class App():
def __init__(self):
self.fcoin = Fcoin()
self.fcoin.auth(config.api_key, config.api_secret)
self.log = Log("")
self.symbol = 'ftusdt'
self.order_id = None
self.dic_balance = defaultdict(lambda: None)
self.now_price = 0.0
self.type = 0
self.fee = 0.0
self.count_flag = 0
self.fall_rise = 0
self.buy_price =0.0
self.sell_price = 0.0
def digits(self, num, digit):
site = pow(10, digit)
tmp = num * site
tmp = math.floor(tmp) / site
return tmp
def get_ticker(self):
ticker = self.fcoin.get_market_ticker(self.symbol)['data']['ticker']
self.now_price = ticker[0]
self.buy_price = ticker[2]
self.sell_price = ticker[4]
return self.now_price
def get_must_sell_ticker(self):
ticker = self.fcoin.get_market_ticker(self.symbol)['data']['ticker']
self.now_price = ticker[0]
self.buy_price = ticker[2]
self.sell_price = ticker[4]
return self.buy_price
def get_must_buy_ticker(self):
ticker = self.fcoin.get_market_ticker(self.symbol)['data']['ticker']
self.now_price = ticker[0]
self.buy_price = ticker[2]
self.sell_price = ticker[4]
return self.sell_price
def get_blance(self):
dic_blance = defaultdict(lambda: None)
data = self.fcoin.get_balance()
if data:
for item in data['data']:
dic_blance[item['currency']] = balance(float(item['available']), float(item['frozen']),float(item['balance']))
return dic_blance
def save_csv(self,array):
with open("data/trade.csv","a+",newline='') as w:
writer = csv.writer(w)
writer.writerow(array)
def reset_save_attrubute(self):
self.now_price = 0.0
self.type = 0
self.fee = 0.0
self.order_id = None
def server_time(self):
now = datetime.datetime.fromtimestamp(int(self.fcoin.get_server_time()/1000))
return now
def dateDiffInSeconds(self, date1, date2):
timedelta = date2 - date1
return timedelta.days*24*3600 + timedelta.seconds
def do_hour(self):
self.dic_balance = self.get_blance()
ft = self.dic_balance["ft"]
usdt = self.dic_balance["usdt"]
print('ft:%s usdt:%s' % (ft.available,usdt.available))
if usdt.available > 10:
price = self.digits(self.get_must_buy_ticker(),6)
amount = self.digits(usdt.available / price * 0.98, 2)
if amount >= 5:
self.log.info('buy price--[%s] amout--[%s]' % (price,amount))
data = self.fcoin.buy(self.symbol, price, amount, 'limit')
if data:
self.order_id = data['data']
self.log.info('buy order success price--[%s] amout--[%s]' % (price,amount))
server_time = self.server_time()
start_time = server_time.replace(minute=58, second=50,microsecond=0)
sleep_seconds = self.dateDiffInSeconds(server_time, start_time)
if sleep_seconds > 1:
time.sleep(sleep_seconds)
self.dic_balance = self.get_blance()
ft = self.dic_balance["ft"]
usdt = self.dic_balance["usdt"]
new_price = price
while new_price <= price:
new_price = self.digits(self.get_must_sell_ticker(),6)
time.sleep(5)
if new_price > price:
self.log.info('sell price--[%s] amout--[%s]' % (price,amount))
data = self.fcoin.sell(self.symbol, new_price, amount,'limit')
self.log.info('sell order success price--[%s] amout--[%s]' % (new_price, amount))
def loop(self):
while True:
try:
server_time = self.server_time()
start_time = server_time.replace(minute=50, second=0,microsecond=0)
sleep_seconds = self.dateDiffInSeconds(server_time, start_time)
if sleep_seconds > 1:
print("servertime: %s , starttime: %s , sleep: %s" % (server_time,start_time,sleep_seconds))
time.sleep(sleep_seconds)
self.do_hour()
else:
time.sleep(60)
except Exception as e:
self.log.info(e)
print(e)
finally:
self.reset_save_attrubute()
class app():
def __init__(self):
self.fcoin = Fcoin()
self.fcoin.auth(config.api_key, config.api_secret)
self.symbol = 'ftusdt'
self.order_id = None
self.dic_balance = defaultdict(lambda: None)
self.time_order = time.time()
self.oldprice = self.digits(self.get_ticker(), 6)
def digits(self, num, digit):
site = pow(10, digit)
tmp = num * site
tmp = math.floor(tmp) / site
return tmp
def get_ticker(self):
ticker = self.fcoin.get_market_ticker(self.symbol)
now_price = ticker['data']['ticker'][0]
print('最新成交价', now_price)
return now_price
def get_blance(self):
dic_blance = defaultdict(lambda: None)
data = self.fcoin.get_balance()
print(data)
if data:
for item in data['data']:
dic_blance[item['currency']] = balance(
float(item['available']), float(item['frozen']),
float(item['balance']))
return dic_blance
def process(self):
self.dic_balance = self.get_blance()
ft = self.dic_balance['ft']
usdt = self.dic_balance['usdt']
print('usdt has ....', usdt.available, 'ft has ...', ft.available)
price = self.digits(self.get_ticker(), 6)
order_list = self.fcoin.list_orders(symbol=self.symbol,
states='submitted')['data']
print('order list', order_list)
if not order_list or len(order_list) < 3:
if usdt and abs(price / self.oldprice - 1) < 0.02:
if price > self.oldprice:
amount = self.digits(usdt.available / price * 0.25, 2)
if amount > 5:
data = self.fcoin.buy(self.symbol, price, amount)
if data:
print('buy success', data)
self.order_id = data['data']
self.time_order = time.time()
else:
if float(ft.available) * 0.25 > 5:
amount = self.digits(ft.available * 0.25, 2)
data = self.fcoin.sell(self.symbol, price, amount)
if data:
self.time_order = time.time()
self.order_id = data['data']
print('sell success')
else:
print('error')
else:
print('system busy')
order_list = self.fcoin.list_orders(symbol=self.symbol,
states='submitted')['data']
if len(order_list) >= 1:
self.fcoin.cancel_order(order_list[0]['id'])
self.oldprice = price
def loop(self):
while True:
try:
self.process()
print('succes')
except:
print('err')
time.sleep(1)
class Fteth():
def __init__(self):
# initialize the Fcoin API
self.fcoin = Fcoin()
self.fcoin.auth(config.api_key, config.api_secret)
self.symbol = 'fteth'
self.order_id = None
self.dic_balance = defaultdict(lambda: None)
self.time_order = time.time()
self.oldprice = [self.digits(self.get_ticker(), 6)]
# don't quite know what are these
self.eth_sxf = 0.0
self.ft_sxf = 0.0
self.begin_balance = self.get_balance()
def digits(self, num, digit):
'''
Get rid of decimals after number of [num] digits
'''
site = pow(10, digit)
tmp = num * site
tmp = math.floor(tmp) / site
return tmp
def get_ticker(self):
ticker = self.fcoin.get_market_ticker(self.symbol)
current_price = ticker['data']['ticker'][0]
print('new trade price: ', current_price)
return current_price
def get_balance(self):
dic_balance = defaultdict(lambda: None)
data = self.fcoin.get_balance()
if data:
for item in data['data']:
dic_balance[item['currency']] = balance(
