async def Convert(ctx, *args):
if len(args) != 4:
await ctx.send('Invalid number of arguments')
return
fromCurrency = args[1].upper()
toCurrency = args[3].upper()
amount = args[0]
if not amount.isnumeric():
await ctx.send('Amount must be numeric')
return
amount = float(amount)
currency = Currency.Utility()
if not currency.exist(fromCurrency.upper()) or not currency.exist(
toCurrency.upper()):
await ctx.send('One or more currency is not supported')
return
market = LiveMarket.API()
rates = market.request(fromCurrency)
if toCurrency in rates:
rate = float(rates[toCurrency])
await ctx.send('%.2f %s to %s = %.2f' %
(amount, fromCurrency, toCurrency, rate * amount))
def test_year(year, m1, m2):
candles = Currency.CAD_Ten_Min_Candle_Container()
types = Hunter.Type_Container(candles)
pens = Hunter.Pen_Container(types)
hubs = Hunter.Ten_Min_Hub_Container(pens)
# 初始化Tran_Container对象
trans = Hunter.Tran_Container()
#s1 = S1.S1(candles.container,types.container,pens.container,hubs.container)
#s_b = S1_B.S(candles.container,types.container,pens.container,hubs.container)
s2 = S1.S2()
m = Event.Monitor(s2)
# 逐月调用
for i in range(m1, m2 + 1):
candles.loadDB(year, i, 0, 0, types, pens, hubs, m)
"""
def menu_handler(update: Update, context: CallbackContext) -> None:
query = update.callback_query
query.answer()
if query.data == 'phone':
query.edit_message_text('👈 شماره همراه خود را وارد کنید:')
return FIFTH
if query.data == 'increase' or query.data == 'decrease':
context.user_data['wallet_action'] = query.data
reply_markup = InlineKeyboardMarkup(keyboards["wallet_action"][0])
query.edit_message_text(keyboards["wallet_action"][1],
reply_markup=reply_markup)
return SIXTH
reply_markup = InlineKeyboardMarkup(keyboards[query.data][0])
if query.data == 'market':
query.edit_message_text('در حال ارزیابی قیمت ها ... ',
reply_markup=reply_markup)
c = Currency.Currency()
c.get_prices()
query.edit_message_text(c.post_reporter(), reply_markup=reply_markup)
elif query.data == 'cash' or query.data == 'crypto':
context.user_data['d_type'] = query.data
query.edit_message_text(keyboards[query.data][1],
reply_markup=reply_markup)
return SECOND
elif query.data == 'rules':
query.edit_message_text(keyboards[query.data][1],
reply_markup=reply_markup)
else:
query.edit_message_text(keyboards[query.data][1],
reply_markup=reply_markup)
return FIRST
async def Convert(self, ctx, *args):
if len(args) not in range(3, 5):
await ctx.send("[amount] [from_currency] [to_currency]")
return
fromCurrency = args[1].upper()
toCurrency = args[-1].upper()
amount = args[0]
if not amount.isnumeric():
await ctx.send("""use numbers, that'd help""")
return
amount = float(amount)
currency = Currency.Utility()
if not currency.exist(fromCurrency.upper()) or not currency.exist(
toCurrency.upper()):
await ctx.send("lol")
return
market = LiveMarket.API()
rates = market.request(fromCurrency)
if toCurrency in rates:
rate = float(rates[toCurrency])
await ctx.send("%.2f %s to %s = %.2f" %
(amount, fromCurrency, toCurrency, rate * amount))
class Currencies:
"""
Stores in use currencies and provides access to the individual objects.
"""
_CAD = Currency.CAD()
_USD = Currency.USD()
_EUR = Currency.EUR()
__instance = None
@staticmethod
def get_instance():
"""
Returns the instance of Currencies.
:return: Instance of Currencies..
"""
if Currencies.__instance is None:
Currencies()
return Currencies.__instance
def __init__(self):
"""
Singleton pattern for the Currencies class.
"""
if Currencies.__instance is None:
Currencies.__instance = self
def get_currency(self, option: str) -> Currency:
"""
Maps the option string to the desired currency and returns it.
:param option: String that maps to a respective currency.
:return: Currency object.
