def test_priv_addition_is_pub_addition(self):
# adding private keys gives the same address as adding their public keys
key1 = key.generate_priv()
key2 = key.generate_priv()
self.assertEquals(
byte_util.base58_encode(key.priv_to_address(key1 + key2)),
byte_util.base58_encode(
key.address_from_pubkey(
key.encode_pub(key.priv_to_pub(key1) + key.priv_to_pub(key2)))))
def test_priv_addition_is_pub_addition(self):
# adding private keys gives the same address as adding their public keys
key1 = key.generate_priv()
key2 = key.generate_priv()
self.assertEquals(
byte_util.base58_encode(key.priv_to_address(key1 + key2)),
byte_util.base58_encode(
key.address_from_pubkey(
key.encode_pub(
key.priv_to_pub(key1) + key.priv_to_pub(key2)))))
def main():
priv = key.generate_priv()
priv_enc = key.encode_privkey(priv)
priv_cmp_enc = key.encode_privkey_compressed(priv)
pub = key.priv_to_pub(priv)
addr = byte_util.base58_encode(key.pub_to_address(pub))
addr_comp = byte_util.base58_encode(key.pub_to_address_compressed(pub))
print 'Address: %s\nPrivate Key Encoded: %s\nAddress (compressed): %s\nPrivate Key Encoded (compressed): %s' % (addr, priv_enc, addr_comp, priv_cmp_enc)
def main():
priv = key.generate_priv()
priv_enc = key.encode_privkey(priv)
priv_cmp_enc = key.encode_privkey_compressed(priv)
pub = key.priv_to_pub(priv)
addr = byte_util.base58_encode(key.pub_to_address(pub))
addr_comp = byte_util.base58_encode(key.pub_to_address_compressed(pub))
print 'Address: %s\nPrivate Key Encoded: %s\nAddress (compressed): %s\nPrivate Key Encoded (compressed): %s' % (
addr, priv_enc, addr_comp, priv_cmp_enc)
def test_decode_pub_compressed(self):
pub = key.priv_to_pub(
key.decode_privkey('5JnKZDMUAddiGgFjWiHNVrX5pxGcEJ1miscs2Xhy7f9BrGffrps'))
self.assertEquals(key.decode_pub(key.encode_pub_compressed(pub)), pub)
for _ in xrange(100):
print _
priv = key.generate_priv()
pub = key.priv_to_pub(priv)
self.assertEquals(key.decode_pub(key.encode_pub_compressed(pub)), pub)
def test_decode_pub_compressed(self):
pub = key.priv_to_pub(
key.decode_privkey(
'5JnKZDMUAddiGgFjWiHNVrX5pxGcEJ1miscs2Xhy7f9BrGffrps'))
self.assertEquals(key.decode_pub(key.encode_pub_compressed(pub)), pub)
for _ in xrange(100):
print _
priv = key.generate_priv()
pub = key.priv_to_pub(priv)
self.assertEquals(key.decode_pub(key.encode_pub_compressed(pub)),
pub)
def mine(g_num, work):
num = 0
while True:
try:
priv = key.generate_priv()
pub = key.priv_to_pub(priv)
addr = byte_util.base58_encode(key.pub_to_address(pub))
addr_comp = byte_util.base58_encode(
key.pub_to_address_compressed(pub))
num += 1
if num % INC == 0:
with g_num.get_lock():
g_num.value += INC
# if g_num.value > 10000:
# return
if any(VANITY_RE.match(a) for a in [addr, addr_comp]):
try:
priv_enc = key.encode_privkey(priv)
except Exception, e:
priv_enc = repr(e)
try:
priv_cmp_enc = key.encode_privkey_compressed(priv)
except Exception, e:
priv_cmp_enc = repr(e)
msg = '\nI found one!\nAddress: %s\nAddress (compressed): %s\nPrivate Key (raw): %r\nPrivate Key Encoded: %s\nPrivate Key Encoded (compressed): %s\n' % (
addr, addr_comp, priv, priv_enc, priv_cmp_enc)
print msg[:-1]
with open('found_keys', 'a') as found_keys:
found_keys.write(msg)
for rec in work:
pub_sum = pub + rec['public_key']
addr = byte_util.base58_encode(key.pub_to_address(pub_sum))
addr_comp = byte_util.base58_encode(
key.pub_to_address_compressed(pub_sum))
if not any(
a.startswith(rec['pattern'])
for a in [addr, addr_comp]):
continue
try:
priv_hex = hex(priv)[2:].rstrip('L').upper()
except Exception, e:
priv_hex = repr(e)
try:
priv_enc = key.encode_privkey(priv)
except Exception, e:
priv_enc = repr(e)
