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client.py
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client.py
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version = b'a1.0'
try:
import urllib.request
import ssl
ssl._create_default_https_context = ssl._create_unverified_context
if (urllib.request.urlopen("https://raw.githubusercontent.com/Jah-On/PyConnect/master/version").read()[0:4] != version):
newFile = open("client.py", "wb")
newFile.write(urllib.request.urlopen("https://raw.githubusercontent.com/Jah-On/PyConnect/master/client.py").read())
newFile.close()
import subprocess
proc = subprocess.Popen(["python client.py"], shell=True, stdin=None, stdout=None, stderr=None, close_fds=True)
exit = True
else:
exit = False
except:
exit = False
if (exit):
quit()
from dearpygui.core import *
from dearpygui.simple import *
import cv2
import socket
import threading
import multiprocessing
from ctypes import c_bool, c_char
import time
import numpy as np
import blosc
import math
import os
import sys
from Crypto.Cipher import PKCS1_OAEP, AES
from Crypto.PublicKey import RSA
from Crypto import Random
workingDir = os.getcwd()
try:
file = open(workingDir + "/connections.list", "r")
file.read()
file.close()
except:
file = open(workingDir + "/connections.list", "w")
file.close()
s1 = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
s2 = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
s3 = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
keyMap = {mvKey_0:b'\x30',mvKey_1:b'\x31',mvKey_2:b'\x32',mvKey_3:b'\x33',mvKey_4:b'\x34',mvKey_5:b'\x35',mvKey_6:b'\x36',mvKey_7:b'\x37',mvKey_8:b'\x38',mvKey_9:b'\x39',mvKey_A:b'\x31\x30',mvKey_B:b'\x31\x31',mvKey_C:b'\x31\x32',mvKey_D:b'\x31\x33',mvKey_E:b'\x31\x34',mvKey_F:b'\x31\x35',mvKey_G:b'\x31\x36',mvKey_H:b'\x31\x37',mvKey_I:b'\x31\x38',mvKey_J:b'\x31\x39',mvKey_K:b'\x32\x30',mvKey_L:b'\x32\x31',mvKey_M:b'\x32\x32',mvKey_N:b'\x32\x33',mvKey_O:b'\x32\x34',mvKey_P:b'\x32\x35',mvKey_Q:b'\x32\x36',mvKey_R:b'\x32\x37',mvKey_S:b'\x32\x38',mvKey_T:b'\x32\x39',mvKey_U:b'\x33\x30',mvKey_V:b'\x33\x31',mvKey_W:b'\x33\x32',mvKey_X:b'\x33\x33',mvKey_Y:b'\x33\x34',mvKey_Z:b'\x33\x35',mvKey_Back:b'\x33\x36',mvKey_Tab:b'\x33\x37',mvKey_Clear:b'\x33\x38',mvKey_Return:b'\x33\x39',mvKey_Shift:b'\x34\x30',mvKey_Control:b'\x34\x31',mvKey_Alt:b'\x34\x32',mvKey_Pause:b'\x34\x33',mvKey_Capital:b'\x34\x34',mvKey_Escape:b'\x34\x35',mvKey_Spacebar:b'\x34\x36',mvKey_Prior:b'\x34\x37',mvKey_Next:b'\x34\x38',mvKey_End:b'\x34\x39',mvKey_Home:b'\x35\x30',mvKey_Left:b'\x35\x31',mvKey_Up:b'\x35\x32',mvKey_Right:b'\x35\x33',mvKey_Down:b'\x35\x34',mvKey_Select:b'\x35\x35',mvKey_Print:b'\x35\x36',mvKey_Execute:b'\x35\x37',mvKey_PrintScreen:b'\x35\x38',mvKey_Insert:b'\x35\x39',mvKey_Delete:b'\x36\x30',mvKey_Help:b'\x36\x31',mvKey_LWin:b'\x36\x32',mvKey_RWin:b'\x36\x33',mvKey_Apps:b'\x36\x34',mvKey_Sleep:b'\x36\x35',mvKey_NumPad0:b'\x36\x36',mvKey_NumPad1:b'\x36\x37',mvKey_NumPad2:b'\x36\x38',mvKey_NumPad3:b'\x36\x39',mvKey_NumPad4:b'\x37\x30',mvKey_NumPad5:b'\x37\x31',mvKey_NumPad6:b'\x37\x32',mvKey_NumPad7:b'\x37\x33',mvKey_NumPad8:b'\x37\x34