def test_address(self):
b32_xprv = bitsv.Bip32(MASTERPRIVATE)
b32_xpub = bitsv.Bip32(MASTERPUBLIC)
assert b32_xprv.address(use_uncompressed=False) == ADDRESS
assert b32_xprv.address(use_uncompressed=True) == ADDRESS_UNCOMPRESSED
assert b32_xpub.address(use_uncompressed=False) == ADDRESS
assert b32_xpub.address(use_uncompressed=True) == ADDRESS_UNCOMPRESSED
def test_get_children(self):
b32_xprv = bitsv.Bip32(MASTERPRIVATE)
b32_xpub = bitsv.Bip32(MASTERPUBLIC)
# __repr__ not leaking xprv
assert b32_xprv.get_children(derivation_path='0', index_start=0, index_end=1)[
0].__repr__() == XPRV_FIRST_CHILD_REPR
assert b32_xprv.get_children(derivation_path='0', index_start=1, index_end=2)[
0].__repr__() == XPRV_SECOND_CHILD_REPR
assert b32_xprv.get_children(derivation_path='0', index_start=2, index_end=3)[
0].__repr__() == XPRV_THIRD_CHILD_REPR
# xpub __repr__
assert b32_xpub.get_children(derivation_path='0', index_start=0, index_end=1)[
0].__repr__() == XPUB_FIRST_CHILD_REPR
assert b32_xpub.get_children(derivation_path='0', index_start=1, index_end=2)[
0].__repr__() == XPUB_SECOND_CHILD_REPR
assert b32_xpub.get_children(derivation_path='0', index_start=2, index_end=3)[
0].__repr__() == XPUB_THIRD_CHILD_REPR
# check that addresses are correct for child xpub and xprv
for i, key in enumerate(b32_xprv.get_children(derivation_path='0', index_start=0, index_end=3)):
assert CHILD_ADDRESSES[i] == key.address()
for i, key in enumerate(b32_xpub.get_children(derivation_path='0', index_start=0, index_end=3)):
assert CHILD_ADDRESSES[i] == key.address()
def test_wif(self):
b32_xprv = bitsv.Bip32(MASTERPRIVATE)
b32_xpub = bitsv.Bip32(MASTERPUBLIC)
assert b32_xprv.wif() == MASTERPRIVATEWIF
with pytest.raises(ValueError):
b32_xpub.wif()
def test_get_xprv(self):
b32_xprv = bitsv.Bip32(MASTERPRIVATE)
b32_xpub = bitsv.Bip32(MASTERPUBLIC)
assert b32_xprv.get_xprv() == MASTERPRIVATE
with pytest.raises(ValueError):
b32_xpub.get_xprv()
def test_get_xpub(self):
b32_xprv = bitsv.Bip32(MASTERPRIVATE)
b32_xpub = bitsv.Bip32(MASTERPUBLIC)
assert b32_xprv.get_xpub().as_text() == MASTERPUBLIC
assert b32_xpub.get_xpub().as_text() == MASTERPUBLIC
def test_init(self):
b32 = bitsv.Bip32(MASTERPRIVATE)
assert isinstance(b32.node, type(key.Key.from_text(MASTERPRIVATE))) # matches pycoin class
assert b32.bitcoinx_key is None # object only created on an as-needed basis and only ever created once