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gui.py
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gui.py
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from imports import *
class WorkerSignals(QObject):
result = pyqtSignal(bool, tuple)
class AWorker(QRunnable):
def __init__(self, fn, *args, **kwargs):
super(AWorker, self).__init__()
self.fn = fn
self.args = args
self.kwargs = kwargs
self.signals = WorkerSignals()
@pyqtSlot()
def run(self):
try:
data = self.fn(*self.args, **self.kwargs)
self.signals.result.emit(True, tuple(data))
except:
self.signals.result.emit(False, tuple(data))
class AExecutor(QRunnable):
def __init__(self, fn, *args, **kwargs):
super(AExecutor, self).__init__()
self.fn = fn
self.args = args
self.kwargs = kwargs
@pyqtSlot()
def run(self):
self.fn(*self.args, **self.kwargs)
class functions_Chart():
def __init__(self):
self.address = Web3.toChecksumAddress("0xbb4CdB9CBd36B01bD1cBaEBF2De08d9173bc095c") #TIGS
def reinit(self, address):
self.address = Web3.toChecksumAddress(address)
def currentUnixTime(self):
date = datetime.utcnow()
utc_time = calendar.timegm(date.utctimetuple())
return utc_time
def doRequest(self, candleTime, candleHistory):
currentUnixTime = int(self.currentUnixTime())
unix = candleHistory * 60 * 60
realCandelTime = int(currentUnixTime - unix)
reqJ = requests.get(f'https://api.trading-tigers.com/PancakeSwap/Chart/{self.address}/{candleTime}&from={currentUnixTime}&to={realCandelTime}').text
return json.loads(reqJ)['data']
class MainWindow(QDialog):
def __init__(self):
QDialog.__init__(self)
fplt.foreground = '#dca101'
fplt.background = '#272c36'
self.ui = Ui_Dialog()
self.chart_functions = functions_Chart()
self.GS = Global_Settings()
self.US = User_Settings()
self.OS = LimitOrders_Settings()
self.limitorders = LimitOrders_Algo()
self.web3 = Web3_UI_Functions()
self.math = Math_UI_Functions()
self.uif = UI_Functions()
self.ui.setupUi(self)
self.threadpool = QThreadPool.globalInstance()
self.setWindowTitle('JD CORPCOMPANY Toolkit')
self.setWindowFlags(QtCore.Qt.FramelessWindowHint)
self.setAttribute(QtCore.Qt.WA_TranslucentBackground)
self.ui.btn_minimize.clicked.connect(lambda: self.showMinimized())
self.ui.btn_close.clicked.connect(lambda: self.close())
#BUTTONS & CHANGED QTEXTEDIT
self.ui.token_address.textChanged.connect(lambda: self.addressChange())
self.ui.ButtonchartHelper_MA20.clicked.connect(lambda: self.changeIndicatorSettings("MA20"))
self.ui.ButtonChartHelper_Volume.clicked.connect(lambda: self.changeIndicatorSettings("VOLUME"))
self.ui.pushButton_error_OK.clicked.connect(lambda: self.ui.stackedWidget_16.setCurrentWidget(self.ui.Chart_Loaded))
self.ui.pushButton_Status_OK.clicked.connect(lambda: self.ui.stackedWidget_16.setCurrentWidget(self.ui.Chart_Loaded))
self.ui.pushButton_Status_OK.clicked.connect(lambda: self.ui.stackedWidget_16.setCurrentWidget(self.ui.Chart_Loaded))
self.ui.pushButton_Cancel_Confirm.clicked.connect(lambda: self.ui.stackedWidget_16.setCurrentWidget(self.ui.Chart_Loaded))
self.ui.pushButton_Cancel_Order.clicked.connect(lambda: self.ui.stackedWidget_16.setCurrentWidget(self.ui.Chart_Loaded))
self.ui.pushButton_Reject_Approve.clicked.connect(lambda: self.ui.stackedWidget_16.setCurrentWidget(self.ui.Chart_Loaded))
self.linkStartStopButtons()
self.ui.pushButton_STOP_LimitOrders.clicked.connect(lambda: self.ButtonStopOrderALGO())
self.ui.pushButton_START_LimitOrders.clicked.connect(lambda: self.ButtonStartOrderALGO())
self.initButtonValidators()
self.initButtonsChart()
self.initButtonsBToken()
self.initButtonsOrderType()
self.initButtonsMenu()
self.initChart()
self.initTradeInputs()
self.ui.frame_Settings_error.hide()
self.ui.Input_Settings_PrivateKey.setEchoMode(QLineEdit.Password)
update_Price = QtCore.QTimer(self, interval=10000, timeout=self.update_Price)
update_Price.start()
update_wallet_balance = QtCore.QTimer(self, interval=10000, timeout=self.update_wallet_balance)
update_wallet_balance.start()
AllowanceChecker = QtCore.QTimer(self, interval=5000, timeout=self.checkTokenAllowances)
AllowanceChecker.start()
update_OpenOrders = QtCore.QTimer(self, interval=10000, timeout=self.initOpenOrders)
update_OpenOrders.start()
self.LimitOrderAlgo = QtCore.QTimer(self, interval=int(self.US.OQI * 1000), timeout=self.RunLimitOrderAlgorithumus)
if self.US.AUTOSTART_ORDERS:
if self.GS.O_ONLINE:
self.LimitOrderAlgo.start()
