def _single_generate(index, **kwargs):
sk_hex = secret_key()
sk = unhexlify(sk_hex.encode())
if kwargs['encrypt_key']:
sk = AESCipher.encrypt(key=kwargs['encrypt_key'], raw=sk)
pk_hex = public_key(sk_hex)
pk = unhexlify(pk_hex.encode())
ck = get_address(pk=pk_hex, prefix=kwargs['prefix'])
t = int(time.time() - kwargs['genesis_time'])
return sk, pk, ck, C.ANT_RESERVED, t
def _process(que, number, request, main_net, prefix):
count = 0
while True:
count += 1
sk = secret_key()
pk = public_key(sk)
ck = get_address(pk, main_net, prefix)
if request in ck:
que.put((True, sk, pk, ck))
exit(1)
elif count % 100 == 0:
que.put((False, number, count))
count = 0
def is_locked_database(cur):
d = cur.execute("SELECT `sk`,`pk` FROM `pool` LIMIT 1").fetchone()
if d is None:
return False # Unlocked
sk, pk = d
try:
sk = AESCipher.decrypt(V.ENCRYPT_KEY, sk) if V.ENCRYPT_KEY else sk
sk = hexlify(sk).decode()
except ValueError:
return True
if len(sk) != 64:
return True
elif public_key(sk) == hexlify(pk).decode():
return False # Unlocked
else:
return True
import time
b32alphabet = 'ABCDEFGHIJKLMNOPQRSTUVWXYZ234567'
request = 'NAMU'
main_net = True
prefix = None
for i in list(request):
if i not in b32alphabet:
raise ValueError('\"%s\" is not include base32 strings.' % i)
count = 0
start = time.time()
print("Prefix={}, mainnet={}, Find \"{}\"".format(prefix, main_net, request))
while True:
count += 1
sk = secret_key()
pk = public_key(sk)
ck = get_address(pk, main_net, prefix)
if request in ck:
print("Secret", sk)
print("Public", pk)
print("Compressed", ck)
print("finished")
exit(0)
elif count % 100 == 0:
print("{}processed, {}mS/cycle".format(count, (time.time() - start) *
1000 // count))
else:
continue
import time
from nem_ed25519.key import secret_key, public_key, get_address, is_address
start = time.time()
result = list()
COUNT = 10
for i in range(COUNT):
sk = secret_key()
pk = public_key(sk)
ck = get_address(pk)
if not is_address(ck):
raise Exception('not correct key')
result.append((sk, pk, ck))
print((time.time() - start) * 1000 // COUNT, "mS/create_pair")
print("\ntry check")
sk = '78f8932df54d22319a16dc4940c269205ae0946f98d38ef30aea488a47426153'
pk = '77041bfb4b6afebc31aaab7b02d68e577fe069524b3c661c804b42ef381f717b'
ck = 'NBOGOGSENUPBFMAPTGHVI4UIAQPVSNKJLWUVHBED'
assert pk == public_key(sk), 'Not correct sk'
assert ck == get_address(pk), 'Not correct pk'
print("all ok.")