',mvKey_NumPad9:b'\x37\x35',mvKey_Multiply:b'\x37\x36',mvKey_Add:b'\x37\x37',mvKey_Separator:b'\x37\x38',mvKey_Subtract:b'\x37\x39',mvKey_Decimal:b'\x38\x30',mvKey_Divide:b'\x38\x31',mvKey_F1:b'\x38\x32',mvKey_F2:b'\x38\x33',mvKey_F3:b'\x38\x34',mvKey_F4:b'\x38\x35',mvKey_F5:b'\x38\x36',mvKey_F6:b'\x38\x37',mvKey_F7:b'\x38\x38',mvKey_F8:b'\x38\x39',mvKey_F9:b'\x39\x30',mvKey_F10:b'\x39\x31',mvKey_F11:b'\x39\x32',mvKey_F12:b'\x39\x33',mvKey_F13:b'\x39\x34',mvKey_F14:b'\x39\x35',mvKey_F15:b'\x39\x36',mvKey_F16:b'\x39\x37',mvKey_F17:b'\x39\x38',mvKey_F18:b'\x39\x39',mvKey_F19:b'\x31\x30\x30',mvKey_F20:b'\x31\x30\x31',mvKey_F21:b'\x31\x30\x32',mvKey_F22:b'\x31\x30\x33',mvKey_F23:b'\x31\x30\x34',mvKey_F24:b'\x31\x30\x35',mvKey_NumLock:b'\x31\x30\x36',mvKey_ScrollLock:b'\x31\x30\x37',mvKey_LShift:b'\x31\x30\x38',mvKey_RShift:b'\x31\x30\x39',mvKey_LControl:b'\x31\x31\x30',mvKey_RControl:b'\x31\x31\x31',mvKey_LMenu:b'\x31\x31\x32',mvKey_RMenu:b'\x31\x31\x33',mvKey_Browser_Back:b'\x31\x31\x34',mvKey_Browser_Forward:b'\x31\x31\x35',mvKey_Browser_Refresh:b'\x31\x31\x36',mvKey_Browser_Stop:b'\x31\x31\x37',mvKey_Browser_Search:b'\x31\x31\x38',mvKey_Browser_Favorites:b'\x31\x31\x39',mvKey_Browser_Home:b'\x31\x32\x30',mvKey_Volume_Mute:b'\x31\x32\x31',mvKey_Volume_Down:b'\x31\x32\x32',mvKey_Volume_Up:b'\x31\x32\x33',mvKey_Media_Next_Track:b'\x31\x32\x34',mvKey_Media_Prev_Track:b'\x31\x32\x35',mvKey_Media_Stop:b'\x31\x32\x36',mvKey_Media_Play_Pause:b'\x31\x32\x37',mvKey_Launch_Mail:b'\x31\x32\x38',mvKey_Launch_Media_Select:b'\x31\x32\x39',mvKey_Launch_App1:b'\x31\x33\x30',mvKey_Launch_App2:b'\x31\x33\x31',mvKey_Colon:b'\x31\x33\x32',mvKey_Plus:b'\x31\x33\x33',mvKey_Comma:b'\x31\x33\x34',mvKey_Minus:b'\x31\x33\x35',mvKey_Period:b'\x31\x33\x36',mvKey_Slash:b'\x31\x33\x37',mvKey_Tilde:b'\x31\x33\x38',mvKey_Open_Brace:b'\x31\x33\x39',mvKey_Backslash:b'\x31\x34\x30',mvKey_Close_Brace:b'\x31\x34\x31',mvKey_Quote:b'\x31\x34\x32'}
set_main_window_title("PyConnect (Client)")
set_theme("Gold")
def misc():
global hostOS
global hostWidth
global hostHeight
while state[0]:
data = s3.recv(32)
while (data == b'') and state[0]:
time.sleep(0.01)
data = s3.recv(32)
if (data[0:1] == b'o'):
hostOS = data[1:2].decode('utf-8')
if (data[0:1] == b'd'):
hostDisplay = data[1:].split(b':')
hostWidth, hostHeight = int(hostDisplay[0]), int(hostDisplay[1])
s3.send((str(get_main_window_size()[0]) + ":" + str(get_main_window_size()[1])).encode("utf-8"))
def dataSender():
global s1
while state[0]:
try:
controlData = bytes(str(mouse[0]), "utf-8") + b'\xe2\x96\xac' + bytes(str(mouse[1]), "utf-8") + b'\xe2\x96\xac' + bytes(str(mouse[2]), "utf-8") + bytes(str(mouse[3]), "utf-8") + bytes(str(mouse[4]), "utf-8") + b'\xe2\x96\xac' + bytes(str(mouse[5]), "utf-8") + b'\xe2\x96\xac' + keyboardString[:][0:keyboardStringLength[0]] + b'\xe2\x96\xac'
while ((len(s1.recv(1)) == 0) and state[0]):
time.sleep(0.001)
alive[0] = True
s1.send(AESC.encrypt(controlData))
time.sleep(.001)
except:
pass
def keyboardByteConstruct():
global keyboardString
while state[0]:
localByteString = b''
localKeyboard = keyboard
if (len(localKeyboard) != 0):
