Does this skill support both Foundry and Hardhat?

Yes, it provides specific implementation patterns for both Foundry (using Solidity) and Hardhat (using strict TypeScript).

What is the AAA pattern mentioned in this skill?

Arrange-Act-Assert (AAA) is a structural pattern that organizes tests into three distinct phases to improve readability and maintainability.

Does it help with property-based testing?

Yes, it includes detailed patterns and configurations for fuzzing and invariant testing to ensure contract properties hold true under all conditions.

Can I use this for security audits?

While not a replacement for a manual audit, it helps implement critical security scenarios like access control, pausable logic, and revert condition testing.

Solidity Testing Patterns

Name: Solidity Testing Patterns
Author: IvanTorresEdge

byIvanTorresEdge

Security & Testing

Implements comprehensive smart contract test suites using industry-standard patterns for Foundry and Hardhat.

About

This skill equips Claude with specialized knowledge to design, implement, and optimize Solidity smart contract tests across both Foundry and Hardhat frameworks. It provides standardized patterns for unit, integration, and property-based testing, including advanced techniques like fuzzing and invariant testing. Whether you are building complex DeFi protocols or simple NFTs, this skill ensures high test coverage and security through rigorous testing methodologies like the Arrange-Act-Assert (AAA) pattern and strict TypeScript configurations.

Key Features

Standardized Arrange-Act-Assert (AAA) test structures
Foundry and Hardhat support with framework-specific best practices
0 GitHub stars
Advanced fuzz and invariant testing implementation patterns
Robust security testing for access control and pausable logic
Automated setup for test fixtures and network helpers

Use Cases

Implementing property-based testing to find edge-case vulnerabilities
Achieving high test coverage for complex smart contract systems
Migrating existing JavaScript tests to strict TypeScript environments

About

Key Features

Standardized Arrange-Act-Assert (AAA) test structures
Foundry and Hardhat support with framework-specific best practices
0 GitHub stars
Advanced fuzz and invariant testing implementation patterns
Robust security testing for access control and pausable logic
Automated setup for test fixtures and network helpers

Use Cases

Implementing property-based testing to find edge-case vulnerabilities
Achieving high test coverage for complex smart contract systems
Migrating existing JavaScript tests to strict TypeScript environments