Solpilot

Solpilot

Solpilot

Never build dApps from scratch again

Never build dApps from scratch again

Never build dApps from scratch again

A web app & vscode extension to help understand implementation details, generate front-ends, and secure smart contract code.

A web app & vscode extension to help understand implementation details, generate front-ends, and secure smart contract code.

A web app & vscode extension to help understand implementation details, generate front-ends, and secure smart contract code.

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// MyNFTContract.js

import { useEffect, useState } from 'react';

import { useContract, useSendTransaction, useTransactionStatus } from 'wagmi';


import ERC721CreatorArtifact from '@manifoldxyz/creator-core-solidity/contracts/ERC721Creator.sol/ERC721Creator.json';


const NFT_CONTRACT_ADDRESS = '0xYourContractAddressHere';


function MyNFTContract() {

const [loading, setLoading] = useState(true);


const contract = useContract(ERC721CreatorArtifact, NFT_CONTRACT_ADDRESS);

const sendTransaction = useSendTransaction();

const { status } = useTransactionStatus();


useEffect(() => {

if (contract) setLoading(false);

}, [contract]);


const mintToken = async () => {

if (contract) {

const tokenId = Math.floor(Math.random() * 1000000);

const value = 0;


const overrides = {

value,

};


await sendTransaction(() => contract.methods.testMint('0xYourAddress', tokenId, overrides));

}

}


if (loading) return

Loading...

;



return (

Manifold NFT Contract with viem and wagmi hooks Mint Token Transaction status: {status}


);

}


export default MyNFTContract;

LF

Line 5:36

UTF8

2 spaces

main

Generate code

Generate code

Why force your co-workers to use Etherscan

when you can generate front-ends in 1 min.

Why force your co-workers to use Etherscan

when you can generate front-ends in 1 min.

Create a react component that integrates creator core from manifold


Any lib you’d want to use?


Yeah use wagmi

Create a react component that integrates creator core from manifold


Any lib you’d want to use?


Yeah use wagmi

Chat

Chat

Chat

A chat interface to help you discover the intent behind code and implement with confidence.

A chat interface to help you discover the intent behind code and implement with confidence.

A chat interface to help you discover the intent behind code and implement with confidence.

Human: I’d like to know something about gnosis/hashi?

AI: What question do you have?

Human: It seems like we would store the blockheaders in 2 contracts for each adapter.

1. In the HeaderReporter using HeaderStorage contract

2. Directly in the OracleAdapter

Is there any reason for that?

Explain to me why using the AMB adapter as an example

AI: The reason for storing block headers in two separate contracts is to provide a modular and flexible design that separates concerns and responsibilities.

1. HeaderReporter with HeaderStorage contract: The HeaderReporter is responsible for reporting block headers to the OracleAdapter via the Arbitrary Message Bridge (AMB). It uses the HeaderStorage contract to store block headers locally on the source chain. This allows the HeaderReporter to efficiently report multiple block headers in a single transaction, reducing gas costs and improving performance. The HeaderStorage contract is a simple storage contract that stores block headers for a given block number. It can be used by other contracts or systems that need access to block headers on the source chain.

2. OracleAdapter: The OracleAdapter is responsible for receiving and processing block headers reported by the HeaderReporter via the AMB. It stores the block headers directly within its own storage. This allows the OracleAdapter to validate and process the block headers independently, without relying on the HeaderStorage contract on the source chain. This separation of concerns ensures that the OracleAdapter can function correctly even if the HeaderStorage contract is compromised or unavailable.

In the case of the AMB adapter, the block headers are stored in the AMBAdapter contract on the destination chain. The HeaderReporter reports the block headers to the AMBAdapter via the AMB, which then stores the block headers in its own storage. This design allows the AMBAdapter to validate and process the block headers independently, without relying on the HeaderStorage contract on the source chain. This separation of concerns ensures that the AMBAdapter can function correctly ev

Human: I’d like to know something about gnosis/hashi?

AI: What question do you have?

Human: It seems like we would store the blockheaders in 2 contracts for each adapter.

1. In the HeaderReporter using HeaderStorage contract

2. Directly in the OracleAdapter

Is there any reason for that?

Explain to me why using the AMB adapter as an example

AI: The reason for storing block headers in two separate contracts is to provide a modular and flexible design that separates concerns and responsibilities.

1. HeaderReporter with HeaderStorage contract: The HeaderReporter is responsible for reporting block headers to the OracleAdapter via the Arbitrary Message Bridge (AMB). It uses the HeaderStorage contract to store block headers locally on the source chain. This allows the HeaderReporter to efficiently report multiple block headers in a single transaction, reducing gas costs and improving performance. The HeaderStorage contract is a simple storage contract that stores block headers for a given block number. It can be used by other contracts or systems that need access to block headers on the source chain.

2. OracleAdapter: The OracleAdapter is responsible for receiving and processing block headers reported by the HeaderReporter via the AMB. It stores the block headers directly within its own storage. This allows the OracleAdapter to validate and process the block headers independently, without relying on the HeaderStorage contract on the source chain. This separation of concerns ensures that the OracleAdapter can function correctly even if the HeaderStorage contract is compromised or unavailable.

In the case of the AMB adapter, the block headers are stored in the AMBAdapter contract on the destination chain. The HeaderReporter reports the block headers to the AMBAdapter via the AMB, which then stores the block headers in its own storage. This design allows the AMBAdapter to validate and process the block headers independently, without relying on the HeaderStorage contract on the source chain. This separation of concerns ensures that the AMBAdapter can function correctly ev

Secure

A real-time linter to identify dangerous code

coming soon

Secure

A realtime linter to identify dangerous code

coming soon

How it works

How it works

Solpilot ingests audits, all your favorite libs, and etherscan to provide you with a 100% personalized experience.

Join the alpha

Built by DifferentAI 2023©️

Built by DifferentAI 2023©️