def control(asset):
symbol = "{}USDT".format(asset)
Prices = client.get_all_tickers()
for price in Prices:
if (price['symbol'] == symbol):
current_price = float(price['price'])
binanceWallet = wallet.find_one({'asset': asset})
# try:
if (binanceWallet['updated_price'] != 0):
updated_price_new_array = []
wallet_updated_price = binanceWallet['updated_price']
total_wallet_updated_price = 0
for u_price in wallet_updated_price:
updated_price_new_array.append(float(u_price))
total_wallet_updated_price += float(u_price)
updated_price_new_array.append(current_price)
total_wallet_updated_price += current_price
average_of_updated_prices = total_wallet_updated_price / len(
updated_price_new_array)
last_updated_price = updated_price_new_array[
len(updated_price_new_array) - 1]
if len(updated_price_new_array) >= 5:
if (average_of_updated_prices < last_updated_price):
# if (average_of_updated_prices - ((average_of_updated_prices/100)*20) > last_updated_price):
print("<b><blue>Binance Wallet Sat Sinyali</blue> </b>")
print("<b><green>Ortalama düştü</green>")
print("<b>{} <red>⬇</red></b>".format(asset))
notify_ending("{} Satış Sinyali".format(asset))
else:
print("<b>{} <blue>⬆</blue></b>".format(asset))
condition = {"asset": asset}
update_data = {
"$set": {
"updated_price": updated_price_new_array
}
}
wallet.update_one(condition, update_data)
else:
print("<b>{} <blue>⬆</blue></b>".format(asset))
condition = {"asset": asset}
update_data = {"$set": {"updated_price": updated_price_new_array}}
wallet.update_one(condition, update_data)
else:
updated_price_init = []
try:
updated_price_init.append(current_price)
except:
updated_price_init.append(0)
pass
condition = {"asset": asset}
update_data = {"$set": {"updated_price": updated_price_init}}
wallet.update_one(condition, update_data)
pass
def sell(asset):
acc = client.get_account()
balances = acc['balances']
symbol = "{}USDT".format(asset)
for balance in balances:
if balance['asset'] != symbol:
qty = float(balance['free'])
print(qty)
def auth_refresh_token(url_root, token_refresh):
url = url_root + '/autentificare/refresh'
req_headers = {'Authorization': f'Bearer {token_refresh}'}
request = requests.post(url, headers=req_headers)
if request.status_code == 200:
print(f'<green>** raspuns server:</green> {request.json()["msg"]}')
return request.json()["access_token"]
print(f'<red>** raspuns server:</red> {request.json()["msg"]}')
sys.exit()
async def initialize_obsws(self, ctx):
print(f"initializing obs with loop: {self.loop}")
self.obs_ws = simpleobsws.obsws(
host=os.environ["HOSTNAME"],
port=os.environ["PORT"],
password=os.environ["PASSWORD"]
#loop=self.loop
)
self.loop.create_task(self.obs_ws.connect())
return
async def set_visible(self, ctx=None, sceneItem=None, boolean=True):
if ctx:
sceneItem = ctx.message.content.split()[1:]
if len(sceneItem) > 1: # Scene item and bool passed as arg
sceneItem, boolean = sceneItem[0], sceneItem[1]
else:
sceneItem = sceneItem[0]
print(sceneItem, boolean)
request = "SetSceneItemProperties"
result = await self.make_request(request, {'item': sceneItem, 'visible': boolean})
return
async def toggle_src(self, sourceName, sceneName=None):
# Get source property, check if render is True if it is set render to false, else true
data = {"item": sourceName}
request = "GetSceneItemProperties"
result = await self.make_request(request, data)
print(f"Current scene item settings from result: ", result)
curr_visibility = result["visible"]
data = {"sourceName": sourceName, "sourceSettings": {"render": True}}
result = await self.make_request("SetSourceSettings", data)
print(f"Render set to true {result}")
# try: # TODO: get render
# render = result["sourceSettings"]["render"]
# except KeyError:
# render = False
new_visibility = not curr_visibility
if not sceneName:
data = {"item": sourceName, "visible": new_visibility}
request = "SetSceneItemProperties"
result = await self.make_request(request, data)
return
async def cam_refresh(self, ctx):
request = "SetSourceSettings"
print("Shutting off cam")
await self.make_request(request, {'sourceName':"HDWebcam", 'sourceSettings': {'active': False}})
print("Turning Camera Back On")
result = await self.make_request(request, {'sourceName':"HDWebcam", 'sourceSettings': {'active': True}})
print(result)