"""
valid = False
while not valid:
if option == "1":
return self._CAD
if option == "2":
return self._USD
if option == "3":
return self._EUR
else:
option = input(
"Invalid currency selection! Please try again.\n"
"Please select the currency you would like to perform "
"the transaction in:\n(1) CAD\n(2) USD\n(3) EUR\n")
def main():
display_message()
while True:
try:
account = float(input('Enter your amount: '))
invoke_class_account = Currency(account)
invoke_class_account = Currency(account)
user_input = user_amount()
invoke_class_user_input = Currency(user_input[0], user_input[1])
total = sub_currencies(invoke_class_account,
invoke_class_user_input)
print(total)
except:
print(' Enter values correctly')
continue
def test_currency_validation():
currency, _ = Currency.objects.get_or_create(code="USD")
currency.full_clean()
assert "USD" in str(currency)
# currency code does not exist
with pytest.raises(ValidationError) as exc:
Currency(code="ISD").full_clean()
assert "Enter a valid ISO-4217 currency code" in exc.value.messages
def __init__(self, candles):
Bucket.__init__(self, candles)
if isinstance(candles, Currency.AUD_Ten_Min_Candle_Container):
self.candle_container = Currency.AUD_One_Min_Candle_Container()
elif isinstance(candles, Currency.CAD_Ten_Min_Candle_Container):
self.candle_container = Currency.CAD_One_Min_Candle_Container()
elif isinstance(candles, Currency.CHF_Ten_Min_Candle_Container):
self.candle_container = Currency.CHF_One_Min_Candle_Container()
elif isinstance(candles, Currency.GBP_Ten_Min_Candle_Container):
self.candle_container = Currency.GBP_One_Min_Candle_Container()
elif isinstance(candles, Currency.EUR_Ten_Min_Candle_Container):
self.candle_container = Currency.EUR_One_Min_Candle_Container()
elif isinstance(candles, Currency.JPY_Ten_Min_Candle_Container):
self.candle_container = Currency.JPY_One_Min_Candle_Container()
self.init()
self.hubs = Hunter.One_Min_Hub_Container(self.pens, self)
def __init__(self, candles):
Bucket.__init__(self, candles)
if isinstance(candles, Currency.AUD_Five_Min_Candle_Container):
self.candle_container = Currency.AUD_One_Min_Candle_Container()
elif isinstance(candles, Currency.CAD_Five_Min_Candle_Container):
self.candle_container = Currency.CAD_One_Min_Candle_Container()
elif isinstance(candles, Currency.CHF_Five_Min_Candle_Container):
self.candle_container = Currency.CHF_One_Min_Candle_Container()
elif isinstance(candles, Currency.GBP_Five_Min_Candle_Container):
self.candle_container = Currency.GBP_One_Min_Candle_Container()
elif isinstance(candles, Currency.EUR_Five_Min_Candle_Container):
self.candle_container = Currency.EUR_One_Min_Candle_Container()
else:
self.candle_container = Currency.JPY_One_Min_Candle_Container()
self.init()
# 中枢容器的实现具有差异化,所以没有放入init()
self.hubs = Hunter.One_Min_Hub_Container(self.pens, self)
def __init__(self):
config = configparser.ConfigParser()
config.read('currencies.properties')
self.__currencies = list()
for i in range(8):
name = config['Currencies']['currency' + str(i + 1) + '.name']
exchange_rate = config['Currencies']['currency' + str(i + 1) +
'.exchange_rate']
divider = config['Currencies']['currency' + str(i + 1) +
'.divider']
self.__currencies.append(Currency(name, exchange_rate, divider))
def loadData(self, csvFile):
# We will open our currency atlas to add currency info to our airport objects
CurrencyAtlas = Currency.CurrencyAtlas()
dictionary = {}
with open(csvFile, 'r') as f:
reader = csv.reader(f, delimiter=',')
for line in reader:
