Ethereum: Send Tron transaction with Ethereum compatible address

Sending throne transactions to the Ethereum network using Nethereum

The throne and Ethereum have been two popular decentralized platforms that have attracted significant attention in recent years. Although they share some similarities, their architecture and cases of use differ significantly. In this article, we will investigate whether it is possible to send transactions from the Tron wallet to the Ethereum wallet using the Nethereum library.

Understanding the Tona’s address

The throne of the addresses are a unique wire of 36 characters that identify the user or organization online. These addresses usually start with “Trc1” and follow the standard Ethereum address format. For example, “0x5a4de6c8bBCD456adcd9ff6e7d9e6c”.

TRANOVATE TRONA IN ETTHEREUM

In order to send transactions from the wallet to the Ethereum wallet, we must turn the throne address into a compatible format. Nethereum provides a library that is easily used to interact with a throne and an Ethereum wallet.

We will use the following conversion method:

• Turn the throne address into a hexadecimal string.

• Coded the hexadecimal string using a base64 encoding.

• Decorate the coded string from Base64 back to the hexadecimal string, which can be used as an Ethereum address.

Here are some codes in the rust that shows this procedure:

`rust

Use Trontapi :: throne;

Use Nethereum :: {Address, Ether};

Fn Convert_Tron_Therereum (Tron_address: & p) -> String {

let the throne = throne :: new ();

Let hex_string = throne.address_to_hex (throne_address);

Let Base64_encode = throne.address_to_base64 (hex_string);

Let Ethereum_address = Base64_encoded

.parse :: ()

.Othection (“failed to break the base64 down into the Ethereum address”);

Ethereum_address.to_string ()

Iche

fn main () {{)

Let the throne_address = “0x5a4de6c8bbcd456adcd9ff6e7d9e6c”;

Let Ethereum_address = convert_tron_ethereum (throne_address);

Println! (“Ethereum address: {}”, Ethereum_address);

Iche

`

rust

Use Trontapi :: throne;

Use Nethereum :: {Address, Ether};

Use STD :: ENV;

fn main () {{)

Let Env_path = Std :: Env :: Var (“Tron_address”). Expect (“failed to get a throne address”);

let the throne_address = env_path.to_string ();

Println! (“Tron Address: {}”, Tron_address);

Let Ethereum_address = convert_tron_ethereum (throne_address);

Println! (“Ethereum address: {}”, Ethereum_address);

Let Tx = Ether :: New (& Ethereum_address, 10.0);

sand_transation (tx) .othecting (“failed to send a transaction”);

Iche

`

TheSand_transation ‘function is part of the Nethereum library and processes sending transactions from the slide of the wallet.

`rust

Use nethereum.core.transation :: {{transactionBuilder, transactionresult};

Use nethereum.core.trxttypes :: call;

use nethereum.core.util;

Async Fn Sen_transation (tx: transactionBuilder) -> result {

Let the contract_address = “0x …”; // Replace the Ethereum-compatible throne Wallet’s Ethereum address

Let tx_hash = tx.hash ();

Let the entry = call :: new (

“MyFunction function () {Return ether (100.0);},”,

& [contract_address],

)

.unwrap();

let out exit = call :: new (input, & “result”])

.unwrap();

OK (transactionSult {{

Hash: tx_hash,

Inputs: entrance,

Exits: some (exit),

I)

Iche

``

Conclusion

In this article, we have explored the possibilities of sending a throne transaction to Ethereum using Nethereum.

EMOTIONAL EMOTIONAL FACTORS INVESTMENT DECISIONS