# await ctx.send("No, stop it")
return
def auth(url_root, email, password):
url_auth = url_root + '/autentificare/login'
data = {'email': email, 'password': password}
try:
request = requests.post(url_auth, json=data)
except requests.exceptions.ConnectionError as exc: # This is the correct syntax
print(exc)
sys.exit(1)
if request.status_code == 200:
token_refresh = request.json()['refresh_token']
token_access = request.json()['access_token']
print(f'<green>** raspuns server:</green> {request.json()["msg"]}')
else:
print(f'<red>** adresa:</red> {request.url}')
print(f'<red>** raspuns server:</red> {request.text}')
sys.exit()
return token_access, token_refresh
def get_date_medici(url_root, token_access, token_refresh, lista_medic):
date_medici = []
for id in enumerate(tqdm(lista_medic)):
url = url_root + f'/medic/{id[1]}'
req_headers = {'Authorization': f'Bearer {token_access}'}
request = requests.get(url, headers=req_headers)
if request.status_code == 401:
print(f'<yellow>** token-ul de access a expirat</yellow>')
token_access = auth_refresh_token(url_root, token_refresh)
req_headers = {'Authorization': f'Bearer {token_access}'}
request = requests.get(url, headers=req_headers)
if request.status_code != 200:
print(f'<red>** adresa:</red> {request.url}')
print(f'<red>** raspuns server:</red> {request.text}')
date_medici.append(request.json()['medic'])
return date_medici
def get_lista_medic(url_root, token_access, token_refresh):
url = url_root + '/cmj/raport/lista_medic'
lista_medic = []
req_headers = {'Authorization': f'Bearer {token_access}'}
request = requests.get(url, headers=req_headers)
if request.status_code == 404:
print(f'<red>** adresa api este incorecta</red> {request.url}')
sys.exit()
if request.status_code == 401:
print(f'<yellow>** token-ul de access a expirat</yellow>')
auth_token = auth_refresh_token(url_root, token_refresh)
request = requests.get(url, headers=req_headers)
if request.status_code == 200:
lista_medic = request.json()['lista_medic']
print(
f'<green>** server.</green> get lista medici id <green>OK</green>')
return token_access, lista_medic
def get_registre(url_root, token_auth, token_refresh):
url = url_root + '/registre'
req_headers = {'Authorization': f'Bearer {token_auth}'}
request = requests.get(url, headers=req_headers)
nume_fisier = f"export/registre_{date.today()}.json"
os.makedirs(os.path.dirname(nume_fisier), exist_ok=True)
with open(nume_fisier, "w") as outfile:
json.dump(request.json(), outfile)
if request.status_code == 404:
print(f'<red>** adresa api este incorecta</red> {request.url}')
sys.exit()
if request.status_code == 401:
print(f'<yellow>** token-ul de access a expirat</yellow>')
auth_token = auth_refresh_token(url_root, token_refresh)
request = requests.get(url, headers=req_headers)
if request.status_code == 200:
print(f'<green>** server.</green> get registre <green>OK</green>')
return token_auth
for item in hotwallet:
if (item['asset']) == 'USDT':
tether = item['qty']
if (item['asset']) != 'USDT':
for candle in candles:
if (candle['symbol'] == item['asset']):
current_price = float(candle['price'])
assetUSDT += item['qty'] * current_price
totalUSDT = assetUSDT + tether
profit = tether - (wallet_limit -
walletdb.count_documents({})) * per
Table.add_row([
title, '{}'.format(round(tether, 2)), '{} $'.format(round(profit, 2)),
'% {}'.format(round(round(round(profit, 5) / 500, 5) * 100,
2)), wallet_limit,
walletdb.count_documents({}),
watchdb.count_documents({}),
solddb.count_documents({}), '{} $'.format(round(totalUSDT, 2))
])
i = 1
while i <= 9:
do(i)
i += 1
print(Table)
def doTests(urlToTest):
originalDomain, ratio = testInScope(urlToTest)
if ratio >= 0.7:
print("<green>LID_tests.py > DEBUG : " + urlToTest +
" in scope</green>")
print("LID_tests.py > DEBUG : Beginning buzzword testing")
buzzwordGrade = testBuzzword(urlToTest)
print("<bold>LID_tests.py > DEBUG : " + urlToTest + " graded " +
str(buzzwordGrade) + " in buzzword testing</bold>")
print("LID_tests.py > DEBUG : Beginning hyphen testing")
hyphenGrade = testManyWeirdChar(urlToTest, '-')
print("<bold>LID_tests.py > DEBUG : " + urlToTest +
" has many hyphens ? " + str(hyphenGrade) + "</bold>")
print("LID_tests.py > DEBUG : Beginning dot testing")
dotsGrade = testManyWeirdChar(urlToTest, '.')
