def test_applyMultiSigSignatures(self):
"Test the applyMultiSigSignatures function"
tx = dummy_interfaces.Tracer()
bitcoinutils.applyMultiSigSignatures(tx, "sig1", "sig2")
self.assertTrue(tx.trace,
[("signInputWithSignatures",
(0, [OP.ZERO, None, None], ["sig1", "sig2"]), {})])
def test_applyMultiSigSignatures(self):
"Test the applyMultiSigSignatures function"
tx = dummy_interfaces.Tracer()
bitcoinutils.applyMultiSigSignatures(tx, "sig1", "sig2")
self.assertTrue(tx.trace, [(
"signInputWithSignatures",
(0, [OP.ZERO, None, None], ["sig1", "sig2"]),
{}
)])
if outputHash == "":
tx = sendToMultiSigPubKey(d, amount,
key1.getPublicKey(),
key2.getPublicKey(),
keyHash2,
fee=fee)
else:
outputIndex = 0
tx = makeSpendMultiSigTransaction(outputHash, outputIndex, amount, keyHash1, fee)
sig1 = signMultiSigTransaction(
tx, outputIndex, [key1.getPublicKey(), key2.getPublicKey()], key1)
sig2 = signMultiSigTransaction(
tx, outputIndex, [key1.getPublicKey(), key2.getPublicKey()], key2)
applyMultiSigSignatures(tx, sig1, sig2)
print "Tx:", tx.serialize().encode("hex")
print "Tx ID:", tx.getTransactionID()[::-1].encode("hex")
tx_s = tx.serialize()
#d.sendRawTransaction(tx_s)
tx = bitcointransaction.Transaction.deserialize(tx_s)
tx_s2 = tx.serialize()
print "Serialization remains constant: ", tx_s == tx_s2
