Does this skill use OpenZeppelin libraries?

Yes, all generated contracts are based on OpenZeppelin's industry-standard, audited libraries to ensure maximum security and compatibility.

Does it include security features?

Yes, the skill automatically incorporates reentrancy protection, access control (Ownable or Role-based), and follows the checks-effects-interactions pattern.

How do I test the generated contracts?

The skill provides comprehensive Hardhat testing scripts and environment configurations to help you verify your contract logic immediately after generation.

Can I generate NFT contracts with this?

Absolutely. It supports ERC-721 (standard NFTs) and ERC-1155 (multi-token) templates, including URI storage, metadata management, and minting logic.

Smart Contract Generator

Name: Smart Contract Generator
Author: Activer007

byActiver007

Seguridad y Pruebas

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

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This skill empowers developers to rapidly bootstrap Ethereum-compatible smart contracts, ranging from standard tokens like ERC-20 and ERC-721 to complex custom logic. It prioritizes security by incorporating OpenZeppelin libraries, reentrancy guards, and access control patterns while providing gas-optimized code, Hardhat testing suites, and deployment scripts to streamline the entire Web3 development lifecycle. Whether you are launching an NFT collection or building a DeFi vault, this tool ensures your code follows the latest security and efficiency standards.

Características Principales

Gas Optimization Techniques (Immutable constants, length caching, unchecked blocks)
Automated Testing Suites (Hardhat and Chai integration)
Standard Token Templates (ERC-20, ERC-721, ERC-1155, ERC-4626)
Deployment & Verification Scripts (Etherscan and Multi-network support)
Built-in Security Patterns (Reentrancy Guard, Access Control, Pull-over-Push)
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Casos de Uso

Launching a secure NFT collection with supply limits and minting logic
Developing a tokenized vault for DeFi yield strategies
Creating a governance or utility token for a decentralized application

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Características Principales

Gas Optimization Techniques (Immutable constants, length caching, unchecked blocks)
Automated Testing Suites (Hardhat and Chai integration)
Standard Token Templates (ERC-20, ERC-721, ERC-1155, ERC-4626)
Deployment & Verification Scripts (Etherscan and Multi-network support)
Built-in Security Patterns (Reentrancy Guard, Access Control, Pull-over-Push)
0 GitHub stars

Casos de Uso

Launching a secure NFT collection with supply limits and minting logic
Developing a tokenized vault for DeFi yield strategies
Creating a governance or utility token for a decentralized application