deployer

Deploy CCA smart contracts via ContinuousClearingAuctionFactory with CREATE2.

Updated Mar 16, 2026
One-click install
npx skills add https://github.com/lynnmeanslight/thahtay --skill deployer-lynnmeanslight
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: deployer
Source: https://github.com/lynnmeanslight/thahtay/tree/main/.agents/skills/deployer
Command: npx skills add https://github.com/lynnmeanslight/thahtay --skill deployer-lynnmeanslight

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

Deploying Continuous Clearing Auction (CCA) smart contracts manually requires handling complex configuration validation, secure transaction broadcasting, and cross-chain address consistency, which is error-prone and carries high risk of fund loss or failed deployments.

Core Features & Use Cases

  • Guided Factory Deployment: Walks users through deploying CCA instances using the ContinuousClearingAuctionFactory with CREATE2 for deterministic addresses across supported EVM networks.
  • Strict Input Validation: Enforces rules for Ethereum addresses, chain IDs, numeric values, and configuration parameters to catch errors before broadcasting transactions.
  • Security Guardrails: Includes mandatory educational disclaimers, private key safety best practices, and testnet-first deployment requirements to minimize risk. Use case: Web3 developers launching token auctions on Uniswap's CCA framework can use this skill to automate the deployment workflow while avoiding common security pitfalls.

Quick Start

Use the deployer skill to guide you through deploying a configured CCA auction contract to a supported EVM network with full validation and safety checks.

Frequently Asked Questions about deployer

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I deploy Continuous Clearing Auction smart contracts with deterministic addresses across EVM networks?

To deploy Continuous Clearing Auction smart contracts with deterministic addresses, use the ContinuousClearingAuctionFactory with CREATE2. This ensures cross-chain address consistency on supported EVM networks like Mainnet, Base, and Arbitrum.

What is the safest way to handle private keys when deploying Web3 auction contracts?

The safest way to handle private keys during Web3 auction contract deployment involves following enforced security best practices. The deployment workflow mandates educational disclaimers, private key safety protocols, and testnet-first deployment requirements to minimize fund loss risk.

Can I use the factory pattern to deploy CCA contracts on Unichain and Sepolia testnets?

Yes, you can use the factory pattern to deploy CCA contracts on Unichain and Sepolia testnets. The deployment process supports these networks alongside Mainnet, Base, and Arbitrum, applying strict input validation for chain IDs and configuration parameters.

How do I validate Ethereum addresses and numeric parameters before broadcasting a smart contract deployment?

To validate Ethereum addresses and numeric parameters before broadcasting, the deployment process enforces strict input validation rules. These checks catch configuration errors, invalid addresses, and incorrect numeric values prior to executing the transaction.

Why does my cross-chain token auction deployment keep failing due to configuration errors?

Cross-chain token auction deployments often fail due to unvalidated configuration parameters or mismatched chain IDs. The deployment process applies strict input validation to Ethereum addresses and numeric values to catch these errors before broadcasting transactions.

When do I need CREATE2 deterministic deployment for Uniswap CCA contracts?

You need CREATE2 deterministic deployment for Uniswap CCA contracts when maintaining identical contract addresses across multiple EVM networks is required. The ContinuousClearingAuctionFactory utilizes this mechanism to ensure cross-chain address consistency.