smart contract with the command:
  • 22. Last, it’s time to create a minting script to mint our NFTs using this newly deployed smart contract.
  • 23. Run the mint.js script with the following command:

Was this helpful?

  1. Archive
  2. Content Archive
  3. Knowledge Base
  4. Web3 Tutorials
  5. Avalanche

Avalanche: How To Launch a Generative NFT Collection With Avalanche and IPFS

Learn how to launch a generative NFT collection with IPFS and Avalanche.

PreviousAvalancheNextBacking Up NFTs

Last updated 9 months ago

Was this helpful?

What is Avalanche?

Avalanche is a blockchain smart contracts platform similar to Ethereum for developing and deploying smart contracts for NFT minting, dApp deployment, and other Web3-related workflows.

Read below to learn how to launch a generative NFT collection with IPFS and Avalanche.

Prerequisites:

1. First, we need to create an IPFS bucket on Filebase.

To do this, navigate to . If you don’t have an account already, , then log in.

2. Select ‘Buckets’ from the left sidebar menu, or navigate to.

Select ‘Create Bucket’ in the top right corner to create a new bucket for your NFTs.

3. Enter a bucket name and choose the IPFS storage network to create the bucket.

Bucket names must be unique across all Filebase users, be between 3 and 63 characters long, and can contain only lowercase characters, numbers, and dashes.

4. Next, run the following command to create a new project directory and navigate inside it:

mkdir avalanche-drop && cd avalanche-drop

5. Then, initialize the project directory:

npm init -y

6. Install and start Hardhat and its related dependencies:

npx hardhat

When prompted, select the create empty project option during the Hardhat initialization process.

7. Now, upload your NFTs to Filebase using the web console and selecting ‘Folder’, then selecting the folder that contains your NFT files.

These files need to be named in sequential order, such as 0.png, 1.png, 2.png, etc.

8. You will see your folder uploaded as a single object:

9. Copy the CID of your folder:

10. Navigate to your IPFS Folder using the Filebase IPFS gateway to see your folder’s files:

https://ipfs.filebase.io/ipfs/IPFS_CID

Replace IPFS_CID with your folder’s IPFS CID.

11. Install the OpenZeppelin smart contracts package:

npm install @openzeppelin/contracts

12. Create a new folder in your project directory called contracts, then create a new file in this directory called NFT.sol.

Open this new file in your IDE of choice, and paste in the following content:

//SPDX-License-Identifier: Unlicense
pragma solidity ^0.8.0;

import "hardhat/console.sol";
import "@openzeppelin/contracts/utils/Counters.sol";
import "@openzeppelin/contracts/token/ERC721/extensions/ERC721Enumerable.sol";
import "@openzeppelin/contracts/access/Ownable.sol";
import "@openzeppelin/contracts/utils/Strings.sol";

contract AvalancheNFTDrop is ERC721Enumerable, Ownable {
    using Counters for Counters.Counter;
    using Strings for uint256;

    string public BASE_URI;
    uint256 public MAX_SUPPLY = 10000;
    uint256 public PRICE = 0;

    constructor(
        string memory baseURI,
        uint256 price, 
        string memory name,
        string memory symbol
    ) ERC721(name, symbol) {
        PRICE = price;
        BASE_URI = baseURI;
    }

    function _baseURI() internal view override returns (string memory) {
        return string(abi.encodePacked(BASE_URI, "/"));
    }

    function mint(address addr)
        public
        payable
        returns (uint256)
    {
        uint256 supply = totalSupply();
        require(supply <= MAX_SUPPLY, "Would exceed max supply");    
        require(msg.value >= PRICE, "insufficient funds");
        uint256 tokenId = supply + 1;       
        _safeMint(addr, tokenId);
    
        return tokenId;
    }
}

13. Navigate back into the root of your project directory, then create a new folder called metadata.

mkdir metadata

14. Still in the root directory, create a new file called metadata-generator.js.

Open this file in your IDE and insert the following content:

require("@nomiclabs/hardhat-waffle");
const AVALANCHE_TEST_PRIVATE_KEY = "PRIVATE_KEY_FOR_FUJI";
module.exports = {
  solidity: "0.8.0",
  networks: {
    avalancheTest: {
    url: 'https://api.avax-test.network/ext/bc/C/rpc',
    gasPrice: 225000000000,
    chainId: 43113,
    accounts: [`0x${AVALANCHE_TEST_PRIVATE_KEY}`]
  }
 }
};

This code will generate metadata for each of the files in our IPFS folder. Replace the following values:

  • “./Images”: The folder name and file path of your image folder that you uploaded to Filebase earlier.

