def test_address_from_compressed_pubkey(self):
self.assertEquals(
key.address_from_pubkey(
'\x02\x01\x00\xb9\xce\x1a\xcfg\x16\xa2\xd6Os\xb2\xa6%\xf2\xc1\x0c\xe9\x19\xe5(\xa9?'
'`Z\xf1\xd7=M[A'),
'\x00\xc5\xf0\xf9\xb63\x08+b\xfe\xb5 \xb8\xea<L\x12)\x1c\xaae\xe7\xf6\xf30'
)
def test_address_from_pubkey(self):
self.assertEquals(
key.address_from_pubkey(
'\x04\x01\x00\xb9\xce\x1a\xcfg\x16\xa2\xd6Os\xb2\xa6%\xf2\xc1\x0c\xe9\x19\xe5(\xa9?'
'`Z\xf1\xd7=M[AY\x99\xff\xde\xf8\x89\xd9m\xccB"\x0e\xd9ys\xb0S{k\x95\xa3\xec\\\xa2'
'\xaf\x96B`\x1fK\x12\xe8'),
'\x00\x87\x8b\xb12\x12\x0c\xcb\x1e\xd0\x7f\x87\xb5\xf6Q6\t\xb1\xff\xe2\xcc\x9f\xb2^\xc1'
)
def test_address_from_pubkey(self):
self.assertEquals(
key.address_from_pubkey(
'\x04\x01\x00\xb9\xce\x1a\xcfg\x16\xa2\xd6Os\xb2\xa6%\xf2\xc1\x0c\xe9\x19\xe5(\xa9?'
'`Z\xf1\xd7=M[AY\x99\xff\xde\xf8\x89\xd9m\xccB"\x0e\xd9ys\xb0S{k\x95\xa3\xec\\\xa2'
'\xaf\x96B`\x1fK\x12\xe8'),
'\x00\x87\x8b\xb12\x12\x0c\xcb\x1e\xd0\x7f\x87\xb5\xf6Q6\t\xb1\xff\xe2\xcc\x9f\xb2^\xc1'
)
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 test_priv_key_to_address_compressed(self):
self.assertEquals(
byte_util.base58_encode(
key.address_from_pubkey(
key.encode_pub_compressed(
key.priv_to_pub(
key.decode_privkey(
'5JnKZDMUAddiGgFjWiHNVrX5pxGcEJ1miscs2Xhy7f9BrGffrps'))))),
'19ufHMz2mhGHhSSQEmqBsqZUTMHB79urP9')
self.assertEquals(
byte_util.base58_encode(
key.priv_to_address_compressed(
key.decode_privkey('5JnKZDMUAddiGgFjWiHNVrX5pxGcEJ1miscs2Xhy7f9BrGffrps'))),
'19ufHMz2mhGHhSSQEmqBsqZUTMHB79urP9')
def test_priv_key_to_address(self):
self.assertEquals(
byte_util.base58_encode(
key.address_from_pubkey(
key.encode_pub(
key.priv_to_pub(
key.decode_privkey(
'5JnKZDMUAddiGgFjWiHNVrX5pxGcEJ1miscs2Xhy7f9BrGffrps'))))),
'1EEaiQ4DXxf8seerjdNR69by8pwZeBJ6mJ')
self.assertEquals(
byte_util.base58_encode(
key.priv_to_address(
key.decode_privkey('5JnKZDMUAddiGgFjWiHNVrX5pxGcEJ1miscs2Xhy7f9BrGffrps'))),
'1EEaiQ4DXxf8seerjdNR69by8pwZeBJ6mJ')
def test_priv_key_to_address_compressed(self):
self.assertEquals(
byte_util.base58_encode(
key.address_from_pubkey(
key.encode_pub_compressed(
key.priv_to_pub(
key.decode_privkey(
'5JnKZDMUAddiGgFjWiHNVrX5pxGcEJ1miscs2Xhy7f9BrGffrps'
))))), '19ufHMz2mhGHhSSQEmqBsqZUTMHB79urP9')
self.assertEquals(
byte_util.base58_encode(
key.priv_to_address_compressed(
key.decode_privkey(
'5JnKZDMUAddiGgFjWiHNVrX5pxGcEJ1miscs2Xhy7f9BrGffrps'))
), '19ufHMz2mhGHhSSQEmqBsqZUTMHB79urP9')
def test_priv_key_to_address(self):
self.assertEquals(
byte_util.base58_encode(
key.address_from_pubkey(
key.encode_pub(
key.priv_to_pub(
key.decode_privkey(
'5JnKZDMUAddiGgFjWiHNVrX5pxGcEJ1miscs2Xhy7f9BrGffrps'
))))), '1EEaiQ4DXxf8seerjdNR69by8pwZeBJ6mJ')
self.assertEquals(
byte_util.base58_encode(
key.priv_to_address(
key.decode_privkey(
'5JnKZDMUAddiGgFjWiHNVrX5pxGcEJ1miscs2Xhy7f9BrGffrps'))
), '1EEaiQ4DXxf8seerjdNR69by8pwZeBJ6mJ')
def test_address_from_compressed_pubkey(self):
self.assertEquals(
key.address_from_pubkey(
'\x02\x01\x00\xb9\xce\x1a\xcfg\x16\xa2\xd6Os\xb2\xa6%\xf2\xc1\x0c\xe9\x19\xe5(\xa9?'
'`Z\xf1\xd7=M[A'),
'\x00\xc5\xf0\xf9\xb63\x08+b\xfe\xb5 \xb8\xea<L\x12)\x1c\xaae\xe7\xf6\xf30')
