def initialize_bot(self, update, context):
#Start Command: /start
DB = Database()
message = update.message
if self.correct_user(message, DB):
chat_id = message.chat.id
DB.save_chat_id(chat_id)
self.chat_id = chat_id
message.reply_text("Hello " + message.from_user.first_name)
def bot_info(self, update, context):
#Help Command: /help
DB = Database()
message = update.message
if self.correct_user(message, DB):
help = help_message()
message.reply_text(help)
def show_order_history(self, update, context):
#''' View order history: /orderhistory
#Sends a csv of their past orders'''
DB = Database()
message = update.message
if self.correct_user(message, DB):
try:
if self.csv_file_name != None:
os.remove(self.csv_file_name) #Deletes file once sent
self.csv_file_name = None
quick_token_text = message.text.replace(
"/orderhistory", "").replace(" ", "").upper()
if "USDT" in quick_token_text:
token = quick_token_text
else:
token = quick_token_text + "USDT"
all_orders = self.client.see_all_orders(token)
self.order_history_csv(token, all_orders)
doc = open(self.csv_file_name, 'rb')
self.bot.send_document(self.chat_id, doc)
except Exception as e:
print(str(e))
message.reply_text(
self.general_error_message +
" AND make sure that you have made orders in the past using the token in question\n\nex. /orderhistory btc \n\n/orderhistory {symbol}"
)
def make_market_order(self, update, context):
#Market order: /market {side} {amount} {symbol}
DB = Database()
message = update.message
if self.correct_user(message, DB):
try:
order_confirmation = self.client.send_order("market", message)
message.reply_text(order_confirmation)
except Exception as e:
print(str(e))
message.reply_text(
self.general_error_message +
"ex. /market buy 0.01 eth \n\n/market {side} {amount} {symbol}"
)
def make_limit_order(self, update, context):
#Limit order: /limit {timeInForce} {side} {amount} {symbol} at {price}
DB = Database()
message = update.message
if self.correct_user(message, DB):
try:
order_confirmation = self.client.send_order("limit", message)
message.reply_text(order_confirmation)
#bot.reply_to(message, order_confirmation)
except Exception as e:
print(str(e))
message.reply_text(
self.general_error_message +
"ex. /limit gtc sell 0.01 ethusdt at 1858 \n\n/limit {timeInForce} {side} {amount} {symbol} at {price}"
)
def unblock_tradingview_orders(self, update, context):
#''' Unblocks tradingview orders '''
DB = Database()
message = update.message
if self.correct_user(message, DB):
if self.block_tradingview:
self.block_tradingview = False
message.reply_text(
"TradingView orders ready to continue. /block to block TradingView orders"
)
#bot.reply_to(message, "TradingView orders ready to continue. /block to block TradingView orders")
else:
message.reply_text(
"TradingView orders are currently active. /block to block TradingView orders"
)
def block_tradingview_orders(self, update, context):
#''' Temporarily blocks tradingview orders '''
DB = Database()
message = update.message
if self.correct_user(message, DB):
if self.block_tradingview:
message.reply_text(
"TradingView orders are already blocked. /unblock to continue TradingView orders"
)
#bot.reply_to(message, "TradingView orders are already blocked. /unblock to continue TradingView orders")
else:
self.block_tradingview = True
message.reply_text(
"TradingView orders are now blocked. /unblock to continue TradingView orders"
)
def cancel_order(self, update, context):
#'''Cancels an order /cancel {symbol} {orderId}'''
DB = Database()
message = update.message
if self.correct_user(message, DB):
try:
cancelled_order = self.client.cancel_order(message)
cancel_message = cancelled_message(cancelled_order)
message.reply_text(cancel_message)
#bot.reply_to(message, cancel_message)
except Exception as e:
print(str(e))
message.reply_text(
self.general_error_message +
"ex. /cancel eth 6963\n\n/cancel {symbol} {order Id}\n\n")
def make_stoploss_order(self, update, context):
#'''Makes only one order: /stoploss {timeInForce} {side} {amount} {symbol} at {price} stop at {stopLoss}'''
DB = Database()
message = update.message
if self.correct_user(message, DB):
try:
order_confirmation = self.client.send_order(
"stoploss", message)
message.reply_text(order_confirmation)
#bot.reply_to(message, order_confirmation)
except Exception as e:
print(str(e))
message.reply_text(
self.general_error_message +
"ex. /stoploss gtc sell 0.1 btc at 55000 stop at 56000\n\n /stoploss {timeInForce} {side} {amount} {symbol} at {price} stop at {stopLoss}"
)
def show_open_orders(self, update, context):
#''' View open orders for a given token: /openorders {symbol}'''
DB = Database()
message = update.message
if self.correct_user(message, DB):
try:
quick_token_text = message.text.replace(
"/openorders", "").replace(" ", "").upper()
if "USDT" in quick_token_text:
token = quick_token_text
else:
token = quick_token_text + "USDT"
open_orders = self.client.open_orders(token)
self.open_orders_message_chain(open_orders, self.bot, token)
except Exception as e:
print(str(e))
message.reply_text(
self.general_error_message +
"ex. /openorders eth\n\n/openorders {symbol}\n\nAlso make sure that you have made orders in the past using the token in question"
)
def current_price(self, update, context):
#''' Checks current price of a token '''
DB = Database()
message = update.message
if self.correct_user(message, DB):
try:
quick_token_text = message.text.replace("/ticker", "").replace(
" ", "").upper()
if "USDT" in quick_token_text:
token = quick_token_text
else:
token = quick_token_text + "USDT"
link = self.ticker_link + token
request = requests.get(link)
data = request.json()
message.reply_text(data['symbol'] + ": " + data['price'])
#bot.reply_to(message, data['symbol'] + ": " + data['price'])
except Exception as e:
message.reply_text(self.general_error_message +
"ex. /ticker btc or /ticker btcusdt")
def initial_chat_id_check(self):
''' Default chat_id is 0 '''
DB = Database()
chat_id = DB.chat_id_check()
if chat_id != 0:
self.chat_id = chat_id
def show_account(self, update, context):
DB = Database()
message = update.message
if self.correct_user(message, DB):
info = self.client.get_account()
message.reply_text(str(info))