AwesomO: /* Note's */

2025-07-07T15:26:13Z

Note's

AwesomO: Created page with "Note: Should work on Bitcoin - Untested on Bitcoin - developed by Noob's do not trust, you been warned. * This script does the following: It takes user input as a seed (which can be 12 words or any random input). It generates a deterministic seed by hashing the input. It uses this seed to create an ECDSA private key on the secp256k1 curve (used by Bitcoin and n33bcoin). It derives the public key from the private key. ** It generates a N33B coin address from..."

2025-04-20T19:21:14Z

Created page with "Note: Should work on Bitcoin - Untested on Bitcoin - developed by Noob's do not trust, you been warned. * This script does the following: ** It takes user input as a seed (which can be 12 words or any random input). ** It generates a deterministic seed by hashing the input. ** It uses this seed to create an ECDSA private key on the secp256k1 curve (used by Bitcoin and n33bcoin). ** It derives the public key from the private key. ** It generates a N33B coin address from..."

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Note: Should work on Bitcoin - Untested on Bitcoin - developed by Noob's do not trust, you been warned.
* This script does the following:
** It takes user input as a seed (which can be 12 words or any random input).
** It generates a deterministic seed by hashing the input.
** It uses this seed to create an ECDSA private key on the secp256k1 curve (used by Bitcoin and n33bcoin).
** It derives the public key from the private key.
** It generates a N33B coin address from the public key.
** It creates a WIF (Wallet Import Format) version of the private key.
*** Install the required libraries '''<code>sudo apt install python3-ecdsa python3-base58</code>'''

==Script==
<code>$EDITOR add_bit_gen.py</code>
<pre>
import hashlib
import ecdsa
import base58

# Python3 - this script depends on 'ecdsa', 'base58'.
# sudo apt install python3-ecdsa python3-base58

def generate_n33bcoin_keypair(seed):
# Generate a deterministic seed from the input
seed_hash = hashlib.sha256(seed.encode()).digest()

# Use the seed to generate a private key
signing_key = ecdsa.SigningKey.from_string(seed_hash, curve=ecdsa.SECP256k1)
private_key = signing_key.to_string().hex()

# Generate the public key
verifying_key = signing_key.get_verifying_key()
public_key = '04' + verifying_key.to_string().hex()

# Generate n33bcoin address (same as Bitcoin mainnet)
public_key_bytes = bytes.fromhex(public_key)
sha256_hash = hashlib.sha256(public_key_bytes).digest()
ripemd160_hash = hashlib.new('ripemd160', sha256_hash).digest()

# n33bcoin mainnet address (version byte 0x00, starts with '1')
version_byte = b'\x00' # Decimal 0, Bitcoin-like mainnet
full_hash = version_byte + ripemd160_hash
checksum = hashlib.sha256(hashlib.sha256(full_hash).digest()).digest()[:4]
n33bcoin_address = base58.b58encode(full_hash + checksum).decode('utf-8')

# n33bcoin WIF private key (version byte 0x80, Bitcoin-like mainnet)
version_byte_wif = b'\x80' # Decimal 128
extended_key = version_byte_wif + bytes.fromhex(private_key)
checksum = hashlib.sha256(hashlib.sha256(extended_key).digest()).digest()[:4]
wif_private_key = base58.b58encode(extended_key + checksum).decode('utf-8')

return {
'private_key': private_key,
'public_key': public_key,
'n33bcoin_address': n33bcoin_address,
'wif_private_key': wif_private_key
}

def main():
print("Enter your seed (12 words or any random input):")
seed = input().strip()

keypair = generate_n33bcoin_keypair(seed)

print("\nGenerated n33bcoin Key Pair:")
print(f"Private Key: {keypair['private_key']}")
print(f"Public Key: {keypair['public_key']}")
print(f"n33bcoin Address: {keypair['n33bcoin_address']}")
print(f"WIF Private Key: {keypair['wif_private_key']}")

if __name__ == "__main__":
main()
</pre>

* If saved as <code>add_bit_gen.py</code>
* Then run as so: <code>pyhon3 add_bit_gen.py</code>

* Enter your seed when prompted.
* The script will output the private key, public key, N33Bcoin address, and WIF private key.

