In this tutorial, we’ll walk through building a decentralized application (dapp) using ViteJS, React, and the MetaMask SDK. You’ll learn to create on-chain SVG NFT tickets while configuring a full-stack dapp deployment on Linea, a Layer 2 zkEVM by Consensys.
Prerequisites
- Basic knowledge of React and JavaScript
- MetaMask browser extension or mobile app
- GitHub account (for repository cloning)
Step 1: Project Setup
Clone the starter repository, which includes pre-configured MetaMask SDK integration:
git clone <repository-url>The SDK simplifies connecting to MetaMask by calling eth_requestAccounts for authentication.
Step 2: Dapp Configuration
Focus on these key configurations:
- MetaMask SDK Initialization: Instantiate the SDK in your project.
- Linea Deployment: Prepare the dapp for Layer 2 deployment.
- SVG NFT Logic: Implement on-chain SVG generation for tickets.
👉 Explore MetaMask SDK Documentation
Step 3: Deploying to Linea
Linea enhances scalability with zk-rollup technology. Follow these steps:
- Configure RPC endpoints for Linea.
- Test smart contracts on Linea Testnet.
- Deploy using Hardhat or Foundry.
Core Keywords
- MetaMask SDK
- ViteJS
- React Dapp
- Linea zkEVM
- SVG NFTs
- Layer 2 Deployment
FAQ
What is the MetaMask SDK?
The SDK enables seamless connections to MetaMask wallets via browser or mobile, streamlining dapp authentication.
Why deploy on Linea?
Linea offers low gas fees and high throughput as a zkEVM Layer 2 solution, ideal for scalable dapps.
How are SVG NFTs used here?
SVGs allow dynamic, on-chain ticket generation, reducing off-chain dependency.
Conclusion
This tutorial covered dapp creation with ViteJS, React, and MetaMask SDK, plus Linea deployment. For advanced topics, refer to the MetaMask Developers Portal.
Written by Kingsley Okonkwo & Eric Bishard