for i in range(0, len(localKeyboard)):
localByteString += localKeyboard[i] + b'\xe2\x96\xad'
keyboardStringLength[0] = len(localByteString)
for i in range(len(localByteString), 100):
localByteString += b'\x30'
keyboardString[:] = localByteString
time.sleep(0.0005)
def keyDown(sender, data):
global keyboard
try:
if (keyMap[data[0]] not in keyboard):
keyboard.append(keyMap[data[0]])
except:
pass
def keyUp(sender, data):
global keyboard
try:
keyboard.remove(keyMap[data])
except:
pass
def remoteDisplayRuntime(sender, data):
global images
global error
if reset:
try:
s1.shutdown(socket.SHUT_RDWR)
s2.shutdown(socket.SHUT_RDWR)
s3.shutdown(socket.SHUT_RDWR)
except:
pass
state[0] = False
error = "Connection timed out or disconnected."
GUI.remoteScreenDelete(None, None)
GUI.connectionError(None, None)
if (len(images) != 0):
add_texture("#sctTexture", images[0], get_main_window_size()[0], get_main_window_size()[1], format=mvTEX_RGB_INT)
draw_image("canvas", "#sctTexture", [0,0], pmax=[get_main_window_size()[0], get_main_window_size()[1]])
del images[0]
def mousePosition(sender, data):
global mouse
if not (((data[0] < 0) or (data[1] < 0)) or ((data[0] > get_main_window_size()[0]) or (data[1] > get_main_window_size()[1]))):
mouse[0], mouse[1] = [int(data[0] * ((hostWidth)/(get_main_window_size()[0]))), int(data[1] * ((hostHeight)/(get_main_window_size()[1])))]
def mousePress(sender, data):
global mouse
if (data[0] == 0):
mouse[2] = 1
if (data[0] == 1):
mouse[3] = 1
if (data[0] == 2):
mouse[4] = 1
def mouseRelease(sender, data):
global mouse
if (data == 0):
mouse[2] = 0
if (data == 1):
mouse[3] = 0
if (data == 2):
mouse[4] = 0
def mouseWheelMotion(sender, data):
global mouse
global mouseWheelMoving
mouseWheelMoving = True
mouse[5] = data
def mouseWheelNoMotion():
global mouse
global mouseWheelMoving
while state[0]:
if not mouseWheelMoving:
mouse[5] = 0
mouseWheelMoving = False
time.sleep(0.004)
def imageHandler():
global lbl
global images
global imageLength
global state
global alive
while state[0]:
try:
while (len(images) == 1) and state[0]:
time.sleep(0.0005)
imageLength = s2.recv(16)
while (len(imageLength) < 1) and state[0]:
time.sleep(0.0005)
imageLength = s2.recv(16)
alive[0] = True
imageLength = int(imageLength.decode('utf-8'))
s2.send(b'\x30')
imageBuffer = b''
while not (len(imageBuffer) == imageLength) and state[0]:
recved = s2.recv(500000)
imageBuffer += recved
alive[0] = True
try:
decryptedImageBuffer = AESD.decrypt(imageBuffer)
decomp = blosc.decompress(decryptedImageBuffer)
if ((hostWidth * hostHeight) >= (get_main_window_size()[0] * get_main_window_size()[1])):
temp = np.frombuffer(decomp, dtype="uint8")
images.append(temp)
else:
decomp = np.frombuffer(decomp, dtype="uint8")
decomp = decomp.reshape(hostHeight, hostWidth, 3)
decomp = cv2.resize(decomp, (get_main_window_size()[0], get_main_window_size()[1]), interpolation=cv2.INTER_LINEAR)
images.append(decomp.reshape(-1))
except:
pass
s2.send(b'\x31')
except:
print("oop")
def timeoutManager():
global alive
global reset
while state[0]:
alive[0] = False
time.sleep(3)
if not alive[0] and state[0]:
print("break!")
