def purchase(item, image=None, budget=None, quantity=1, **kwargs):
# Buys a quantity of items from user shops, sticking within a budget.
# Returns actual amount spent, or None if not successful.
market = next(iter(item_db.get_market(item, image, **kwargs).values()))
true_cost = 0
qty_left = quantity
buy_nps = []
for price, stock, link in market:
np2 = NeoPage()
np2.get(link)
buy_link, image, item, in_stock, cost = shop_item_re.search(np2.content).groups()
in_stock = util.amt(in_stock)
cost = util.amt(cost)
if cost <= price:
to_buy = min(in_stock, qty_left)
true_cost += cost * to_buy
qty_left -= to_buy
buy_nps.append((np2, buy_link, to_buy))
if qty_left <= 0:
break
if budget != None and true_cost > budget:
return None
ensure_np(true_cost)
for np2, buy_link, to_buy in buy_nps:
referer = np2.referer
for _ in range(to_buy):
print(f'Buying {item} from {buy_link}')
np2.set_referer(referer)
np2.get(f'/{buy_link}')
return true_cost
def clean_shop_till():
log = open(SALES_LOG_FILE, 'a')
np = NeoPage()
np.get('/market.phtml', 'type=sales')
referer = np.referer
if 'Nobody has bought anything' in np.content:
print('No new sales.')
else:
tbl = re.search(
'''<table align=center width=530 cellpadding=3 cellspacing=0>(.*?)</table>''',
np.content)[1]
rows = util.table_to_tuples(tbl)
total_sales = 0
for date, item, buyer, price in rows[1:-1]:
price = util.amt(price)
print(f'{date}: {buyer} bought {item} for {price} NP')
log.write(f'{date},{buyer},{item},{price}\n')
total_sales += price
print(f'Total sales cleared: {total_sales} NP')
print(f'Saved to {SALES_LOG_FILE}. Clearing history.')
np.post('/market.phtml', 'type=sales', 'clearhistory=true')
np.set_referer(referer)
np.get('/market.phtml', 'type=till')
amt = util.amt(
re.search(r'''You currently have <b>(.*?)</b> in your till.''',
np.content)[1])
if amt:
print(f'Withdrawing {amt} NP from shop till.')
np.post('/process_market.phtml', 'type=withdraw', f'amount={amt}')
else:
print(f'Shop till is empty.')
def clean_shop_till():
log = open(SALES_LOG_FILE, 'a')
np = NeoPage()
np.get('/market.phtml', 'type=sales')
referer = np.referer
if 'Nobody has bought anything' in np.content:
print('No new sales.')
else:
tbl = re.search('''<table align=center width=530 cellpadding=3 cellspacing=0>(.*?)</table>''', np.content)[1]
rows = util.table_to_tuples(tbl)
total_sales = 0
for date, item, buyer, price in rows[1:-1]:
price = util.amt(price)
print(f'{date}: {buyer} bought {item} for {price} NP')
log.write(f'{date},{buyer},{item},{price}\n')
total_sales += price
print(f'Total sales cleared: {total_sales} NP')
print(f'Saved to {SALES_LOG_FILE}. Clearing history.')
np.post('/market.phtml', 'type=sales', 'clearhistory=true')
np.set_referer(referer)
np.get('/market.phtml', 'type=till')
amt = util.amt(re.search(r'''You currently have <b>(.*?)</b> in your till.''', np.content)[1])
if amt:
print(f'Withdrawing {amt} NP from shop till.')
np.post('/process_market.phtml', 'type=withdraw', f'amount={amt}')
else:
print(f'Shop till is empty.')
def purchase(item, image=None, budget=None, quantity=1, **kwargs):
# Buys a quantity of items from user shops, sticking within a budget.
# Returns actual amount spent, or None if not successful.
market = next(iter(item_db.get_market(item, image, **kwargs).values()))
true_cost = 0
qty_left = quantity
buy_nps = []
for price, stock, link in market:
np2 = NeoPage()
np2.get(link)
buy_link, image, item, in_stock, cost = shop_item_re.search(
np2.content).groups()
in_stock = util.amt(in_stock)
cost = util.amt(cost)
if cost <= price:
to_buy = min(in_stock, qty_left)
true_cost += cost * to_buy
qty_left -= to_buy
buy_nps.append((np2, buy_link, to_buy))
if qty_left <= 0:
break
if budget != None and true_cost > budget:
return None
ensure_np(true_cost)
for np2, buy_link, to_buy in buy_nps:
referer = np2.referer
for _ in range(to_buy):
print(f'Buying {item} from {buy_link}')
np2.set_referer(referer)
np2.get(f'/{buy_link}')
return true_cost
def gen_restock_list(cat):
np = NeoPage(base_url='https://items.jellyneo.net')
path = '/search/'
args = []
args.append(f'cat[]={cat}')
args.append('min_rarity=1')
args.append('max_rarity=100')
args.append('status=1')
args.append('sort=5')
args.append('sort_dir=desc')
start = 0
while True:
np.get(path, *args, f'start={start}')
time.sleep(min(60, random.expovariate(30)) + 60)
last_page = not re.search(r'<li class="arrow"><a href=".*?">»</a>', np.content)
referer = np.referer
results = re_jn_item.findall(np.content)
for item_id, name, price_updated, price in results:
if price == 'Inflation Notice':
np.set_referer(referer)
np.get(f'/item/{item_id}')
time.sleep(min(60, random.expovariate(30)) + 60)
price = re.search('<div class="price-row">(.*?) NP', np.content)[1]
try:
price = lib.amt(price)
except (ValueError, TypeError, IndexError):
# safe assumption that unpriceable items are at least 10M NP?
price = 10000001
print(f'\'{name}\': {price},')
start += 50
if last_page: break
def lottery():
numbers_left = {n:4 for n in numbers}
tickets = []
for _ in range(n_tickets):
min_left = min(numbers_left.values())
population = [k for k, v in numbers_left.items() if v > min_left]
#population = numbers
if len(population) < N:
population = [k for k, v in numbers_left.items() if v >= min_left]
ticket = tuple(sorted(random.sample(population, N)))
tickets.append(ticket)
print(tickets)
print(evaluate(tickets))
np = NeoPage()
np.get(path)
ref = np.referer
for ticket in tickets:
np.set_referer(ref)
np.post(path_process, *[f'{x}={n}' for x, n in zip('one two three four five six'.split(), ticket)])
def gen_restock_list(cat):
np = NeoPage(base_url='https://items.jellyneo.net')
path = '/search/'
args = []
args.append(f'cat[]={cat}')
args.append('min_rarity=1')
args.append('max_rarity=100')
args.append('status=1')
args.append('sort=5')
args.append('sort_dir=desc')
start = 0
while True:
np.get(path, *args, f'start={start}')
time.sleep(min(60, random.expovariate(30)) + 60)
last_page = not re.search(
r'<li class="arrow"><a href=".*?">»</a>', np.content)
referer = np.referer
results = re_jn_item.findall(np.content)
for item_id, name, price_updated, price in results:
if price == 'Inflation Notice':
np.set_referer(referer)
np.get(f'/item/{item_id}')
time.sleep(min(60, random.expovariate(30)) + 60)
price = re.search('<div class="price-row">(.*?) NP',
np.content)[1]
try:
price = lib.amt(price)
except (ValueError, TypeError, IndexError):
# safe assumption that unpriceable items are at least 10M NP?
price = 10000001
print(f'\'{name}\': {price},')
start += 50
if last_page: break
