How does mainnet forking work with this skill?

It includes specific patterns to fork the Ethereum mainnet state locally, allowing you to test interactions with existing protocols like Uniswap or Aave using real-world data.

Does it help with contract verification on Etherscan?

Yes, it provides both CLI commands and script-based methods to verify your deployed contracts automatically on Etherscan and other block explorers.

Does this skill support both Hardhat and Foundry?

Yes, it provides configuration and testing patterns for both the JavaScript-based Hardhat environment and the Solidity/Rust-based Foundry toolkit.

Can I use this for gas optimization?

Absolutely. The skill includes gas reporting setups and comparative analysis patterns to help you identify and minimize transaction costs across different implementations.

Web3 Smart Contract Testing

Name: Web3 Smart Contract Testing
Author: Activer007

byActiver007

Security & Testing

Streamlines the testing and validation of Ethereum smart contracts using Hardhat and Foundry frameworks.

About

The Web3 Smart Contract Testing skill provides a comprehensive suite of tools and patterns for securing blockchain applications. It enables developers to implement robust unit and integration tests, perform property-based fuzzing, and conduct realistic simulations via mainnet forking. By integrating advanced features like gas optimization analysis, coverage reporting, and automated contract verification, this skill ensures DeFi protocols and NFT projects meet high security and efficiency standards before deployment.

Key Features

0 GitHub stars
Advanced mainnet forking for realistic protocol interaction testing
Comprehensive Hardhat and Foundry test suite configurations
Property-based fuzz testing to identify edge-case vulnerabilities
Integrated contract verification and CI/CD workflow templates
Automated gas optimization analysis and comparative reporting

Use Cases

Validating complex DeFi protocol logic and cross-contract interactions
Performing security audits using automated fuzzing and coverage reports
Optimizing smart contract gas consumption for cost-effective deployment

About

Key Features

0 GitHub stars
Advanced mainnet forking for realistic protocol interaction testing
Comprehensive Hardhat and Foundry test suite configurations
Property-based fuzz testing to identify edge-case vulnerabilities
Integrated contract verification and CI/CD workflow templates
Automated gas optimization analysis and comparative reporting

Use Cases

Validating complex DeFi protocol logic and cross-contract interactions
Performing security audits using automated fuzzing and coverage reports
Optimizing smart contract gas consumption for cost-effective deployment