def do_command(context, from_, target, command, args):
nick = from_[0]
nick = nick.lower()
bot = context['bot']
bitcoin = context['bitcoin']
config = context['config']['roulette']
wager = config['wager']
winnings = config['winnings']
try:
if command == 'roulette':
if not is_int(args[0]):
bot.notice(nick, 'Please enter a valid chamber number')
return
chamber = int(args[0])
if chamber < 1 or chamber > 6:
bot.notice(nick, 'Please enter a valid chamber number 1-6')
return
balance = btc.getbalance(bitcoin, nick)
if wager > balance:
bot.notice(nick, 'Sorry, you don\'t have ' + str(wager) + ' BTC in your balance')
return
bitcoin.move(nick, 'roulette', wager)
if roulette(chamber):
roulette_bal = btc.getbalance(bitcoin, 'roulette')
roulette_bal = roulette_bal * winnings
bitcoin.move('roulette', nick, btc.to_float(roulette_bal))
bot.notice(nick, 'The gun went *CLICK* and you won ' + btc.to_string(roulette_bal) + ' BTC.')
bot.privmsg('##btcbot', from_[0] + '\'s gun went *CLICK*, winning them ' + btc.to_string(roulette_bal) + ' BTC.')
else:
bot.notice(nick, 'The gun went *BANG* and you lost ' + str(wager) + ' BTC.')
except JSONRPCException:
bot.notice(nick, 'An error has occured communicating with bitcoind, please report this to bool_')
def do_command(context, from_, target, command, args):
nick = from_[0]
nick = nick.lower()
bot = context['bot']
bitcoin = context['bitcoin']
try:
if command == 'deposit':
address = bitcoin.getaccountaddress(nick)
bot.notice(nick, 'Your deposit address is: ' + address)
if command == 'balance':
balance = btc.getbalance(bitcoin, nick)
bot.notice(nick, 'Your current balance is: ' + btc.to_string(balance))
if command == 'withdraw':
address = args[0]
if len(address) < 31:
new_address = resolve_firstbits(address)
if new_address == None:
bot.notify(nick, 'Sorry, that firstbits address could not be resolved, please use a bitcoin address')
return
address = new_address
else:
valid = bitcoin.validateaddress(address)['isvalid']
if not valid:
bot.notice(nick, 'Please enter a valid bitcoin address')
return
balance = btc.getbalance(bitcoin, nick)
amount = balance
if len(args) == 2:
if not is_float(args[1]):
bot.notice(nick, 'Please enter a valid amount')
return
amount = btc.to_btc(float(args[1]))
if balance == 0:
bot.notice(nick, 'You don\'t have any BTC to withdraw')
return
if amount > balance:
bot.notice(nick, 'You can\'t withdraw more than ' + btc.to_string(balance) + ' BTC')
return
tx_id = bitcoin.sendfrom(nick, address, btc.to_float(amount))
bot.notice(nick, 'Sent ' + btc.to_string(amount) + ' BTC to ' + address + ', transaction: ' + tx_id)
balance = btc.getbalance(bitcoin, nick)
if balance < 0: # take care of any tax that was applied
bitcoin.move('buffer', nick, btc.to_float(abs(balance)))
except JSONRPCException as ex:
if ex.error['code'] == -4:
bot.notice(nick, 'This transaction requires a fee of 0.0005, please subtract this from your withdrawl amount')
bot.notice(nick, 'An error has occured communicating with bitcoind, please report this to bool_')
