Recommend Ethereum development tools and workflows for onchain contract interaction.
npx skills add https://github.com/Zodomo/DrandVerifier --skill tools-zodomo
Please help me install this Agent Skill. Skill: tools Source: https://github.com/Zodomo/DrandVerifier/tree/main/.opencode/skills/ethskills/tools Command: npx skills add https://github.com/Zodomo/DrandVerifier --skill tools-zodomo
This Skill helps you quickly choose and use the most practical Ethereum development tools so you can get from idea to interacting with real contracts faster, with fewer trial-and-error detours.
Ask the tools skill: "Recommend an Ethereum dev stack for a new Solidity project and provide the exact commands to fork mainnet, read a contract, and verify it after deployment."
High-intent search queries and answers about installing and using this skill.
The best way to set up an Ethereum development environment is to use Foundry for CLI contract interaction, fork mainnet for testing, and select a reliable RPC provider for deploying and verifying contracts. This workflow streamlines the process from idea to calling real contracts.
To read and write to verified Ethereum contracts, you can use a UI tool like abi.ninja for fast exploration or the Foundry cast CLI to execute read and write calls directly, bypassing the need for a custom frontend application.
MCP works with Ethereum blockchain data by providing structured access for AI agents. Using solutions like Blockscout MCP, agents can query transactions, addresses, and contract data without parsing raw RPC responses.
To fork Ethereum mainnet for local testing, you set up a dev environment using Foundry tooling and an RPC provider. This allows you to simulate mainnet state locally to test contract interactions and deployments safely.
Selecting RPC providers and explorers for Ethereum and major L2s depends on your workflow needs, but you should choose options that support mainnet forking, contract deployment, and Etherscan-compatible verification paths for your specific network.
To verify a Solidity contract after deployment, you follow Etherscan-compatible verification paths using your chosen development tools. This ensures your contract source code is publicly readable and interactable on block explorers.
emilneuraz-aiAutomates structured testing of Solidity contracts using Hardhat and Foundry.
LuisSambranoDevelop, test, and deploy Solidity smart contracts on Celo using Foundry.
cyoteeQuery EVM chain state and send transactions using Cast CLI.
austintgriffithDiscover Ethereum development tools and frameworks for AI agents.
