Can I use it for custom smart contracts?

Absolutely. While it provides templates for standard tokens, it is designed to help you build custom logic using secure foundations and the checks-effects-interactions pattern.

Does it provide testing and deployment support?

Yes, the skill generates Hardhat configuration files, Chai test suites, and JavaScript deployment scripts for various networks like Sepolia or Ethereum Mainnet.

What types of tokens can I create?

You can generate ERC-20 (fungible), ERC-721 (NFTs), ERC-1155 (multi-token), and ERC-4626 (vaults) contracts.

Does this skill follow industry security standards?

Yes, all generated contracts use OpenZeppelin libraries and implement patterns like ReentrancyGuard and AccessControl to minimize vulnerabilities.

How does it help with gas fees?

It includes specific gas optimization patterns like caching array lengths, using immutable variables, and utilizing unchecked blocks where safe to reduce on-chain execution costs.

Smart Contract Generator

Name: Smart Contract Generator
Author: Dexploarer

byDexploarer

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Security & Testing

Generates secure, production-ready Solidity smart contracts using OpenZeppelin standards and industry best practices.

About

The Smart Contract Generator skill empowers developers to build robust Web3 applications by automating the creation of Solidity contracts. It supports industry standards like ERC-20, ERC-721, and ERC-1155 while enforcing critical security patterns such as ReentrancyGuard and AccessControl. Beyond code generation, the skill provides gas optimization tips, Hardhat testing configurations, and deployment scripts, ensuring a comprehensive development workflow from initial drafting to mainnet readiness.

Key Features

Support for ERC-20, ERC-721, ERC-1155, and ERC-4626 standards
2 GitHub stars
Automated gas optimization techniques for efficient contract execution
Comprehensive audit checklists and NatSpec documentation templates
Integrated security patterns like ReentrancyGuard and Access Control
Generation of Hardhat test suites and deployment scripts

Use Cases

Launching a new NFT collection with custom minting logic and price controls
Setting up a secure vault system using the ERC-4626 standard
Creating a fungible utility token with burning and pausing capabilities

About

Key Features

Support for ERC-20, ERC-721, ERC-1155, and ERC-4626 standards
2 GitHub stars
Automated gas optimization techniques for efficient contract execution
Comprehensive audit checklists and NatSpec documentation templates
Integrated security patterns like ReentrancyGuard and Access Control
Generation of Hardhat test suites and deployment scripts

Use Cases

Launching a new NFT collection with custom minting logic and price controls
Setting up a secure vault system using the ERC-4626 standard
Creating a fungible utility token with burning and pausing capabilities