Can I automate these tests in a pipeline?

Yes, it includes pre-configured GitHub Actions workflows for automated testing, coverage reporting, and contract verification on every push.

How do I check for gas efficiency?

The skill includes setup for gas reporters and comparative testing patterns to help you benchmark and optimize contract execution costs.

Does it help with edge-case detection?

Yes, it utilizes Foundry's fuzzing capabilities to perform property-based testing, which automatically identifies inputs that could break your contract logic.

Does it support both Hardhat and Foundry?

Absolutely. The skill provides configuration patterns and test examples for both JavaScript-based Hardhat and Solidity-based Foundry suites.

Can I test my contracts against real-world data?

Yes, this skill supports mainnet forking, allowing you to simulate interactions with live protocols like Uniswap or Aave in a local environment.

Web3 Smart Contract Testing

Name: Web3 Smart Contract Testing
Author: carloscroc

bycarloscroc

Security & Testing

Tests smart contracts comprehensively using Hardhat and Foundry to ensure security, gas efficiency, and protocol reliability.

About

This skill provides a robust framework for validating Solidity smart contracts through advanced testing methodologies. It integrates with industry-standard tools like Hardhat and Foundry to facilitate unit testing, property-based fuzzing, and mainnet forking for realistic protocol interactions. By leveraging this skill, developers can automate gas optimization checks, simulate complex DeFi scenarios, and ensure high code coverage, ultimately reducing the risk of vulnerabilities and ensuring production-grade deployment readiness.

Key Features

Automated gas optimization analysis and reporting
CI/CD integration for automated contract verification and coverage
Property-based fuzzing to identify edge-case vulnerabilities
0 GitHub stars
Comprehensive unit and integration testing with Hardhat and Foundry
Mainnet forking and account impersonation for realistic DeFi simulations

Use Cases

Optimizing smart contract gas consumption using comparative benchmarks
Simulating multi-user interactions and time-locked operations in a local environment
Validating complex DeFi protocol logic before mainnet deployment

About

Key Features

Automated gas optimization analysis and reporting
CI/CD integration for automated contract verification and coverage
Property-based fuzzing to identify edge-case vulnerabilities
0 GitHub stars
Comprehensive unit and integration testing with Hardhat and Foundry
Mainnet forking and account impersonation for realistic DeFi simulations

Use Cases

Optimizing smart contract gas consumption using comparative benchmarks
Simulating multi-user interactions and time-locked operations in a local environment
Validating complex DeFi protocol logic before mainnet deployment