def get_coin_info(self, symbol):
try:
infos = cryptocompy_coin.get_coin_list(coins=symbol)
except KeyError:
raise UnknownCoin
name = infos[symbol]['CoinName']
return CryptoCurrency(name, symbol)
def __init__(self, cmc_api_key='6d7f5365-d3c4-4210-804e-c3c36302499d'):
self.___CMC_API_KEY = cmc_api_key
self.___cmc = cmc.CoinMarketCapAPI(self.___CMC_API_KEY, sandbox=False)
# THIS API CALL COSTS CREDITS
# self.___fiat_data = self.___cmc.fiat_map().data
self.coin_list = coin.get_coin_list(coins='all')
self.___coin_symbols___ = list(self.coin_list.keys())
def test_get_coin_list():
coins = cryptocompy_coin.get_coin_list(coins='all')
assert len(coins) == 3098
assert 'BTC' in coins.keys()
assert 'ETH' in coins.keys()
btc = coins['BTC']
assert btc
assert btc['Id'] == '1182'
assert btc['Name'] == 'BTC'
assert btc['Symbol'] == 'BTC'
assert btc['CoinName'] == 'Bitcoin'
def getCoins():
coinData = coin.get_coin_list(coins='all')
print(coinData)
symbolDict = {} # symbol name
for i in coinData:
symbolDict[i] = coinData[i]['CoinName']
'''
with open('coin.csv' , 'w' , newline = "", encoding='utf-8') as datacsv:
csvwriter = csv.writer(datacsv, dialect = ("excel"))
csvwriter.writerow(["symbol", "coinName"])
for i in symbolDict:
data = []
data.append(i)
data.append(symbolDict[i])
csvwriter.writerow(data)
'''
return symbolDict
def inputArgs():
sysArguments = []
if len(sys.argv) > 1:
test = True
for i in range(1, len(sys.argv)):
sysArguments.append(sys.argv[i].upper())
print(sysArguments, "\n")
try:
coins = coin.get_coin_list(coins=sysArguments)
# print(coins)
except KeyError:
print(
"""That Is Not A Valid Crypto Symbol Or The Coin Is Not Available On Most Major Exchanges.
Please Enter A Valid Symbol After python crypto.py
Example: python crypto.py btc ltc eth""")
exit()
fullNames = []
if test == True:
for j in range(0, len(sysArguments)):
print(coins[sysArguments[j]]["CoinName"])
fullName = coins[sysArguments[j]]['CoinName']
fullNames.append(fullName)
#Match symbol with full name of coin for future data.
nameSymbolPair = []
counter = 0
for elem in sysArguments:
temp = [elem, fullNames[counter]]
counter += 1
nameSymbolPair.append(temp)
#Initialize queries
queries = []
for elem in nameSymbolPair:
print(elem)
if elem[0] == "HOT":
queries.append('Holochain')
else:
queries.append('"${0}" OR "{1}"'.format(elem[0], elem[1]))
counter += 1
counts(queries, nameSymbolPair)
sentiment(queries, nameSymbolPair)
def get_coins_list(self):
res = cryptocompy_coin.get_coin_list()
for symbol, coins in res.items():
name = coins['CoinName']
yield CryptoCurrency(name, symbol)
def get_all_symbols():
coin_list = coin.get_coin_list()
all_coin_names = [c['Symbol'] for c in coin_list.values()]
return all_coin_names
def get_all_coins():
all_coins = coin.get_coin_list()
return all_coins
def get_all_coin_names():
coin_list = coin.get_coin_list()
all_coin_names = [c['CoinName'] for c in coin_list.values()]
return all_coin_names
def test_get_specific_coins(coins_asked, coins_recieved):
coins = cryptocompy_coin.get_coin_list(coins=coins_asked)
assert set(coins.keys()) == set(coins_recieved)
from cryptocompy import coin, price, mining, top
coin_list = coin.get_coin_list(coins="all")
print(len(coin_list))
for c in coin_list:
print(c)
symbols = list(coin_list.keys())
print("symbols = ", symbols)
def get_coin_info(self, symbol):
infos = cryptocompy_coin.get_coin_list(coins=symbol)
name = infos[symbol]['CoinName']
return CryptoCurrency(name, symbol)
def get_crypto_compy_coin_list():
coins = coin.get_coin_list(coins='all')
symbols = list(coins.keys())
return (symbols)
l1 = list[0:split]
l2 = list[split:]
for key, value in zip(l1, l2):
print("{0:<40s} {1}".format(key, value))
def clear():
os.system('cls' if os.name == 'nt' else 'clear')
clear()
print("\t*****************************")
print("\t*\tCRYPTOCURRENCY\t *")
print("\t*****************************")
cryptocurrencies = coin.get_coin_list(coins='all')
cryptocurrencies_names = get_crypto_name(cryptocurrencies)
cryptocurrencies_acronym = cryptocurrencies.keys()
symbols = {'USD': '$', 'EUR': '€'}
while True:
print("\n - Entrez le nom ou l'acronym de la cryptomonnaie que vous voulez")
print(" (ex : 'BTC' or 'Bitcoin')")
print(" - Enter 'list' to list cryptocurrency")
print(" - Enter 'exit' to exit")
input_cryptocurrency = input("> ")
if input_cryptocurrency == 'list':
cryptocurrencies_fullname = list(get_crypto_full_name(cryptocurrencies))