==Note's==
Important notes:
* This script generates reproducible results, meaning the same input will always produce the same key pair.
* The security of your keys depends on the randomness and secrecy of your input seed.
* Use a strong, unique seed for real-world use.
* This is a simplified implementation and should not be used for managing real funds without further security measures.
* Always keep your private keys secret and secure.
==Results==
* Sample output - using seed 'hithere'
<pre>
noob@noob-ThinkPad-T470:~/Gen/py-pub-prv$ python3 gen.py
Enter your seed (12 words or any random input):
hithere

Generated n33bcoin Key Pair:
Private Key: 3e4748d72b0a0c5d4538b52a2ade025a0f52a1e8642384ac14e5af0f90b8ab8a
Public Key: 04c4cab1795312dafbf2532c7b238d448b55fa151a3d4e059cb49b47fb7244fb8767981b561c067494f9f3a6357024bb4fa71d12d692a733f7a0583d6fa7276548
n33bcoin Address: 13j4do7QupXYPVtgmkkbP2gfe8ETnErrnG
WIF Private Key: 5JHiQDRUFhw9HzSJFVmHjzpHDaF7TXP8A5hFDHssVvyQA2yVRTH
</pre>
* Reproduced usig: 'hithere'
<pre>
noob@noob-ThinkPad-T470:~/Gen/py-pub-prv$ python3 gen.py
Enter your seed (12 words or any random input):
hithere

Generated n33bcoin Key Pair:
Private Key: 3e4748d72b0a0c5d4538b52a2ade025a0f52a1e8642384ac14e5af0f90b8ab8a
Public Key: 04c4cab1795312dafbf2532c7b238d448b55fa151a3d4e059cb49b47fb7244fb8767981b561c067494f9f3a6357024bb4fa71d12d692a733f7a0583d6fa7276548
n33bcoin Address: 13j4do7QupXYPVtgmkkbP2gfe8ETnErrnG
WIF Private Key: 5JHiQDRUFhw9HzSJFVmHjzpHDaF7TXP8A5hFDHssVvyQA2yVRTH

</pre>
* a space between words: 'hi there'
<pre>
noob@CompleteNoobs:~/testin$ python3 add_bit_gen.py
Enter your seed (12 words or any random input):
hi there

Generated N33Bcoin Key Pair:
Private Key: 9b96a1fe1d548cbbc960cc6a0286668fd74a763667b06366fb2324269fcabaa4
Public Key: 04c20346f8bca6852b432ebd1317d58f616bd9bdcb094d6b563712dfbc820ffcd8a2325459cc2909ea4f2a982c65ba4688c0de5538d679249d25d91dcb8878c7e3
N33Bcoin Address: 1CTLQdpSqKE27fJcykm3BEVkWZdfN9888w
WIF Private Key: 5JzosusicGeVVxbzsmu2uKpJjNPtni2ARvW7L5bdVy9Dyyo4Jfb
</pre>
* reproduced on diff box - with same script:
<pre>
ubuntu@py2:~/key_script$ python3 add_bit_gen.py
Enter your seed (12 words or any random input):
hi there

Generated N33Bcoin Key Pair:
Private Key: 9b96a1fe1d548cbbc960cc6a0286668fd74a763667b06366fb2324269fcabaa4
Public Key: 04c20346f8bca6852b432ebd1317d58f616bd9bdcb094d6b563712dfbc820ffcd8a2325459cc2909ea4f2a982c65ba4688c0de5538d679249d25d91dcb8878c7e3
N33Bcoin Address: 1CTLQdpSqKE27fJcykm3BEVkWZdfN9888w
WIF Private Key: 5JzosusicGeVVxbzsmu2uKpJjNPtni2ARvW7L5bdVy9Dyyo4Jfb
</pre>

N33Bcoin Address Generator Bitcoin - Revision history

AwesomO: /* Note's */