def outpoint(tx_id, index, tree=None): # noqa: F811
'''
hex_str, int, int -> Outpoint
accepts block explorer txid string
'''
tx_id_le = bytes.fromhex(tx_id)[::-1]
return tb.make_outpoint(tx_id_le, index, tree)
def test_make_decred_tx(self):
riemann.select_network('decred_main')
helper_witness = helpers.DCR['ser']['witnesses'][0]
outpoint = tb.make_outpoint(
tx_id_le=helpers.DCR['ser']['ins'][0]['hash'], index=0, tree=0)
tx_in, witness = tb.make_witness_input_and_witness(
outpoint=outpoint,
sequence=helpers.DCR['human']['ins'][0]['sequence'],
value=helper_witness['value'],
height=helper_witness['height'],
index=helper_witness['index'],
stack_script=helper_witness['stack_script'],
redeem_script=helper_witness['redeem_script'])
tx_out = tb._make_output(
value=helpers.DCR['ser']['outs'][0]['value'],
output_script=helpers.DCR['ser']['outs'][0]['pk_script'],
version=helpers.DCR['ser']['outs'][0]['version'])
self.assertEqual(
tb.make_tx(version=1,
tx_ins=[tx_in],
tx_outs=[tx_out],
lock_time=helpers.DCR['human']['locktime'],
expiry=helpers.DCR['human']['expiry'],
tx_witnesses=witness),
helpers.DCR['ser']['tx']['p2sh_2_p2pkh'])
def test_make_decred_outpoint(self):
riemann.select_network('decred_main')
self.assertEqual(
tb.make_outpoint(
tx_id_le=helpers.DCR['ser']['ins'][0]['hash'],
index=0,
tree=0),
helpers.DCR['ser']['ins'][0]['outpoint'])
def test_make_outpoint(self):
outpoint = tb.make_outpoint(
tx_id_le=helpers.P2PKH1['ser']['ins'][0]['hash'],
index=helpers.P2PKH1['human']['ins'][0]['index'])
self.assertEqual(
outpoint,
helpers.P2PKH1['ser']['ins'][0]['outpoint'])
def test_make_decred_input(self):
riemann.select_network('decred_main')
outpoint = tb.make_outpoint(
tx_id_le=helpers.DCR['ser']['ins'][0]['hash'], index=0, tree=0)
self.assertEqual(
tb.make_witness_input(
outpoint=outpoint,
sequence=helpers.DCR['human']['ins'][0]['sequence']),
helpers.DCR['ser']['tx']['in_unsigned'])
def outpoint(tx_id, index, tree=None): # noqa: F811
'''
Some overloads are not documented by Sphinx
hex_str, int, int -> Outpoint
accepts block explorer txid string
'''
tx_id_le = bytes.fromhex(tx_id)[::-1]
return tb.make_outpoint(tx_id_le, index, tree)
def test_make_legacy_input(self):
outpoint = tb.make_outpoint(
tx_id_le=helpers.P2PKH1['ser']['ins'][0]['hash'],
index=helpers.P2PKH1['human']['ins'][0]['index'])
tx_in = tb.make_legacy_input(
outpoint=outpoint,
stack_script=helpers.P2PKH1['ser']['ins'][0]['stack_script'],
redeem_script=helpers.P2PKH1['ser']['ins'][0]['redeem_script'],
sequence=helpers.P2PKH1['human']['ins'][0]['sequence'])
self.assertEqual(tx_in, helpers.P2PKH1['ser']['tx']['in'])
def test_make_decred_input_and_witness(self):
riemann.select_network('decred_main')
outpoint = tb.make_outpoint(
tx_id_le=helpers.DCR['ser']['ins'][0]['hash'], index=0, tree=0)
tx_in, witness = tb.make_witness_input_and_witness(
outpoint=outpoint,
sequence=helpers.DCR['human']['ins'][0]['sequence'],
value=helpers.DCR['ser']['witnesses'][0]['value'],
height=helpers.DCR['ser']['witnesses'][0]['height'],
index=helpers.DCR['ser']['witnesses'][0]['index'],
stack_script=helpers.DCR['ser']['witnesses'][0]['stack_script'],
redeem_script=helpers.DCR['ser']['witnesses'][0]['redeem_script'])
self.assertEqual(tx_in, helpers.DCR['ser']['tx']['in_unsigned'])
self.assertEqual(witness,
helpers.DCR['ser']['witnesses'][0]['witness'])