reset = True
break
class GUI:
screen = ""
previousConnectionButtons = []
previousConnectionButtonsSameLine = []
def addPreviousConnection(sender, data):
if (get_value("##save")) and (hostOS != None):
if (data[1] == ""):
data = (data[0], "__blank__")
addString = data[0] + "\n" + get_value("##name") + "\n" + hostOS + "\n" + data[1] + "\n\n\n\n"
listFileObj = open(workingDir + "/connections.list", "a")
listFileObj.write(addString)
listFileObj.close()
def deletePreviousConnection(sender, data):
delete_item("buttonRightClick")
delete_item(GUI.previousConnectionButtons[data])
del GUI.previousConnectionButtons[data]
listFileObj = open(workingDir + "/connections.list", "r")
listFile = listFileObj.read().split("\n\n")
listFileObj.close()
listOfListData = []
for i in range(len(listFile)):
if (listFile[i] != ""):
subData = listFile[i].split("\n")
while "" in subData:
subData.remove("")
listOfListData.append(subData)
finalString = ""
for section in range(len(listOfListData)):
if (section != data):
for y in range(len(listOfListData[section])):
if (y != (len(listOfListData[section]) - 1)):
finalString += listOfListData[section][y] + "\n"
else:
finalString += listOfListData[section][y]
if (len(listOfListData) == 0) or (len(listOfListData[len(listOfListData) - 1]) == 0):
pass
else:
finalString += "\n\n\n\n"
listFileObj = open(workingDir + "/connections.list", "w")
listFileObj.write(finalString)
listFileObj.close()
def editPreviousConnection(sender, data):
listFileObj = open(workingDir + "/connections.list", "r")
listFile = listFileObj.read().split("\n\n")
listFileObj.close()
listOfListData = []
for i in range(len(listFile)):
if (listFile[i] != ""):
subData = listFile[i].split("\n")
while "" in subData:
subData.remove("")
listOfListData.append(subData)
finalString = ""
listOfListData[data][0], listOfListData[data][1], listOfListData[data][3] = get_value("##editIPH"), get_value("##editName"), get_value("##editPassword")
if (listOfListData[data][2] == ""):
listOfListData[data][2] = "__blank__"
for section in range(len(listOfListData)):
for y in range(len(listOfListData[section])):
if (y != (len(listOfListData[section]) - 1)):
finalString += listOfListData[section][y] + "\n"
else:
finalString += listOfListData[section][y]
if (len(listOfListData[len(listOfListData) - 1]) == 0):
pass
else:
finalString += "\n\n\n\n"
listFileObj = open(workingDir + "/connections.list", "w")
listFileObj.write(finalString)
listFileObj.close()
GUI.previousConnectionButtons.clear()
set_render_callback(None)
delete_item("##noClick")
delete_item("##editConnectionPopup")
GUI.mainScreenDelete(None, None, True)
def closeEditPreviousConnectionPopup(sender, data):
delete_item("##noClick")
delete_item("##editConnectionPopup")
def editPreviousConnectionPopup(sender, data):
add_window("##noClick", no_close=True, no_collapse=True, no_title_bar=True, no_background=True, no_move=True, x_pos=0, y_pos=0, no_bring_to_front_on_focus=False, width=get_main_window_size()[0], height=get_main_window_size()[1])
add_window("##editConnectionPopup", show=True, no_close=True, no_collapse=True, no_title_bar=True, autosize=True)
listFileObj = open(workingDir + "/connections.list", "r")
listFile = listFileObj.read().split("\n\n\n")
for i in range(len(listFile)):
if (i == data):
if ((listFile[i] != "") and (listFile[i] != "\n")):
subData = listFile[i].split("\n")
while "" in subData:
subData.remove("")
listFileObj.close()
add_input_text("##editName", default_value=subData[1], parent="##editConnectionPopup")
add_input_text("##editIPH", default_value=subData[0], parent="##editConnectionPopup")
if (subData[3] == "__blank__"):
