def test_serialize_pubkey_outpoint(self):
pubkey_outpoint = PubKeyOutpoint(PublicKey.from_hexstr(
"022af4cc9ec3358354345c91694031a1fcdbe9a9064197521814e8a20fe018eb5f"
),
is_pubkey_hash=True)
serialized = PubKeyOutpointSerializer.serialize(pubkey_outpoint)
self.assertEquals(
hexstr(serialized),
"022af4cc9ec3358354345c91694031a1fcdbe9a9064197521814e8a20fe018eb5f"
)
def test_deserialize_pubkey_outpoint(self):
serialized_data = decodehexstr(
"022af4cc9ec3358354345c91694031a1fcdbe9a9064197521814e8a20fe018eb5f"
)
pubkey_outpoint = PubKeyOutpointSerializer.deserialize(
serialized_data, outpoint_type=OutpointIndex.PUBKEY)
self.assertEquals(
pubkey_outpoint,
PubKeyOutpoint(PublicKey.from_hexstr(
"022af4cc9ec3358354345c91694031a1fcdbe9a9064197521814e8a20fe018eb5f"
),
is_pubkey_hash=False))
def test_WalletFile_1(self):
io = IoHandle.using_stringio()
wallet = WalletFile.new(io)
wallet.start_tx()
wallet.outpoints[1] = OutpointIndex(
12,
Uint256.from_hexstr(
"2af4cc9ec3358354345c91694031a1fcdbe9a9064197521814e8a20fe018eb5f"
), 3, OutpointIndex.PUBKEY_HASH, 4,
PubKeyOutpoint(PublicKey.from_hexstr(
"022af4cc9ec3358354345c91691031a1fcdbe9a9064197521814e8a20fe018eb5f"
),
is_pubkey_hash=True))
wallet.end_tx()
wallet.commit()
wallet.start_tx()
wallet.outpoints[1] = OutpointIndex(
12,
Uint256.from_hexstr(
"2af4cc9ec3358354345c91694031a1fcdbe9a9064197521814e8a20fe018eb5f"
), 3, OutpointIndex.PUBKEY_HASH, 4,
PubKeyOutpoint(PublicKey.from_hexstr(
"022af4cc9ec3358354345c91691031a1fcdbe9a9064197521814e8a20fe018eb5f"
),
is_pubkey_hash=True))
wallet.end_tx()
wallet.commit()
#with open(r"c:\local\tmp\wallet-test.wlt", "wb") as wlt:
# wlt.write(io.iohandle.getvalue())
io.seek(0, SEEK_SET)
wallet2 = WalletFile.load(io, len(io.iohandle.getvalue()))
print wallet2.fileheader
print wallet2.outpoints
def test_serialize_outpoint_index(self):
outpoint = OutpointIndex(
12,
Uint256.from_hexstr(
"2af4cc9ec3358354345c91694031a1fcdbe9a9064197521814e8a20fe018eb5f"
), 3, OutpointIndex.PUBKEY_HASH, 4,
PubKeyOutpoint(PublicKey.from_hexstr(
"022af4cc9ec3358354345c91691031a1fcdbe9a9064197521814e8a20fe018eb5f"
),
is_pubkey_hash=True))
serialized = OutpointIndexSerializer.serialize(outpoint)
self.assertEquals(
hexstr(serialized),
"0000000c2af4cc9ec3358354345c91694031a1fcdbe9a9064197521814e8a20fe018eb5f030200000004022af4cc9ec3358354345c91691031a1fcdbe9a9064197521814e8a20fe018eb5f"
)
import unittest
import mock
from coinpy.lib.wallet.formats.btc.wallet_model import BtcWallet, PrivateKey,\
PubKeyOutpoint, PublicKey, ItemSet
TEST_PRIVATEKEY = PrivateKey(0, private_key_data="\x01\x02\x03\x04" * 8)
TEST_OUTPOINT = PubKeyOutpoint(PublicKey.from_hexstr("01" * 33))
class TestItemSet(unittest.TestCase):
def test_ItemSet_setAndCommit_getReturnsValue(self):
items = ItemSet()
items.begin_transaction()
items.set("key1", 1)
items.commit_transaction()
self.assertEquals(items.get("key1"), 1)
def test_ItemSet_setWithoutCommit_getThrowsKeyError(self):
items = ItemSet()
items.begin_transaction()
items.set("key1", 1)
with self.assertRaises(KeyError):
print items.get("key1")
def test_ItemSet_delete_itemIsStillPresent(self):
items = ItemSet({"key1": 1})
items.begin_transaction()
items.delete("key1")
def deserialize(data, outpoint_type):
is_pubkey_hash = (outpoint_type == OutpointIndex.PUBKEY_HASH)
return PubKeyOutpoint(PublicKey.from_bytestr(data), is_pubkey_hash=is_pubkey_hash)