def generatePrivateKey(self):
global key
kg = blocksmith.KeyGenerator()
kg.seed_input('Seeds words to generate random input')
key = kg.generate_key()
print(key)
self.label.setText("Your Ethereum Address: ")
def generate_keys():
btc = BitcoinWallet()
kg = blocksmith.KeyGenerator()
kg.seed_input(str(uuid.uuid4()))
private_key = kg.generate_key()
public_key = btc._BitcoinWallet__private_to_public(private_key)
return {
"private_key": private_key,
"public_key": public_key.decode('utf-8')
}
import blocksmith
import sys
import random
count = int(sys.argv[1])
kg = blocksmith.KeyGenerator()
kg.seed_input('This is the seed.')
with open('./accounts.txt', 'w') as full, open('./addresses.txt', 'w') as addr:
for i in range(count):
private_key = kg.generate_key()
address = blocksmith.EthereumWallet.generate_address(private_key)
checksum_address = blocksmith.EthereumWallet.checksum_address(address)
balance = random.randrange(10, 1000) * 1e18
full.write('%s,%s,%d\n' % (private_key, checksum_address, balance))
addr.write('%s,%d\n' % (checksum_address, balance))
import blocksmith
address_1 = str(
input('Enter the btc address: ')) #'1PQc5NNSdvRwyw2RvrrQcBF4jHnmQFRkaL'
sert = 0
while True:
paddress_1aphrase = blocksmith.KeyGenerator()
paddress_1aphrase.seed_input(
'qwertyuiopasdfghjklzxcvbnm1234567890') # paddress_1aphrase
private_Key = paddress_1aphrase.generate_key()
address = blocksmith.BitcoinWallet.generate_address(private_Key)
sert += 1
if address_1 == address:
print("we found it ")
print("private private_Key = ", private_Key)
print("address = ", address)
break
else:
print("trying private private_Key = ", private_Key)
print("address = ", address)
continue