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coins.py
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coins.py
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# -*-coding:Latin-1 -*
# INSTALL pip install terminaltables import AsciiTable
# INSTALL pip install json
# INSTALL pip install colorclass import Color
# INSTALL WINDOWS python -m pip install ...
# SLEEP
import time
# VARIABLE OS
import os
# API
import json
import urllib2
# COULEUR
from colorclass import Color
# TABLEAU
from terminaltables import AsciiTable
####################################################################################
api_name = "https://api.coinmarketcap.com/v1/ticker/"
name_json = json.load(urllib2.urlopen(api_name))
# LISTE ID | SORTED() TRIE ALPHABET
ids = sorted([name['id'] for name in name_json])
for id in ids:
print(id)
print "\n\n\n\n"
####################################################################################
# INPUT STRING
coin = raw_input("Name coin is : ")
nb_coins_string = raw_input("How many coins : ")
# SI VIDE
if not nb_coins_string :
os.system('cls' if os.name == 'nt' else 'clear')
print "\n\n"
print Color("{autored}Put your coins amount or put 0{/autored}")
print "\n\n"
# CONVERSION STRING -> FLOAT
nb_coins = float(nb_coins_string)
####################################################################################
def cours_coins() :
table_data = [
['Cours '+ coin +' --> $', 'Cours ' + coin + ' --> EURO', 'Cours ' + coin +' --> SATOSHIS'],
[Color('{autored}' + str(coin_usd) + '{/autored}'),
Color('{autored}' + str(coin_euro) + '{/autored}'),
Color('{autored}' + "{:.8f}".format(coin_btc) + '{/autored}')]
]
table = AsciiTable(table_data)
print table.table
# ACTUALISATION API
time.sleep(5)
# CMD CLEAR
os.system('cls' if os.name == 'nt' else 'clear')
def total_coins():
if split_coins[0][0] == "-" :
table_data = [
['TOTAL ' + coin +'','TOTAL BTC', 'TOTAL euros', coin +' %'],
[Color('{autored}' + str(nb_coins) + '{/autored}'),
Color('{autored}' + "{:.8f}".format(total_coin_btc) + '{/autored}'),
Color('{autored}' + str(total_coin_eur) + '{/autored}'),
Color('{autored}' + str(coin_percent) + '{/autored}')]
]
table = AsciiTable(table_data)
print table.table
else :
table_data = [
['TOTAL ' + coin +'','TOTAL BTC', 'TOTAL euros', coin +' %'],
[Color('{autored}' + str(nb_coins) + '{/autored}'),
Color('{autored}' + "{:.8f}".format(total_coin_btc) + '{/autored}'),
Color('{autored}' + str(total_coin_eur) + '{/autored}'),
Color('{autogreen}' + str(coin_percent) + '{/autogreen}')]
]
table = AsciiTable(table_data)
print table.table
def cours_btc_positif():
table_data = [
['1 BTC --> Euro','BTC %'],
[Color('{autored}'+ str(cours_btc) + '{/autored}'),
Color('{autored}'+ str(btc_percent) + '{/autored}')]
]
table = AsciiTable(table_data)
print table.table
def cours_btc_negatif():
table_data = [
['1 BTC --> Euro','BTC %'],
[Color('{autored}'+ str(cours_btc) + '{/autored}'),
Color('{autogreen}'+ str(btc_percent) + '{/autogreen}')]
]
table = AsciiTable(table_data)
print table.table
# array = [cours_btc,coin_euro,coin_usd,coin_btc,btc_percent,coin_percent,split_coins,split_btc,total_coin_btc,total_coin_eur]
# def coins() :
# x = 0
# while x <= 9 :
# array[x]
# x = x + 1
if coin != "bitcoin" :
question_btc_coin = raw_input("Do you still have bitcoins? (yes or no) : ")
if question_btc_coin == "yes" :
##########################################################################################################
# SI IL RESTE DES BITCOINS, COMBIEN ?
question_btc_coin = raw_input("How many bitcoins do you have left ? : ")
# SI VIDE
if not question_btc_coin :
os.system('cls' if os.name == 'nt' else 'clear')
print "\n\n"
print Color("{autored}Put your coins amount or put 0{/autored}")
print "\n\n"
potentiel_buy = float(question_btc_coin)
##########################################################################################################
while True :
# JSON coin
api_coin = "https://api.coinmarketcap.com/v1/ticker/" + coin + "/?convert=EUR"
coin_json = json.load(urllib2.urlopen(api_coin))
# JSON BTC
api_btc = "https://api.coinmarketcap.com/v1/ticker/bitcoin/?convert=EUR";
btc_json = json.load(urllib2.urlopen(api_btc))
# COURS D'UN BITCOIN EN EURO
cours_btc = float(btc_json[0]["price_eur"])
# COURS MONNAIE : EURO, USD, BTC
coin_euro = round(float(coin_json[0]["price_eur"]),2)
coin_usd = round(float(coin_json[0]["price_usd"]),2)
coin_btc = float(coin_json[0]["price_btc"])
# POURCENTAGE 24H
btc_percent = str(btc_json[0]["percent_change_24h"])
coin_percent = str(coin_json[0]["percent_change_24h"])
# EXPLODE DE LA CHAINE POUR RECUPERER "-"
split_coins = coin_percent.split('.')
split_btc = btc_percent.split('.')
