How does it protect against reentrancy attacks?

It implements the Checks-Effects-Interactions pattern and provides the ReentrancyGuard modifier for functions making external calls.

Is it compatible with OpenZeppelin?

Yes, the skill is designed to prioritize and integrate OpenZeppelin's audited library for all security-critical implementations.

Can I use this for NFT projects?

Absolutely. It provides specialized implementation patterns and examples for both ERC721 and ERC1155 token standards.

Does this skill support upgradeable contracts?

Yes, it includes standardized patterns for UUPS, Transparent, and Beacon proxies to ensure secure and gas-efficient contract upgrades.

Solidity Smart Contract Patterns

Name: Solidity Smart Contract Patterns
Author: IvanTorresEdge

byIvanTorresEdge

Security & Testing

Implements battle-tested Solidity design patterns and OpenZeppelin security standards for robust Ethereum smart contract development.

About

This skill provides a comprehensive library of industry-standard patterns for Solidity development, focusing on security, scalability, and EIP compliance. It guides users through implementing complex logic like role-based access control, upgradeable contract architectures (UUPS, Transparent), and common token standards including ERC20, ERC721, and ERC1155. By prioritizing audited OpenZeppelin implementations, it helps developers avoid common vulnerabilities such as reentrancy and unauthorized access while maintaining gas-efficient and modular codebases.

Key Features

Standardized Token Templates (ERC20, ERC721, ERC1155)
Upgradeable Proxy Architectures (UUPS, Transparent, Beacon, Diamond)
Access Control (Ownable, RBAC, Multisig, Timelock)
Emergency Security Mechanisms (Pausable, Reentrancy Guard)
0 GitHub stars
Native OpenZeppelin Library Integration

Use Cases

Developing secure and compliant NFT or fungible token collections.
Implementing complex permission systems and governance structures.
Designing upgradeable smart contract systems for long-term maintenance.

About

Key Features

Standardized Token Templates (ERC20, ERC721, ERC1155)
Upgradeable Proxy Architectures (UUPS, Transparent, Beacon, Diamond)
Access Control (Ownable, RBAC, Multisig, Timelock)
Emergency Security Mechanisms (Pausable, Reentrancy Guard)
0 GitHub stars
Native OpenZeppelin Library Integration

Use Cases

Developing secure and compliant NFT or fungible token collections.
Implementing complex permission systems and governance structures.
Designing upgradeable smart contract systems for long-term maintenance.