# DROP SHADOW
self.shadow = QGraphicsDropShadowEffect(self)
self.shadow.setBlurRadius(15)
self.shadow.setXOffset(0)
self.shadow.setYOffset(0)
self.shadow.setColor(QColor(0, 0, 0, 150))
self.ui.main_frame.setGraphicsEffect(self.shadow)
##############
self.selectBaseToken()
self.selectIndicatorsButtons()
self.selectCandleTime()
self.selectCandleHistoryTime()
self.selectOrderType()
self.selectMenuButton()
self.update_wallet_balance()
self.ui.token_address.setText(str(Web3.toChecksumAddress("0x34faa80fec0233e045ed4737cc152a71e490e2e3")))
def moveWindow(event):
if event.buttons() == Qt.LeftButton:
self.move(self.pos() + event.globalPos() - self.dragPos)
self.dragPos = event.globalPos()
event.accept()
self.ui.frame_top_btns.mouseMoveEvent = moveWindow
self.window().axs = [self.ax]
self.show()
def resizeEvent(self, event):
self.resizeFunction()
return super(MainWindow, self).resizeEvent(event)
def resizeFunction(self):
print('Height: ' + str(self.height()) + ' | Width: ' + str(self.width()))
def mousePressEvent(self, event):
self.dragPos = event.globalPos()
def addressChange(self):
token_address = self.ui.token_address.text()
if Web3.isAddress(token_address) == True:
if self.web3.checkIsTokenContract(Web3.toChecksumAddress(token_address)):
self.token_address = Web3.toChecksumAddress(token_address)
self.ui.token_address.setText(self.token_address)
self.loadTokenAddress()
def RunLimitOrderAlgorithumus(self):
self.limitorders.start()
def linkStartStopButtons(self):
self.ui.pushButton_STOP_LimitOrders.clicked.connect(lambda: self.ButtonStopOrderALGO())
self.ui.pushButton_START_LimitOrders.clicked.connect(lambda: self.ButtonStartOrderALGO())
self.initOrderAlgoButtons(True)
def initOrderAlgoButtons(self, firstStart):
if firstStart:
if self.US.AUTOSTART_ORDERS:
if self.GS.O_ONLINE:
self.ui.label_Status_LIMITORDERS.setText("ONLINE")
self.ui.label_Status_LIMITORDERS.setStyleSheet(Ui_Styles().BUY_label)
else:
self.ui.label_Status_LIMITORDERS.setText("OFFLINE")
self.ui.label_Status_LIMITORDERS.setStyleSheet(Ui_Styles().SELL_label)
else:
self.ui.label_Status_LIMITORDERS.setText("OFFLINE")
self.ui.label_Status_LIMITORDERS.setStyleSheet(Ui_Styles().SELL_label)
else:
if self.GS.O_ONLINE:
self.ui.label_Status_LIMITORDERS.setText("ONLINE")
self.ui.label_Status_LIMITORDERS.setStyleSheet(Ui_Styles().BUY_label)
else:
self.ui.label_Status_LIMITORDERS.setText("OFFLINE")
self.ui.label_Status_LIMITORDERS.setStyleSheet(Ui_Styles().SELL_label)
def ButtonStopOrderALGO(self):
self.GS.changeGlobalSetting("ORDERS_ONLINE", False)
self.initOrderAlgoButtons(False)
self.LimitOrderAlgo.stop()
def ButtonStartOrderALGO(self):
self.GS.changeGlobalSetting("ORDERS_ONLINE", True)
self.initOrderAlgoButtons(False)
self.LimitOrderAlgo.start()
def loadTokenAddress(self):
self.chart_functions.reinit(self.token_address)
self.loadAddButton()
self.update_TokenInfos()
self.update_Price()
self.update_chart_dex()
self.update_TokenTax()
self.update_TokenAllowance()
self.resetInputs()
def update_TokenAllowance(self):
self.threadpool.start(AExecutor(self.checkTokenAllowances))
def checkTokenAllowances(self):
try:
if self.GS.B_TOKEN == "BUSD":
ALLOWANCE = int(self.web3.checkAlloanceSwapper(self.web3.BUSD, self.US.ADDRESS)) / 10**18
if float(ALLOWANCE) <= float(self.ui.Input_LB.text()) or float(ALLOWANCE) < float(self.ui.Input_MB.text()):
self.changeApproveButtonsBUY(True)
else:
self.changeApproveButtonsBUY(False)
else:
self.changeApproveButtonsBUY(False)
if self.token_address != self.web3.WBNB:
ALLOWANCE = int(self.web3.checkAlloanceSwapper(self.token_address, self.US.ADDRESS)) / 10**self.jsonTokenData['tokenDecimals']
if float(ALLOWANCE) <= float(self.ui.Input_LS.text()) or float(ALLOWANCE) < float(self.ui.Input_MS.text()):
self.changeApproveButtonsSELL(True)
else:
self.changeApproveButtonsSELL(False)
else:
self.changeApproveButtonsSELL(False)
except:
pass
def changeApproveButtonsBUY(self, bool):
try:
self.ui.ButtonExecute_MB.clicked.disconnect()
except:
pass
try:
self.ui.ButtonPlace_LB.clicked.disconnect()
except:
pass
if bool:
self.ui.ButtonExecute_MB.clicked.connect(lambda: self.ApproveToken(self.web3.BUSD))
self.ui.ButtonExecute_MB.setText("APPROVE")
self.ui.ButtonPlace_LB.clicked.connect(lambda: self.ApproveToken(self.web3.BUSD))
self.ui.ButtonPlace_LB.setText("APPROVE")
else:
self.ui.ButtonExecute_MB.clicked.connect(lambda: self.ConfirmPageMarket("MARKET","BUY"))
