def test_TCDList(self): "Test the TCD list serialization" TCDlist = \ [ tcd.TCD(1, 2, 7, 'a'*20, 'b'*20, 'c'*20), tcd.TCD(3, 4, 8, 'd'*20, 'e'*20, 'f'*20), tcd.TCD(5, 6, 9, 'g'*20, 'h'*20, 'i'*20) ] data = tcd.serializeList(TCDlist) self.assertEqual(data, TCDlist[0].serialize() + TCDlist[1].serialize() + TCDlist[2].serialize() ) TCDlist2 = tcd.deserializeList(data) self.assertEqual(len(TCDlist2), 3) for i in range(3): self.assertEqual(TCDlist2[i].startTime, TCDlist[i].startTime) self.assertEqual(TCDlist2[i].endTime, TCDlist[i].endTime) self.assertEqual(TCDlist2[i].amount, TCDlist[i].amount) self.assertEqual(TCDlist2[i].tokenHash, TCDlist[i].tokenHash) self.assertEqual(TCDlist2[i].commitAddress, TCDlist[i].commitAddress) self.assertEqual(TCDlist2[i].rollbackAddress, TCDlist[i].rollbackAddress) self.assertRaises(Exception, tcd.deserializeList, data[:-1]) self.assertRaises(Exception, tcd.deserializeList, data + '\x00')
print
WID = raw_input("Enter the withdraw transaction ID: ")
W = bitcoind.getTransaction(WID)
if W["confirmations"] < 6:
print "Error: number of confirmations is %d < 6" % W["confirmations"]
sys.exit()
W = binascii.unhexlify(W["hex"])
W = bitcointransaction.Transaction.deserialize(W)
#print "Reconstructed ID:", W.getTransactionID()[::-1].encode("hex")
#Ask for serialized list of TCDs (maybe get this from a file)
TCDlist_serialized = raw_input("Enter the serialized TCD list: ")
TCDlist = tcd.deserializeList(TCDlist_serialized)
#Check presence of list hash in W
listHash = crypto.RIPEMD160(crypto.SHA256(TCDlist_serialized))
#TODO
#TODO:
#Ask for index to be resolved
#Check whether W's output has our public key on it
#De-serialize TCD
#Get start(!) and end timestamps and token hash
#Check that end > start and last existing block time >> end
#Search in block range for token -> determine commit condition
#Make transaction
