contract-verification

Name: contract-verification
Availability: InStock
Author: svector

Verify smart contract source code on the MIDL staging network's Blockscout explorer.

2|Updated Jan 14, 2026

Search Tags:#deployment #verification #smart contract #solidity #hardhat #blockscout

Ready to run

npx skills add https://github.com/Svector-anu/midl-mcp --skill contract-verification-svector-anu

💬 Prompt for ChatGPT / Claude Chat▼

Please help me install this Agent Skill.
Skill: contract-verification
Source: https://github.com/Svector-anu/midl-mcp/tree/main/skills/contract-verification
Command: npx skills add https://github.com/Svector-anu/midl-mcp --skill contract-verification-svector-anu

SYSTEM DOCUMENTATION & REQUIREMENTS

💡 This Skill includes references (resource) and scripts (resource) components.

What problem does it solve?

This Skill provides a reliable, step-by-step process to verify smart contracts on the MIDL staging network's Blockscout explorer, ensuring contract integrity and transparency.

Core Features & Use Cases

Guaranteed Verification: Follows a proven method with a 100% success rate for contract verification.
Troubleshooting: Helps resolve common verification errors like "bytecode doesn't match" or compiler version mismatches.
Use Case: After deploying a new smart contract, use this Skill to ensure its source code is correctly published and verifiable on Blockscout, building trust with users and auditors.

Quick Start

Use the contract-verification skill to verify the deployed contract at address 0xde6c29923d7BB9FDbcDfEC54E7e726894B982593 on the MIDL staging network.

Frequently Asked Questions about contract-verification

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

FAQPage Schema

How do I verify a smart contract on Blockscout using Hardhat?▼

To verify a smart contract on Blockscout, this Skill guides you through deploying with Hardhat, matching exact compiler settings, aligning pragma versions, and handling bytecode analysis to ensure successful source code publication on the MIDL staging network.

Why does my smart contract verification fail with bytecode doesn't match on Blockscout?▼

Smart contract verification fails due to bytecode mismatches when compiler settings, pragma versions, or constructor arguments are incorrect. This Skill troubleshoots these exact verification errors by guiding you through bytecode analysis and compiler configuration alignment.

Do I need specific network configurations to verify Solidity contracts on Blockscout?▼

Yes, verifying Solidity contracts on Blockscout requires specific MIDL staging network configurations and Hardhat setup. This Skill ensures your environment is correctly configured to match the deployed contract's exact compiler settings and bytecode.

What is the best way to handle constructor arguments during smart contract verification?▼

Handling constructor arguments during smart contract verification requires aligning them with the exact compiler settings used during deployment. This Skill addresses constructor argument handling to resolve common verification failures and ensure bytecode matches on Blockscout.

Can I verify a deployed contract on the MIDL staging network if the compiler version is mismatched?▼

Verifying a deployed contract with a mismatched compiler version fails on the MIDL staging network. This Skill resolves pragma version alignment issues by matching the exact compiler settings used during your Hardhat deployment to achieve successful verification.

When do I need to verify smart contract source code on an explorer like Blockscout?▼

You need to verify smart contract source code on Blockscout immediately after deploying a new contract to ensure contract integrity and transparency. This verification builds trust with users and auditors by publishing matching bytecode and source code.