dictionary[line[4]] = Airport(line[0], line[1], line[2],
line[3], line[4], line[5],
line[6], line[7], line[8],
line[9], line[10], line[11],
CurrencyAtlas)
self.airportDict = dictionary
def test_cost_shortest_path(self):
"""
Test to check for value returned for simple shortest path cost
"""
itinerary = Itinerary('testFiles/test_path_cost_simple.csv')
atlas = AirportAtlas('input/airport.csv')
aircraft_table = AircraftTable('input/aircraft.csv')
currency = Currency('input/countrycurrency.csv',
'input/currencyrates.csv')
graph = GraphRouteConstructor(itinerary.get_itinerary()[0], atlas,
currency)
cost = graph.shortest_path(aircraft_table.getAircraft('747'), atlas)[1]
#SNN to DUB, DUB to OSL, OSL to SNN
#194+1291+0.1155*1476=1655.48
self.assertTrue(cost == 1655.48)
def test_shortest_path_infeasible(self):
"""
Test that shortest path returns infeasible result for known infeasible journey
747 can not fly directly from Ireland to Australia so route in test_path.csv is infeasible
"""
itinerary = Itinerary('testFiles/test_path_infeasible_747.csv')
atlas = AirportAtlas('input/airport.csv')
aircraft_table = AircraftTable('input/aircraft.csv')
currency = Currency('input/countrycurrency.csv',
'input/currencyrates.csv')
graph = GraphRouteConstructor(itinerary.get_itinerary()[0], atlas,
currency)
self.assertTrue(
graph.shortest_path(aircraft_table.getAircraft('747'), atlas) ==
"This journey is infeasible for your aircraft")
def test_shortest_path_feasible(self):
"""
Test that shortest path returns infeasible result for known feasible journey
747 has range of 9,800 so route within Ireland like in test_path_feasible_747.csv is feasible
"""
itinerary = Itinerary('testFiles/test_path_feasible_747.csv')
atlas = AirportAtlas('input/airport.csv')
aircraft_table = AircraftTable('input/aircraft.csv')
currency = Currency('input/countrycurrency.csv',
'input/currencyrates.csv')
graph = GraphRouteConstructor(itinerary.get_itinerary()[0], atlas,
currency)
self.assertTrue(
graph.shortest_path(aircraft_table.getAircraft('747'), atlas) !=
"This journey is infeasible for your aircraft")
async def Rates(ctx):
market = LiveMarket.API()
rates = market.request('USD')
parsedRates = str()
currency = Currency.Utility()
parsedRates += '%s %s is the base currency\n' % (
currency.getFlagEmoji('USD'), currency.getFullName('USD'))
for key in rates:
flag = currency.getFlagEmoji(key)
fullname = currency.getFullName(key)
parsedRates += '%s %s[%s] - %.4f \n' % (flag, fullname, key,
rates[key])
await ctx.send(parsedRates)
def get_currency(self, base_message: str) -> str:
"""
prompts the user to input a valid currency and it's conversion to USD
Args:
base_message : message to prompt the user
Returns:
3 letter code corresponding to the transaction's currency
conversion : conversion to USD such that the amount in USD = (amount in
currency_code)*conversion
"""
message = base_message
while True:
usr_code = self.input(message).upper()
if usr_code in Currency.currency_codes():
return usr_code
else:
message = f"{usr_code} is not a valid currency code\n{base_message}"
def __init__(self, name, currency_name, coin_name):
self.name = name
if name == "Kucoin":
api = API.KucoinAPI()
elif name == "Gate":
api = API.GateAPI()
elif name == "Bithumb":
api = API.BithumbAPI()
elif name == "Coinnest":
api = API.CoinnestAPI()
elif name == "Poloniex":
api = API.PoloniexAPI()
elif name == "Gopax":
api = API.GopaxAPI()
elif name == "Binance":
api = API.BinanceAPI()
self.API = api
