def test_txhash(self):
'''
https://github.com/decred/dcrd/blob/master/wire/msgtx_test.go#L139-L140
'''
outpoint = tx.DecredOutpoint(tx_id=b'\x00' * 32,
index=b'\xff' * 4,
tree=b'\x00')
tx_ins = [tx.DecredTxIn(outpoint=outpoint, sequence=b'\xff' * 4)]
tx_outs = [
tx.DecredTxOut(value=utils.i2le_padded(5000000000, 8),
version=b'\xf0\xf0',
output_script=helpers.DCR['ser']['hash_pk'])
]
tx_witnesses = [
tx.DecredInputWitness(
value=utils.i2le_padded(5000000000, 8),
height=b'\x34' * 4,
index=b'\x2E' * 4,
stack_script=bytes([0x04, 0x31, 0xdc, 0x00, 0x1b, 0x01, 0x62]),
redeem_script=b'')
]
version = helpers.DCR['ser']['version']
t = tx.DecredTx(version=version,
tx_ins=tx_ins,
tx_outs=tx_outs,
lock_time=b'\x00' * 4,
expiry=b'\x00' * 4,
tx_witnesses=tx_witnesses)
self.assertEqual(t.tx_id, helpers.DCR['ser']['tx']['expected_hash'])
def setUp(self):
super().setUp()
self.version = helpers.DCR['ser']['version']
self.outpoint_index = helpers.DCR['ser']['ins'][0]['index']
self.outpoint_tx_id = helpers.DCR['ser']['ins'][0]['hash']
self.outpoint_tree = helpers.DCR['ser']['ins'][0]['tree']
self.sequence = helpers.DCR['ser']['ins'][0]['sequence']
self.outpoint = tx.DecredOutpoint(self.outpoint_tx_id,
self.outpoint_index,
self.outpoint_tree)
self.tx_in = tx.DecredTxIn(self.outpoint, self.sequence)
self.output_value = helpers.DCR['ser']['outs'][0]['value']
self.output_version = helpers.DCR['ser']['outs'][0]['version']
self.output_script = helpers.DCR['ser']['outs'][0]['pk_script']
self.tx_out = tx.DecredTxOut(self.output_value, self.output_version,
self.output_script)
self.lock_time = helpers.DCR['ser']['locktime']
self.expiry = helpers.DCR['ser']['expiry']
self.witness_value = helpers.DCR['ser']['witnesses'][0]['value']
self.height = helpers.DCR['ser']['witnesses'][0]['height']
self.witness_index = helpers.DCR['ser']['witnesses'][0]['index']
self.stack_script = helpers.DCR['ser']['witnesses'][0]['stack_script']
self.redeem_script = \
helpers.DCR['ser']['witnesses'][0]['redeem_script']
self.witness = tx.DecredInputWitness(value=self.witness_value,
height=self.height,
index=self.witness_index,
stack_script=self.stack_script,
redeem_script=self.redeem_script)
def test_create_outpoint_string_tx_id(self):
outpoint_index = helpers.DCR['ser']['ins'][0]['index']
outpoint_tx_id = 'Hello World'
outpoint_tree = helpers.DCR['ser']['ins'][0]['tree']
with self.assertRaises(ValueError) as context:
tx.DecredOutpoint(outpoint_tx_id, outpoint_index, outpoint_tree)
self.assertIn('Expected byte-like object. ', str(context.exception))
def test_create_outpoint(self):
outpoint_index = helpers.DCR['ser']['ins'][0]['index']
outpoint_tx_id = helpers.DCR['ser']['ins'][0]['hash']
outpoint_tree = helpers.DCR['ser']['ins'][0]['tree']
outpoint = tx.DecredOutpoint(outpoint_tx_id, outpoint_index,
outpoint_tree)
self.assertEqual(outpoint, helpers.DCR['ser']['ins'][0]['outpoint'])
def test_create_outpoint_short_index(self):
outpoint_index = b'\x00'
outpoint_tx_id = helpers.DCR['ser']['ins'][0]['hash']
outpoint_tree = helpers.DCR['ser']['ins'][0]['tree']
with self.assertRaises(ValueError) as context:
tx.DecredOutpoint(outpoint_tx_id, outpoint_index, outpoint_tree)
self.assertIn('Expected byte-like object with length 4. ',
str(context.exception))
def test_copy(self):
outpoint_index = helpers.DCR['ser']['ins'][0]['index']
outpoint_tx_id = helpers.DCR['ser']['ins'][0]['hash']
outpoint_tree = helpers.DCR['ser']['ins'][0]['tree']
res = tx.DecredOutpoint(outpoint_tx_id, outpoint_index, outpoint_tree)
copy = res.copy()
self.assertEqual(res, copy)
self.assertIsNot(res, copy)
def setUp(self):
super().setUp()
outpoint_index = helpers.DCR['ser']['ins'][0]['index']
outpoint_tx_id = helpers.DCR['ser']['ins'][0]['hash']
outpoint_tree = helpers.DCR['ser']['ins'][0]['tree']
self.sequence = helpers.DCR['ser']['ins'][0]['sequence']
self.outpoint = tx.DecredOutpoint(outpoint_tx_id, outpoint_index,
outpoint_tree)
def make_outpoint(tx_id_le, index, tree=None):
'''
byte-like, int, int -> Outpoint
'''
if 'decred' in riemann.get_current_network_name():
return tx.DecredOutpoint(tx_id=tx_id_le,
index=utils.i2le_padded(index, 4),
tree=utils.i2le_padded(tree, 1))
return tx.Outpoint(tx_id=tx_id_le,
index=utils.i2le_padded(index, 4))
