Web3 Smart Contract Testing

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This skill provides a comprehensive framework for testing Web3 applications, bridging the gap between basic unit tests and complex mainnet simulations. It offers standardized patterns for both Hardhat and Foundry, enabling developers to perform property-based fuzzing, gas optimization benchmarking, and realistic integration testing through mainnet forking and account impersonation. Ideal for DeFi developers and security researchers, it ensures that smart contracts are thoroughly validated against edge cases and real-world network conditions before deployment.

Características Principales

• Advanced mainnet forking and whale account impersonation patterns
• 0 GitHub stars
• Dual-framework support for Hardhat (JS/TS) and Foundry (Forge/Solidity)
• Integrated coverage reporting and Etherscan verification workflows
• Automated gas consumption reporting and optimization benchmarking
• Property-based fuzzing to identify hidden vulnerabilities and edge cases

Casos de Uso

• Simulating complex interactions with existing mainnet protocols like Uniswap or Aave
• Developing and securing high-stakes DeFi protocols and token contracts
• Automating smart contract testing and verification within CI/CD pipelines