def transaction_prop(tx):
# Fill each pending list. This is for transaction propogation
for node in p.NODES:
if tx.sender != node.id:
# transaction propogation delay in seconds
tx.timestamp[1] = tx.timestamp[1] + Network.tx_prop_delay()
node.all_transactions.append(tx)
def transaction_prop(tx):
# Fill each pending list. This is for transaction propogation
for i in p.NODES:
if tx.sender != i.id:
t= tx
t.timestamp[1] = t.timestamp[1] + Network.tx_prop_delay() # transaction propogation delay in seconds
i.transactionsPool.append(t)
def propagate_block(block):
for recipient in p.NODES:
if recipient.id != block.miner:
blockDelay = Network.block_prop_delay(
) # draw block propagation delay from a distribution !! or you can assign 0 to ignore block propagation delay
Scheduler.receive_block_event(recipient, block, blockDelay)
fileName = 'AllResults'
startTime = timeit.default_timer()
ResultLog = Log(fileName)
minimumValue = 0
maximumValue = 8
sizeOfLinkBundles = 7
solutions = []
iterationNumber = 0
print("Starting...")
Net = Network(folderName="Topologia1")
allPossibilities = list(map(list, product(range(minimumValue, maximumValue + 1), repeat=sizeOfLinkBundles)))
for individual in allPossibilities:
print("Iteration Number: " + str(iterationNumber) + "\tpercentage: " + str(round(float(iterationNumber/len(allPossibilities) * 100), 2)))
result = evaluateNetwork(Net, individual)
if not result[1] >= 1.1:
ResultLog.log(result)
iterationNumber += 1
ResultLog.save()
stopTime = timeit.default_timer()