I can control it through the process of creating a Remix intelligent contract, which charts the payment transaction between two ETH Sepolia accounts in different metamask wallets.
Previous requirements:
- Remix is installed in the Ethereum block chain.
- You have a Sepolia ET wallet and Metamämaka wallet.
- You have basic information on developing smart contracts in remix.
Step 1: Create a new remix contract **
Go to Remix to Settings '> New Agreement’ (or press Ctrl + Shift + N Windows/Linux OCmd + Shift + N Macos) and create a new agreement. Name something “sepoliapaymentmap”.
Step 2: Specify the interface of the transaction
Add the interface to the Remix agreement to determine payment transactions. You must specify two functions:
- ‘Reception’: This feature receives a payment transaction from Sepolia ETH and gives it to a new transaction in another Metamash wallet.
- ‘Memory’: This function is used to cancel the specified payment transaction.
Here’s a sample:
`Severity
PaytraSaction Interface interface {
(Sender, recipient, number): [Bytes4; 32]
}
Struct SepoliaPaymentmapContext {
Sender: Address;
Recipient: Address;
Quantity: Uint64;
}
Pragman solidity ^0.8.0;
The map agreement for the sepolia elasticity is PaytraSactioninterface {
Determination (address => mapping (UINT64 => address)) Private _mappedtraSactions;
Receipt Function (Sender Address, Payable to the Recipient, Number UINT64) Public {
// Specify the transaction
(_Mappedtransactions [sender] [quantity], _) = _mappedtransactions [sender] .Insert (recipient, quantity);
}
Memory function (Uint64 Singing) Public {
// Cancel the specified payment transaction
Remove _Mapttransactions [sender] [quantity];
}
}
Step 3: Specify the logic of the contract
In the Remix Agreement, you need to determine the logic to map and cancel the transactions. You can do it with a loop or recursion.
Here's a sample:
Severity
Pragman solidity ^0.8.0;
SePoyPayment map {contract {
// Specify the interface for payment transaction
PaymentransactionInderface Public Interface;
// platform mapped transactions of storage matrix
Determination (address => mapping (UINT64 => address)) Private _mappedtraSactions;
// builder
Function () internal payment {
_Mappedtrasactions [msg.sender] [0] = msg.seender;
}
// Function to determine the transaction
Receipt Function (Sender Address to the Payable Recipient, Number UINT64) Public {
// Make sure if there is an assignment for the sender and the number
Require (_mapptransactions [sender] [quantity]! = Address (0), "there is no task");
// Specify the transaction
_Mappedtransactions [sender] [quantity] = recipient;
// Set the payment transaction specified in the storage matrix
Interface._mapptransactions [sender] [quantity] = recipient;
}
// Function to restore the specified payment transaction
Memory function (Uint64 Singing) Public {
// Make sure if there is an assignment for the sender and the number
Require (_mapptransactions [sender] [quantity]! = Address (0), "there is no task");
// Cancel the specified payment transaction
Remove _Mapttransactions [sender] [quantity];
}
}
Step 4: Turn and implement an agreement
Compare the remix contract with the following command:
Severity
Remix -P
`
Complete your contract with the Ethereum block chain.