  • Name: Name for each NFT

  • Description: Description for each NFT

  • IPFS_FOLDER_CID: Your Filebase IPFS folder CID.

15. Run this metadata-generator.js script with the command:

node metadata-generator.js

16. Your metadata folder will now be populated with metadata files.

Upload these files to Filebase using the same folder upload method used at the beginning of this tutorial. Copy the CID of this folder for use in the next step.

17. Open the hardhat.config.js file at the root of your project folder.

Replace the existing content with the following:

const fs = require('fs');
const imageDir = fs.readdirSync("./Images");
imageDir.forEach(img => {
  const metadata = {
    name: `Filebase NFT ${img.split(".")[0]}`,
    description: "A Filebase NFT Collection",
    image: `ipfs://IPFS_FOLDER_CID/${img.split(".")[0]}.png`,
    attributes: []
  }
  fs.writeFileSync(`./metadata/${img.split(".")[0]}`, JSON.stringify(metadata))
});

Replace PRIVATE_KEY_FOR_FUJI with your cryptowallet’s private key. To export your private key from MetaMask, select your Account Details, then select ‘Export Private Key’.

18. Now it’s time to create our deploy script for our smart contract.

In your project’s root directory, create a new file called scripts:

mkdir scripts && cd scripts

19. Then, create a new file called deploy.js.

Open this file in your IDE of choice, then insert the following content:

const hre = require("hardhat");
const BASE_URI = "ipfs://METADATA_FOLDER_CID";
const TOKEN_NAME = "YOUR TOKEN NAME";
const TOKEN_SYMBOL = "YOUR TOKEN SYMBOL";
const PRICE = "500000000000000000" // 0.5 AVAX - use whatever price you want, but the denomiation is in WEI

async function main() {
  try {
    const Contract = await hre.ethers.getContractFactory("AvalancheNFTDrop");
    const contract = await Contract.deploy(BASE_URI, PRICE, TOKEN_NAME, TOKEN_SYMBOL);
  
    await contract.deployed();
  
    console.log(`contract deployed at ${contract.address}`); 
  } catch (error) {
    console.log(error);
  }  
}

main()
  .then(() => process.exit(0))
  .catch((error) => {
    console.error(error);
    process.exit(1);
  });

Replace the METADATA_FOLDER_CID with the IPFS CID of your folder that contains the metadata files we generated earlier. Replace TOKEN_NAME and TOKEN_SYMBOL with your desired information.

20. Compile your project:

npx hardhat compile

21. Deploy your smart contract with the command:

npx hardhat run --network avalancheTest scripts/deploy.js

This will return a contract address. Copy this address for use in the next step.

22. Last, it’s time to create a minting script to mint our NFTs using this newly deployed smart contract.

In your scripts folder, create a new file called mint.js. Enter the following content:

const hre = require("hardhat");

async function main() {
  try {
    const Contract = await hre.ethers.getContractFactory("AvalancheNFTDrop");
    const contract = await Contract.attach(
      "CONTRACT_ADDRESS" // The deployed contract address
    );
    
    let overrides = {
      value: ethers.utils.parseEther((0.5).toString()),
    };
    const tx = await contract.mint("WALLET_ADDRESS");
  
    console.log("Minted: ", tx);
  } catch (error) {
    console.log(error);
  }  
}

main()
  .then(() => process.exit(0))
  .catch((error) => {
    console.error(error);
    process.exit(1);
  });

Replace CONTRACT_ADDRESS with the contract address you took note of in the last step, then replace WALLET_ADDRESS with your crypto wallet address that is on the Fuji Avalanche network.

23. Run the mint.js script with the following command:

npx hardhat run --network avalancheTest scripts/mint.js

You’ve minted your NFTs on the Fuji Avalanche Testnet network! You can view each image and its metadata with the following IPFS URLs:

To view a metadata file:

https://ipfs.filebase.io/ipfs/METADATA_FOLDER_CID/1

To view an image file:

https://ipfs.filebase.io/ipfs/IMAGE_FOLDER_CID/1.png

You can now repeat these steps using the Avalanche mainnet network, and you can use a folder of images that include thousands of NFT collection pieces!

MetaMask
Avalanche Fuji Network
here
Install Node.js and npm
VSCode
Sign up
here
console.filebase.com
sign up