Here’s a well-structured article on how to send hard coded ether quantities from the Solidity Smart Intelligent Contract in Remix Ide:
Send a hard coded ether quantity from Solidity Smart Intelligent Contract in Remix here
Introduction
When developing blockchain-based applications, it is essential to check the flow of ether (ETH) between different wallets and contracts. In this article, we examine how to send hard -coded ether quantities from the Solidity Smart Intelligent Contract with Remix IT.
Prerequisites
- Be sure to set the Remix project with the Solidity Smart contract.
- Make sure you injected the titles and ether sums of the hard-coded wallet into the contract.
Step 1: Determine the functions of the contract
In Remix Open the contract file (solidity contract.sol) and add two new features:
Solidity
Pragma solidity ^0.8.0;
Import " contract.sol";
Contract MySmart Contract {
// Hard -code wallet address
The public address of the Wallet;
// hard -coded ether quantity
Uint256 public tooth;
Function Sendether () Public {
// Send the amount of hard code ether to the recipient's wallet
Fromwallet.recive -meter (Toether);
}
Function setfromwallet (address _fromwallet) public {
Fromwallet = _fromwallet;
}
Function Sutuis (Uint256 _toeder) Public {
Toether = _toeder;
}
}
Step 2: Configure Remix contract
In Remix here, find the “Settings”> contract settings" button. Enable "Remix input" under the "Contract" tab.
Step 3: Injected hard-coded wallet addresses and ether quantities
Open the contract file in Remix here. The "input" section must now be filled with two fields:
- Fromwallet
- Fogher
These values represent the title of the hard coded wallet and the amount of ether to be sent.
Example Use the case
Suppose you have a contract that allows users to deposit the ether from one wallet (Wallet1) and then transfer it to another wallet ( Wallet2). You can define two functions in the contract:
Solidity
Pragma solidity ^0.8.0;
Import " contract.sol";
Contract MySmart Contract {
// Hard -code wallet addresses
Public Title from Wallet1;
Title on Public Towallet2;
Function Letfoit () public {
// Send the amount of hard code ether to the recipient's wallet
Fromwallet1.Ceiveive Ether (Towallet2);
}
Function aswredether () public {
// Remove the amount of hard code ether from the sender's wallet
Towallet2.Send Ether (Fromwallet1);
}
}
Step 4: Test and install the contract
Test the contract with the deposit meter to `Wallet1″ with the Remix input field. Then move the deposited ether into the “Wallet2” .
That’s it! Following the thesis steps, he sent it to the external input fields from the Solidity Smartide Smart contract from the Solidity Smart Contract from the Solidity Smart Contract.
