def get_configs(pair, type):
config_func = change_config.Change_config()
controls = config_func.get_pair_config(pair)
configs = {}
if type == "long":
transactions = config_func.get_trading_num()
lev_long = controls['lev_long']
dicount_rate = controls['long_p']
curr_price = round(price.get_price(pair), 2)
configs['discount_rate'] = dicount_rate
configs['price'] = curr_price
configs["transaction"] = controls['long_amount']
configs['leverage_rate'] = controls['lev_long']
if configs['discount_rate']:
configs['price'] = configs['price'] * (1 -
configs['discount_rate'])
elif type == "short":
transactions = config_func.get_trading_num()
lev_long = controls['lev_short']
dicount_rate = controls['short_p']
curr_price = round(price.get_price(pair), 2)
configs['discount_rate'] = dicount_rate
configs['price'] = curr_price
configs["transaction"] = controls['short_amount']
configs['leverage_rate'] = controls['lev_short']
if configs['discount_rate']:
configs['price'] = configs['price'] * (1 +
configs['discount_rate'])
else:
print("type invalid")
return configs
def get_price_formatted(destn_place, deptDate, file_name):
format = 'json'
source_place = "ORD"
seatingclass = 'E'
arrivalDate = ''
price.get_price(format, source_place, destn_place, deptDate, seatingclass,
arrivalDate, file_name)
def limit_short_trailing(pair,
short_price,
quantity,
trade_type='short',
trigger_per=1,
deviation=0.5,
stop_loss_per=2):
configs = change_config.Change_config()
transaction_func = transaction.Buy_sell()
# buy
"""
get order_time
while curr_price is higher than price
sleep 1.5 second
get current price
if current time > order_time +2h:
print time expired
return
else:
buy
"""
# update trade number allowed
configs.update_trading_num("short", -1)
configs.update_short_trade_avl(pair, -1)
start_time = int(time.time())
curr_price = price.get_price(pair)
print("current price:", curr_price)
while curr_price < short_price:
print("current price: " + str(curr_price) + "| long price:" +
str(short_price))
time.sleep(1.5)
if int(time.time()) > start_time + 7200:
print("time expired")
configs.update_trading_num("short", 1)
configs.update_short_trade_avl(pair, 1)
return
curr_price = price.get_price(pair)
else:
buy = transaction_func.mkt_buy_sell_future(pair=pair,
quantity=quantity,
positionSide="SHORT",
side='SELL')
# trailing
trailing_func = trailing.Trailing(q=quantity,
trade_type=trade_type,
trigger_per=trigger_per,
deviation=deviation,
stop_loss_per=stop_loss_per,
pair=pair)
trailing_func.trailing_stop_short()
configs.update_trading_num("short", 1)
configs.update_short_trade_avl(pair, 1)
print("successful")
def limit_long_trailing(pair,
long_price,
quantity,
trade_type='long',
trigger_per=1,
deviation=0.5,
stop_loss_per=2):
configs = change_config.Change_config()
transaction_func = transaction.Buy_sell()
# buy
"""
get order_time
while curr_price is higher than price
sleep 1.5 second
get current price
if current time > order_time +2h:
print time expired
return
else:
buy
"""
# trailing
configs.update_trading_num("long", -1)
configs.update_long_trade_avl(pair, -1)
start_time = int(time.time())
curr_price = price.get_price(pair)
while curr_price > long_price:
print("current price: " + str(curr_price) + "| long price:" +
str(long_price))
time.sleep(1.5)
if int(time.time()) > start_time + 7200:
print("time expired")
configs.update_trading_num("long", 1)
configs.update_long_trade_avl(pair, 1)
return
curr_price = price.get_price(pair)
else:
buy = transaction_func.mkt_buy_sell_future(pair=pair,
quantity=quantity,
positionSide="LONG",
side='BUY')
print("bought at " + str(curr_price))
trailing_func = trailing.Trailing(
q=quantity,
