def main3():
global MerkleTree
RB = RedBlack()
start = -1; MerkleTree = RB.E
txs = transactions_in_order()
for i,(nHeight,tx_id,txn) in enumerate(txs):
if i <= start: continue
MerkleTree = reduce(partial(apply_update, RB),
updates_in_transaction(nHeight,tx_id,txn), MerkleTree)
print nHeight, i
if nHeight >= stop: break
print hash(tuple(RB.preorder_traversal(MerkleTree)))
def main3():
global MerkleTree
RB = RedBlack()
start = -1
MerkleTree = RB.E
txs = transactions_in_order()
for i, (nHeight, tx_id, txn) in enumerate(txs):
if i <= start: continue
MerkleTree = reduce(partial(apply_update, RB),
updates_in_transaction(nHeight, tx_id, txn),
MerkleTree)
print nHeight, i
if nHeight >= stop: break
print hash(tuple(RB.preorder_traversal(MerkleTree)))