self.ui.ButtonExecute_MB.setText("EXECUTE BUY")
self.ui.ButtonPlace_LB.clicked.connect(lambda: self.ConfirmPageMarket("LIMIT","BUY"))
self.ui.ButtonPlace_LB.setText("PLACE ORDER")
def changeApproveButtonsSELL(self, bool):
try:
self.ui.ButtonExecute_MS.clicked.disconnect()
except:
pass
try:
self.ui.ButtonPlace_LS.clicked.disconnect()
except:
pass
if bool:
self.ui.ButtonExecute_MS.clicked.connect(lambda: self.ApproveToken(self.token_address))
self.ui.ButtonExecute_MS.setText("APPROVE")
self.ui.ButtonPlace_LS.clicked.connect(lambda: self.ApproveToken(self.token_address))
self.ui.ButtonPlace_LS.setText("APPROVE")
else:
self.ui.ButtonExecute_MS.clicked.connect(lambda: self.ConfirmPageMarket("MARKET", "SELL"))
self.ui.ButtonExecute_MS.setText("EXECUTE SELL")
self.ui.ButtonPlace_LS.clicked.connect(lambda: self.ConfirmPageMarket("LIMIT","SELL"))
self.ui.ButtonPlace_LS.setText("PLACE ORDER")
def ConfirmPageMarket(self, type, side):
status = True
if str(self.jsonTokenData["tokenSymbol"]) == str(self.GS.B_TOKEN):
status = False
self.ui.label_ErrorMessage.setText("FROM and TO TOKEN IS SAME, Wrapped TOKENS not Supported!")
self.ui.stackedWidget_16.setCurrentWidget(self.ui.Error_Page)
if status:
if type == "MARKET":
if float(self.ui.Input_MB.text()) != 0 or float(self.ui.Input_MS.text()) !=0:
if side == "SELL":
self.ui.Confirm_OrderType.setText(type + " " + side)
self.ui.Confirm_OrderType.setStyleSheet(Ui_Styles().SELL_label)
self.ui.Confirm_Symbol_In.setText(self.jsonTokenData["tokenSymbol"])
self.ui.Confirm_Symbol_Out.setText(self.GS.B_TOKEN)
self.ui.Confirm_Amount_In.setText(str(self.ui.Input_MS.text()))
self.ui.Confirm_Amount_Out.setText(str(self.ui.Output_MS.text()))
self.ui.stackedWidget_16.setCurrentWidget(self.ui.Submit_Page)
if self.GS.B_TOKEN == "BNB":
Status, Estimate_Fee, Signed_TX = self.web3.createSignedTransactionTokentoETH(
self.US.ADDRESS, self.token_address, float(self.ui.Input_MS.text()),self.jsonTokenData["tokenDecimals"], self.US.SLIPPAGE, self.US.GAS, self.US.PRIVKEY)
elif self.GS.B_TOKEN == "BUSD":
if self.token_address == self.web3.WBNB:
Status, Estimate_Fee, Signed_TX = self.web3.createSignedTransactionETHtoToken(
self.US.ADDRESS, self.web3.BUSD, float(self.ui.Input_MS.text()), self.US.SLIPPAGE, self.US.GAS, self.US.PRIVKEY)
elif self.GS.B_TOKEN == "BUSD":
Status, Estimate_Fee, Signed_TX = self.web3.createSignedTransactionTokentoToken(
self.US.ADDRESS, self.token_address, self.web3.BUSD, float(self.ui.Input_MS.text()), self.jsonTokenData["tokenDecimals"], self.US.SLIPPAGE, self.US.GAS, self.US.PRIVKEY)
if Status == True:
self.ui.Confirm_TX_FEE_ETH.setText(str(self.math.FloatToCleanSting(Estimate_Fee)))
try:
self.ui.pushButton_Submit_Confirm.clicked.diconnect()
except:
pass
self.ui.pushButton_Submit_Confirm.clicked.connect(lambda: self.SubmitTransaction())
self.ui.stackedWidget_16.setCurrentWidget(self.ui.Submit_Page)
self.Signed_TX = Signed_TX
else:
self.ui.label_ErrorMessage.setText(str(Status))
status = False
elif side == "BUY":
self.ui.Confirm_OrderType.setText(type + " " + side)
self.ui.Confirm_OrderType.setStyleSheet(Ui_Styles().BUY_label)
self.ui.Confirm_Symbol_In.setText(self.GS.B_TOKEN)
self.ui.Confirm_Symbol_Out.setText(self.jsonTokenData["tokenSymbol"])
self.ui.Confirm_Amount_In.setText(str(self.ui.Input_MB.text()))
self.ui.Confirm_Amount_Out.setText(str(self.ui.Output_MB.text()))
if self.GS.B_TOKEN == "BNB":
Status, Estimate_Fee, Signed_TX= self.web3.createSignedTransactionETHtoToken(
self.US.ADDRESS, self.token_address, float(self.ui.Input_MB.text()), self.US.SLIPPAGE, self.US.GAS, self.US.PRIVKEY)
elif self.GS.B_TOKEN == "BUSD":
Status, Estimate_Fee, Signed_TX= self.web3.createSignedTransactionTokentoToken(
self.US.ADDRESS, self.web3.BUSD, self.token_address, float(self.ui.Input_MB.text()), 18, self.US.SLIPPAGE, self.US.GAS, self.US.PRIVKEY)
if Status == True:
self.ui.Confirm_TX_FEE_ETH.setText(str(self.math.FloatToCleanSting(Estimate_Fee)))
try:
self.ui.pushButton_Submit_Confirm.clicked.diconnect()
except:
pass
self.ui.pushButton_Submit_Confirm.clicked.connect(lambda: self.SubmitTransaction())
self.ui.stackedWidget_16.setCurrentWidget(self.ui.Submit_Page)
self.Signed_TX = Signed_TX
else:
self.ui.label_ErrorMessage.setText(str(Status))
status = False
else:
self.ui.label_ErrorMessage.setText("Check your Input or Output Amount!")
