def create_block(self):
block = Block()
block.create_coinbase_transaction()
mempool = Mempool()
blkc = BlockChain()
mempool_size = mempool.get_len()
if mempool_size == 0:
return
while mempool_size > 0:
tx = mempool.get_transaction()
block.add_transaction(tx)
mempool_size -= 1
block.calcalute_block_size()
block.calculate_merkle_root()
block.compute_hash()
blkc.add_block(block)
return block
# "outputs": [
# {
# "value": 50,
# "n": 0,
# "address": addr
# }
# ],
# "hash": "eef9fda50a6bf6c11c5078d8772d94df4f60ce54573c009f145eb047426ad0fb",
# "block": "16e8dab3a9185d5329fac9cfdc0a81c7817826f701e747cb3751878061e4dc8c"
# }],
# "previous_block_hash": "",
# "merkle_root": "78bc90dcc3fe2ae1eca8b9d4e09b63653cd18f0b583e002b2b4d43cc09fca9cd",
# "height": 0,
# "version": "0.0.1",
# "size": 1949
# }))
for i in range(1):
block = Block()
block.add_previous_block()
block.add_transaction(create_fake_transaction(
global_addresses[random.randint(0, 9)]))
block.create_coinbase_transaction()
block.calculate_merkle_root()
block.compute_hash()
block.calcalute_block_size()
redis_client.rpush("chain", json.dumps(block.to_json()))
# print(block.to_json())
udphandler = UDPHandler()
udphandler.sendblock(block.to_json())