def do_command(context, from_, target, command, args): nick = from_[0].lower() bot = context['bot'] bitcoin = context['bitcoin'] config = context['config']['raffle'] ticket_price = config['ticket_price'] tipping_point = config['tipping_point'] try: if command == 'raffle': ticket_count = 1 if len(args) > 0: if not is_int(args[0]): bot.notice(nick, 'Please enter a valid ticket count') return ticket_count = int(args[0]) balance = btc.getbalance(bitcoin, nick) price = ticket_count * ticket_price price = btc.to_btc(price) if price > balance: bot.notice(nick, 'Sorry, you don\'t have ' + btc.to_string(price) + ' BTC in your balance') return bitcoin.move(nick, 'raffle', btc.to_float(price)) for x in range(0, ticket_count): tickets.append(nick) random.shuffle(tickets) bot.notice(nick, 'You have purchased ' + str(ticket_count) + ' tickets for ' + btc.to_string(price) + ' BTC') if len(tickets) >= tipping_point: select_winner(context, bitcoin, from_[0]) except JSONRPCException: bot.notice(nick, 'An error has occured communicating with bitcoind, please report this to bool_')
def do_command(context, from_, target, command, args):
nick = from_[0]
nick = nick.lower()
bot = context['bot']
bitcoin = context['bitcoin']
config = context['config']['roulette']
wager = config['wager']
winnings = config['winnings']
try:
if command == 'roulette':
if not is_int(args[0]):
bot.notice(nick, 'Please enter a valid chamber number')
return
chamber = int(args[0])
if chamber < 1 or chamber > 6:
bot.notice(nick, 'Please enter a valid chamber number 1-6')
return
balance = btc.getbalance(bitcoin, nick)
if wager > balance:
bot.notice(
nick, 'Sorry, you don\'t have ' + str(wager) +
' BTC in your balance')
return
bitcoin.move(nick, 'roulette', wager)
if roulette(chamber):
roulette_bal = btc.getbalance(bitcoin, 'roulette')
roulette_bal = roulette_bal * winnings
bitcoin.move('roulette', nick, btc.to_float(roulette_bal))
bot.notice(
nick, 'The gun went *CLICK* and you won ' +
btc.to_string(roulette_bal) + ' BTC.')
bot.privmsg(
'##btcbot',
from_[0] + '\'s gun went *CLICK*, winning them ' +
btc.to_string(roulette_bal) + ' BTC.')
else:
bot.notice(
nick,
'The gun went *BANG* and you lost ' + str(wager) + ' BTC.')
except JSONRPCException:
bot.notice(
nick,
'An error has occured communicating with bitcoind, please report this to bool_'
)
def do_command(context, from_, target, command, args): nick = from_[0].lower() bot = context['bot'] bitcoin = context['bitcoin'] try: if command == 'ubalance': balance = btc.getbalance(bitcoin, args[0]) bot.notice(nick, args[0] +'\'s current balance is: ' + btc.to_string(balance)) except JSONRPCException: bot.notice(nick, 'An error has occured commincating with bitcoind, please report this to bool_')
def do_command(context, from_, target, command, args):
nick = from_[0].lower()
bot = context['bot']
bitcoin = context['bitcoin']
try:
if command == 'ubalance':
balance = btc.getbalance(bitcoin, args[0])
bot.notice(
nick,
args[0] + '\'s current balance is: ' + btc.to_string(balance))
except JSONRPCException:
bot.notice(
nick,
'An error has occured commincating with bitcoind, please report this to bool_'
)
def select_winner(context, bitcoin, nick):
global tickets
bot = context['bot']
commission_mul = context['config']['raffle']['commission']
winnings_mul = context['config']['raffle']['winnings']
beneficiaries = context['config']['beneficiaries']
winner = random.choice(tickets)
balance = btc.getbalance(bitcoin, 'raffle')
winnings = balance * winnings_mul
commission = balance * commission_mul
bitcoin.move('raffle', winner, btc.to_float(winnings))
for name, mul in beneficiaries.items():
bitcoin.move('raffle', name, btc.to_float(commission * mul))
bot.notice(winner, 'Congratulations, you have won ' + btc.to_string(winnings) + ' BTC in the raffle!')
bot.privmsg('##btcbot', 'Congratualtions to ' + winner + ' who has won ' + btc.to_string(winnings) + ' BTC in the raffle!')
