def createSignalDto(self, msg, chName):
print('creating signalDto for ' + chName + ' started')
signalDto = SignalDto()
signalDto.provider = chName
lines = str.splitlines(msg)
for line in lines:
item = line.lower()
posEnter = str.find(item, 'buy') + str.find(item, 'sell')
posTP = str.find(item, 'tp')
posSL = str.find(item, 'sl')
item = item.split(' ')
if posEnter != -2:
signalDto.symbol = item[0]
signalDto.enter_type = 1 if item[2] == "buy" else 2
signalDto.enterPrice = item[-1]
elif posSL != -1:
signalDto.sl = item[1]
elif posTP != -1:
if (signalDto.tp == 0):
signalDto.tp = item[1]
elif (signalDto.tp2 == 0):
signalDto.tp2 = item[1]
elif (signalDto.tp3 == 0):
signalDto.tp3 = item[1]
print('creating signalDto for ' + chName + ' finished')
return {0: signalDto}
def createSignalDto(self, msg, chName):
print('creating signalDto for ' + chName + ' started')
lines = str.splitlines(msg)
signalDto = SignalDto()
signalDto.provider = chName
for line in lines:
item = line.lower().split(' ')
posSymbol = str.find(line.lower(), 'now at')
posTP = str.find(line.lower(), 'take profit')
posSL = str.find(line.lower(), 'stop loss')
if posSymbol != -1:
signalDto.symbol = item[1]
signalDto.enter_type = 1 if item[0] == "buy" else 2
signalDto.enterPrice = float(item[4])
elif posSL != -1:
signalDto.sl = float(item[3])
elif posTP != -1:
if (signalDto.tp == 0):
signalDto.tp = float(item[3])
elif (signalDto.tp2 == 0):
signalDto.tp2 = float(item[3])
elif (signalDto.tp3 == 0):
signalDto.tp3 = float(item[3])
print('creating signalDto for ' + chName + ' finished')
return {0: signalDto}
def createSignalDto(self, msg, chName):
print('creating signalDto for ' + chName + ' started')
lines = str.splitlines(msg)
signals = {}
counter = -1
for line in lines:
line = line.lower()
if line.find('buy') != -1 or line.find('sell') != -1:
counter += 1
signals[counter] = SignalDto()
signals[counter].provider = chName
enter = line.replace('limit ', '').split(
" ") # AUDUSD SELL Limit @ 0.73000
signals[counter].symbol = enter[0]
signals[counter].enter_type = 1 if enter[1] == "buy" else 2
signals[counter].enterPrice = float(enter[2])
elif line.find('sl') != -1: #SL 0.74230
signals[counter].sl = float(line.split(' ')[1])
elif line.find('tp') != -1:
if (signals[counter].tp == 0):
signals[counter].tp = float(line.split(' ')[1])
elif (signals[counter].tp2 == 0):
signals[counter].tp2 = float(line.split(' ')[1])
elif (signals[counter].tp3 == 0):
signals[counter].tp3 = float(line.split(' ')[1])
print('creating signalDto for ' + chName + ' finished')
return signals
def createSignalDto(self, msg, chName):
print('creating signalDto for ' + chName + ' started')
lines = str.splitlines(msg)
signalDto = SignalDto()
signalDto.provider = chName
for line in lines:
item = line.lower()
posSymbol = str.find(item.lower(), '@')
posTP = str.find(item.lower(), 't/')
posSL = str.find(item.lower(), 's/')
if posSymbol != -1:
item = item.replace(" ", "") #gbp/jpy sell @ 138.800
signalDto.symbol = item[0:7].replace('/', '')
signalDto.enter_type = 1 if item[7:11] == "buy" else 2
signalDto.enterPrice = float(item.split('@')[1])
elif posSL != -1: #s/l=140.004
signalDto.sl = float(item.split('=')[1])
elif posTP != -1:
if (signalDto.tp == 0):
signalDto.tp = float(item.split('=')[1])
elif (signalDto.tp2 == 0):
signalDto.tp2 = float(item.split('=')[1])
elif (signalDto.tp3 == 0):
signalDto.tp3 = float(item.split('=')[1])
print('creating signalDto for ' + chName + ' finished')
return {0: signalDto}
def createSignalDto(self, msg, chName):
print('creating signalDto for ' + chName + ' started')
lines = str.splitlines(msg)
signals = {}
counter = -1
for line in lines:
if line.lower().find('buy') != -1 or line.lower().find(
'sell') != -1:
counter += 1
