def main():
rpc = RPC()
response = rpc.get_accounts()
accounts = response["result"]["subaddress_accounts"]
print("\nTotal accounts:", len(accounts), "\n")
print_accounts(accounts)
def main():
"""
Check if the number of churns passed in within our allowed range
"""
if CHURNS < CHURN_LOWER:
print("Can't churn less than {} times. Exiting...".format(CHURN_LOWER))
sys.exit(1)
elif CHURNS > CHURN_UPPER:
print("Can't churn more than {} times. Exiting...".format(CHURN_UPPER))
sys.exit(1)
"""
Indicate whether it's a dry run
"""
if IS_DRY_RUN:
print()
print("*********************************************")
print("DRY RUN IN PROGRESS: FUNDS WILL NOT BE MOVED!")
print("*********************************************")
"""
Check if we need to create new accounts within the walllet
"""
rpc = RPC()
response = rpc.get_accounts()
accounts = response["result"]["subaddress_accounts"]
total_accounts = len(accounts)
print("\nChurns: {}\tTotal accounts: {}\n".format(CHURNS, total_accounts))
if create_accounts(CHURNS, total_accounts, rpc):
# Re-fetch accounts
response = rpc.get_accounts()
accounts = response["result"]["subaddress_accounts"]
"""
Sweep all to first account
Grab a transaction hash, then get churn timings.
The transaction hash is needed to get the churn times.
"""
print("\nChurn 1")
# Send all funds to first account
# and grab tx_hash to get churn timings
tx_hash = churn(accounts, 1, rpc, dry_run=IS_DRY_RUN)
wait_times = []
if tx_hash is not None:
print(
"\n\nUsing transaction hash {} to get wait times".format(tx_hash))
wait_times = get_wait_times_from_transaction(tx_hash, rpc)
else:
wait_times = get_dry_run_wait_times(CHURNS, quick=IS_QUICK)
print_wait_times(CHURNS, wait_times)
"""
Using the generated churn times: sleep, churn, repeat
NOTE: First sweep_all counts as a churn.
"""
for n in range(2, CHURNS):
# Sleep first, then churn
current_wait_time = wait_times[n - 2]
sleep(current_wait_time)
# Start a new churn
print("\n\nChurn", n)
churn(accounts, n, rpc, dry_run=IS_DRY_RUN)
"""
Last churn, back to account 0
"""
# Sleep first, then do the last churn
current_wait_time = wait_times[len(wait_times) - 1]
sleep(current_wait_time)
# Transfer all back to main account
print("\n\nLast churn ({})".format(CHURNS))
churn(accounts, 0, rpc, dry_run=IS_DRY_RUN)
"""
Exit when done
"""
print(
"\n\nChurns completed successfully\n"
"(It may take time for your balance to unlock from the last churn)\n")
# print("Exiting...\n")
sys.exit(0)