float(item['available']), float(item['frozen']),
float(item['balance']))
return dic_balance
def process(self):
price = self.digits(self.get_ticker(), 8)
self.oldprice.append(price)
self.dic_balance = self.get_balance()
ft = self.dic_balance['ft']
eth = self.dic_balance['eth']
order_list = self.fcoin.list_orders(symbol=self.symbol,
states='submitted')['data']
if not order_list or len(order_list) < 2:
# make sure we will make profit from this
# check eth balance and current price
if eth and abs(price / self.oldprice[len(self.oldprice) - 2] -
1) < 0.02:
# if the price is above the average of 2 latest prices
if price * 2 > self.oldprice[len(self.oldprice) -
2] + self.oldprice[
len(self.oldprice) - 3]:
# calculate amount to buy
amount = self.digits(ft.available * 0.25, 2)
if amount > 5:
# but some FT
data = self.fcoin.buy(self.symbol, price, amount)
# if the trade is success
if data:
self.ft_sxf += amount * 0.001
self.order_id = data['data']
self.time_order = time.time()
else:
if float(ft.available) * 0.25 > 5:
# use 25 precentage
amount = self.digits()
data = self.fcoin.sell(self.symbol, price, amount)
if data:
# record transaction fee
self.eth_sxf += amount * price * 0.001
# record time
self.time_order = time.time()
#
self.order_id = data['data']
print('sell success')
else:
print('error')
else:
print('system busy')
if len(order_list) >= 1:
data = self.fcoin.cancel_order(order_list[len(order_list) -
1]['id'])
print(order_list[len(order_list) - 1])
if data:
if order_list[len(order_list) -
1]['side'] == 'buy' and order_list[
len(order_list) -
1]['symbol'] == 'fteth':
self.ft_sxf -= float(
order_list[len(order_list) -
1]['amount']) * 0.001
elif order_list[len(order_list) -
1]['side'] == 'sell' and order_list[
len(order_list) -
1]['symbol'] == 'fteth':
self.eth_sxf -= float(
order_list[len(order_list) -
1]['amount']) * float(
order_list[len(order_list) -
1]['price']) * 0.001
def loop(self):
while True:
try:
self.process()
print('success')
except:
print('err')
time.sleep(5)
class app():
def __init__(self):
self.fcoin = Fcoin()
self.fcoin.auth(config.api_key, config.api_secret)
self.symbol = config.socket+config.blc
self.order_id = None
self.dic_balance = defaultdict(lambda: None)
self.time_order = time.time()
self.oldprice = self.get_prices()
self.socket_sxf=0.0
self.blc_sxf=0.0
self.begin_balance=self.get_blance()
def get_prices(self):
i=2
prices=[]
while i>0:
prices.append(self.digits(self.get_ticker(),6))
i-=1
time.sleep(1)
return prices
def digits(self, num, digit):
site = pow(10, digit)
tmp = num * site
tmp = math.floor(tmp) / site
return tmp
def get_ticker(self):
ticker = self.fcoin.get_market_ticker(self.symbol)
now_price = ticker['data']['ticker'][0]
print('最新成交价', now_price)
return now_price
def get_blance(self):
dic_blance = defaultdict(lambda: None)
data = self.fcoin.get_balance()
if data:
for item in data['data']:
dic_blance[item['currency']] = balance(float(item['available']), float(item['frozen']),float(item['balance']))
return dic_blance
def process(self):
price = self.digits(self.get_ticker(),6)
self.oldprice.append(price)
p1=self.oldprice[len(self.oldprice)-2]
p2=self.oldprice[len(self.oldprice)-3]
self.dic_balance = self.get_blance()
socket = self.dic_balance[config.socket]
blc = self.dic_balance[config.blc]
print(config.blc+'_now has ....', blc.balance, config.socket+'_now has ...', socket.balance)
print(config.blc+'_sxf has ....', self.blc_sxf, config.socket+'_sxf has ...', self.socket_sxf)
print(config.blc+'_begin has ....', self.begin_balance[config.blc].balance, config.socket+'_begin has ...', self.begin_balance[config.socket].balance)
print(config.blc+'_all_now has ....', blc.balance+self.blc_sxf, config.socket+'_all_now has ...', socket.balance+self.socket_sxf)
order_list = self.fcoin.list_orders(symbol=self.symbol,states='submitted')['data']
if not order_list or len(order_list) < 2:
if blc and abs(price/self.oldprice[len(self.oldprice)-2]-1)<0.02:
if price*2>p1+p2:
amount = self.digits(blc.available / price * 0.25, 2)
if amount > 5:
data = self.fcoin.buy(self.symbol, price, amount)
if data:
print('buy success',data)
self.socket_sxf += amount*0.001
self.order_id = data['data']
self.time_order = time.time()
else:
if float(socket.available) * 0.25 > 5:
amount = self.digits(socket.available * 0.25, 2)
data = self.fcoin.sell(self.symbol, price, amount)
if data:
self.blc_sxf += amount*price*0.001
self.time_order = time.time()
self.order_id = data['data']
print('sell success')
else:
print('error')
else:
print('system busy')
if len(order_list) >= 1:
data=self.fcoin.cancel_order(order_list[len(order_list)-1]['id'])
print(order_list[len(order_list)-1])
if data:
if order_list[len(order_list)-1]['side'] == 'buy' and order_list[len(order_list)-1]['symbol'] == self.symbol:
self.socket._sxf -= float(order_list[len(order_list)-1]['amount'])*0.001
elif order_list[len(order_list)-1]['side'] == 'sell' and order_list[len(order_list)-1]['symbol'] == self.symbol:
self.blc_sxf -= float(order_list[len(order_list)-1]['amount'])*float(order_list[len(order_list)-1]['price'])*0.001
def loop(self):
while True:
try:
self.process()
print('succes')
except:
print('err')
time.sleep(5)
class App():
def __init__(self):
self.fcoin = Fcoin()
self.fcoin.auth(config.api_key, config.api_secret)
self.log = Log("")
self.symbol = 'ftusdt'
self.order_id = None
self.dic_balance = defaultdict(lambda: None)
self.time_order = time.time()
self.oldprice = self.digits(self.get_ticker(), 6)
self.now_price = 0.0
self.type = 0
self.fee = 0.0
self.count_flag = 0
self.fall_rise = 0
def digits(self, num, digit):
site = pow(10, digit)
tmp = num * site
tmp = math.floor(tmp) / site
return tmp
def get_ticker(self):
ticker = self.fcoin.get_market_ticker(self.symbol)
self.now_price = ticker['data']['ticker'][0]
self.log.info("now price%s" % self.now_price)
return self.now_price
def get_blance(self):
dic_blance = defaultdict(lambda: None)
data = self.fcoin.get_balance()
if data:
for item in data['data']:
dic_blance[item['currency']] = balance(
float(item['available']), float(item['frozen']),
float(item['balance']))
return dic_blance
def save_csv(self, array):
with open("data/trade.csv", "a+", newline='') as w:
writer = csv.writer(w)
writer.writerow(array)
def reset_save_attrubute(self):
self.now_price = 0.0
self.type = 0
self.fee = 0.0
self.order_id = None
def my_process(self):
self.dic_balance = self.get_blance()
ft = self.dic_balance["ft"]
