def vote_loop(chain, msg):
os.system('clear')
rpc_connection = test_rpc(chain)
while True:
os.system('clear')
print_menu(vote_menu, chain, msg, False)
selection = lib.user_inputInt(0,len(vote_menu),"make a selection:")
if int(selection) == 0:
initial_loop(chain, '')
elif int(selection) == 1:
msg = lib.list_polls(rpc_connection, True)
vote_loop(chain, msg)
elif int(selection) == 2:
msg = vote_selection(chain, '', 'register')
vote_loop(chain, msg)
elif int(selection) == 3:
msg = vote_selection(chain, '', 'vote')
vote_loop(chain, msg)
elif int(selection) == 4:
msg = vote_selection(chain, '', 'view results')
vote_loop(chain, msg)
elif int(selection) == 5:
msg = lib.create_poll(rpc_connection)
vote_loop(chain, msg)
elif int(selection) == 6:
msg = lib.list_polls(rpc_connection, False)
vote_loop(chain, msg)
def option_selection(chain, poll):
os.system('clear')
rpc_connection = test_rpc(chain)
options = poll['options']
options.append('subjective')
print_menu(options, chain, poll['question'] + '\nPlease select your position.', True)
selection = lib.user_inputInt(0,len(options)-1,"make a selection:")
msg = lib.vote(rpc_connection, options[selection], poll['txid'])
vote_loop(chain, msg)
def lottery_loop(chain, msg):
# lottery oracle txid is hardcoded for now
# will revist this when it's time to do another
oracle = {
'txid':
'ca8849a9f75677e0ee316dd2d19db64eb1c7b61902bbf44442c197d528ef45ca',
'deadline': 1558320334
}
os.system('clear')
rpc_connection = test_rpc(chain)
while True:
os.system('clear')
print_menu(lottery_menu, chain, msg, False)
selection = lib.user_inputInt(0,
len(lottery_menu) + 1,
"make a selection:")
if int(selection) == 0:
initial_loop(chain, '')
elif int(selection) == 1:
msg = (
'1. Securely create an address. This address will be your notary node address.\n'
+
'2. Start the CFEKORC daemon with -pubkey for this address.\n'
+
'3. Obtain some CFEKORC via mining or asking a community member\n'
+
'4. Select \"Register for lottery\". This will output a txid. Wait for this to confirm.\n'
+
'5. Select \"Join lottery\". This will ask you for your handle. It will also ask you to input'
+
' a message. This message can be anything you choose, consider it choosing numbers for a lottery\n'
+
'6. Select \"Create signed message\". This will output a signed messaged.'
+
' You must add this to the participants.json file of the StakedNotary repo and send a pull request.'
+ ' You must also post this to the #kmdlabs' +
' channel in the KMD discord. \n\nPlease note, you must do all of this prior to the deadline.'
+
' There are absolutely no exceptions to this as the deadline is when the entropy is revealed.'
)
lottery_loop(chain, msg)
elif int(selection) == 2:
msg = lib.lottery_participants(rpc_connection, oracle)
lottery_loop(chain, msg)
elif int(selection) == 3:
msg = lib.vote_register(rpc_connection, oracle)
lottery_loop(chain, msg)
elif int(selection) == 4:
msg = lib.lottery_join(rpc_connection, oracle)
lottery_loop(chain, msg)
elif int(selection) == 5:
msg = lib.lottery_sign(rpc_connection, oracle)
lottery_loop(chain, msg)
elif int(selection) == 6:
msg = lib.lottery_verify(rpc_connection, oracle)
lottery_loop(chain, msg)
def initial_loop(chain, msg):
os.system('clear')
rpc_connection = test_rpc(chain)
while True:
os.system('clear')
print_menu(initial_menu, chain, msg, True)
selection = lib.user_inputInt(0,len(initial_menu)-1,"make a selection:")
if int(selection) == 0:
msg = vote_loop('LABS', '')
vote_loop(chain, msg)
elif int(selection) == 1:
msg = lottery_loop('LABS', '')
vote_loop(chain, msg)
def vote_selection(chain, msg, reg_or_vote):
os.system('clear')
rpc_connection = test_rpc(chain)
active_polls = lib.list_polls(rpc_connection, True)
if not active_polls:
vote_loop(chain, 'Error: no polls found')
if str(active_polls).startswith('Error'):
vote_loop(chain, str(active_polls))
os.system('clear')
print_menu(active_polls, chain, 'Please select a poll to ' + reg_or_vote, True)
selection = lib.user_inputInt(0,len(active_polls)-1,"make a selection:")
if reg_or_vote == 'vote':
msg = option_selection(chain, active_polls[selection])
elif reg_or_vote == 'register':
msg = lib.vote_register(rpc_connection, active_polls[selection])
elif reg_or_vote == 'view results':
msg = lib.vote_results(rpc_connection, active_polls[selection])
vote_loop(chain, msg)
def lottery_loop(chain, msg):
# lottery oracle txid is hardcoded for now
# will revist this when it's time to do another
oracle = {'txid': '0c1102054003a742f0fe09d990c5b2f1e4ced350021e76b62eada7092dafac37',
'deadline': 1572202066}
os.system('clear')
rpc_connection = test_rpc(chain)
while True:
os.system('clear')
print_menu(lottery_menu, chain, msg, False)
selection = lib.user_inputInt(0,len(lottery_menu)+1,"make a selection:")
if int(selection) == 0:
initial_loop(chain, '')
elif int(selection) == 1:
msg = ('1. Securely create an address. This address will be your notary node address.\n' +
'2. Start the LABS daemon with -pubkey for this address.\n' +
'3. Select \"Register for lottery\". This will output a txid. Wait for this to confirm.\n' +
'4. Select \"Join lottery\". This will ask you for your handle. It will also ask you to input' +
' a message. This message can be anything you choose, consider it choosing numbers for a lottery\n' +
'5. Select \"Create signed message\". This will output a signed messaged.' +
' You must add this to the participants.json file of the StakedNotary repo and send a pull request.' +
' You must also post this to the #kmdlabs' +
' channel in the KMD discord. \n\nPlease note, you must do all of this prior to the deadline.' +
' There are absolutely no exceptions to this as the deadline is when the entropy is revealed.')
lottery_loop(chain, msg)
elif int(selection) == 2:
msg = lib.lottery_participants(rpc_connection, oracle)
lottery_loop(chain, msg)
elif int(selection) == 3:
msg = lib.vote_register(rpc_connection, oracle)
lottery_loop(chain, msg)
elif int(selection) == 4:
msg = lib.lottery_join(rpc_connection, oracle)
lottery_loop(chain, msg)
elif int(selection) == 5:
msg = lib.lottery_sign(rpc_connection, oracle)
lottery_loop(chain, msg)
elif int(selection) == 6:
msg = lib.lottery_verify(rpc_connection, oracle)
lottery_loop(chain, msg)