def create_block_event(miner, eventTime):
eventType = "create_block"
if eventTime <= p.simTime:
# prepare attributes for the event
block = Block()
block.miner = miner.id
block.id = random.randrange(100000000000)
block.timestamp = eventTime
if p.model == 3:
virtual_block = miner.next_unfinished_virtual_block()
block.depth = virtual_block.depth
block.branch_id = virtual_block.next_branch_id()
miner.mining_branch = block
else:
block.depth = len(miner.blockchain)
block.previous = miner.last_block().id
event = Event(eventType, block.miner, eventTime,
block) # create the event
Queue.add_event(event) # add the event to the queue
def create_block_event(miner, eventTime):
eventType = "create_block"
if eventTime <= p.simTime:
# prepare attributes for the event
block = Block(
depth=len(miner.blockchain),
id=random.randrange(100000000000),
previous=miner.last_block().id,
timestamp=eventTime,
miner=miner.id,
)
event = Event(eventType, block.miner, eventTime,
block) # create the event
Queue.add_event(event) # add the event to the queue
def split_into_words(self):
boundaries = create_boundaries(self.image)
for i in range(0, len(boundaries) - 1, 2):
self.blocks.append(Block(boundaries[i], boundaries[i + 1], self.image))
def convert_block(self, tuple_item):
print(tuple_item)
return Block(tuple_item[0], tuple_item[1],
functools.partial(self.get_field, tuple_item[3]),
functools.partial(self.get_crop, tuple_item[4]))
def generate_gensis_block():
from InputsConfig import InputsConfig as p
for node in p.NODES:
node.blockchain.append(Block())
def generate_gensis_block(nodes):
for node in nodes:
node.blockchain.append(Block())