Chainlink Hackathon - April 2024 - BlockMagic

Ceptor's Scroll of Artistry - Video Presentation

videoplayback.mp4

Ceptor's Scroll of Artistry - Summary

Ceptor Club uses AI image generation to allow tabletop role-playing gamers and game masters to create art as needed for their games. Recognizing the immense potential of this technology, we wanted to expand Ceptor Club's offerings by enabling players to hire human artists and support artists in making a living through creating fantasy art.

Ceptor’s Scroll of Artistry is a marketplace where artists can showcase their Tabletop Role-Playing Game (TTRPG) art, and fans can easily buy or commission pieces of their characters using smart contracts. This feature not only leverages AI for immediate art needs but also connects gamers with talented human artists for custom, high-quality commissions.

Ceptor's Scroll of Artistry - The Team

Leom (based in Nigeria) : Frontend expert who have made a huge effort in providing the needed pages with the expected designs.

James (based in Nigeria) : Smart Contract expert who ensured the robustness of our blockchain interactions.

Wright (based in USA) : User Experience and User Interface designer, who took time to interview artists and to collect their needs. Thanks to his creativity, the team got high-quality mockups and prototypes.

Ilham (based in France) : Project Manager and Smart Contract Developer. She coordinated team efforts, prioritized tasks, and facilitated issue resolution. She contributed to the implementation of Chainlink CCIP, Data Price Feeds, and Chainlink Functions for seamless cross-chain transactions and fair pricing.

Our team, spread across three continents and just as many time zones, came together with a common goal, resulting in a well-coordinated and efficient project.

🏗🔴 Scaffold-OP

Documentation | Website

Scaffold-OP is a fork of Scaffold-ETH2 with minimal differences, providing additional dApp examples, native support for Superchain testnets, and more low-level instructions. We highly recommend the Scaffold-ETH2 docs as the primary guideline.

🧪 An open-source, up-to-date toolkit for building decentralized applications (dapps) on the Ethereum blockchain. It's designed to make it easier for developers to create and deploy smart contracts and build user interfaces that interact with those contracts.

⚙️ Built using NextJS, RainbowKit, Hardhat, Wagmi, Viem, and Typescript.

• ✅ Contract Hot Reload: Your frontend auto-adapts to your smart contract as you edit it.
• 🪝 Custom hooks: Collection of React hooks wrapper around wagmi to simplify interactions with smart contracts with typescript autocompletion.
• 🧱 Components: Collection of common web3 components to quickly build your frontend.
• 🔥 Burner Wallet & Local Faucet: Quickly test your application with a burner wallet and local faucet.
• 🔐 Integration with Wallet Providers: Connect to different wallet providers and interact with the Ethereum network.

Requirements

Before you begin, you need to install the following tools:

• Node (>= v18.17)
• Yarn (v1 or v2+)
• Git

Quickstart

To get started with Scaffold-OP, follow the steps below:

1. Clone this repo & install dependencies

git clone https://github.com/ethereum-optimism/scaffold-op.git
cd scaffold-op
yarn install

2. Run a local network in the first terminal:

yarn chain

This command starts a local Ethereum network using Hardhat. The network runs on your local machine and can be used for testing and development. You can customize the network configuration in hardhat.config.ts.

3. On a second terminal, deploy the test contract:

yarn deploy

This command deploys a test smart contract to the local network. The contract is located in packages/hardhat/contracts and can be modified to suit your needs. The yarn deploy command uses the deploy script located in packages/hardhat/deploy to deploy the contract to the network. You can also customize the deploy script.

4. On the same terminal, start your NextJS app:

yarn start

Visit your app on: http://localhost:3000. You can interact with your smart contract using the Debug Contracts page. You can tweak the app config in packages/nextjs/scaffold.config.ts.

Run smart contract test with yarn hardhat:test

• Edit your smart contract YourContract.sol in packages/hardhat/contracts
• Edit your frontend in packages/nextjs/pages
• Edit your deployment scripts in packages/hardhat/deploy

Deploy Contracts to Superchain Testnet(s)

To deploy contracts to a remote testnet (e.g. Optimism Sepolia), follow the steps below:

1. Get Superchain Sepolia ETH from the Superchain Faucet

2. Inside the packages/hardhat directory, copy .env.example to .env.

   cd packages/hardhat && cp .env.example .env

3. Edit your .env to specify the environment variables. Only specifying the DEPLOYER_PRIVATE_KEY is necessary here. The contract will be deployed from the address associated with this private key, so make sure it has enough Sepolia ETH.

   DEPLOYER_PRIVATE_KEY = "your_private_key_with_sepolia_ETH";

4. Inside scaffold-op, run

   yarn deploy --network-options

   Use spacebar to make your selection(s). This command deploys all smart contracts in packages/hardhat/contracts to the selected network(s). Alternatively, you can try

   yarn deploy --network networkName

   Network names are found in hardhat.config.js. Please ensure you have enough Sepolia ETH on all these Superchains. If the deployments are successful, you will see the deployment tx hash on the terminal.

Adding Foundry

Hardhat's NodeJS stack and cleaner deployment management makes it a better default for Scaffold-OP.

To add Foundry to Scaffold-OP, follow this simple tutorial by Hardhat. We recommend users who want more robust and faster testing to add Foundry.

Documentation

We highly recommend visiting the original docs to learn how to start building with Scaffold-ETH 2.

To know more about its features, check out their website.