usdt = self.dic_balance["usdt"]
print("usdt ---", usdt.available, "ft----", ft.available)
price = self.digits(self.get_ticker(), 6)
new_old_price = abs(price / self.oldprice - 1) * 100
print("new price --", price)
print("old price --", self.oldprice)
print("price波动百分比----", new_old_price)
if 0.001 < new_old_price < 1:
if price > self.oldprice and self.fall_rise < 6:
self.fall_rise = self.fall_rise + 1
elif price < self.oldprice and self.fall_rise > -6:
self.fall_rise = self.fall_rise - 1
print("跌涨标志----", self.fall_rise)
order_list = self.fcoin.list_orders(symbol=self.symbol,
states="submitted")["data"]
print("size", len(order_list))
if not order_list or len(order_list) < 3:
self.count_flag = 0
data = self.fcoin.get_market_depth("L20", self.symbol)
bids_price = data["data"]["bids"][0]
asks_price = data["data"]["asks"][0]
dif_price = (asks_price * 0.001 + bids_price * 0.001) / 2
if self.fall_rise > 3 or (price > self.oldprice
and new_old_price > 0.4):
print("涨--------------")
bids_dif = bids_price - dif_price * 0.6
asks_dif = asks_price + dif_price * 1.5
elif self.fall_rise < -3 or (price < self.oldprice
and new_old_price > 0.4):
print("跌---------------")
bids_dif = bids_price - dif_price * 1.5
asks_dif = asks_price + dif_price * 0.6
else:
print("平衡-------------")
bids_dif = bids_price - dif_price
asks_dif = asks_price + dif_price
bids_price_b = self.digits(bids_dif, 6)
print("bids_price", bids_price_b)
asks_price_a = self.digits(asks_dif, 6)
print("asks_price", asks_price_a)
print("交易差------", (asks_price_a - bids_price_b) * 1000)
asks_data = self.fcoin.sell(self.symbol, asks_price_a, 6)
if asks_data:
print("sell success")
bids_data = self.fcoin.buy(self.symbol, bids_price_b, 6)
if bids_data:
print("buy success")
else:
self.count_flag = self.count_flag + 1
time.sleep(2)
print("sleep end")
if len(order_list) >= 1:
self.log.info("cancel order {%s}" % order_list[-1])
print("****************cancel order ***********")
order_id = order_list[-1]['id']
self.count_flag = 0
data = self.fcoin.cancel_order(order_id)
self.log.info("cancel result {%s}" % data)
else:
print("##########当前波动无效###########")
self.oldprice = price
def process(self):
price = self.digits(self.get_ticker(), 6)
self.oldprice.append(price)
self.dic_balance = self.get_blance()
ft = self.dic_balance['ft']
usdt = self.dic_balance['usdt']
self.log.info("usdt has--[%s] ft has--[%s]" %
(usdt.balance, ft.balance))
order_list = self.fcoin.list_orders(symbol=self.symbol,
states='submitted')['data']
print(order_list)
self.log.info("order trading: %s" % order_list)
if not order_list or len(order_list) < 2:
if usdt and abs(price / self.oldprice[len(self.oldprice) - 2] -
1) < 0.02:
if price * 2 < self.oldprice[len(self.oldprice) -
2] + self.oldprice[
len(self.oldprice) - 3]:
amount = self.digits(usdt.available / price * 0.25, 2)
if amount > 5:
data = self.fcoin.buy(self.symbol, price, amount)
if data:
self.fee = amount * 0.001
self.order_id = data['data']
self.time_order = time.time()
self.type = 1
self.log.info(
'buy success price--[%s] amout--[%s] fee--[%s]'
% (price, amount, self.fee))
else:
if float(ft.available) * 0.25 > 5:
amount = self.digits(ft.available * 0.25, 2)
data = self.fcoin.sell(self.symbol, price, amount)
if data:
self.fee = amount * price * 0.001
self.time_order = time.time()
self.order_id = data['data']
self.type = 2
self.log.info(
"sell success price--[%s] amout--[%s] fee--[%s]"
% (price, amount, self.fee))
else:
print('价格波动过大 %s' % usdt)
self.log.info("价格波动过大%s" % usdt)
else:
print('system busy')
if len(order_list) >= 1:
self.log.info("cancel order {%s}" % order_list[-1])
order_id = order_list[-1]['id']
data = self.fcoin.cancel_order(order_id)
self.log.info("cancel result {%s}" % data)
if data:
if order_list[len(order_list) -
1]['side'] == 'buy' and order_list[
len(order_list) -
1]['symbol'] == 'ftusdt':
self.fee = -float(
order_list[len(order_list) - 1]['amount']) * 0.001
elif order_list[len(order_list) -
1]['side'] == 'sell' and order_list[
len(order_list) -
1]['symbol'] == 'ftusdt':
self.fee = -float(
order_list[len(order_list) - 1]['amount']) * float(
order_list[len(order_list) -
1]['price']) * 0.001
self.type = 3
self.order_id = order_id
def loop(self):
while True:
try:
self.my_process()
# time1 = time.time()
# self.process()
# array = [self.order_id,self.now_price,self.type,self.fee,self.symbol,time.strftime('%Y-%m-%d %H:%M:%S')]
# if self.type != 0:
# self.save_csv(array)
# self.log.info("--------success-------")
# time2 = time.time()
# self.log.info("app time--%s"% str(time2-time1))
time.sleep(5)
except Exception as e:
self.log.info(e)
print(e)
from fcoin3 import Fcoin
import os
fcoin = Fcoin()
print(fcoin.get_symbols())
print(fcoin.get_currencies())
api_key = os.environ["FCOIN_API_KEY"]
api_sec = os.environ["FCOIN_API_SECRET"]
fcoin.auth(api_key, api_sec)
print(fcoin.get_balance())
print(fcoin.buy('fteth', 0.0001, 10))
#print(fcoin.sell('fteth', 0.002, 5))
#print(fcoin.cancel_order('6TfBZ-eORp4_2nO5ar6zhg0gLLvuWzTTmL1OzOy9OYg='))
#print(fcoin.get_candle('M1','fteth'))
class app():
def __init__(self):
self.fcoin = Fcoin()
self.fcoin.auth(config.api_key, config.api_secret)
self.symbol = 'ftusdt'
self.order_id = None
self.dic_balance = defaultdict(lambda: None)
self.time_order = time.time()
self.oldprice = [self.digits(self.get_ticker(), 6)]
self.usdt_sxf = 0.0
self.ft_sxf = 0.0
self.begin_balance = self.get_blance()
def digits(self, num, digit):
site = pow(10, digit)
tmp = num * site
tmp = math.floor(tmp) / site
return tmp
def get_ticker(self):
ticker = self.fcoin.get_market_ticker(self.symbol)
now_price = ticker['data']['ticker'][0]
print('最新成交价', now_price)
return now_price
def get_blance(self):
dic_blance = defaultdict(lambda: None)
data = self.fcoin.get_balance()
if data:
for item in data['data']:
dic_blance[item['currency']] = balance(
float(item['available']), float(item['frozen']),
float(item['balance']))
return dic_blance
def process(self):
price = self.digits(self.get_ticker(), 6)
self.oldprice.append(price)
self.dic_balance = self.get_blance()
ft = self.dic_balance['ft']
usdt = self.dic_balance['usdt']
print('usdt_now has ....', usdt.balance, 'ft_now has ...', ft.balance)
print('usdt_sxf has ....', self.usdt_sxf, 'ft_sxf has ...',
self.ft_sxf)
print('usdt_begin has ....', self.begin_balance['usdt'].balance,
'ft_begin has ...', self.begin_balance['ft'].balance)
print('usdt_all_now has ....', usdt.balance + self.usdt_sxf,
