def send_graph(bot, update, job_queue, coin, interval):
if interval == '1d':
limit = 600
interval_string = 'minute'
aggregate = 10
elif interval == '1w':
limit = 600
interval_string = 'hour'
aggregate = 1
response = cryptoapi.get_history(coin, aggregate=aggregate, limit=limit, interval=interval_string)
if 'Response' in response and response['Response'] == 'Error': # return if response from api is error
text = "<b>Error!</b>"
text += "\n{}".format(response['Message']) if 'Message' in response else ''
utils.send_autodestruction_message(bot, update, job_queue, text)
return
utils.send_sending_photo_alert(bot, update) # so user knows the bot is running
data = response['Data']
cut_data = []
for i in data:
if interval == '1d' and i['time'] < (time.time() - 60*60*24): # stats blocked 1 day
continue
if interval == '1w' and i['time'] < (time.time() - 60*60*24*7): # stats blocked 1w
continue
cut_data.append(i)
caption = "{} - USD. INTERVAL: {}".format(
coin.upper(),
"1 day" if interval == '1d' else "1 week" if interval == '1w' else ''
)
pic = utils.build_graph(cut_data, title=caption)
utils.send_autodestruction_photo(bot, update, pic, caption, job_queue, destruct_in=60, quote=False)
def graph_command(bot, update, job_queue, args):
if len(args) != 1:
text = "Error: You have to append to the command as parameters the code of only one crypto you want\n\nExample:<code>/graph btc</code>"
utils.send_autodestruction_message(bot, update, job_queue, text)
return
coin = args[0]
intervals = ['1d', '1w'] #, 'day']
for interval in intervals:
send_graph(bot, update, job_queue, coin, interval)
def hashrate_command(bot, update, job_queue):
url = 'https://moneroblocks.info/api/get_stats'
r = requests.get(url)
j = json.loads(r.text)
update.message.reply_text(
"*XMR Global Hashrate*\n{:<.5} MH/s".format(j['hashrate'] * 1e-6),
parse_mode='Markdown')
utils.send_autodestruction_message(bot, update, job_queue)
return response
def rank_command(bot, update, job_queue):
text = ""
response = cryptoapi.get_rank()
for coin in response:
text += "<b>{}){}:</b>".format(coin['rank'], coin['symbol'])
text += " {}".format("+" if utils.string_to_number(coin["percent_change_24h"]) > 0 else "")
text += "{}%{}".format(coin["percent_change_24h"], utils.arrow_up_or_down(utils.string_to_number(coin["percent_change_24h"])))
text += " {}{}".format(utils.sep(round(utils.string_to_number(coin['price_usd']), 2)), emoji.USD)
text += "\n"
utils.send_autodestruction_message(bot, update, job_queue, text, destruct_in=120)
def help(bot, update, job_queue):
text = (
"<b>SUPPORTED COMMANDS:</b>\n"
"/price - <i>return price of crypto</i>\n"
"/help - <i>return help message</i>\n"
"/rank - <i>return coins rank</i>\n"
"/graph - <i>return coins graph</i>\n"
"\n"
"Note: If this bot is added in groups as admin, in order to keep the chat clean of spam, after few seconds it deletes both "
"the command issued by the user and the message sent by the bot."
"\n"
"This bot is <a href=\"https://github.com/91DarioDev/CryptoTrackerBot\">released under the terms of AGPL 3.0 LICENSE</a>."
)
utils.send_autodestruction_message(bot, update, job_queue, text, destruct_in=120, disable_web_page_preview=True)
def help(bot, update, job_queue):
text = (
"<b>SUPPORTED COMMANDS:</b>\n"
"/price - <i>return price of crypto</i>\n"
"/help - <i>return help message</i>\n"
"/rank - <i>return coins rank</i>\n"
"/graph - <i>return coins graph</i>\n"
"\n"
"Note: If this bot is added in groups as admin, in order to keep the chat clean of spam, after few seconds it deletes both "
"the command issued by the user and the message sent by the bot."
"\n")
utils.send_autodestruction_message(bot,
update,
job_queue,
text,
destruct_in=120,
disable_web_page_preview=True)
def price_command(bot, update, args, job_queue):
if len(args) == 0: # return if no args added
text = "Error: You have to append to the command as parameters the code of the crypto you want\n\nExample:<code>/price btc eth xmr</code>"
utils.send_autodestruction_message(bot, update, job_queue, text)
return
response = cryptoapi.get_price(args)
#print(response)
if 'Response' in response and response[
'Response'] == 'Error': # return if response from api is error
text = "<b>Error!</b>"
text += "\n{}".format(
response['Message']) if 'Message' in response else ''
utils.send_autodestruction_message(bot, update, job_queue, text)
return
text = ""
for coin in response:
text += "<b>— {}:</b>".format(coin)
prices = response[coin]
for fiat in prices:
emoji_coin = emoji.BTC if fiat.upper(
) == 'BTC' else emoji.USD if fiat.upper(
) == 'USD' else emoji.EUR if fiat.upper() == 'EUR' else ""
text += "\n - {}{}: {}".format(emoji_coin, fiat,
utils.sep(prices[fiat]))
text += "\n\n"
utils.send_autodestruction_message(bot, update, job_queue, text)
def price_command(bot, update, args, job_queue):
if len(args) == 0: # return if no args added
text = "Errore: Devi passare al comando il nome in codice della crypto che vuoi\n\nEsempio:<code>/price btc eth xmr</code>"
utils.send_autodestruction_message(bot, update, job_queue, text)
return
response = cryptoapi.get_price(args)
#print(response)
if 'Response' in response and response['Response'] == 'Error': # return if response from api is error
text = "<b>Error!</b>"
text += "\n{}".format(response['Message']) if 'Message' in response else ''
utils.send_autodestruction_message(bot, update, job_queue, text)
return
text = ""
for coin in response:
text += "<b>— {}:</b>".format(coin)
prices = response[coin]
for fiat in prices:
emoji_coin = emoji.BTC if fiat.upper() == 'BTC' else emoji.USD if fiat.upper() == 'USD' else emoji.EUR if fiat.upper() == 'EUR' else ""
text += "\n - {}{}: {}".format(emoji_coin, fiat, utils.sep(prices[fiat]))
text += "\n\n"
utils.send_autodestruction_message(bot, update, job_queue, text)