signals[counter] = SignalDto()
signals[counter].provider = chName
enter = line.split(" ") # first line is Euraud Buy at 1.62000
signals[counter].symbol = str.upper(enter[0])
signals[counter].enter_type = 1 if str.upper(
enter[1]) == "BUY" else 2
try:
signals[counter].enterPrice = float(enter[4])
except:
signals[counter].enterPrice = float(enter[3])
elif line.lower().find('sl') != -1:
signals[counter].sl = float(line.lower().replace('sl',
'').replace(
' ', ''))
elif line.lower().find('tp') != -1:
signals[counter].tp = float(line.lower().replace('tp',
'').replace(
' ', ''))
print('creating signalDto for ' + chName + ' finished')
return signals
def createSignalDto(self, msg, msgTime, chName):
lines = str.splitlines(msg)
signalDto = SignalDto()
signalDto.provider = chName
signalDto.signalTime = self.getDate(msgTime)
for item in lines:
isFourDigit = False
posSymbol = str.find(item, '#')
posBuy = str.find(item, 'BUY')
posTP = str.find(item, ':white_check_mark:')
posSL = str.find(item, ':x:')
if posSymbol != -1:
signalDto.symbol = item[1:7]
isFourDigit = self.checkDigits(signalDto.symbol)
elif posBuy != -1:
if isFourDigit == False:
signalDto.enterPrice = float(item[7:14])
else:
signalDto.enterPrice = float(item[7:13])
elif posSL != -1:
if isFourDigit == False:
signalDto.sl = float(item[3:10])
else:
signalDto.sl = float(item[3:9])
elif posTP != -1:
if isFourDigit == False:
signalDto.tp = float(item[18:25])
else:
signalDto.tp.append(float(item[18:24]))
return signalDto
def createSignalDto(self, msg, chName):
print('creating signalDto for ' + chName + ' started')
lines = str.splitlines(msg)
signalDto = SignalDto()
signalDto.provider = chName
for item in lines:
isFourDigit = False
posSymbol = str.find(item, '#')
posBuy = str.find(item, 'BUY')
posSell = str.find(item, 'SELL')
posTP = str.find(item, ':white_check_mark:')
posSL = str.find(item, ':x:')
if posSymbol != -1:
signalDto.symbol = item.replace('#', '').replace(' ', '')
elif posBuy != -1 or posSell != -1:
enter = item.split(' ')
signalDto.type = 1 if enter[0] == "BUY" else 2
signalDto.enterPrice = enter[2]
elif posSL != -1:
signalDto.sl = item.split(':')[2]
elif posTP != -1:
if (signalDto.tp == 0):
signalDto.tp = item.split(':')[2]
elif (signalDto.tp2 == 0):
signalDto.tp2 = item.split(':')[2]
elif (signalDto.tp3 == 0):
signalDto.tp3 = item.split(':')[2]
print('creating signalDto for ' + chName + ' finished')
return {0: signalDto}
def createSignalDto(self, msg, chName):
print('creating signalDto for ' + chName + ' started')
lines = str.splitlines(msg)
signalDto = SignalDto()
signalDto.provider = chName
for line in lines:
item = line.lower()
posSymbol = str.find(item, '#')
posBuy = str.find(item.lower(), 'in')
posTP = str.find(item.lower(), 'take profit')
posSL = str.find(item.lower(), 'stop loss')
if posSymbol != -1:
signalDto.symbol = item.replace('#', '').replace(' ', '')
elif posBuy != -1:
enter = item.replace(' ', '').split(':')
signalDto.enter_type = 1 if enter[2].lower().replace(
'in', '') == "buy" else 2
signalDto.enterPrice = float(enter[3])
elif posSL != -1:
signalDto.sl = float(item.replace(' ', '').split(':')[3])
elif posTP != -1:
if (signalDto.tp == 0):
signalDto.tp = float(item.replace(' ', '').split(':')[3])
elif (signalDto.tp2 == 0):
signalDto.tp2 = float(item.replace(' ', '').split(':')[3])
elif (signalDto.tp3 == 0):
signalDto.tp3 = float(item.replace(' ', '').split(':')[3])
print('creating signalDto for ' + chName + ' finished')
return {0: signalDto}
def createSignalDto(self, msg, chName):
print('creating signalDto for ' + chName + ' started')
lines = str.splitlines(msg)
signalDto = SignalDto()
signalDto.provider = chName
for line in lines:
item = line.lower()
posSymbol = str.find(item.lower(), 'alert!')
