Implementation of a safe tx builder in the custom Ethereum network infrastructure

As users of the safe wallet, he is no stranger to administer his Ethereum assets carefully. However, navigating the complex transaction construction network and sending funds through the networks can be discouraging, even for experienced users. An important challenge is to find an accessible and easy to use interface to implement safe transactions.

In this article, we will explore how to implement a safe TX builder within our personalized network infrastructure, ensuring transactions without problems and safe in all compatible Ethereum networks.

The current state of transaction construction

Currently, the transaction construction process in SAFE requires users to navigate the web user interface or manually copy the details of the transaction from another wallet. This can take a long time, prone to errors and not provide the level of safety and protection that safe users expect.

General description of the solution: Implementation of a custom network network network

**

To address this problem, we will implement a personalized network -proof infrastructure for the construction of transactions in our safe application. We will take advantage of the [SAFE] library ( of Openzeppelin to provide an accessible and safe way to build safe transactions.

Step 1: Custom network configuration

First, we need to configure a personalized network with multiple signatories and a shared private key. This will allow us to implement a decentralized transactions creation process to which all users can access the network.

Here is an example of how to create a personalized network in Safe:

`JavaScript

import {ethers} of 'ethers';

const networkname = 'mycustomnetwork';

const networkid = 12345;

consta network = new ethers.net (Networkname);

const signing = Alea Ethers.getsigner ();

Step 2: Implementation of the tx builder

Next, we will implement a safe TX builder within our application that provides users with an accessible and easy -to -use interface to create safe transactions. We will use a combination of web libraries (for example,@@ethhersproject/web3-accals) to interact with the Ethereum network.

Here is an example of how to create a simple transaction builder in our safe application:

JavaScript

import {ethers} of 'ethers';

Import {Signator} of '@ethhersproject/firmer';

Import web3 = request ('@ethhersproject/web3-accals');

const txbuilder = (signer: signer, diceientaddress?: string) => {

Const options = {

Gaslimit: '2000000',

Gasprice: Ethers.utils.towei ('20 ',' Gwei '),

};

Return New Ethers.Transactions ()

.add(

signatory,

Receptors,

Transaction Decade

)

.SignandConfirm (options);

};

constacciondetails = {

From: Signator.address,

A: receptoraddress,

};

Step 3: integrating the tx builder with insurance

Finally, we will integrate our safe personalized infrastructure for the network for the construction of transactions in the safe application. We will create a new feature page within our application that allows users to create safe transactions using our Builder TX.

Here is an example of how to implement this integration in our safe application:

` JavaScript

Import {useeeffect} of ‘react’;

import {ethers} of ‘ethers’;

Import web3 = request (‘@ethhersproject/web3-accals’);

Const TransactionBuilderPage = () => {

Const [transaction bounce, settransactionbuilder] = usstate (false);

const [txdetails, settxdetails] = usstate ({});

Useeffect (() => {

const signing = Alea Ethers.getsigner ();

consta network = new ethers.net (‘Mycustomnetwork’);

Const TransactionBuilder = (Signer: Signer, Dionientaddress?: String) => {

// …

};

settransactionbuilder (

() =>

Txbuilder (signatory, receiver)

.then ((tx) => ({{

tx,

Txhash: Tx.