trade_type=trade_type,
trigger_per=trigger_per,
deviation=deviation,
stop_loss_per=stop_loss_per,
pair=pair,
)
trailing_func.trailing_stop_long()
configs.update_trading_num("long", 1)
configs.update_long_trade_avl(pair, 1)
print("successful")
def btc_fee(dane):
size = 140
s = 10**8
if dane != 'err':
priceb = price.get_price('btc')
if priceb != 'err':
p = 'Fee comparison\nPrice (Coinbase) : ' + str(priceb) + ' USD\n'
fcost = str(round(
float(dane['fastestFee']) * size * priceb / s, 4)) + ' USD'
hcost = str(
round(float(dane['halfHourFee']) * size * priceb / s,
4)) + ' USD'
ocost = str(round(float(dane['hourFee']) * size * priceb / s,
4)) + ' USD'
w = p + 'BTC recommended fee.\nTx size 140 VBytes:\n\n'
fastestbtc = f"< 30 minutes : {str(dane['fastestFee']):>8} sat/VB : ~{fcost:>8}\n"
halfhbtc = f" 30 minutes : {str(dane['halfHourFee']):>8} sat/VB : ~{hcost:>8}\n"
onehbtc = f" 1 hour : {str(dane['hourFee']):>8} sat/VB : ~{ocost:>8}\n\n"
k = "https://mempool.space/"
entry = w + fastestbtc + halfhbtc + onehbtc + k
else:
entry = 'err'
logging.warning(f'Brak ceny BTC')
else:
entry = 'err'
return entry
def eth_fee(dane):
size = 21000
s = 10**9
if dane != 'err':
pricee = price.get_price('eth')
if pricee != 'err':
p = 'Price (Coinbase) : ' + str(pricee) + ' USD\n'
fcost = str(
round((float(dane['fast']) / 10) * size * pricee / s,
4)) + ' USD'
ffcost = str(
round((float(dane['fastest']) / 10) * size * pricee / s,
4)) + ' USD'
scost = str(
round((float(dane['safeLow']) / 10) * size * pricee / s,
4)) + ' USD'
w = p + 'ETH recommended gas price.\nTx size 21000 gas:\n\n'
fastesteth = f"< 30 seconds : {str(float(dane['fastest']) / 10):>8} gwei : ~{ffcost:>8}\n"
fasteth = f"< 2 minutes : {str(float(dane['fast']) / 10):>8} gwei : ~{fcost:>8}\n"
safeloweth = f"< 30 minutes : {str(float(dane['safeLow']) / 10):>8} gwei : ~{scost:>8}\n\n"
k = "https://ethgasstation.info/\n"
entry = w + fastesteth + fasteth + safeloweth + k
else:
entry = 'err'
logging.warning(f'Brak ceny ETH')
else:
entry = 'err'
return entry
def main():
try:
price = float(get_price('btc'))
except:
price = 'err'
try:
rate = float(queryNBP(build_url(selector='usd'))[1]['rates'][0]['mid'])
except:
rate = 'err'
if price != 'err' and rate != 'err':
flat = float(2538.29)
# flat = 0
loan = float(121838.15)
my_plk = load_pickle(fname)
print(my_plk)
btc_plk = float(my_plk[0]['btc_current'])
mc_plk = int(my_plk[0]['mc'])
loan_plk = float(my_plk[0]['loan_current'])
flat_dollars = float(flat / rate)
exchange_fee = 0.005 * flat_dollars
flat_dollars += exchange_fee
flat_btc = flat_dollars / price
new_btc = round(float(btc_plk - flat_btc), 10)
new_mc = mc_plk + 1
new_loan = loan_plk - flat
new_btc_pln = new_btc * price * rate
new_data = {
'mc': new_mc,
'btc_current': new_btc,
'loan_current': new_loan,
'btc_pl': new_btc_pln
}
save2pickle(new_data)
w = wypok_bot_lib
entry = f"Kredyt na BTC fun.\n" \
f"W dniu 29 maja 2020 za poradą @rysiekryszard wzięto 100 000 PLN kredytu na zakup BTC.\n" \
f"10 każdego miesiąca, z zakupionych BTC, będzie spłacana rata kredytu.\n" \
f"Oznacza, to sprzedaż BTC o wartości równej racie + 0.5% prowizji giełdowej.\n" \
f"Tym samym pomniejszenie ilości BTC.\n\n" \
f"Całkowity koszt kredytu: {loan:.2f} PLN\n" \
f"Bieżąca wartość BTC: {new_btc_pln:.4f} PLN\n" \
f"Bieżąca ilość BTC: {new_btc}\n" \
f"Rata numer: {mc_plk}\n" \
f"Cena BTC Coinbase: {price} $\n" \
f"Kurs USD NBP: {rate}\n" \
f"Wartość raty: {flat} PLN, {flat_dollars:.4f} $, {flat_btc:8f} BTC"
w.add_entry(entry, f'{target_path}/rysiek_investment.png', 1)
else:
logging.error(f'Stopped')
url_pool = []
url_pool_price = []
for i in trange(1, 51):
print('第' + str(i) + '轮....')