add_input_text("##editPassword", default_value="", parent="##editConnectionPopup", password=True)
else:
add_input_text("##editPassword", default_value=subData[3], parent="##editConnectionPopup", password=True)
add_button("Save", callback=GUI.editPreviousConnection, callback_data=data, parent="##editConnectionPopup")
add_same_line(parent="##editConnectionPopup")
add_button("Close", callback=GUI.closeEditPreviousConnectionPopup, parent="##editConnectionPopup")
end()
def prevListRightClick(sender, data):
if (not (is_item_hovered("buttonRightClick")) and not (is_item_hovered("##previousConnectionDelete")) and not (is_item_hovered("##previousConnectionEdit")) and (is_mouse_button_clicked(mvMouseButton_Right) or is_mouse_button_clicked(mvMouseButton_Left) or is_mouse_button_clicked(mvMouseButton_Middle)) and does_item_exist("buttonRightClick")):
delete_item("buttonRightClick")
for i in range(len(GUI.previousConnectionButtons)):
if (is_item_hovered(GUI.previousConnectionButtons[i]) and is_mouse_button_clicked(mvMouseButton_Right)):
add_popup(GUI.previousConnectionButtons[i], "buttonRightClick")
add_button("##previousConnectionEdit", parent="buttonRightClick", label="Edit", callback=GUI.editPreviousConnectionPopup, callback_data=i)
add_button("##previousConnectionDelete", parent="buttonRightClick", label="Delete", callback=GUI.deletePreviousConnection, callback_data=i)
end()
def saveCheckboxClick(sender, data):
configure_item("##name", show=get_value("##save"))
configure_item("##nameIputSameLine", show=get_value("##save"))
def mainScreenResize(sender, data):
global justStarted
if does_item_exist("##quickConnect") and not does_item_exist("##previousConnections"):
set_render_callback(None)
GUI.mainScreenDelete(None, None, True)
def mainScreen(sender, data):
global s1
s1 = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
global s2
s2 = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
global s3
s3 = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
global AESKey
AESKey = Random.new().read(AES.block_size)
global AESIV
AESIV = Random.new().read(AES.block_size)
global AESC
AESC = AES.new(AESKey, AES.MODE_CFB, AESIV)
global AESD
AESD = AES.new(AESKey, AES.MODE_CFB, AESIV)
global error
error = ""
global images
images = []
global hostOS
hostOS = None
global state
state = multiprocessing.Array(c_bool, 1)
state[0] = True
global reset
reset = False
global alive
alive = multiprocessing.Array(c_bool, 1)
alive[0] = False
global mouse
mouse = multiprocessing.Array("i", 6)
global mouseWheelMoving
mouseWheelMoving = False
global keyboard
keyboard = []
global keysDown
keysDown = []
global keyboardString
keyboardString = multiprocessing.Array(c_char, 100)
global keyboardStringLength
keyboardStringLength = multiprocessing.Array("i", 1)
set_vsync(True)
set_style_window_border_size(0.0)
set_style_window_padding(0, 0)
add_group("##quickConnect", parent="##base")
add_text("IP or Hostname")
add_same_line()
add_input_text("##iphInput")
add_text("Password ")
add_same_line()
add_input_text("##pswdInput", password=True)
add_button("Connect", callback=GUI.connect, callback_data=(get_value("##iphInput"), get_value("##pswdInput")))
add_same_line()
add_checkbox("##save", label="Save", callback=GUI.saveCheckboxClick)
add_same_line(name="##nameIputSameLine", show=False)
add_input_text("##name", default_value="Name...", show=False)
end()
add_group("##previousConnections", parent="##base")
add_spacing()
try:
fileIO = open(workingDir + "/connections.list", "r+")
listFile = fileIO.read().split("\n\n\n")
fileIO.close()
set_render_callback(GUI.prevListRightClick)
except:
listFile = []
count = 0
position = 1
buttonSize = round(((get_main_window_size()[0]/8) + (get_main_window_size()[1]/4.5))/2)
