def slots_func(supply):
if findhex(supply['id_num'])[0]['balance'] < supply['amount']:
supply['display'] = "N/A"
supply['answer'] = "Not enough balance"
supply['amount'] = findhex(supply['id_num'])[0]['balance']
supply['id_num'] = f"{findhex(supply['id_num'])[0]['name']}"
return (supply)
else:
supply['display'] = f"{randint(1,9)}{randint(1,9)}{randint(1,9)}"
display = [i for i in supply['display']]
if len(set(display)) == 1:
supply['answer'] = 'All matched'
result = increment(supply['id_num'], supply['amount'])
supply['amount'] = result[0]['balance']
elif len(set(display)) == 2:
supply['answer'] = 'Two matched'
result = increment(supply['id_num'], supply['amount'] * .5)
supply['amount'] = result[0]['balance']
else:
supply['answer'] = 'No match'
supply['amount'] = (-supply['amount'])
result = increment(supply['id_num'], supply['amount'])
supply['amount'] = result[0]['balance']
supply['id_num'] = f"{findhex(supply['id_num'])[0]['name']}"
return (supply)
def dice_func(supply):
if findhex(supply['id_num'])[0]['balance'] < supply['amount']:
supply['user'] = '******'
supply['cpu'] = 'N/A'
supply['answer'] = "Not enough balance"
supply['amount'] = findhex(supply['id_num'])[0]['balance']
supply['id_num'] = f"{findhex(supply['id_num'])[0]['name']}"
return (supply)
else:
supply['user'] = randint(1, 6)
supply['cpu'] = randint(1, 6)
if supply['user'] > supply['cpu']:
supply['answer'] = 'USER Wins'
result = increment(supply['id_num'], supply['amount'])
supply['amount'] = result[0]['balance']
elif supply['user'] < supply['cpu']:
supply['answer'] = 'CPU Wins'
supply['amount'] = (-supply['amount'])
result = increment(supply['id_num'], supply['amount'])
supply['amount'] = result[0]['balance']
else:
supply['answer'] = 'Draw'
supply['amount'] = findhex(supply['id_num'])[0]['balance']
supply['id_num'] = f"{findhex(supply['id_num'])[0]['name']}"
return (supply)
def ludo_func(supply):
if findhex(supply['id1'])[0]['balance'] < supply['amount'] or findhex(
supply['id2'])[0]['balance'] < supply['amount'] or findhex(
supply['id3'])[0]['balance'] < supply['amount'] or findhex(
supply['id4'])[0]['balance'] < supply['amount']:
supply['answer'] = "One of you doesn't meet the amount"
supply[
'id1'] = f"{findhex(supply['id1'])[0]['name']}: {findhex(supply['id1'])[0]['balance']}"
supply[
'id2'] = f"{findhex(supply['id2'])[0]['name']}: {findhex(supply['id2'])[0]['balance']}"
supply[
'id3'] = f"{findhex(supply['id3'])[0]['name']}: {findhex(supply['id3'])[0]['balance']}"
supply[
'id4'] = f"{findhex(supply['id4'])[0]['name']}: {findhex(supply['id4'])[0]['balance']}"
return (supply)
else:
supply['answer'] = 'Success'
increment(supply['id1'], supply['amount'] * 1.5)
increment(supply['id2'], supply['amount'] * 1)
increment(supply['id3'], 0)
increment(supply['id4'], supply['amount'] * (-1))
supply[
'id1'] = f"{findhex(supply['id1'])[0]['name']}: {findhex(supply['id1'])[0]['balance']}"
supply[
'id2'] = f"{findhex(supply['id2'])[0]['name']}: {findhex(supply['id2'])[0]['balance']}"
supply[
'id3'] = f"{findhex(supply['id3'])[0]['name']}: {findhex(supply['id3'])[0]['balance']}"
supply[
'id4'] = f"{findhex(supply['id4'])[0]['name']}: {findhex(supply['id4'])[0]['balance']}"
return (supply)
def roulette_func(supply):
if findhex(supply['id_num'])[0]['balance'] < supply['amount']:
supply['display'] = "N/A"
supply['answer'] = "Not enough balance"
supply['amount'] = findhex(supply['id_num'])[0]['balance']
supply['id_num'] = f"{findhex(supply['id_num'])[0]['name']}"
return (supply)
else:
cpu_num = randint(1, 50)
cpu_color = randint(1, 2)
if cpu_color == 1:
cpu_color_name = 'Black'
else:
cpu_color_name = 'White'
supply['result'] = f"{cpu_num} of {cpu_color_name}"
if supply['prediction'] == cpu_num and int(
supply['color']) == cpu_color:
supply['answer'] = '3x'
result = increment(supply['id_num'], supply['amount'] * 2)
supply['amount'] = result[0]['balance']
elif supply['prediction'] == cpu_num:
supply['answer'] = '2x'
result = increment(supply['id_num'], supply['amount'])
supply['amount'] = result[0]['balance']
elif int(supply['color']
) == cpu_color and supply['prediction'] % 2 == cpu_num % 2:
supply['answer'] = '1.5x'
result = increment(supply['id_num'], supply['amount'] * .5)
supply['amount'] = result[0]['balance']
elif int(supply['color']
) == cpu_color or supply['prediction'] % 2 == cpu_num % 2:
supply['answer'] = '0.5x'
supply['amount'] = (-supply['amount'] * .5)
result = increment(supply['id_num'], supply['amount'])
supply['amount'] = result[0]['balance']
else:
supply['answer'] = 'No match'
supply['amount'] = (-supply['amount'])
result = increment(supply['id_num'], supply['amount'])
supply['amount'] = result[0]['balance']
supply['id_num'] = f"{findhex(supply['id_num'])[0]['name']}"
return (supply)
def coinflip_func(supply):
if findhex(supply['id_num'])[0]['balance'] < supply['amount']:
supply['answer'] = "Not enough balance"
supply['amount'] = findhex(supply['id_num'])[0]['balance']
supply['id_num'] = f"{findhex(supply['id_num'])[0]['name']}"
return supply
else:
cpu = randint(1, 2)
if int(supply['prediction']) == cpu:
supply['amount'] = round(supply['amount'] * 0.5)
else:
supply['amount'] = (-supply['amount'])
if cpu == 1:
supply['answer'] = "Heads"
elif cpu == 2:
supply['answer'] = "Tails"
result = increment(supply['id_num'], supply['amount'])
supply['amount'] = result[0]['balance']
supply['id_num'] = f"{findhex(supply['id_num'])[0]['name']}"
return (supply)