tickets = []
def select_winner(context, bitcoin, nick):
global tickets
bot = context['bot']
commission_mul = context['config']['raffle']['commission']
winnings_mul = context['config']['raffle']['winnings']
beneficiaries = context['config']['beneficiaries']
winner = random.choice(tickets)
balance = btc.getbalance(bitcoin, 'raffle')
winnings = balance * winnings_mul
commission = balance * commission_mul
bitcoin.move('raffle', winner, btc.to_float(winnings))
for name, mul in beneficiaries.items():
bitcoin.move('raffle', name, btc.to_float(commission * mul))
bot.notice(
winner, 'Congratulations, you have won ' + btc.to_string(winnings) +
' BTC in the raffle!')
bot.privmsg(
'##btcbot', 'Congratualtions to ' + winner + ' who has won ' +
btc.to_string(winnings) + ' BTC in the raffle!')
tickets = []
def do_command(context, from_, target, command, args):
nick = from_[0].lower()
bot = context['bot']
bitcoin = context['bitcoin']
config = context['config']['raffle']
ticket_price = config['ticket_price']
tipping_point = config['tipping_point']
try:
if command == 'raffle':
ticket_count = 1
if len(args) > 0:
if not is_int(args[0]):
bot.notice(nick, 'Please enter a valid ticket count')
return
ticket_count = int(args[0])
balance = btc.getbalance(bitcoin, nick)
price = ticket_count * ticket_price
price = btc.to_btc(price)
if price > balance:
bot.notice(
nick, 'Sorry, you don\'t have ' + btc.to_string(price) +
' BTC in your balance')
return
bitcoin.move(nick, 'raffle', btc.to_float(price))
for x in range(0, ticket_count):
tickets.append(nick)
random.shuffle(tickets)
bot.notice(
nick, 'You have purchased ' + str(ticket_count) +
' tickets for ' + btc.to_string(price) + ' BTC')
if len(tickets) >= tipping_point:
select_winner(context, bitcoin, from_[0])
except JSONRPCException:
bot.notice(
nick,
'An error has occured communicating with bitcoind, please report this to bool_'
)
def do_command(context, from_, target, command, args):
nick = from_[0]
nick = nick.lower()
bot = context['bot']
bitcoin = context['bitcoin']
try:
if command == 'deposit':
address = bitcoin.getaccountaddress(nick)
bot.notice(nick, 'Your deposit address is: ' + address)
if command == 'balance':
balance = btc.getbalance(bitcoin, nick)
bot.notice(nick,
'Your current balance is: ' + btc.to_string(balance))
if command == 'withdraw':
address = args[0]
if len(address) < 31:
new_address = resolve_firstbits(address)
if new_address == None:
bot.notify(
nick,
'Sorry, that firstbits address could not be resolved, please use a bitcoin address'
)
return
address = new_address
else:
valid = bitcoin.validateaddress(address)['isvalid']
if not valid:
bot.notice(nick, 'Please enter a valid bitcoin address')
return
balance = btc.getbalance(bitcoin, nick)
amount = balance
if len(args) == 2:
if not is_float(args[1]):
bot.notice(nick, 'Please enter a valid amount')
return
amount = btc.to_btc(float(args[1]))
if balance == 0:
bot.notice(nick, 'You don\'t have any BTC to withdraw')
return
if amount > balance:
bot.notice(
nick, 'You can\'t withdraw more than ' +
btc.to_string(balance) + ' BTC')
return
tx_id = bitcoin.sendfrom(nick, address, btc.to_float(amount))
bot.notice(
nick, 'Sent ' + btc.to_string(amount) + ' BTC to ' + address +
', transaction: ' + tx_id)
balance = btc.getbalance(bitcoin, nick)
if balance < 0: # take care of any tax that was applied
bitcoin.move('buffer', nick, btc.to_float(abs(balance)))
except JSONRPCException as ex:
if ex.error['code'] == -4:
bot.notice(
nick,
'This transaction requires a fee of 0.0005, please subtract this from your withdrawl amount'
)
bot.notice(
nick,
'An error has occured communicating with bitcoind, please report this to bool_'
)