'ft_all_now has ...', ft.balance + self.ft_sxf)
order_list = self.fcoin.list_orders(symbol=self.symbol,
states='submitted')['data']
if not order_list or len(order_list) < 2:
# make sure it is still profitable
# if usdt balance is bigger than zero and
# the current price is within 2% fluctuation compared to the latest old price
if usdt and abs(price / self.oldprice[len(self.oldprice) - 2] -
1) < 0.02:
# if the price is above the average of 2 latest prices
if price * 2 > self.oldprice[len(self.oldprice) -
2] + self.oldprice[
len(self.oldprice) - 3]:
# set the amount for buying using 25% of remaining usdt
amount = self.digits(usdt.available / price * 0.25, 2)
# if amount is bigger than 5
if amount > 5:
# buy it
data = self.fcoin.buy(self.symbol, price, amount)
if data:
print('buy success', data)
self.ft_sxf += amount * 0.001
self.order_id = data['data']
self.time_order = time.time()
else:
# if the price is not bigger than the average which means the price is dropping
if float(ft.available) * 0.25 > 5:
# sell 25 precent of fts we are holding
amount = self.digits(ft.available * 0.25, 2)
data = self.fcoin.sell(self.symbol, price, amount)
if data:
# record transaction fee
self.usdt_sxf += amount * price * 0.001
# record time
self.time_order = time.time()
#
self.order_id = data['data']
print('sell success')
else:
print('error')
else:
print('system busy')
if len(order_list) >= 1:
data = self.fcoin.cancel_order(order_list[len(order_list) -
1]['id'])
print(order_list[len(order_list) - 1])
if data:
if order_list[len(order_list) -
1]['side'] == 'buy' and order_list[
len(order_list) -
1]['symbol'] == 'ftusdt':
self.ft_sxf -= float(
order_list[len(order_list) - 1]['amount']) * 0.001
elif order_list[len(order_list) -
1]['side'] == 'sell' and order_list[
len(order_list) -
1]['symbol'] == 'ftusdt':
self.usdt_sxf -= float(
order_list[len(order_list) - 1]['amount']) * float(
order_list[len(order_list) -
1]['price']) * 0.001
def loop(self):
while True:
try:
self.process()
print('succes')
except:
print('err')
time.sleep(5)
class App():
def __init__(self):
self.fcoin = Fcoin()
self.fcoin.auth(config.api_key, config.api_secret)
self.log = Log("")
self.symbol = 'ftusdt'
self.order_id = None
self.dic_balance = defaultdict(lambda: None)
self.time_order = time.time()
self.oldprice = self.digits(self.get_ticker(), 6)
self.now_price = 0.0
self.type = 0
self.fee = 0.0
self.count_flag = 0
self.fall_rise = 0
self.buy_price = 0.0
self.sell_price = 0.0
self.executor = ThreadPoolExecutor(max_workers=4)
def digits(self, num, digit):
site = pow(10, digit)
tmp = num * site
tmp = math.floor(tmp) / site
return tmp
def get_ticker(self):
ticker = self.fcoin.get_market_ticker(self.symbol)['data']['ticker']
self.now_price = ticker[0]
self.buy_price = ticker[2]
self.sell_price = ticker[4]
return self.now_price
def get_must_sell_ticker(self):
ticker = self.fcoin.get_market_ticker(self.symbol)['data']['ticker']
self.now_price = ticker[0]
self.buy_price = ticker[2]
self.sell_price = ticker[4]
return self.buy_price
def get_must_buy_ticker(self):
ticker = self.fcoin.get_market_ticker(self.symbol)['data']['ticker']
self.now_price = ticker[0]
self.buy_price = ticker[2]
self.sell_price = ticker[4]
return self.sell_price
def get_blance(self):
dic_blance = defaultdict(lambda: None)
data = self.fcoin.get_balance()
if data:
for item in data['data']:
dic_blance[item['currency']] = balance(
float(item['available']), float(item['frozen']),
float(item['balance']))
return dic_blance
def syn_blance(self):
dic_blance = defaultdict(lambda: None)
data = self.fcoin.get_balance()
if data:
for item in data['data']:
dic_blance[item['currency']] = balance(
float(item['available']), float(item['frozen']),
float(item['balance']))
return dic_blance
def save_csv(self, array):
with open("data/trade.csv", "a+", newline='') as w:
writer = csv.writer(w)
writer.writerow(array)
def reset_save_attrubute(self):
self.now_price = 0.0
self.type = 0
self.fee = 0.0
self.order_id = None
def jump(self):
self.dic_balance = self.get_blance()
ft = self.dic_balance["ft"]
usdt = self.dic_balance["usdt"]
if usdt.available > 10:
price = self.digits(self.get_must_buy_ticker(), 6)
amount = self.digits(usdt.available / price * 0.99, 2)
if amount >= 5:
data = self.fcoin.buy(self.symbol, price, amount, 'market')
if data:
self.fee = amount * 0.001
self.order_id = data['data']
self.time_order = time.time()
self.type = 1
self.log.info(
'buy success price--[%s] amout--[%s] fee--[%s]' %
(price, amount, self.fee))
time.sleep(270)
self.dic_balance = self.get_blance()
ft = self.dic_balance["ft"]
usdt = self.dic_balance["usdt"]
new_price = price
while new_price <= price:
new_price = self.digits(self.get_must_sell_ticker(),
amount)
time.sleep(5)
if new_price > price:
data = self.fcoin.sell(self.symbol, price, amount,
'market')
self.log.info(
'sell success price--[%s] amout--[%s] fee--[%s]' %
(price, amount, self.fee))
class App():
def __init__(self):
self.fcoin = Fcoin()
self.fcoin.auth(config.api_key, config.api_secret)
self.log = Log("coin")
self.symbol = 'ftusdt'
self.order_id = None
self.dic_balance = defaultdict(lambda: None)
self.time_order = time.time()
self.oldprice = [self.digits(self.get_ticker(),6)]
self.now_price = 0.0
self.type = 0
self.fee = 0.0
self.begin_balance=self.get_blance()
def digits(self, num, digit):
site = pow(10, digit)
tmp = num * site
tmp = math.floor(tmp) / site
return tmp
def get_ticker(self):
ticker = self.fcoin.get_market_ticker(self.symbol)
self.now_price = ticker['data']['ticker'][0]
self.log.info("now price%s" % self.now_price )
return self.now_price
def get_blance(self):
dic_blance = defaultdict(lambda: None)
data = self.fcoin.get_balance()
if data:
for item in data['data']:
dic_blance[item['currency']] = balance(float(item['available']), float(item['frozen']),float(item['balance']))
return dic_blance
def save_csv(self,array):
with open("data/trade.csv","a+",newline='') as w:
writer = csv.writer(w)
writer.writerow(array)
def reset_save_attrubute(self):
self.now_price = 0.0
self.type = 0
self.fee = 0.0
self.order_id = None
def process(self):
price = self.digits(self.get_ticker(),6)
self.oldprice.append(price)
self.dic_balance = self.get_blance()
ft = self.dic_balance['ft']
usdt = self.dic_balance['usdt']
self.log.info("usdt has--[%s] ft has--[%s]" % (usdt.balance, ft.balance))
order_list = self.fcoin.list_orders(symbol=self.symbol,states='submitted')['data']
