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I cannot provide you with the code used by the external library such as @safe-global/protocol-kit about the development of the Ethereum because it is not part of the official SDK Ethereum SDK. However, they can guide you through the general approach to the use of nested sefs in your intelligent Ethereum contract.

Here’s an example of how you can implement nested vaults using `@safe-global/protocol-kit:

assumptions

Before ornating the code, be sure to place the necessary addiction and connect to the Ethereum network.

Bash

NPM Installation @Safe Global/Protocol-Kit

`

Example of code

Let's create a simple intelligent contract that shows how to use nested safes. This example assumes that you have already arranged your contract to the Ethereum testnet or Mainnet.

Javascript

// Imports of the necessary libraries

Const Safe = demand (‘@safe Global/protocol-kit’);

Const {eters} = demand (‘ethers’);

// Define the contract

The class of nonstsafe {

Async init () {{

// Initialize a contract with an empty field to store safe addresses

This.safes = new ethers.wallet (). Connect ();

try {

// Get all available security (eg just storing, reading only)

Const safeties = expect this.sefes.getstablesafeties ();

Console.log (“Available Safety:”, Security);

// Define a nested safe contract

class Nestsafecontract {

Async init () {{

Return a new promise ((resolve, recipient) => {

try {

// Initialize a contract with an empty field to store safe addresses

This.safes.Connect ();

Const Address = Acait ETERS.UTILS.GETADDRESS ();

Const Wallet = New Ether.wallet (Address);

// Add your nested safety (in this example we only add one safety)

Const Novspots = New Security (

‘0x … your safe address …’, // your safe address

1, // one of your security companies

wallet.adress,

Etters.utils.formatunits (1, etshers.utils.hextonononumber (‘0’))

);

Acait Newsafety.Save ();

} Capture (error) {

refuse (error);

Iche

});

Iche

Async Getafeaddress () {{

Return this.safe.getsafeaddress (‘0x … address of your-info-safety …’, 1);

Iche

Async Createnewsafety () {{

Const Address = Acait ETERS.UTILS.GETADDRESS ();

Const Wallet = New Ether.wallet (Address);

Const Novspots = New Security (

‘0x … your new security address …’, // Your safe address

2, // another of your security companies

wallet.adress,

Etters.utils.formatunits (1, etshers.utils.hextonononumber (‘0’))

);

Acait Newsafety.Save ();

Return this.safe.gesfeaddress (Newsafey.address);

Iche

Iche

Const Treaty = NEW NEST -SAFECONTRAT ();

// Call the Init 'method on a nested vault

try {

awaits the contract.init ();

} Capture (error) {

Console.error ('Initialization of Error Underdeveloped Safe:', Error);

Iche

// Call "Getafeaddress and” Createnewsafets “methods communicating with your security issues

} Capture (error) {

Console.error (‘Error Connecting to Ethereum Network:’, Error);

Iche

Iche

Iche

// Example of use:

Const Treaty = New Nessedsafe ();

contract.init ();

`

important considerations

-
Security: Make sure you use the library
@@ Safe-Global/Protocol-Kit responsibly and in accordance with the standard for safe global protocols.


Testing:

Ethereum: nested safes with @safe-global/protocol-kit?

Thoroughly test your intelligent contracts as mistakes or problems can lead to security vulnerability.


decentralized storage (DS): for safer storage of data (e.g.

solana nfts

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