def __new_signing_key(self, pars: List[str]) -> None:
if len(pars) == 0:
raise Exception('enter privkey' 's name')
for sk_name in pars:
sk = Privkey.new()
PrivkeyStorage.store_signing_key(sk_name, sk)
self.__signing_keys[sk_name] = sk
def setUp(self) -> None:
self.trx = Transaction(123, [Output(100, TEST_PUBADDR).id], [Output(10, TEST_PUBADDR), Output(90, TEST_PUBADDR)])
self.trx.sign(Privkey.from_pem(io.StringIO(PEM_FILE_DATA)))
# self.blk = Block(345, GENESIS_BLOCK, [self.trx.id])
self.blk = Block(345, GENESIS_BLOCK, [self.trx])
def setUp(self) -> None:
self.trx = Trans(123, [Output(100, TEST_PUBADDR).id],
[Output(10, TEST_PUBADDR),
Output(90, TEST_PUBADDR)])
self.trx.sign(Privkey.from_pem(io.StringIO(PEM_FILE_DATA)))
def setUp(self) -> None:
self.sk = Privkey.from_pem(io.StringIO(PEM_FILE_DATA))
_, self.sgn = self.sk.sign(b'abc')
def test_from_pem_and_sign(self) -> None:
sk = Privkey.from_pem(io.StringIO(PEM_FILE_DATA))
_, sgn = sk.sign(b'abc')
self.assertTrue(sk.pubkey.verify(sgn, b'abc'))