str_url = "http://sh.ziroom.com/z/z1-p" + str(i) + "/"
# 获取网页源代码
res = gethtml(str_url)
sleep(1)
# 使用lxml的方式解析
soup = BeautifulSoup(res, "lxml")
# 找到所有此页面的具体租房的链接板块
ziroom_url = soup.find_all(attrs={"class": "info-box"})
now_all_price = []
if price.get_price(str_url) == False:
print('价格图片识别出错...跳过该轮...')
continue
else:
now_all_price = price.get_price(str_url)
print(now_all_price)
if now_all_price == False:
print('出错...跳过该轮...')
continue
else:
# 获取网页租房名称以及链接
for j in ziroom_url:
ziroom_one_url = 'http:' + j.find('a').get("href")
url_pool.append(str(ziroom_one_url))
for j in now_all_price:
def Click():
game = e.get()
print(game)
# gets game string
aux = " Steam"
# join game name + steam
query = game + aux
#print(query)
app_data_main = gather_app_data(query)
# steam works with appdata numbers, each game has an unique appdata
url = gather_url(query)
print(url)
# this way we search google for the steam url, to see if the game exists, and also to gather the appdata number
price = {}
price = get_price(url, app_data_main)
# this function returns a dictionary with every price possible, for each Steam Store in the world
# print(price)
j = 0
while(1):
# we get the main values as a test
if j == 0:
flag = 'Brazilian Real'
if j == 1:
flag = 'U.S. Dollar'
if j == 2:
flag = 'Canadian Dollar'
if j == 3:
flag = 'Australian Dollar'
if j == 4:
break;
i = 0
while(1):
# search the currency field for our country's currency
if (price['Currency'].get(i) == flag):
break;
i = i + 1
print(price['Currency'].get(i))
print(price['Price atm'].get(i))
print(price['Lowest Price Ever'].get(i))
# for each variable, we get an information about that country
if j == 0:
currency_brl = price['Currency'].get(i)
price_atm_brl = price['Price atm'].get(i)
lowest_price_brl = price['Lowest Price Ever'].get(i)
if j == 1:
currency_usd = price['Currency'].get(i)
price_atm_usd = price['Price atm'].get(i)
lowest_price_usd = price['Lowest Price Ever'].get(i)
if j == 2:
currency_cnd = price['Currency'].get(i)
price_atm_cnd = price['Price atm'].get(i)
lowest_price_cnd = price['Lowest Price Ever'].get(i)
if j == 3:
currency_aud = price['Currency'].get(i)
price_atm_aud = price['Price atm'].get(i)
lowest_price_aud = price['Lowest Price Ever'].get(i)
j = j + 1
# now we put It all on a new window for the user to see
top = Toplevel()
top.title('Results')
Label_BR = Label(top, text="Price in Brasil: ")
Label_BR.grid(row=1, column=1)
Label_Price_BR = Label(top, text=price_atm_brl)
Label_Price_BR.grid(row=1, column=2)
Label_US = Label(top, text="Price in USA: ")
Label_US.grid(row=2, column=1)
Label_Price_usd = Label(top, text=price_atm_usd)
Label_Price_usd.grid(row=2, column=2)
Label_CND = Label(top, text="Price in Canada")
Label_CND.grid(row=3, column=1)
Label_Price_cnd = Label(top, text=price_atm_cnd)
Label_Price_cnd.grid(row=3, column=2)
Label_AUD = Label(top, text="Price in Australia")
Label_AUD.grid(row=4, column=1)
Label_Price_aud = Label(top, text=price_atm_aud)
Label_Price_aud.grid(row=4, column=2)