posBuy = str.find(item.lower(), 'now@')
posTP = str.find(item.lower(), 'tp')
posSL = str.find(item.lower(), 'sl')
if posSymbol != -1:
signalDto.symbol = item.split(" ")[2]
elif posBuy != -1:
enter = item.split(' ')
signalDto.enter_type = 1 if enter[0] == "buy" else 2
signalDto.enterPrice = float(enter[2])
elif posSL != -1:
signalDto.sl = float(item.split(':')[1].replace(' ', ''))
elif posTP != -1:
if (signalDto.tp == 0):
signalDto.tp = float(item.split(':')[1].replace(' ', ''))
elif (signalDto.tp2 == 0):
signalDto.tp2 = float(item.split(':')[1].replace(' ', ''))
elif (signalDto.tp3 == 0):
signalDto.tp3 = float(item.split(':')[1].replace(' ', ''))
print('creating signalDto for ' + chName + ' finished')
return {0: signalDto}
def createSignalDto(self,msg,chName):
print('creating signalDto for '+chName+ ' started')
lines=str.splitlines(msg)
signalDto= SignalDto()
signalDto.provider = chName
for item in lines :
isFourDigit=False
posSymbol=str.find(item,'#')
posBuy=str.find(item,'BUY')
posTP=str.find(item,':white_check_mark:')
posSL=str.find(item,':x:')
if posSymbol != -1 :
signalDto.symbol=str.strip(item[1:]) # :7
#isFourDigit=self.utils.checkDigits(signalDto.symbol)
elif posBuy != -1 :
signalDto.enterPrice = float(item[7:]) # :14
elif posSL != -1 :
signalDto.sl = float(item[3:]) # :10
elif posTP != -1 :
if(signalDto.tp == 0):
signalDto.tp = float(item[18:]) # :25
elif(signalDto.tp2 == 0):
signalDto.tp2 = float(item[18:]) # :25
elif(signalDto.tp3 == 0):
signalDto.tp3 = float(item[18:]) # :25
signalDto.vol=0.01
print('creating signalDto for '+chName+ ' finished')
return signalDto
def createSignalDto(self, msg, chName):
print('creating signalDto for ' + chName + ' started')
lines = str.splitlines(msg)
signalDto = SignalDto()
signalDto.provider = chName
#signalDto.signalTime =self.utils.getDate(msgTime)
enter = lines[0].split(" ") # first line is USDCAD BUY 1.3045
signalDto.symbol = enter[0]
signalDto.enter_type = 1 if enter[1] == "BUY" else 2
signalDto.enterPrice = float(enter[2])
signalDto.sl = float(lines[1].split(" ")[1]) #SL 1.2960
signalDto.tp = float(lines[2].split(" ")[1]) #TP 1.2960
print('creating signalDto for ' + chName + ' finished')
return {0: signalDto}
def createSignalDto(self, msg, chName):
print('creating signalDto for ' + chName + ' started')
lines = str.splitlines(msg)
signals = {}
counter = -1
for line in lines:
line = line.lower()
if line.find('buy') != -1 or line.find('sell') != -1:
counter += 1
signals[counter] = SignalDto()
signals[counter].provider = chName
enter = line.split(
' ') # forexsignalfactory:anger: SELL USDJPY @ 107.20
signals[counter].symbol = enter[2]
signals[counter].enter_type = 1 if enter[1] == "buy" else 2
signals[counter].enterPrice = float(enter[4])
elif line.find('tp') != -1:
if (signals[counter].tp == 0):
signals[counter].tp = float(line.split(' ')[3])
elif (signals[counter].tp2 == 0):
signals[counter].tp2 = float(line.split(' ')[3])
elif (signals[counter].tp3 == 0):
signals[counter].tp3 = float(line.split(' ')[3])
enter = signals[counter].enterPrice
diff = abs((enter - signals[counter].tp)) * (2 / 3)
if signals[counter].enter_type == 1:
signals[counter].sl = enter - diff
else:
signals[counter].sl = enter + diff
print('creating signalDto for ' + chName + ' finished')
return signals
# print(today.strftime("%d/%m/%Y") + "aaa")
# utils = Utils()
# print(utils.extractTime("sdaf adsf"))
# driver = webdriver.Firefox()
# driver.get("https://web.telegram.org/#/im")
# sleep(25)
# telegrambot = BotEngine(driver)
# telegrambot.setListOfVendors()
# telegrambot.getNewMessage()
signal = SignalDto()
signal.provider = "forex-signal"
signal.tp = 500
signal.sl = 500
signal.symbol = 'EURUSD'
signal.enterPrice = 1.20850
signal.lots = .01
signal.enter_type = 'buy'
a = SimpleSendSignal()
test = ('a', signal)
#print("end response: ")
#print(a._run_(test))
b = SimpleSendSignal()
b._trader_(signal)
