def testOutput(self):
op1 = Transaction.Output(5, alicePublicKey)
op2 = Transaction.Output(5, bobPublicKey)
op3 = Transaction.Output(5, alicePublicKey)
assert op1 != op2
assert hash(op1) == hash(op3)
assert hash(op2) != hash(op3)
def testTransaction(self):
tx = Transaction()
tx.addInput(b'genesis', 0)
assert tx.numInputs() == 1
opGenesis = Transaction.Output(5, genesisPublicKey)
tx.addOutput(opGenesis.value, opGenesis.address)
tx.addOutput(5, alicePublicKey)
tx.addOutput(10, bobPublicKey)
assert tx.numOutputs() == 3
tx.removeInput(0)
assert tx.numInputs() == 0
tx.addInput(b'genesis', 0)
signature0 = sign(genesisPrivateKey, tx, 0)
tx.addSignature(signature0, 0)
tx.finalize()
print(tx.hash)
print(hash(tx.getInput(0)))
print(tx.getInput(0).to_dict())
print(hash(tx.getOutput(0)))
print(tx.getOutput(0).to_dict())
print(verify(genesisPublicKey, binascii.hexlify(signature0).decode('ascii'), tx.getRawDataToSign(0)))
def testTransaction(self):
tx = Transaction()
tx.addInput(b'genesis', 0)
assert tx.numInputs() == 1
opGenesis = Transaction.Output(5, genesisPublicKey)
tx.addOutput(opGenesis.value, opGenesis.address)
tx.addOutput(5, alicePublicKey)
tx.addOutput(10, bobPublicKey)
assert tx.numOutputs() == 3
tx.removeInput(0)
assert tx.numInputs() == 0
tx.addInput(b'genesis', 0)
signature0 = sign(genesisPrivateKey, tx, 0)
tx.addSignature(signature0, 0)
tx.finalize()