status = False
if type == "LIMIT":
if float(self.ui.Input_LB.text()) != 0 or float(self.ui.Input_LS.text()) !=0:
if float(self.ui.Price_LB.text()) != 0 or float(self.ui.Price_LS.text()) !=0:
try:
self.ui.pushButton_Submit_Order.clicked.disconnect()
except:
pass
if side == "BUY":
self.LO = self.createOrderDict("BUY", self.GS.B_TOKEN,
float(self.ui.Input_LB.text()), self.jsonTokenData["tokenSymbol"],
float(self.ui.Price_LB.text()), self.token_address)
status = True
elif side == "SELL":
self.LO = self.createOrderDict("SELL", self.jsonTokenData["tokenSymbol"],
float(self.ui.Input_LS.text()), self.GS.B_TOKEN,
float(self.ui.Price_LS.text()), self.token_address)
status = True
if status:
self.ui.Order_OrderType.setText(str(side))
if side == "BUY":
self.ui.Order_OrderType.setStyleSheet(Ui_Styles().BUY_label)
if side == "SELL":
self.ui.Order_OrderType.setStyleSheet(Ui_Styles().SELL_label)
self.ui.Order_Amount.setText(str(self.LO["INPUT_AMOUNT"]))
self.ui.Order_Symbol_In.setText(self.LO["INPUT_SYMBOL"])
self.ui.Order_Price.setText(str(self.LO["TARGET_PRICE"]) + " $")
self.ui.Confirm_Orderway.setText(str(self.LO["INPUT_SYMBOL"] +" -> " + self.LO["OUTPUT_SYMBOL"]))
self.ui.stackedWidget_16.setCurrentWidget(self.ui.page_LimitOrder)
self.ui.pushButton_Submit_Order.clicked.connect(lambda: self.saveOrder())
else:
self.ui.label_ErrorMessage.setText("Check your Target Price!")
status = False
else:
self.ui.label_ErrorMessage.setText("Check your Input Amount!")
status = False
if not status:
self.ui.stackedWidget_16.setCurrentWidget(self.ui.Error_Page)
def createOrderDict(self, side, INPUT_SYMBOL, INPUT_AMOUNT, OUTPUT_SYMBOL, TARGET_PRICE, TOKEN_ADDRESS):
return {
"ID": str(''.join(random.choice(string.ascii_letters) for x in range(5))).upper(),
"SIDE": side,
"INPUT_SYMBOL": INPUT_SYMBOL,
"INPUT_AMOUNT": INPUT_AMOUNT,
"OUTPUT_SYMBOL": OUTPUT_SYMBOL,
"TARGET_PRICE": TARGET_PRICE,
"TOKEN_ADDRESS": TOKEN_ADDRESS
}
def saveOrder(self):
self.OS.addNewOrder(self.LO)
self.ui.stackedWidget_16.setCurrentWidget(self.ui.Chart_Loaded)
self.initOpenOrders()
self.resetInputs()
del self.LO
def ApproveToken(self, Token_Address):
try:
self.ui.pushButton_Submit_Approve.clicked.disconnect()
except:
pass
Status = True
try:
self.ui.Approve_Symbol.setText(self.jsonTokenData["tokenSymbol"])
self.ui.Approve_Symbol.setText(self.jsonTokenData["tokenSymbol"])
status, Estimate_Fee, Signed_TX = self.web3.createSignedTransactionApproveMAX(self.US.ADDRESS, Token_Address, self.US.GAS, self.US.PRIVKEY)
self.ui.Approve_TX_FEE_ETH.setText(self.math.FloatToCleanSting(Estimate_Fee))
if status == True:
self.ui.stackedWidget_16.setCurrentWidget(self.ui.Approve_Page)
self.ui.pushButton_Submit_Approve.clicked.connect(lambda: self.SubmitTransaction())
self.Signed_TX = Signed_TX
else:
self.ui.label_ErrorMessage.setText(str(status))
Status = False
except Exception as e:
Status = False
self.ui.label_ErrorMessage.setText(str(e))
print(e)
if not Status:
self.ui.stackedWidget_16.setCurrentWidget(self.ui.Error_Page)
def waitTransaction(self):
try:
self.ui.Transaction_Succesfully.hide()
except:
pass
try:
self.ui.Transaction_Fail.hide()
except:
pass
result = self.web3.awaitTransaction(self.tx)
if result: # 1 == True :)
self.ui.Transaction_Succesfully.show()
self.ui.Input_TX_HEX.setText(str(self.tx.hex()))
self.ui.stackedWidget_16.setCurrentWidget(self.ui.page_TX_Status)
else:
self.ui.Transaction_Fail.show()
self.ui.Input_TX_HEX.setText(str(self.tx.hex()))
self.ui.stackedWidget_16.setCurrentWidget(self.ui.page_TX_Status)
del self.tx
def SubmitTransaction(self):
try:
self.ui.stackedWidget_16.setCurrentWidget(self.ui.chart_isLoading)
if self.US.WAIT_TX_STATUS:
self.tx = self.web3.SubmitTransaction(self.Signed_TX)