print(order_list)
self.log.info("order trading: %s" % order_list)
if not order_list or len(order_list) < 2:
if usdt and abs(price/self.oldprice[len(self.oldprice)-2]-1)<0.02:
if price*2 < self.oldprice[len(self.oldprice)-2]+self.oldprice[len(self.oldprice)-3]:
amount = self.digits(usdt.available / price * 0.25, 2)
if amount > 5:
data = self.fcoin.buy(self.symbol, price, amount)
if data:
self.fee = amount*0.001
self.order_id = data['data']
self.time_order = time.time()
self.type = 1
self.log.info('buy success price--[%s] amout--[%s] fee--[%s]' % (price,amount ,self.fee))
else:
if float(ft.available) * 0.25 > 5:
amount = self.digits(ft.available * 0.25, 2)
data = self.fcoin.sell(self.symbol, price, amount)
if data:
self.fee = amount*price*0.001
self.time_order = time.time()
self.order_id = data['data']
self.type = 2
self.log.info("sell success price--[%s] amout--[%s] fee--[%s]" % (price,amount, self.fee))
else:
print('价格波动过大 %s' % usdt)
self.log.info("价格波动过大%s" % usdt)
else:
print('system busy')
if len(order_list) >= 1:
self.log.info("cancel order {%s}" % order_list[-1])
order_id = order_list[-1]['id']
data = self.fcoin.cancel_order(order_id)
self.log.info("cancel result {%s}" % data)
if data:
if order_list[len(order_list)-1]['side'] == 'buy' and order_list[len(order_list)-1]['symbol'] == 'ftusdt':
self.fee = -float(order_list[len(order_list)-1]['amount'])*0.001
elif order_list[len(order_list)-1]['side'] == 'sell' and order_list[len(order_list)-1]['symbol'] == 'ftusdt':
self.fee = -float(order_list[len(order_list)-1]['amount'])*float(order_list[len(order_list)-1]['price'])*0.001
self.type = 3
self.order_id = order_id
def loop(self):
while True:
try:
time1 = time.time()
self.process()
array = [self.order_id,self.now_price,self.type,self.fee,self.symbol,time.strftime('%Y-%m-%d %H:%M:%S')]
if type != 0:
self.save_csv(array)
self.log.info("--------success-------")
time2 = time.time()
self.log.info("app time--%s"% str(time2-time1))
time.sleep(3)
except Exception as e:
self.log.info(e)
print(e)
finally:
self.reset_save_attrubute()
def work(self):
global gIniQueue
self.printLog('软件启动!')
file = open('./ini.json')
dic = json.loads(file.read())
apikey = dic['apikey']
apisecret = dic['apisecret']
file.close()
while gFlag:
try:
try:
ini = gIniQueue.get(block=False)
except:
pass
else:
str1 = ini[0]
str2 = ini[1]
num = ini[2]
str3 = ini[3]
myTime = ini[4]
num2 = ini[5]
buyFlag = ini[6]
tel = ini[7]
myTime2 = ini[8]
num3 = ini[9]
# test
self.printLog(str(ini))
# file = open('./mytxt.txt', 'a+')
fcoin = Fcoin()
# 主号
# fcoin.auth('', '')
# 刷号
fcoin.auth(apikey, apisecret, tel)
# os.system('fskl.mp3')
# 获取账户资产
data = fcoin.get_balance()
self.printLog('交易对：%s' % (str3))
level = fcoin.get_market_depth('L20', str3)
if ('data' not in data.keys()) or (not data['data']):
continue
for i in data['data']:
if i['currency'] == str1:
my_usdt = i['balance']
self.printLog(str1 + '余额: ' + my_usdt)
if i['currency'] == str2:
my_ft = i['balance']
self.printLog(str2 + '余额: ' + my_ft)
nowBids = level['data']['bids'][0]
sumBids = 0
for i in range(0, len(level['data']['bids'])):
if (i % 2) == 0:
nowBids = level['data']['bids'][i]
self.printLog('本次价格：%s' % (nowBids))
else:
temp_Num2 = sumBids
sumBids += level['data']['bids'][i]
self.printLog(
'买盘 本次数量总和：%s 本次数量：%s 上次数量总和：%s 总数量：%s' %
(sumBids, level['data']['bids'][i], temp_Num2,
num3))
if sumBids > num3: #num3是输入的数
if i != 0:
sumBids = temp_Num2
self.printLog('本次数量总和：%s' % (sumBids))
if i > 0:
nowBids = level['data']['bids'][i - 1]
self.printLog('买盘本次价格：%s' % (nowBids))
break
elif sumBids == num3:
break
nowAsks = level['data']['asks'][0]
sumAsks = 0
for i in range(0, len(level['data']['asks'])):
if (i % 2) == 0:
nowAsks = level['data']['asks'][i]
self.printLog('本次价格：%s' % (nowAsks))
else:
temp_Num2 = sumAsks
sumAsks += level['data']['asks'][i]
self.printLog(
'卖盘 本次数量总和：%s 本次数量：%s 上次数量总和：%s 总数量：%s' %
(sumAsks, level['data']['asks'][i], temp_Num2,
num3)) #sumAsks+temp_Num2 这是什么意思
if sumAsks > num3: #num3是输入的数
if i != 0:
sumAsks = temp_Num2
self.printLog('本次数量总和：%s' % (sumAsks))
if i > 0:
nowAsks = level['data']['asks'][i - 1]
self.printLog('卖盘本次价格：%s' % (nowAsks))
break
elif sumAsks == num3:
break
self.printLog('价格小数：%s' % (num2))
nowResult = round(
(round(nowAsks, num2) + round(nowBids, num2)) / 2, num2)
logStr = str(data)
# self.printLog(logStr)
# file.write(logStr+ '\n')
nowtime = datetime.datetime.now().strftime('%Y-%m-%d %H:%M:%S')
resultstr = fcoin.get_market_ticker(str3)
logStr = str(resultstr)
# self.printLog(logStr)
# file.write(logStr+ '\n')
wantstr = resultstr["data"]["ticker"]
# a是买一价 b是卖一价
a, b = wantstr[2], wantstr[4]
# result = round(random.uniform(a, b), num2)
result = nowResult
logStr = "random price is:" + str(
result) + "now time:" + nowtime
# self.printLog(logStr)
# file.write(logStr+ '\n')
#卖
if num < float(my_ft):
sellop = fcoin.sell(str3, result, str(round(num, 2)))
if (sellop is not None) and (sellop['status'] == 0):
logStr = r'限价卖出成功 限价卖出%s个%s 卖出价格是%s 当前时间是%s' % (
num, str2, result, nowtime)
self.printLog(logStr)
else:
self.printLog(sellop['msg'])
elif (num > float(my_ft)):
if buyFlag:
buyop = fcoin.buy_market(
str3,
round(
float(num) * float(result) -
float(my_ft) * float(result), 2))
tempFlag = False
if (buyop is not None) and (buyop['status'] == 3014):
tempFlag = True
temp_num = int(
re.search(r'\d+$', buyop['msg']).group(0))
buyop = fcoin.buy_market(str3, str(temp_num))
#
# if (buyop is not None) and (buyop['status'] == 0):
# # print(num-float(my_ft))*(result/float(my_usdt))
# logStr = r'市价补仓买入成功 市价买入%s个%s的%s 当前时间是%s' % (
# str(round((num - float(my_ft)) * b + (((num - float(my_ft)) * b) * 0.1), 2)), str1,
# str2, nowtime)
# self.printLog(logStr)
# continue
# file.write(logStr+ '\n')
# else:
# self.printLog(buyop['msg'])
# continue
# buyop = fcoin.buy(str3, result,str(float(num-float(my_ft))*(result/float(my_usdt))))
# buyop = fcoin.buy(str3, b, str(round(num-float(my_ft)+((num-float(my_ft))*0.1),2)))
if (buyop is not None) and (buyop['status'] == 0):
# print(num-float(my_ft))*(result/float(my_usdt))
if not tempFlag:
logStr = r'市价补仓买入成功 市价买入%s个%s的%s 当前时间是%s' % (
str(
round(
float(num) * float(result) -
float(my_ft) * float(result),
2)), str1, str2, nowtime)
else:
logStr = r'市价补仓买入成功 市价买入%s个%s的%s 当前时间是%s' % (
temp_num, str1, str2, nowtime)
self.printLog(logStr)
continue
# file.write(logStr+ '\n')
else:
self.printLog(buyop['msg'])