# SOMME DE COINS EN BITCOIN
total_coin_btc = float(nb_coins * coin_btc)
# PRODUIT EN X, TOTAL DE COIN EN BTC * PRIX DU BTC EN EURO / 1
total_coin_eur = round(float(total_coin_btc * cours_btc),2)
#------------------COURS BTC---------------------#
if split_btc[0][0] == "-" :
cours_btc_positif()
else:
cours_btc_negatif()
#------------------POTENTIEL---------------------#
table_data = [
[ 'Achat potentiel', 'Total potentiel'],
[Color('{autored}'+ str(potentiel_buy / coin_btc) + '{/autored}'),
Color('{autored}'+ str(potentiel_buy / coin_btc + nb_coins) + '{/autored}')]
]
table = AsciiTable(table_data)
print table.table
#-----------------SOMME TOTAL--------------------#
total_coins()
#------------------COURS COINS---------------------#
cours_coins()
else :
while True :
# JSON coin
api_coin = "https://api.coinmarketcap.com/v1/ticker/" + coin + "/?convert=EUR"
coin_json = json.load(urllib2.urlopen(api_coin))
# JSON BTC
api_btc = "https://api.coinmarketcap.com/v1/ticker/bitcoin/?convert=EUR";
btc_json = json.load(urllib2.urlopen(api_btc))
# COURS D'UN BITCOIN EN EURO
cours_btc = float(btc_json[0]["price_eur"])
# COURS MONNAIE : EURO, USD, BTC
coin_euro = round(float(coin_json[0]["price_eur"]),2)
coin_usd = round(float(coin_json[0]["price_usd"]),2)
coin_btc = float(coin_json[0]["price_btc"])
# POURCENTAGE 24H
btc_percent = str(btc_json[0]["percent_change_24h"])
coin_percent = str(coin_json[0]["percent_change_24h"])
# EXPLODE DE LA CHAINE POUR RECUPERER "-"
split_coins = coin_percent.split('.')
split_btc = btc_percent.split('.')
# SOMME DE COINS EN BITCOIN
total_coin_btc = float(nb_coins * coin_btc)
# PRODUIT EN X, TOTAL DE COIN EN BTC * PRIX DU BTC EN EURO / 1
total_coin_eur = round(float(total_coin_btc * cours_btc),2)
#------------------COURS BTC---------------------#
if split_btc[0][0] == "-" :
cours_btc_positif()
else:
cours_btc_negatif()
#-----------------SOMME TOTAL--------------------#
total_coins()
#------------------COURS COINS---------------------#
cours_coins()
###################################################################"
elif coin == "bitcoin" :
while True :
# JSON coin
api_coin = "https://api.coinmarketcap.com/v1/ticker/" + coin + "/?convert=EUR"
coin_json = json.load(urllib2.urlopen(api_coin))
# JSON BTC
api_btc = "https://api.coinmarketcap.com/v1/ticker/bitcoin/?convert=EUR";
btc_json = json.load(urllib2.urlopen(api_btc))
# COURS D'UN BITCOIN EN EURO
cours_btc = float(btc_json[0]["price_eur"])
# COURS MONNAIE : EURO, USD, BTC
coin_euro = round(float(coin_json[0]["price_eur"]),2)
coin_usd = round(float(coin_json[0]["price_usd"]),2)
coin_btc = float(coin_json[0]["price_btc"])
# POURCENTAGE 24H
btc_percent = str(btc_json[0]["percent_change_24h"])
coin_percent = str(coin_json[0]["percent_change_24h"])
# EXPLODE DE LA CHAINE POUR RECUPERER "-"
split_coins = coin_percent.split('.')
split_btc = btc_percent.split('.')
# SOMME DE COINS EN BITCOIN
total_coin_btc = float(nb_coins * coin_btc)
# PRODUIT EN X, TOTAL DE COIN EN BTC * PRIX DU BTC EN EURO / 1
total_coin_eur = round(float(total_coin_btc * cours_btc),2)
#------------------COURS BTC---------------------#
# SUPPRESSION %
table_data = [
['1 BTC --> Euro'],
[Color('{autored}'+ str(cours_btc) + '{/autored}')]
]
table = AsciiTable(table_data)
print table.table
#-----------------SOMME TOTAL--------------------#
total_coins()
#------------------COURS COINS---------------------#
cours_coins()