self.waitTransaction()
else:
self.web3.SubmitTransaction(self.Signed_TX)
self.ui.stackedWidget_16.setCurrentWidget(self.ui.Chart_Loaded)
self.resetInputs()
del self.Signed_TX
except:
self.ui.stackedWidget_16.setCurrentWidget(self.ui.Chart_Loaded)
pass
def loadAddButton(self):
for token in self.US.TOKEN_LIST:
AllreadyinList = Web3.toChecksumAddress(self.token_address) == Web3.toChecksumAddress(token)
if AllreadyinList:
break
try:
self.ui.pushButton_AddtoList.clicked.disconnect()
except:
pass
if AllreadyinList:
self.ui.pushButton_AddtoList.hide()
else:
self.ui.pushButton_AddtoList.show()
self.ui.pushButton_AddtoList.clicked.connect(self.addTokenAddressToList)
def addTokenAddressToList(self):
self.US.TOKEN_LIST.append(self.token_address)
self.US.changeUserSetting("TOKEN_LIST",self.US.TOKEN_LIST)
self.loadAddButton()
def update_TokenTax(self):
self.threadpool.start(AExecutor(self.refresh_tokenTax))
def update_TokenInfos(self):
self.threadpool.start(AExecutor(self.refresh_token_infos))
def refresh_tokenTax(self):
Successfull, buy_tax, sell_tax = self.web3.checkTokenTax(self.token_address)
if Successfull == True:
self.ui.label_token_BuyTax_2.setText(str(buy_tax)+ " %")
self.ui.label_token_BuyTax.setText(str(buy_tax)+ " %")
self.ui.label_token_SellTax_2.setText(str(sell_tax)+ " %")
self.ui.label_token_SellTax.setText(str(sell_tax)+ " %")
else:
self.ui.label_token_BuyTax_2.setText("?? %")
self.ui.label_token_BuyTax.setText("?? %")
self.ui.label_token_SellTax_2.setText("?? %")
self.ui.label_token_SellTax.setText("?? %")
def refresh_token_infos(self):
try:
data = self.web3.fetchWalletTokenInformations(self.US.ADDRESS, [self.token_address])
if str(data[1][0]) == "WBNB":
self.jsonTokenData = {'tokenName': "Binance Coin", 'tokenSymbol': "BNB", 'tokenDecimals': 18 }
else:
self.jsonTokenData = {'tokenName': data[0][0], 'tokenSymbol': data[1][0], 'tokenBalance': float(data[2][0] / 10**int(data[4][0])), 'tokenPrice': float(data[3][0] / 10**18), 'tokenBalance_USD': float(data[2][0] / 10**int(data[4][0]) * data[3][0] / 10**18), 'tokenDecimals': data[4][0] }
namestr = str(self.jsonTokenData['tokenName']) + " ( " + str(self.jsonTokenData['tokenSymbol']) + " )"
self.ui.TokenName.setText(namestr)
self.ui.TokenName_LB.setText(namestr)
self.ui.TokenName_LS.setText(namestr)
self.ui.TokenName_MS.setText(namestr)
self.ui.TokenName_MB.setText(namestr)
self.initTradeSymbols()
except Exception as e:
print(e)
name = self.web3.fetchName(self.token_address)
self.ui.TokenName.setText(name)
self.ui.TokenName_LB.setText(name)
self.ui.TokenName_LS.setText(name)
self.ui.TokenName_MS.setText(name)
self.ui.TokenName_MB.setText(name)
def update_Price(self):
try:
self.current_price = self.math.FloatToCleanSting(self.web3.fetchCurrentPrice(self.token_address))
self.ui.TokenPrice.setText(str(self.current_price)+ " $ ")
except Exception as e:
print(e)
pass
def refresh_datas(self, a, b):
if a == True:
first_Price = float(b[0][3][0])
percent = round(self.math.get_change(float(self.current_price), float(first_Price)), 2)
p = str(percent) + " %"
if str(p[-0]) == "-":
self.ui.TokenPriceChange.setStyleSheet(u"color:rgb(196, 49, 69);\nfont-weight: bold;\nbackground:transparent;\nfont-size: 10pt;")
prefix= ""
else:
self.ui.TokenPriceChange.setStyleSheet(u"color:#006626;\nfont-weight: bold;\nbackground:transparent;\nfont-size: 10pt;")
prefix= "+"
self.ui.TokenPriceChange.setText( str(prefix + p))
fplt.candlestick_ochl(b[0], ax = self.ax)
if self.GS.MA20 == True:
fplt.plot(b[1], legend = "MA-20", ax = self.ax, size=3)
if self.GS.VOLUME == True:
fplt.volume_ocv(b[2], ax=self.axo)
fplt.refresh()
self.ui.stackedWidget_16.setCurrentWidget(self.ui.Chart_Loaded)
print("updated Chart")
else:
print("Request Fail!")