continue
# time.sleep(60*?)
# buyrecord = buyop["data"]
# sellop = fcoin.sell(str3, result, str(num))
# if (sellop is not None) and (sellop['status']==0):
# logStr = r'限价卖出成功 卖出%s个s% 卖出价格是%s 当前时间是%s' % (num, str2,result, nowtime)
# self.printLog(logStr)
# # file.write(logStr+ '\n')
# else:
# self.printLog(sellop['msg'])
# if sellop:
# sellrecord = sellop["data"]
else:
smsResult = sms_send.send('您当前交易对数量不足，请及时处理', tel,
'44060')
#在这等15分钟
logStr = r'因为交易对数量不足程序已停止，30分钟后重新启动'
time.sleep(60 * 30)
#买
if num < float(my_usdt):
buyop = fcoin.buy(str3, result, str(round(num, 2)))
if (buyop is not None) and (buyop['status'] == 0):
logStr = r'限价买入成功 限价买入%s个%s 买入价格是%s 当前时间是%s' % (
num, str2, result, nowtime)
self.printLog(logStr)
# file.write(logStr+ '\n')
else:
self.printLog(buyop['msg'])
# buyrecord = buyop["data"]
elif num > float(my_usdt):
if buyFlag:
# sell正常卖 sell_market非正常卖
# sellop = fcoin.sell_market(str3, str(round(num-float(my_ft)+((num-float(my_ft))*0.1),2)))
sellop = fcoin.sell_market(
str3,
round(
(float(num) * float(result) - float(my_usdt)),
2))
# sellop = fcoin.sell_market(str3, num+(num*result)*0.01)
tempFlag = False
if (sellop is not None) and (sellop['status'] == 3014):
tempFlag = True
temp_num = int(
re.search(r'\d+$', sellop['msg']).group(0))
sellop = fcoin.buy_market(str3, str(temp_num))
# sellop =fcoin.sell(str3, round(a,num2), str(round(num-float(my_ft)+((num-float(my_ft))*0.1),2)))
if (sellop is not None) and (sellop['status'] == 0):
if not tempFlag:
logStr = r'市价补仓卖出成功 市价卖出%s个%s，当前时间是%s' % (str(
round((float(num) * float(result) -
float(my_usdt)))), str2, nowtime)
else:
logStr = r'市价补仓卖出成功 市价卖出%s个%s，当前时间是%s' % (
temp_num + temp_num * 0.1, str2, nowtime)
self.printLog(logStr)
continue
# file.write(logStr+ '\n')
else:
self.printLog(sellop['msg'])
continue
# if sellop:
# sellrecord = sellop["data"]
# buyop = fcoin.buy(str3, result, str(num))
# if (buyop is not None) and (buyop['status']==0):
# logStr = r'限价买入成功 限价买入%s个%s 买入价格是%s 当前时间是%s' % (num,str2, result, nowtime)
# self.printLog(logStr)
# # file.write(logStr+ '\n')
# else:
# self.printLog(buyop['msg'])
# # buyrecord = buyop["data"]
else:
smsResult = sms_send.send('您当前交易对数量不足，请及时处理', tel,
'44060')
logStr = r'因为交易对数量不足程序已停止，30分钟后重新启动'
time.sleep(60 * 30)
time.sleep(myTime)
# 获取订单列表
if buyFlag:
rol = fcoin.list_orders(str3, 'submitted,partial_filled')
if ('data' not in rol.keys()) or (not rol['data']):
continue
lastTime = rol['data'][len(rol['data']) - 1]['created_at']
lastTime = int(re.sub(r'\d{3}$', '', str(lastTime)))
nowTime = int(time.time())
if not buyFlag:
if (nowTime - lastTime) > (myTime):
smsResult = sms_send.send('您当前有超过5分钟未成交的订单，请及时处理',
tel, '44060')
else:
# 这里加not true的else
if buyFlag:
for p in rol["data"]:
if p["side"] == "buy":
lastTime = p['created_at']
lastTime = int(
re.sub(r'\d{3}$', '', str(lastTime)))
nowTime = int(time.time())
if (nowTime - lastTime) > (myTime2):
# 市价卖
sellamount = round(
float(p["amount"]) -
float(p["filled_amount"]), 2)
temptemp_result = fcoin.cancel_order(
p["id"])
if (temptemp_result is None) or (
temptemp_result['status'] !=
0):
logStr = "检测到有超过" + str(
myTime2
) + "秒未完成订单 限价买入订单取消失败,因为已取消，现在时间是:" + nowtime
else:
logStr = "检测到有超过" + str(
myTime2
) + "秒未完成订单 限价买入订单取消成功，现在时间是:" + nowtime
self.printLog(logStr)
file.write(logStr + '\n')
temptemp_result1 = fcoin.buy_market(
str3, sellamount)
if (temptemp_result1 is None) or (
temptemp_result1['status'] !=
0):
logStr = "检测到有超过" + str(
myTime2
) + "秒未完成订单 限价买入订单取消失败,因为已取消，现在时间是:" + nowtime
else:
logStr = "检测到有超过" + str(
myTime2
) + "秒未完成订单 限价买入订单取消成功，现在时间是:" + nowtime
self.printLog(logStr)
# file.write(logStr+ '\n')
elif p["side"] == "sell":
lastTime = p['created_at']
lastTime = int(
re.sub(r'\d{3}$', '', str(lastTime)))
nowTime = int(time.time())
if (nowTime - lastTime) > (myTime2):
# 市价卖
sellamount = round(
float(p["amount"]) -
float(p["filled_amount"]), 2)
temptemp_result = fcoin.cancel_order(
p["id"])
if (temptemp_result is None) or (
temptemp_result['status'] !=
0):
logStr = "检测到有超过" + str(
myTime2
) + "秒未完成订单 限价卖出订单取消失败,因为已取消，现在时间是:" + nowtime
else:
logStr = "检测到有超过" + str(
myTime2
) + "秒未完成订单 限价卖出订单取消成功，现在时间是:" + nowtime
self.printLog(logStr)
file.write(logStr + '\n')
temptemp_result = fcoin.sell_market(
str3, sellamount)
if (temptemp_result is None) or (
temptemp_result['status'] !=
0):
logStr = "检测到有超过" + str(
myTime2
) + "秒未完成订单 市价卖出结果失败，因为已取消，现在时间是:" + nowtime
else:
logStr = "检测到有超过" + str(
myTime2
) + "秒未完成订单 市价卖出结果成功，现在时间是:" + nowtime
self.printLog(logStr)
file.write(logStr + '\n')
# elif ['side']=='buy':
# lastTime = p['created_at']
# lastTime = int(re.sub(r'\d{3}$', '', str(lastTime)))
# nowTime = int(time.time())
# if (nowTime - lastTime) > (myTime2):
# # 市价买
# sellamount = round(float(p["amount"]) - float(p["filled_amount"]), 2)
# temptemp_result = fcoin.buy_market(str3, sellamount)
# if (temptemp_result is None) or (temptemp_result['status'] != 0):
# logStr = "检测到有超过" + str(myTime2) + "秒未完成订单 市价买入结果失败，因为已取消，现在时间是:" + nowtime
# else:
# logStr = "检测到有超过" + str(myTime2) + "秒未完成订单 市价买入结果成功，现在时间是:" + nowtime
# self.printLog(logStr)
# file.write(logStr + '\n')
# file.write(logStr+ '\n')
# isemprol = fcoin.list_orders('ftusdt', 'submitted,partial_filled')
# print(isemprol)
# time.sleep(myTime)
# if len(isemprol["data"]) != 0:
# flag = False
# # os.system('fskl.mp3')
# file.close()
# # 执行完等3秒继续循
# time.sleep(1)
except Exception as e:
raise e
time.sleep(myTime)
self.printLog('软件结束!')
class App():
def __init__(self):
self.fcoin = Fcoin()
self.fcoin.auth(config.api_key, config.api_secret)
self.log = Log("")
self.symbol = 'ftusdt'
self.order_id = None
self.dic_balance = defaultdict(lambda: None)
self.now_price = 0.0
self.type = 0
self.fee = 0.0
self.count_flag = 0
self.fall_rise = 0
self.buy_price = 0.0
# 正在卖出
self.in_sell = False
# 卖出价格
self.sell_price = 0.0
# 价格队列
self.price_queue = []
# 验证是否卖出价格
self.check_sell_price = 0.0
# 总共的增量
self.total_increment = 0.0
# 服务器时间
self.diff_server_time = None
stategy_quick.set_app(self)
candle_data.set_app(self)
def digits(self, num, digit):
site = pow(10, digit)
tmp = num * site
tmp = math.floor(tmp) / site
return tmp
def get_ticker(self):
if self.sell_price is None:
self.get_market_ticker()
return self.now_price
def get_must_sell_ticker(self):
if self.sell_price is None:
self.get_market_ticker()
return self.buy_price
def get_must_buy_ticker(self):
if self.sell_price is None:
self.get_market_ticker()
return self.sell_price
def get_market_ticker(self):
ticker = self.fcoin.get_market_ticker(self.symbol)['data']['ticker']
self.now_price = ticker[0]
self.buy_price = ticker[2]
self.sell_price = ticker[4]
# 获取当前用户持币信息
def get_blance(self):
if self.dic_blance is None:
self.syn_blance()
return self.dic_blance
# 同步持币信息
def syn_blance(self):
dic_blance = defaultdict(lambda: None)
data = self.fcoin.get_balance()
if data:
for item in data['data']:
dic_blance[item['currency']] = balance(
float(item['available']), float(item['frozen']),
float(item['balance']))
self.dic_blance = dic_blance
return dic_blance
def save_csv(self, array):
with open("data/trade.csv", "a+", newline='') as w:
writer = csv.writer(w)
writer.writerow(array)
def reset_save_attrubute(self):
self.now_price = 0.0
self.type = 0
self.fee = 0.0
self.order_id = None
# 获取当前服务器时间
def get_server_time(self):
if self.diff_server_time is None:
self.synchronize_time()
return datetime.datetime.fromtimestamp(
int((int(datetime.datetime.now().timestamp() * 1000) +
self.diff_server_time) / 1000))
# 同步时间
def synchronize_time(self):
# self.server_time = datetime.datetime.fromtimestamp(int(self.fcoin.get_server_time() / 1000))
self.diff_server_time = int(self.fcoin.get_server_time()) - int(
datetime.datetime.now().timestamp() * 1000)
# print(self.diff_server_time)
def dateDiffInSeconds(self, date1, date2):
timedelta = date2 - date1
return timedelta.days * 24 * 3600 + timedelta.seconds
def do_hour(self):
self.dic_balance = self.get_blance()
ft = self.dic_balance["ft"]
usdt = self.dic_balance["usdt"]
print('ft:%s usdt:%s' % (ft.available, usdt.available))
if usdt.available > 50:
# 买入ft
price = self.digits(self.get_must_buy_ticker(), 6)
amount = self.digits(usdt.available / price * 0.98, 2)
if amount >= 5:
self.log.info('buy price--[%s] amout--[%s]' % (price, amount))
data = self.fcoin.buy(self.symbol, price, amount, 'limit')
if data:
self.order_id = data['data']
self.log.info('buy order success price--[%s] amout--[%s]' %
(price, amount))
server_time = self.get_server_time()
start_time = server_time.replace(minute=58,
second=50,
microsecond=0)
sleep_seconds = self.dateDiffInSeconds(
server_time, start_time)
if sleep_seconds > 1:
time.sleep(sleep_seconds)
self.dic_balance = self.get_blance()
ft = self.dic_balance["ft"]
usdt = self.dic_balance["usdt"]
new_price = price
while new_price <= price:
new_price = self.digits(self.get_must_sell_ticker(), 6)
time.sleep(5)
if new_price > price:
self.log.info('sell price--[%s] amout--[%s]' %
(price, amount))
data = self.fcoin.sell(self.symbol, new_price, amount,
'limit')
self.log.info(
'sell order success price--[%s] amout--[%s]' %
(new_price, amount))
else:
self.sell_ft()
# 查找到合理的卖点
def get_sell_point(self):
pass
def get_sell_count(self):
return config.sell_count
# 卖出ft
def sell_ft(self):
# 卖出ft
# 1）未持续上涨，直接卖出
# 2）持续上涨，查找高点
if self.get_server_time().minute < 5 and not self.in_sell:
self.in_sell = True
# 1、查看时间区间是在预期范围 01
if self.get_ticker() > self.check_sell_price:
# 2、查找合理点位卖出，
data = self.fcoin.sell(self.symbol, self.get_sell_point(),
self.get_sell_count(), 'limit')
# 让订单卖出
while (True):
# 获取订单状态
is_done = True
#
if is_done:
self.sell_done = True
break
else:
# 超过时间判断
# 超过时间重新下单
pass
self.in_sell = False
def get_buy_point(self):
pass
def get_sell_count(self):
pass
# 买入ft,直到买入成功为止
def buy_ft(self):
# 根据时间获取买入策略
# 已经超过
# 如果已经超过买入点，默认检测5分钟不够买，下降趋势情况下，超过根据涨跌获取买入点
pass
def get_price_queue(self):
data = run.fcoin.get_candle("M1", run.symbol)
self.price_queue = []
for item in data['data']:
self.price_queue.append(item['close'])
trades_1 = '#'
trades_2 = '#'
trades_3 = '#'
trades_5 = '#'
trades_10 = '#'
trades_20 = '#'
trades_30 = '#'
trades_60 = '#'
# 1分钟
new_price = self.price_queue[0]
old_price = self.price_queue[1]
trades_1 = self.digits((new_price - old_price) / old_price * 100, 6)