print("<bold>LID_tests.py > DEBUG : " + urlToTest +
" has many dots ? " + str(dotsGrade) + "</bold>")
finalGrade = finalGrading(ratio, buzzwordGrade, hyphenGrade, dotsGrade)
print("<bold>LID_tests.py > DEBUG : " + urlToTest +
"\'s final grade is " + str(finalGrade) + "</bold>")
if finalGrade >= 20.0:
Lstix.writeStix(urlToTest, finalGrade)
else:
# print("<red>LID_tests.py > DEBUG : " + urlToTest + " not in scope</red>")
return
def do(asset):
# sys.stdout.write(asset)
result = PMAX(getCandles(asset))
WatchList = track.find_one({'asset': asset}, sort=[('_id', DESCENDING)])
WalletList = wallet.find_one({'asset': asset}, sort=[('_id', DESCENDING)])
current_pmax = result['pmX_4_0.1_4_7'][len(result) - 1]
last_pmax = result['pmX_4_0.1_4_7'][len(result) - 2]
index = 0
numpy_data = []
while index <= 5:
numpy_data.append({
'open':
result['open'][index + (len(result) - 6)],
'high':
result['high'][index + (len(result) - 6)],
'low':
result['low'][index + (len(result) - 6)],
'close':
result['close'][index + (len(result) - 6)],
'volume':
result['volume'][index + (len(result) - 6)],
'ATR_4':
result['ATR_4'][index + (len(result) - 6)],
'MA_7_4':
result['MA_7_4'][index + (len(result) - 6)],
'pm_4_0_1_4_7':
result['pm_4_0.1_4_7'][index + (len(result) - 6)],
'pmX_4_0_1_4_7':
result['pmX_4_0.1_4_7'][index + (len(result) - 6)],
})
index += 1
# Eğer Watchlist elemanı negatif değere düştüyse listeden çıkar
if (WatchList != None): # İzleme Listesindeyse
time.sleep(1)
try:
candles = client.get_all_tickers()
except:
time.sleep(30)
candles = client.get_all_tickers()
pass
buy_price = float(WatchList['buy_price'])
for candle in candles:
if (candle['symbol'] == asset):
current_price = float(candle['price'])
if (current_price < buy_price):
track.delete_one({'asset': asset})
print(
"<b><blue>Fiyat düştüğü için izleme listesinden çıkarıldı</blue> </b>"
)
print("<b>{}</b>".format(asset))
if (last_pmax != current_pmax):
# Satış mantığı, fiyat Pmax'e göre düşüşteyse sat. Bu kısım zarara girmeden satış yapamadı
if (current_pmax == "down"):
if (WalletList != None): # Cüzdanda ise
time.sleep(1)
Prices = client.get_all_tickers()
for price in Prices:
if (price['symbol'] == asset):
current_price = float(price['price'])
_buy_price = float(WalletList['buy_price'])
_percentage = (
(current_price - _buy_price) / current_price) * 100
# %3 kâr olmadığı sürece elde tut
if (_percentage > 3):
Notify.notify(asset,
'Satış Alarmı - Pmax',
'Trader V3',
sound=True)
print("<b><blue>SATILDI</blue> </b>")
print("<b><green>Pmax Sinyali</green>")
print("<b>{}</b>".format(asset))
# Silinecek
WatchList = track.find_one({'asset': asset},
sort=[('_id', DESCENDING)])
WalletList = wallet.find_one({'asset': asset},
sort=[('_id', DESCENDING)])
# print('WalletList', WalletList)
# print('Watchlist', WatchList)
Notify.notify(asset, 'SATIŞ', 'Trader V3', sound=True)
# Silinecek
sold.insert_one({
'asset':
asset,
'pmax':
result['pmX_4_0.1_4_7'][len(result) - 1],
'sold_price':
result['close'][len(result) - 1],
'buy_data':
WalletList,
'sold_time':
datetime.now(),
'candle_data':
numpy_data,
'reason':
'Pmax',
})
wallet.delete_one({'asset': asset})
else:
# UP ise
if (WatchList == None): # Takip listesinde değilse
if (WalletList == None): # Cüzdanda değilse
# Notify.notify(asset, 'WatchList Aktif', 'Trader V3', sound=True)
print("<b><green>Takip Listesine Alındı</green> </b>")
print("<b>{}</b>".format(asset))
print("<b><fg 0,95,0><white>{}</white></fg 0,95,0></b>".
format(result))
track.insert_one({
'asset':
asset,
'pmax':
result['pmX_4_0.1_4_7'][len(result) - 1],
'buy_price':
result['close'][len(result) - 1],
'buy_time':
datetime.now(),
'candle_data':
numpy_data,
})
else: # Takip listesindeyse
if (WalletList == None): # Cüzdanda değilse
time.sleep(1)
try:
candles = client.get_all_tickers()
except:
time.sleep(30)
candles = client.get_all_tickers()
pass
for candle in candles:
if (candle['symbol'] == asset):
current_price = float(candle['price'])
buy_price = WatchList['buy_price']
percentage = (
(current_price - buy_price) / current_price) * 100
if (percentage >= 3):
# Notify.notify(asset, 'Alım Sinyali %3', 'Trader V3', sound=True)
print("<b><blue>SATIN ALINDI</blue> </b>")
print("<b>{}</b>".format(asset))
print(
"<b><fg 0,95,0><white>{}</white></fg 0,95,0></b>".
format(result))
wallet.insert_one({
'asset': asset,
'buy_price': current_price,
'buy_time': datetime.now(),
'track_data': WatchList,
'candle_data': numpy_data,
})
track.delete_one({'asset': asset})