def fetchTokenData(self):
try:
req = self.chart_functions.doRequest(self.GS.candleTimeMin, self.GS.candleHistory)
df = pd.DataFrame(req)
df = df.rename(columns={'t':'Time', 'o':'Open', 'c':'Close', 'h':'High', 'l':'Low', 'v':'Volume'})
o = df['Open']#.apply(float(self.math.FloatToCleanSting))
c = df['Close']#.apply(float(self.math.FloatToCleanSting))
h = df['High']#.apply(float(self.math.FloatToCleanSting))
l = df['Low']#.apply(float(self.math.FloatToCleanSting))
v = df['Volume']#.apply(float(self.math.FloatToCleanSting))
candles = df['Time'], o, c, h, l
ma20 = df.Close.rolling(20).mean()
volume = df["Time"], o, c, v
data = candles, ma20, volume
return data
except Exception as e:
return e
def fetchWalletBalances(self):
t = []
for i in range(0, len(self.US.TOKEN_LIST), 40):
t.append(self.US.TOKEN_LIST[i:i+40])
data = [[],[],[],[],[]]
for token in t:
d = self.web3.fetchWalletTokenInformations(self.US.ADDRESS, token)
data[0].extend(d[0])
data[1].extend(d[1])
data[2].extend(d[2])
data[3].extend(d[3])
data[4].extend(d[4])
i = 0
rou = []
ETHdata = self.web3.fetchEthWalletInfos(self.US.ADDRESS)
rou.append({
'tokenAddress': self.web3.WBNB,
'tokenName': "Binance Coin",
'tokenSymbol': "BNB",
'tokenBalance': float(ETHdata[0] / 10**18),
'tokenPrice': float(ETHdata[1]),
'tokenBalance_USD': float(ETHdata[0] * ETHdata[1] / 10**18),
'tokenDecimals': 18
})
for tokenAddress in self.US.TOKEN_LIST:
rou.append({
'tokenAddress': tokenAddress,
'tokenName': data[0][i],
'tokenSymbol': data[1][i],
'tokenBalance': float(data[2][i] / 10**int(data[4][i])),
'tokenPrice': float(data[3][i] / 10**18),
'tokenBalance_USD': float(data[2][i] / 10**int(data[4][i]) * data[3][i] / 10**18),
'tokenDecimals': data[4][i]
})
i += 1
rou.sort(key=lambda x: x.get('tokenBalance_USD'), reverse=True)
return rou
def update_chart_dex(self):
self.ui.stackedWidget_16.setCurrentWidget(self.ui.chart_isLoading)
self.ax.reset()
self.axo.reset()
worker = AWorker(self.fetchTokenData)
worker.signals.result.connect(self.refresh_datas)
self.threadpool.start(worker)
def update_wallet_balance(self):
worker = AWorker(self.fetchWalletBalances)
worker.signals.result.connect(self.editScrollAreaWidget)
self.threadpool.start(worker)
def calcMBuyOutput(self):
InputAmount = self.ui.Input_MB.text()
try:
float(InputAmount)
if float(InputAmount) != float(0):
status = True
else:
status = False
except:
status = False
if status == True:
Slippage = (float(InputAmount) / 100 * self.US.SLIPPAGE)
Amount = int( (float(InputAmount) - float(Slippage)) * 10**18 )
if self.GS.B_TOKEN == "BNB":
BaseAddress = self.web3.WBNB
elif self.GS.B_TOKEN == "BUSD":
BaseAddress = self.web3.BUSD
OutputAmount = self.math.FloatToCleanSting(
self.web3.fetchOutputAmount(
Amount, BaseAddress,
self.token_address)[0] / 10**self.jsonTokenData["tokenDecimals"]
)
self.ui.Output_MB.textChanged.disconnect()
self.ui.Output_MB.setText(OutputAmount)
self.ui.Output_MB.textChanged.connect(self.calcMBuyInput)
def calcMSellOutput(self):
InputAmount = self.ui.Input_MS.text()
try:
float(InputAmount)
if float(InputAmount) != float(0):
status = True
else:
status = False
except:
status = False
if status == True:
Slippage = (float(InputAmount) / 100 * self.US.SLIPPAGE)
Amount = int( (float(InputAmount) - float(Slippage)) * 10**self.jsonTokenData['tokenDecimals'] )
print(Amount)
if self.GS.B_TOKEN == "BNB":
BaseAddress = self.web3.WBNB
elif self.GS.B_TOKEN == "BUSD":
BaseAddress = self.web3.BUSD
OutputAmount = self.math.FloatToCleanSting(
self.web3.fetchOutputAmount(
Amount,
self.token_address,
BaseAddress
)[0] / 10**18)
self.ui.Output_MS.textChanged.disconnect()
self.ui.Output_MS.setText(OutputAmount)
self.ui.Output_MS.textChanged.connect(self.calcMSellInput)
def calcMSellInput(self):
OutputAmount = self.ui.Output_MS.text()
try:
float(OutputAmount)
if float(OutputAmount) != float(0):
status = True
else:
status = False
except:
status = False
if status == True:
Slippage = (float(OutputAmount) / 100 * self.US.SLIPPAGE)