self.tradeFee = GlobalVariable.marketTradeFee[self.name]
self.currencyList = [
Currency(currency_name, self.name, [coin_name], self.API)
]
def set_currency_list(self):
try:
tickers = self.API.GetTickers()
except:
tickers = {}
result = []
# # USDT만 해보기, 너무 오래걸림, 이따 수정필요
# try:
# result.append(Currency("USDT",self.name, tickers["USDT"], self.API))
# except :
# print(" Market(" + str(sys._getframe().f_lineno) + ") : (" + self.name + ") : currency : " + "USDT", "Error")
for i in list(tickers.keys()):
try:
result.append(Currency(i, self.name, tickers[i], self.API))
except:
print(
" Market(" + str(sys._getframe().f_lineno) + ") : (" +
self.name + ") : currency : " + i, "Error")
return result
def test_month_10(market, year, month, count=0, skips=0):
candles = Currency.CAD_Ten_Min_Candle_Container()
types = Hunter.Type_Container(candles)
pens = Hunter.Pen_Container(types)
hubs = Hunter.Ten_Min_Hub_Container(pens)
# 初始化Tran_Container对象
trans = Hunter.Tran_Container()
#s1 = S1.S1(candles.container,types.container,pens.container,hubs.container)
s2 = S1.S2()
m = Event.Monitor(s2)
candles.loadDB(year, month, count, skips, types, pens, hubs, m)
#S1.S1._trans.clear()
#S1.S2._trans.clear()
ax_1 = plt.subplot(1, 1, 1)
drawer = Drawer.Ten_Min_Drawer(candles.container)
drawer.draw_stocks(candles.container, types.container, ax_1, trans)
drawer.draw_pens(pens.container, ax_1)
drawer.draw_hub(hubs.container, hubs, ax_1)
#for _, hub in enumerate(hubs.container):
# print(hub.pens())
plt.show()
"""
def amount(update: Update, context: CallbackContext) -> None:
query = update.callback_query
query.answer()
context.user_data['T_type'] = query.data
c = Currency.Currency()
if context.user_data['d_type'] == 'crypto':
if query.data == 'buy':
query.edit_message_text(text="در حال محاسبه قیمت")
c.get_prices()
c.minimum_calc()
query.edit_message_text(
text=c.minimum_reporter(context.user_data['currency'], True))
context.user_data['unit'] = c.min_prices[
context.user_data['currency']]
else:
query.edit_message_text(text="در حال محاسبه قیمت")
c.get_prices()
c.minimum_calc()
query.edit_message_text(
text=c.minimum_reporter(context.user_data['currency'], False))
context.user_data['unit'] = c.min_prices[
context.user_data['currency']]
return THIRD
format='%(asctime)s - %(name)s - %(levelname)s - %(message)s',
level=logging.INFO)
logger = logging.getLogger(__name__)
# DBMS
database = DBMS()
all_users = database.get_users()
users_dict = {}
for each in all_users:
users_dict[each[0]] = list(each)
all_users = users_dict
print(all_users)
prices = Currency.Currency()
def start(update: Update, context: CallbackContext) -> None:
person = update.message.from_user
print(
f' New Thread with {person.username} at : {get_duration(update.message.date)} ago'
)
context.user_data['username'] = person.username
context.bot.send_message(update.message.chat_id, wellcome_text)
reply_markup = InlineKeyboardMarkup(main_keyboard)
update.message.reply_text(main_text, reply_markup=reply_markup)
return FIRST
lat1=airport1.getLat()
lng1=airport1.getLong()
lat2=airport2.getLat()
lng2=airport2.getLong()
return AirportAtlas.greatcircledistance(lat1,lng1,lat2,lng2)
def getCostOfJourney(self,Airport1,Airport2,currency):
"""
Calculates cost of journey from one airport to another
"""
distance = self.getDistanceBetweenAirports(Airport1, Airport2)
airport1 = self.Atlas.get(Airport1)
rate = currency.getRate(airport1.getCountry())
cost = rate*distance
return cost
def getAirports(self):
"""
