def test_TestNewPubKey():
public_key = skycoin.cipher_PubKey()
_, data = skycoin.SKY_cipher_RandByte(31)
assert skycoin.SKY_cipher_NewPubKey(
data, public_key) == skycoin.SKY_ErrInvalidLengthPubKey
_, data = skycoin.SKY_cipher_RandByte(32)
assert skycoin.SKY_cipher_NewPubKey(
data, public_key) == skycoin.SKY_ErrInvalidLengthPubKey
_, data = skycoin.SKY_cipher_RandByte(34)
assert skycoin.SKY_cipher_NewPubKey(
data, public_key) == skycoin.SKY_ErrInvalidLengthPubKey
_, data = skycoin.SKY_cipher_RandByte(0)
assert skycoin.SKY_cipher_NewPubKey(
data, public_key) == skycoin.SKY_ErrInvalidLengthPubKey
_, data = skycoin.SKY_cipher_RandByte(100)
assert skycoin.SKY_cipher_NewPubKey(
data, public_key) == skycoin.SKY_ErrInvalidLengthPubKey
_, data = skycoin.SKY_cipher_RandByte(33)
assert skycoin.SKY_cipher_NewPubKey(
data, public_key) == skycoin.SKY_ErrInvalidPubKey
pubkey = skycoin.cipher_PubKey()
seckey = skycoin.cipher_SecKey()
err = skycoin.SKY_cipher_GenerateKeyPair(pubkey, seckey)
assert err == skycoin.SKY_OK
ptemp = pubkey.toStr()
pubkey2 = skycoin.cipher_PubKey()
err = skycoin.SKY_cipher_NewPubKey(ptemp, pubkey2)
assert err == skycoin.SKY_OK
assert pubkey == pubkey2
def test_TestPubKeyVerify():
# Random bytes should not be valid, most of the time
failed = False
for _ in range(10):
public_key = skycoin.cipher_PubKey()
_, data = skycoin.SKY_cipher_RandByte(33)
skycoin.SKY_cipher_NewPubKey(data, public_key)
if skycoin.SKY_cipher_PubKey_Verify(public_key) is not None:
failed = True
break
assert failed is True
def KeysTestDataFromJSON(KeysTestDataJSON):
address = skycoin.cipher__Address()
err = skycoin.SKY_cipher_DecodeBase58Address(
KeysTestDataJSON["address"].encode(), address)
if err != skycoin.SKY_OK:
return skycoin.SKY_ERROR, None
err, hex_str = skycoin.SKY_base58_String2Hex(
KeysTestDataJSON["secret"].encode())
assert err == skycoin.SKY_OK
secret_key = skycoin.cipher_SecKey()
err = skycoin.SKY_cipher_NewSecKey(hex_str, secret_key)
assert err == skycoin.SKY_OK
err, secret_key_hex = skycoin.SKY_cipher_SecKey_Hex(secret_key)
if err != skycoin.SKY_OK:
return skycoin.SKY_ERROR, None
err, hex_str = skycoin.SKY_base58_String2Hex(
KeysTestDataJSON["public"].encode())
assert err == skycoin.SKY_OK
public_key = skycoin.cipher_PubKey()
err = skycoin.SKY_cipher_NewPubKey(hex_str, public_key)
assert err == skycoin.SKY_OK
err, public_key_hex = skycoin.SKY_cipher_PubKey_Hex(public_key)
if err != skycoin.SKY_OK:
return skycoin.SKY_ERROR, None
r = KeysTestData()
r.Address = address
r.Public = public_key_hex
r.Secret = secret_key_hex
r.Signatures = 0
if KeysTestDataJSON.get("signatures") == None:
return skycoin.SKY_OK, r
sigs = []
if len(KeysTestDataJSON["signatures"]) >= 0:
for s in KeysTestDataJSON["signatures"]:
sig_fromHex = skycoin.cipher_Sig()
err = skycoin.SKY_cipher_SigFromHex(s.encode(), sig_fromHex)
assert err == skycoin.SKY_OK
sigs.append(sig_fromHex)
assert err == skycoin.SKY_OK
r.Signatures = sigs
return skycoin.SKY_OK, r