Amount = int( (float(OutputAmount) + float(Slippage)) * 10**self.jsonTokenData['tokenDecimals'])
print(Amount)
if self.GS.B_TOKEN == "BNB":
BaseAddress = self.web3.WBNB
elif self.GS.B_TOKEN == "BUSD":
BaseAddress = self.web3.BUSD
InputAmount = self.math.FloatToCleanSting(
self.web3.fetchOutputAmount(
Amount,
BaseAddress,
self.token_address
)[0] / 10**18)
self.ui.Input_MS.textChanged.disconnect()
self.ui.Input_MS.setText(InputAmount )
self.ui.Input_MS.textChanged.connect(self.calcMSellOutput)
def calcMBuyInput(self):
OutputAmount = self.ui.Output_MB.text()
try:
float(OutputAmount)
if float(OutputAmount) != float(0):
status = True
else:
status = False
except:
status = False
if status == True:
Slippage = (float(OutputAmount) / 100 * self.US.SLIPPAGE)
Amount = int( (float(OutputAmount) + float(Slippage)) * 10**self.jsonTokenData['tokenDecimals'] )
print(Amount)
if self.GS.B_TOKEN == "BNB":
BaseAddress = self.web3.WBNB
elif self.GS.B_TOKEN == "BUSD":
BaseAddress = self.web3.BUSD
InputAmount = self.math.FloatToCleanSting(
self.web3.fetchOutputAmount(
Amount,
self.token_address,
BaseAddress
)[0] / 10**18)
print(InputAmount)
self.ui.Input_MB.textChanged.disconnect()
self.ui.Input_MB.setText(InputAmount)
self.ui.Input_MB.textChanged.connect(self.calcMBuyOutput)
def resetInputs(self):
self.ui.Output_MS.setText(str(0))
self.ui.Input_MS.setText(str(0))
self.ui.Output_MB.setText(str(0))
self.ui.Input_MB.setText(str(0))
self.ui.Input_LS.setText(str(0))
self.ui.Price_LS.setText(str(0))
self.ui.Input_LB.setText(str(0))
self.ui.Price_LB.setText(str(0))
def checkSaveSettings(self):
try:
self.ui.frame_Settings_error.hide()
except:pass
try:
self.ui.label_Settings_error.show()
except:pass
try:
self.ui.frame_Settings_success.hide()
except:pass
e = True
if len(self.ui.Input_Settings_Address.text()) != 0:
if Web3.isAddress(self.ui.Input_Settings_Address.text()):
self.US.changeUserSetting("ADDRESS",Web3.toChecksumAddress(self.ui.Input_Settings_Address.text()))
if len(self.ui.Input_Settings_PrivateKey.text()) != 0:
try:
self.US.changeUserSetting("SECRETKEY", self.ui.Input_Settings_PrivateKey.text())
except Exception as e:
self.showSettingsError(e)
print(e)
e = False
if len(self.ui.Input_Settings_provider.text()) != 0:
try:
providerTest = web3ProviderTester().runTest(self.ui.Input_Settings_provider.text())
if providerTest:
self.US.changeUserSetting("PROVIDER", self.ui.Input_Settings_provider.text())
except Exception as e:
self.showSettingsError(e)
print(e)
e = False
if len(self.ui.Input_Settings_Slippage.text()) != 0:
try:
float(self.ui.Input_Settings_Slippage.text())
self.US.changeUserSetting("SLIPPAGE", float(self.ui.Input_Settings_Slippage.text()))
except Exception as e:
self.showSettingsError(e)
print(e)
e = False
if len(self.ui.Input_Settings_GAS.text()) != 0:
try:
float(self.ui.Input_Settings_GAS.text())
self.US.changeUserSetting("GAS_GWEI", float(self.ui.Input_Settings_GAS.text()))
except Exception as e:
self.showSettingsError(e)
print(e)
e = False
if len(self.ui.Input_Settings_OQI.text()) != 0:
try:
float(self.ui.Input_Settings_OQI.text())
self.US.changeUserSetting("ORDER_QUERY_INTERVAL", float(self.ui.Input_Settings_OQI.text()))
except Exception as e:
self.showSettingsError(e)
print(e)
e = False
if len(self.ui.Input_Settings_SQI.text()) != 0:
try:
float(self.ui.Input_Settings_SQI.text())
self.US.changeUserSetting("SNIPER_QUERY_INTERVAL", float(self.ui.Input_Settings_SQI.text()))
except Exception as e:
self.showSettingsError(e)
print(e)
e = False
self.US.changeUserSetting("WAIT_TX_STATUS", self.ui.checkBox_WaitTXStatus.isChecked())
self.US.changeUserSetting("AUTOSTART_ORDERS", self.ui.checkBox_AutoStart_Orders.isChecked())
self.US.changeUserSetting("AUTOSTART_SNIPER", self.ui.checkBox_AutoStart_Sniper.isChecked())
if e:
self.ui.frame_Settings_error.show()
self.ui.label_Settings_error.hide()
def showSettingsError(self, e):
try:
self.ui.label_Settings_error.setText(str(e))
self.ui.label_Settings_error.show()
