def T(str_addr, expected_bytes, expected_version, expected_class):
addr = CCoinAddress(str_addr)
addr2 = CBitcoinAddress(str_addr)
self.assertEqual(addr, addr2)
self.assertEqual(type(addr), type(addr2))
self.assertEqual(addr.to_bytes(), expected_bytes)
self.assertEqual(addr.__class__, expected_class)
if isinstance(addr, CBase58BitcoinAddress):
self.assertEqual(addr.base58_prefix[0], expected_version)
elif isinstance(addr, CBech32BitcoinAddress):
self.assertEqual(addr.witver, expected_version)
def T(confidential_addr, expected_bytes, unconfidential_addr,
expected_blinding_pubkey, expected_class):
a = CCoinAddress(confidential_addr)
self.assertIsInstance(a, expected_class)
self.assertEqual(a.to_bytes(), expected_bytes)
self.assertEqual(unconfidential_addr, a.to_unconfidential())
self.assertEqual(
confidential_addr,
str(a.__class__.from_unconfidential(
unconfidential_addr, a.blinding_pubkey)))
self.assertEqual(expected_blinding_pubkey, a.blinding_pubkey)
a2 = CCoinConfidentialAddress(str(a))
self.assertEqual(a, a2)
a2 = CCoinConfidentialAddress.from_unconfidential(unconfidential_addr,
a.blinding_pubkey)
self.assertEqual(a, a2)
