bootstrap_public_key = node.wallet.public_key
BootstrapDict['nodeCount'] = nodeCount
BootstrapDict['bootstrap_public_key'] = bootstrap_public_key
BootstrapDict['N'] = N
# create genesis block
genesis_block = node.create_new_block(
0, 1, 0, time.time(), MINING_DIFFICULTY, BLOCK_CAPACITY
) # index = 0, previousHash = 1, nonce = 0, capacity = BLOCK_CAPACITY
node.current_block = genesis_block
# first transaction
amount = 100 * N
first_transaction = node.create_transaction(0, None, bootstrap_public_key,
amount)
genesis_block.add_transaction(first_transaction)
blockchain.add_block_to_chain(genesis_block)
node.chain = blockchain
node.previous_block = None
node.current_block = node.create_new_block(1,
genesis_block.currentHash_hex,
0, time.time(),
MINING_DIFFICULTY,
BLOCK_CAPACITY)
inputs = []
inputs.append(first_transaction.transaction_id_hex)
node.NBCs.append([first_transaction.amount, inputs])
node.current_NBCs.append([first_transaction.amount, inputs])
for i in range(1, N):
node.NBCs.append([0, []])
for i in range(1, N):