except:
pass
def changeIndicatorSettings(self, SETTING):
if SETTING == "MA20":
if self.GS.MA20 == True:
self.GS.changeGlobalSetting("MA20", False)
else:
self.GS.changeGlobalSetting("MA20", True)
if SETTING == "VOLUME":
if self.GS.VOLUME == True:
self.GS.changeGlobalSetting("VOLUME", False)
else:
self.GS.changeGlobalSetting("VOLUME", True)
self.selectIndicatorsButtons()
self.update_chart_dex()
def changeCandleTime(self, TIME):
self.GS.changeGlobalSetting("CandleTimeMin", TIME)
self.selectCandleTime()
self.update_chart_dex()
def changeCandleHistoryTime(self, TIME):
self.GS.changeGlobalSetting("CandleHistory", TIME)
self.selectCandleHistoryTime()
self.update_chart_dex()
def changeBToken(self, B_TOKEN):
self.GS.changeGlobalSetting("BASE_TOKEN", B_TOKEN)
self.selectBaseToken()
self.resetInputs()
self.update_TokenAllowance()
def changeOrderType(self, ORDER_TYPE):
self.GS.changeGlobalSetting("ORDER_TYPE", ORDER_TYPE)
self.selectOrderType()
def changeMenuButton(self, MENU_BUTTON):
self.GS.changeGlobalSetting("MENU_BUTTON", MENU_BUTTON)
self.selectMenuButton()
def initSettingsInputs(self):
self.ui.Input_Settings_Address.setText(self.US.ADDRESS)
self.ui.Input_Settings_PrivateKey.setText(self.US.PRIVKEY)
self.ui.Input_Settings_Slippage.setText(str(self.US.SLIPPAGE))
self.ui.Input_Settings_provider.setText(self.US.PROVIDER)
self.ui.Input_Settings_OQI.setText(str(self.US.OQI))
self.ui.Input_Settings_SQI.setText(str(self.US.SQI))
self.ui.Input_Settings_GAS.setText(str(self.US.GAS))
self.ui.checkBox_WaitTXStatus.setChecked(self.US.WAIT_TX_STATUS)
self.ui.checkBox_AutoStart_Orders.setChecked(self.US.AUTOSTART_ORDERS)
self.ui.checkBox_AutoStart_Sniper.setChecked(self.US.AUTOSTART_SNIPER)
try:
self.ui.pushButton_Save_Settings.clicked.disconnect()
except:
pass
try:
self.ui.pushButton_Discard_Settings.clicked.disconnect()
except:
pass
self.ui.pushButton_Save_Settings.clicked.connect(self.checkSaveSettings)
self.ui.pushButton_Discard_Settings.clicked.connect(self.initSettingsInputs)
def initTradeInputs(self):
self.ui.Input_MB.textChanged.connect(self.calcMBuyOutput)
self.ui.Input_MS.textChanged.connect(self.calcMSellOutput)
self.ui.Output_MB.textChanged.connect(self.calcMBuyInput)
self.ui.Output_MS.textChanged.connect(self.calcMSellInput)
def initTradeSymbols(self):
self.ui.Input_MB_tokenSymbol.setText(self.GS.B_TOKEN)
self.ui.Output_MB_tokenSymbol.setText(str(self.jsonTokenData["tokenSymbol"]))
self.ui.Input_MS_tokenSymbol.setText(str(self.jsonTokenData["tokenSymbol"]))
self.ui.Output_MS_tokenSymbol.setText(self.GS.B_TOKEN)
self.ui.Input_LB_tokenSymbol.setText(self.GS.B_TOKEN)
self.ui.Output_LB_tokenSymbol.setText("$")
self.ui.Input_LS_tokenSymbol.setText(str(self.jsonTokenData["tokenSymbol"]))
self.ui.Output_LS_tokenSymbol.setText("$")
def initChart(self):
self.movie = QMovie(r'ui/icons/Spinner.gif')
self.ui.chart_loading.setMovie(self.movie)
self.ui.chart_loading.setAlignment(Qt.AlignCenter)
self.movie.setScaledSize(QSize(275, 275))
self.movie.start()
self.sizegrip = QSizeGrip(self.ui.frame_size_grip)
self.sizegrip.setStyleSheet("width: 20px; height: 20px; margin 0px; padding: 0px;")
area = DockArea()
dock_0 = Dock("Chart", hideTitle=True, closable = False)
self.ax = fplt.create_plot_widget(master=area,rows=1, init_zoom_periods=10**10)
self.axo = self.ax.overlay()
area.axs = [self.ax]
dock_0.addWidget(self.ax.ax_widget, 1, 0, 1, 2)
area.addDock(dock_0)
self.layChart = QVBoxLayout()
self.layChart.setContentsMargins(0, 0, 0, 0)
self.layChart.addWidget(area)
self.ui.chart_container.setLayout(self.layChart)
def initOpenOrders(self):
self.OS.LoadOrders()
layout = self.ui.scrollArea_ordersWidgetContents.layout()
for i in reversed(range(layout.count())):
layout.itemAt(i).widget().deleteLater()
for order in self.OS.ORDERS:
o = self.uif.createOrderContainer(self, order["ID"], order["INPUT_SYMBOL"], order["OUTPUT_SYMBOL"], order["SIDE"], order["TARGET_PRICE"], order["INPUT_AMOUNT"])
layout.addWidget(o)