def test_get_transaction(self):
tx = Transaction()
input = TransactionInput()
input.address = ""
tx.add_input(input)
tx.generate_hash()
mp = Mempool()
mp.flush_mempool()
mp.add_transaction(tx)
self.assertEqual(mp.get_transaction().to_json(), tx.to_json())
mp.close()
def test_remove_transaction(self):
tx = Transaction()
input = TransactionInput()
input.address = ""
tx.add_input(input)
tx.generate_hash()
mp = Mempool()
mp.flush_mempool()
mp.add_transaction(tx)
self.assertEqual(mp.get_size(), 1)
mp.remove_transaction(tx.hash)
self.assertEqual(mp.get_size(), 0)
mp.close()
def test_merkle_root(self):
block = Block()
tx = Transaction()
input = TransactionInput()
input.address = "test_address"
tx.add_input(input)
tx.generate_hash()
block.add_transaction(tx)
block.calculate_merkle_root()
initial_merkle_root = block.merkle_root
tx1 = Transaction()
input1 = TransactionInput()
input1.address = "another_test_address"
tx1.add_input(input1)
tx1.generate_hash()
block.add_transaction(tx1)
block.calculate_merkle_root()
final_merkle_root = block.merkle_root
self.assertNotEqual(initial_merkle_root, final_merkle_root)
def test_txs_by_address(self):
blockchain = BlockChain()
blockchain.flush_chain()
block = Block()
tx = Transaction()
input1 = TransactionInput()
input1.address = "test_address"
tx.add_input(input1)
tx.generate_hash()
block.add_transaction(tx)
tx1 = Transaction()
output = TransactionOutput()
output.address = "fake_address"
output1 = TransactionOutput()
output1.address = "test_address"
tx1.add_output(output)
tx1.add_output(output1)
tx1.generate_hash()
block.add_transaction(tx1)
tx2 = Transaction()
output2 = TransactionOutput()
output2.address = "fake_address"
tx2.add_output(output2)
tx2.generate_hash()
block.add_transaction(tx2)
block.compute_hash()
blockchain.add_block(block)
txs = blockchain.get_txs_by_addr("test_address")
getb = blockchain.get_block(-1)
print(getb.to_json())
for tx in txs:
print(tx.hash, end='\n')
# self.assertEqual(len(txs), 2)
print(len(txs))
blockchain.close()