# 2分钟
new_price = self.price_queue[0]
old_price = self.price_queue[2]
trades_2 = self.digits((new_price - old_price) / old_price * 100, 6)
# 3分钟
new_price = self.price_queue[0]
old_price = self.price_queue[3]
trades_3 = self.digits((new_price - old_price) / old_price * 100, 6)
# 5分钟
new_price = self.price_queue[0]
old_price = self.price_queue[5]
trades_5 = self.digits((new_price - old_price) / old_price * 100, 6)
# 10分钟
new_price = self.price_queue[0]
old_price = self.price_queue[10]
trades_10 = self.digits((new_price - old_price) / old_price * 100, 6)
# 20分钟
new_price = self.price_queue[0]
old_price = self.price_queue[20]
trades_20 = self.digits((new_price - old_price) / old_price * 100, 6)
# 30分钟
new_price = self.price_queue[0]
old_price = self.price_queue[30]
trades_30 = self.digits((new_price - old_price) / old_price * 100, 6)
# 60分钟
new_price = self.price_queue[0]
old_price = self.price_queue[60]
trades_60 = self.digits((new_price - old_price) / old_price * 100, 6)
print(
'数据行情(百分比) 1m--[%s] 2m--[%s] 3m--[%s] 5m--[%s] 10m--[%s] 20m--[%s] 30m--[%s] 60m--[%s]'
% (str(trades_1), str(trades_2), str(trades_3), str(trades_5),
str(trades_10), str(trades_20), str(trades_30), str(trades_60)))
def average(self, array):
total = 0.0
n = len(array)
for num in array:
total += num
return 1.0 * total / n
# 增长量计算
def increment(self):
data = self.fcoin.get_candle("H1", run.symbol)
for item in data['data']:
timeArray = time.localtime(item['id'])
otherStyleTime = time.strftime("%Y-%m-%d %H:%M:%S", timeArray)
# print("%s ----- %s" % (otherStyleTime, item))
total_increment = 0
for index in range(self.get_server_time().hour):
new_price = data['data'][index + 1]['close']
# print(time.strftime("%Y-%m-%d %H:%M:%S", time.localtime(data['data'][index+ 1]['id'])))
old_price = data['data'][index + 1 + 24]['close']
total_increment += (new_price - old_price) / old_price
self.total_increment = total_increment
print(total_increment)
pre_date_data = []
max_data = []
min_data = []
cur_hour = self.get_server_time().hour
for index in range(24 + cur_hour):
cur_data = data['data'][index]
pre_date_data.append(cur_data['close'])
pre_date_data.append(cur_data['high'])
pre_date_data.append(cur_data['low'])
max_data.append(cur_data['high'])
min_data.append(cur_data['low'])
# print(time.strftime("%Y-%m-%d %H:%M:%S", time.localtime(data['data'][index + cur_hour]['id'])))
# 变化系数计算
cur_change_data = []
pre_change_data = []
for index in range(12):
cur_data = data['data'][index]
pre_data = data['data'][index + 24]
cur_change_data.append(cur_data['close'])
pre_change_data.append(pre_data['close'])
change_price = np.average(np.array(cur_change_data)) / np.average(
np.array(pre_change_data))
print(change_price)
np_data = np.array(pre_date_data)
np_data_max = np.array(max_data)
np_data_min = np.array(min_data)
np_data_max.sort()
max_avg_price = np.average(np_data_max[len(np_data_max) - 3:])
np_data_min.sort()
min_avg_price = np.average(np_data_min[0:3])
# 极差
# print(ptp(data))
# print(var(data))
# print(std(data))
# print(mean(data) / std(data))
# print(data.min())
# print(median(data))
# print(mean(data))
# print(data)
median_data = np.average(np_data)
print(np_data)
print(median_data)
print(max_avg_price)
print(min_avg_price)
self.check_min_sell_price = (
median_data - (median_data - min_avg_price) * 0.3) * change_price
self.check_could_sell_price = (
median_data + (max_avg_price - median_data) * 0.7) * change_price
self.check_max_buy_price = (
median_data + (max_avg_price - median_data) * 0.3) * change_price
self.check_could_buy_price = (
median_data - (median_data - min_avg_price) * 0.7) * change_price
print(self.check_min_sell_price)
print(self.check_could_sell_price)
print(self.check_max_buy_price)
print(self.check_could_buy_price)
# 获取区间
def get_interval(self):
print(candle_data.get_candle_M1())
# 计算区间
def calculation_interval(self):
candle_M1 = candle_data.get_candle_M1()
candle_M1_data = candle_M1['data']
for index in range(60):
candle_M1_data[60 - 1 - index]
# 改为定时任务
def loop(self):
stategy_quick.schedule()
candle_data.schedule()
# 开启卖出线程
# schedule.every(2).seconds.do(self.get_interval)
schedule.every(1).seconds.do(self.get_market_ticker)
# schedule.every(10).seconds.do(self.sell_ft)
# schedule.every(30).seconds.do(self.get_price_queue)
# schedule.every(10).seconds.do(self.print_price_queue)
while True:
schedule.run_pending()
time.sleep(1)
from fcoin3 import Fcoin
import random
import time
import datetime
import os
while True:
file = open('./mytxt.txt', 'a+')
fcoin = Fcoin()
fcoin.auth('xxx', 'xxx')
nowtime = datetime.datetime.now().strftime('%Y-%m-%d %H:%M:%S')
resultstr = fcoin.get_market_ticker("ftusdt")
file.write(str(resultstr) + '\n')
wantstr = resultstr["data"]["ticker"]
a, b = wantstr[2], wantstr[4]
result = round(random.uniform(a, b), 6)
file.write("random price is:" + str(result) + "now time:" + nowtime + '\n')
file.write("buy status is:" + str(fcoin.buy('ftusdt', result, 10)) +
" now time:" + nowtime + '\n')
file.write("sell status is:" + str(fcoin.sell('ftusdt', result, 10)) +
" now time:" + nowtime + '\n')
file.close()
#执行完等5秒继续循环
time.sleep(5)