Return list containing codes of all airports stored in atlas object
"""
return self.Atlas.keys()
if __name__=="__main__":
from Currency import *
curr = Currency('input/countrycurrency.csv','input/currencyrates.csv')
atlas=AirportAtlas('input/airport.csv')
print(atlas.getCostOfJourney('LHR', 'DUB',curr))
"Snark Fee Transfers", "Coinbase Fee Transfers"
],
tablefmt="pretty"))
f.write("\n")
print(
f"We have received grand total of "
f"{Currency.Currency(all_blocks_total_rewards,format=Currency.CurrencyFormat.NANO).decimal_format()} "
f"mina in this window. ")
f.write(
f"\nWe have received grand total of "
f"{Currency.Currency(all_blocks_total_rewards,format=Currency.CurrencyFormat.NANO).decimal_format()} "
f"mina in this window. \n")
print(f"Our fee at {fee*100}% is " +
Currency.Currency(all_blocks_total_fees,
format=Currency.CurrencyFormat.NANO).decimal_format() +
" mina, and the total payout amount is " +
Currency.Currency(all_blocks_total_rewards - all_blocks_total_fees,
format=Currency.CurrencyFormat.NANO).decimal_format())
apy = round((all_blocks_total_rewards / 1e9 / total_unlocked_staking_balance) *
365 * 24 * 60 * 100 / (7140 * 3), 2)
print(f"\nThe estimated APY before fees is {apy}%. \n")
f.write(
f"Our fee at {fee*100}% is " +
Currency.Currency(all_blocks_total_fees,
format=Currency.CurrencyFormat.NANO).decimal_format() +
" mina, and the total payout amount is " +
Currency.Currency(all_blocks_total_rewards - all_blocks_total_fees,
format=Currency.CurrencyFormat.NANO).decimal_format())
f.write(f"\nThe estimated APY before fees is {apy}%. \n")
def test_converter_different():
assert currency_converter.convert(Currency(1, 'USD'),
'EUR') == Currency(0.5, "EUR")
import sys
sys.path.append('C:\\Users\\victo\\Desktop\\Victor\\Programação\\Linguagem Python\\Programas Victor - Curso em Video\\Desafio_111\\Package')
import Currency
n = float(input('Please, type a value (R$): '))
Currency.Resume(n)
'info': ['ai03', 'goat', 'kalendar'],
'films': ['apex', 'ash', 'kebo', 'tx'],
'firmware': ['qmkgui', 'via'],
'services': ['ash'],
'artisans':
['alpha', 'jelly', 'kpr', 'kyle', 'mk', 'scraft', 'space', 'summit'],
'ergo': ['aura', 'mkultra', 'wooting'],
'springs': ['prime', 'tx'],
'deskmats':
['aura', 'cannon', 'deskhero', 'kono', 'kpr', 'nk', 'prime', 'tkc', 'tx'],
'groupbuy': [
'candy', 'cannon', 'dclack', 'deskhero', 'dixie', 'kono', 'krelbit',
'nk', 'origin', 'tkc', 'tx', 'wei'
],
'cad': ['apex', 'ash', 'aura', 'deskhero', 'kofi', 'zeal']
}
# load pickles
tagDict = load_dict(Constants.TAG_DICT_PATH)
siteDict = load_dict(Constants.SITE_DICT_PATH)
typeDict = load_dict(Constants.TYPE_DICT_PATH)
bDict = load_dict(Constants.B_DICT_PATH)
aDict = load_dict(Constants.A_DICT_PATH)
shareDict = load_dict(Constants.SHARE_DICT_PATH)
# startup
bot.add_cog(Timezone(bot))
bot.add_cog(Music(bot))
bot.add_cog(Currency(bot))
bot.run(Constants.DISCORD_SECRET)
def handleRule(rule):
ic = ItemCrawler()
db_avg_cost = DB.get_avg_price(rule.link)
Log("{} for less then {} Chaos".format(rule.name, (PRICE_MULTIPLICATOR*db_avg_cost)),"CURRENT SCAN", "blue", 0)
hits = ic.hits(rule.link)
if not rule.enabled:
return
isFirst = True
hitCnt = 0
hitSum = 0
for hit in hits:
cost = Crawler.getCostFromEntry(hit)
ign = Crawler.getIGNFromEntry(hit)
(corrupted, item_name) = Crawler.getItemNameFromEntry(hit)
item_print = item_name
if not item_name:
item_name = "<NOT FOUND>"
else:
if corrupted:
item_print = Fore.RED + "Corrupted" + Fore.RESET + " " + item_name
chaos_cost = Currency.getChaosValue(cost)
