Recommend Ethereum development tools for smart-contract workflows.
npx skills add https://github.com/tawf-labs/zkt-hackathon --skill tools-tawf-labs
Please help me install this Agent Skill. Skill: tools Source: https://github.com/tawf-labs/zkt-hackathon/tree/main/.agents/skills/ethskills/tools Command: npx skills add https://github.com/tawf-labs/zkt-hackathon --skill tools-tawf-labs
This Skill helps you avoid wasting time on outdated or mismatched Ethereum tooling by giving an up-to-date map of tools that actually work for building, testing, and exploring contracts and chains.
Use the tools skill to get a recommended Ethereum dev setup for your next contract project on Sepolia and learn the fastest path to read, test, and verify a contract.
High-intent search queries and answers about installing and using this skill.
For a smart contract project, you need tools like Foundry for testing and deployment, an RPC provider for network reads, and Etherscan for contract verification. This Skill recommends concrete options for dev-environment setup, testing with mainnet forks, and verification flows across Ethereum and Etherscan-compatible networks.
To set up an Ethereum dev environment for mainnet-fork testing, you select an RPC provider and use a framework like Foundry. This Skill provides actionable command and workflow patterns for common read, write, and test tasks to get your environment operational quickly.
Yes, AI agents can use MCP and blockchain data providers for structured reads and contract exploration. This Skill provides agent-oriented MCP guidance to help agents efficiently interact with and decode Ethereum smart contract functions.
The best way to interact with and decode Ethereum smart contracts is using tools like Foundry, Hardhat 3, and abi.ninja. This Skill recommends these practical options for calling contract functions and debugging workflows across Ethereum and major Etherscan-compatible networks.
Yes, this Ethereum tooling guidance works for networks beyond mainnet, including testnets like Sepolia and major Etherscan-compatible networks. It covers verification paths and RPC choices suitable for operating smart-contract projects across these environments.
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