def disconnected(gui):
gui.socketStatus = "disconnected"
ConnectionUtils.disconnect(gui)
if gui.configList["reconnectMode"] == 'auto':
TabUtils.writeMessage(gui,"Lost the connection, trying to reconnect automaticly")
ConnectionUtils.connect(gui)
else:
TabUtils.writeMessage(gui,"Lost the connection. Use /connect IP to connect manually")
def connect(argument,gui):
if(gui.socketStatus == "disconnected"):
if gui.configList["ipAdress"] != argument[1]:
TabUtils.deleteAllTabs(gui)
TabUtils.clearWindowList(gui.windowList)
gui.configList["ipAdress"] = argument[1]
ConnectionUtils.connect(gui)
else:
if argument[1] == gui.configList["ipAdress"]:
TabUtils.writeMessage(gui,"You are already connected to " +argument[1])
else:
ConnectionUtils.disconnect(gui)
TabUtils.deleteAllTabs(gui)
TabUtils.clearWindowList(gui.windowList)
gui.configList["ipAdress"] = argument[1]
if gui.configList["reconnectMode"] != "auto":
gui.master.after(100,ConnectionUtils.connect,gui)
gui.message.delete(0,END)
def __init__(self,master):
self.master = master
Gstyle = ttk.Style()
Gstyle.configure("TNotebook", background="#121A16", borderwidth=0)
Gstyle.configure("TNotebook.Tab", background='#545854',foreground="black",borderwidth=1)
self.nb = ttk.Notebook(master,style='TNotebook')
self.nb.place(x=122, y=0)
self.userWindow = Listbox(master, width=15,height=24)
self.userWindow.config(background="#121A16",foreground="#00EB00",highlightthickness=0)
self.userWindow.place(x=0,y=23)
self.roomWindow = Listbox(master, width=15,height=24)
self.roomWindow.config(background="#121A16",foreground="#00EB00",highlightthickness=0)
self.roomWindow.place(x=689,y=23)
self.roomLabel = Label(master,text="Available Rooms",font=("Helvetica",10))
self.roomLabel.config(background="#121A16",foreground="#00EB00")
self.roomLabel.place(x=695,y=0)
self.userLabel = Label(master,text="Users",font=("Helvetica",10))
self.userLabel.config(background="#121A16",foreground="#00EB00")
self.userLabel.place(x=30,y=0)
self.temp = StringVar()
self.message = Entry(master,width=70,textvariable = self.temp)
self.message.config(background = "#121A16",foreground="#00EB00",insertbackground="#00EB00")
self.message.place(x=123,y=388)
self.message.bind('<Return>',self.sendMessage)
self.windowList = {}
self.userList = {}
self.rooms = {}
self.configList = {}
self.userList["global"] = ['']
self.socketStatus = "disconnected"
self.initiateConfig()
self.currentTab = "global"
self.nb.bind_all("<<NotebookTabChanged>>", lambda e: TabUtils.tabChangedEvent(e,gui))
self.serverSocket = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
self.master.protocol('WM_DELETE_WINDOW', lambda: ConnectionUtils.closeClient(self))
self.menues = Menues(self)
TabUtils.addTab(self,"global")
def checkConnectQueue(gui,thread):
"""
Parses the result from a connection attempt.
Keyword arguments:
thread - The thread attempting to connect.
"""
result = thread.returnQueue()
if (result == "empty"):
gui.master.after(500,checkConnectQueue,gui,thread)
elif (result == "Connected"):
gui.message.config(state=NORMAL)
gui.socketStatus = "ok"
TabUtils.writeMessage(gui,"You are now connected to " + gui.configList["ipAdress"] + "!")
gui.Start()
gui.menues = Menues(gui)
ConnectionUtils.sendUserName(gui)
ConnectionUtils.timeout_update(gui)
gui.message.delete(0,END)
if gui.configList["restoreTabs"] == "auto" and len(gui.windowList) > 1:
TabUtils.restoreTabs(gui)
else:
TabUtils.deleteAllTabs(gui)
TabUtils.clearWindowList(gui.windowList)
elif (result == "Failed"):
TabUtils.writeMessage(gui,"Connection failed, use /connect IP to try again")
gui.message.config(state=NORMAL)
gui.message.delete(0,END)
else:
TabUtils.writeMessage(gui,"No response from server. New attempt in " + gui.configList["delay"] + " seconds. " + str(result) + " attempts left")
gui.master.after(2000,checkConnectQueue,gui,thread)
from flask import Flask, jsonify, make_response, request
import uuid
import datetime
import time
import ConnectionUtils
import Constants
import hashlib
import markdown
import jwt
app = Flask(__name__)
app.config['SECRET'] = Constants.secret_key
connection = ConnectionUtils.connection()
while True:
connection = ConnectionUtils.connection()
if connection:
break
print("Waiting 10s for reconnect...")
time.sleep(10)
def get_user_by_token(token):
cur = connection.cursor()
cur.execute(
"select user_id from sessions where token=%s and due_date < %s < start_date",
(token, datetime.datetime.utcnow()))
try:
user_id = cur.fetchone()
return user_id[0]
except:
return ''
def initiateConnection(self):
ConnectionUtils.connect(self)