# Solange noch kein Item gefunden wurde ist db_avg_cost = 0 und db_avg_cost * PRICE_IGNORE_MIN ebenfalls.
# Das gleiche gilt für PRICE_IGNORE_MAX
if not db_avg_cost:
db_avg_cost = chaos_cost
if chaos_cost < db_avg_cost * PRICE_IGNORE_MIN or chaos_cost > db_avg_cost * PRICE_IGNORE_MAX:
Log("Someone is selling {} ({}) for {} chaos!!".format(item_print, rule.link, chaos_cost),
"TROLL ALERT", "red", 0)
continue
if(hitCnt < MAX_HITS_FOR_AVG):
hitSum += chaos_cost
hitCnt += 1
# if chaos_cost <= rule.price and isFirst:
if chaos_cost <= (PRICE_MULTIPLICATOR*db_avg_cost):
Log("Schnappaaah : ", "INFO", "yellow", 0)
Log(rule.name, "RULE", None, 1)
Log(item_print, "ITEM", None, 1)
Log(rule.link, "LINK", None, 1)
Log(cost, "COST", None, 1)
Log(chaos_cost, "CHAOS COST", None, 1)
Log("@{} Hi, I would like to buy your {} listed for {} in {}\n".format(ign, item_name, cost, LEAGUE), "WHISPER", None, 1)
if rule.alert:
os.system("start C:\\Users\\Ramon\\workspace\\git\\rockwurst\\testsound.mp3")
isFirst = False
if len(hits) > 0:
hitAvg = hitSum / hitCnt
Log("took the first {} items with an avarage of {} chaos".format(hitCnt, hitAvg), "SCAN RESULT", "white", 0)
DB.insert_scan(rule.link, hitAvg)
else:
print("Please Input correct Option!")
# --------------Static operations require no furthur user input
# Get the average price of bitcoin
# Get the average bid price
# get the average ask price
# display bitcoin price graph
# display ask/bid graph
# --------------Based on analysis
# should I buy or sell (trend analysis)
# convert currency (Input home currency, away currency and amount) => (output value in away currency)
# Major operation (Input currency, amount [=> internally convert to USD]) => (display "You can buy x bitcoin at
# this amount or can sell y
# bitcoin with this")
if __name__ == '__main__':
global conn
global th
eng = create_engine("sqlite:///mydb.db")
print("Filling up database. Please wait! this process might take 3-5 min.")
conn = eng.connect()
Currency.init()
BitCoinPrice.init()
bitstamp.init()
th1 = Thread(target=BitFinex.init)
th1.daemon = True
th1.start()
StartUserOperations()
import Currency
ca = Currency.CurrencyAtlas()
IE = ca.getCurrency('United Kingdom')
print(IE.currencyCode)
print(IE.currencyName)
print(IE.currencyRate)
print(IE.currencyRate + 1)
def test_converter_same():
assert currency_converter.convert(Currency(1, 'USD'),
'USD') == Currency(1, 'USD')
###############################################################################
# Mohammd-AlKharaan-Assignment02
#
# CPS 202 Assignment #02
# Mohammd AlKharaan
#
# Larger Programq
from Currency import *
a = Currency(1000, 'SAR')
b = a.convert_to('USD')
b1 = a.convert_to('EUR')
b2 = a.convert_to('JPY')
b3 = a.convert_to('AUD')
b4 = a.convert_to('CAD')
b5 = a.convert_to('CNY')
b6 = a.convert_to('GBP')
c = Currency(10000, 'CAD')
d = c.convert_to('USD')
e = a + 5.544
f = c + 154
e1 = a - 5.544
f1 = c - 154
e2 = 5.544 - c
f2 = 154 - a
f3 = a + c
f4 = c + a
print('a is', a)
print('c is', c)
Log("@{} Hi, I would like to buy your {} listed for {} in {}\n".format(ign, item_name, cost, LEAGUE), "WHISPER", None, 1)
if rule.alert:
os.system("start C:\\Users\\Ramon\\workspace\\git\\rockwurst\\testsound.mp3")
isFirst = False
if len(hits) > 0:
hitAvg = hitSum / hitCnt
Log("took the first {} items with an avarage of {} chaos".format(hitCnt, hitAvg), "SCAN RESULT", "white", 0)
DB.insert_scan(rule.link, hitAvg)
def start():
date_str = datetime.datetime.strftime(datetime.datetime.now(), '%H:%M:%S am %d.%m.%Y')
Log("Scan start", "INFO", "yellow", 0)
rp = RuleParser()
rules = rp.rules
for rule in rules:
handleRule(rule)
Log("Scan finished --- I'll be back ! \n\n", "INFO", "yellow", 0)
if __name__ == "__main__":
Currency.updateCurrencys()
Currency.printCurrencys()
while True:
start()
time.sleep(180)
