I’m not you trying to recover the private key to mnemonic phrase surase surase Python and Litecoin in the portfolio.

Who do we need a private key?

———

A private key to check transactions on a blockchain network. When you’re new accounting currency, the private key (together with a corresponding public administration) is stormed by the vault.

How to recover the private keys to a mnemonic phrase:

—————————– ——

You can have Python and these Cryptographhy library to achieve this. Here’s an example of how to generating a private admission adition:

Install Libraries Rest

`Bash

Pip instals encryption

Example code


`Python

dishen encryption.fernet import fert

Import Base64

Matters Json

free cryptography.

cream cryptography.hazmat.primetitifs.asymmetry

from cryptography.hazmat.backnds import default_backend

Matters hashlib


Def Load_private_key_from_mnemonic (mnemonic, password = nonne):

    "" ""

    Load the Private Key to Mnemonica Phrase.


    Args:

        Mnemonic (Str): Mnemonica Phrase.

        Password (str, Optional): Password for them. If Provided,

            Only this password is the private the private key. Otherwise,

            No private key is generated.


    Return:

        Byte: Private Key like Json string.

    "" ""

    
Create an object Frnet Cipher

    F = ray ()


    
Load's Mnemonica Phraseself or Data Base (optional)

    
I'm application on the real world, you're a Mnemonica phrase.

    With Open ("Mnemonic_phrase.txt", "RB") as F:

        mnemonic_bytes = F.Rea ()

        Password = "" 
Optional


    If a password:

        
Generates a new private

        Private_key = Fernet.generate_private_key (

            Here's = "UTF-8",

            Backand = default_back ( ),

            Secreen_keygen = True,

        )

        Print (F "private key generate: {Private_key.private_bytes (

            coding = serialization.encoding.pem,

            format = serialization.privateFormat.Tradium Localopssl,

            encryption_algorithm = serialization.nocryption ()

        )} ")


    
Cracking the Mnemonica Phrase Using the Private Key Gerate

    crypted_mnemonic = Fernet.encrypt (

        mnemonic.encode ("utf-8"),

        Padding.oep (

            mgf = padding.mgf1 (algorithm = hashlib.sha256 ()),

            Algorithm = hashlib.sha256 ( ),

            Label = nonone,

        )

    )


    
Loads' Private Key

    With Open ("Private_key.json," "RB") as F:

        Private_key_bytes = F.Rea ()


    
Convert The mnemonic

    crypted_mnemonic_bytes = base64.b64decode (crypted_mnemonic)


    Return Private_key_bytes, Crypted_mnemonic_bytes



Example off

mnemonic_phrase = "Your_mnemonic_phrase_here"

Password = "" 
Optional


Private_key_bytes, crypted_mnemonic_bytes = Load_private_key_from_mnemonics (mnemonic_phrase, password)


Print ("private Key (Json):")

Print (Private_key_bytes)

Print (" Nencrypted Mnemonic Phrase:")

PRINT (Cripted_mnemonic_bytes.hex ())

How to use this code:

1

• Set a password if provided for decryption.

• Pass the mnemonica encrypted advertising atho-topic when it calls Load_private_key_from_mnemonic.

• The private key is generated and accounted as a Json string.

This is thehis implementation of assumes that you are surgical off the Fernet figure with Hashing Sha-256. It’s how you will have the settings based on specific requirements.

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