for i in range(len(listFile)):
if ((listFile[i] != "") and (listFile[i] != "\n")):
subData = listFile[i].split("\n")
while "" in subData:
subData.remove("")
if ((position + (buttonSize * 1.05)) >= (get_main_window_size()[0] - buttonSize)) or (i == 0):
position = 1
add_dummy(height=5, parent="##previousConnections")
else:
add_same_line(name="pCSL" + str(count), parent="##previousConnections")
position += (buttonSize * 1.05)
count += 1
if (subData[2] == "l"):
add_image_button("##prev" + str(i), "l.png", tip="Name: " + subData[1] + "\nAddress: "+ subData[0], width=buttonSize, height=buttonSize, parent="##previousConnections", callback=GUI.connect, callback_data=(subData[0], subData[3]))
elif (subData[2] == "d"):
add_image_button("##prev" + str(i), "a.png", tip="Name: " + subData[1] + "\nAddress: "+ subData[0], width=buttonSize, height=buttonSize, parent="##previousConnections", callback=GUI.connect, callback_data=(subData[0], subData[3]))
else:
add_image_button("##prev" + str(i), "w.png", tip="Name: " + subData[1] + "\nAddress: "+ subData[0], width=buttonSize, height=buttonSize, parent="##previousConnections", callback=GUI.connect, callback_data=(subData[0], subData[3]))
GUI.previousConnectionButtons.append("##prev" + str(i))
end()
set_resize_callback(GUI.mainScreenResize)
def mainScreenDelete(sender, data, include):
delete_item("##quickConnect")
delete_item("##previousConnections")
if does_item_exist("buttonRightClick"):
delete_item("buttonRightClick")
GUI.previousConnectionButtons.clear()
if include:
GUI.mainScreen(None, None)
def connectionError(sender, data):
add_group("##connectionError", parent="##base")
add_text(error)
add_same_line()
add_button("OK", callback=GUI.connectionErrorDelete)
end()
def connectionErrorDelete(sender, data):
delete_item("##connectionError")
GUI.mainScreen(None, None)
def canvasRescale(sender, data):
windowSize = get_main_window_size()
configure_item("canvas", width=windowSize[0])
configure_item("canvas", height=windowSize[1])
def remoteScreen(sender, data):
windowSize = get_main_window_size()
add_drawing("canvas", width=windowSize[0], height=windowSize[1], parent="##base")
def remoteScreenDelete(sender, data):
delete_item("canvas")
set_render_callback(None)
set_resize_callback(None)
def connect(sender, data):
global error
global s1
global alive
if (data[0] == ''):
iph = get_value("##iphInput")
password = get_value("##pswdInput")
data = (iph, password)
else:
iph, password = data
passwordEncoded = password.encode("utf-8")
state[0] = True
try:
threading.Thread(target=timeoutManager).start()
s1.connect((iph, 1234))
alive[0] = True
connected = True
except:
connected = False
if (connected):
global publicKey
publicKey = s1.recv(2048)
while (len(publicKey) < 1) and state[0]:
publicKey = s1.recv(2048)
alive[0] = True
global RSACipheror
RSACipheror = PKCS1_OAEP.new(key=RSA.import_key(publicKey))
s1.sendall(RSACipheror.encrypt(AESKey))
while (len(s1.recv(1)) < 1) and state[0]:
time.sleep(0.0005)
alive[0] = True
s1.sendall(RSACipheror.encrypt(AESIV))
while (len(s1.recv(1)) < 1) and state[0]:
time.sleep(0.0005)
alive[0] = True
s1.sendall(version)
matchingVersion = s1.recv(1)
while (len(matchingVersion) < 1) and state[0]:
matchingVersion = s1.recv(1)
time.sleep(0.0005)
alive[0] = True
if (matchingVersion == b'y'):
if ((passwordEncoded == b'') or (passwordEncoded == b'__blank__')):
passwordEncoded = b'+=Null=+'
s1.sendall(AESC.encrypt(passwordEncoded))
passwordMessage = s1.recv(4)
while (len(passwordMessage) < 4) and state[0]:
passwordMessage = s1.recv(4)
time.sleep(0.001)
alive[0] = True
if (passwordMessage == b'pass'):
s1.send(b'\x30')
hostResolution = s1.recv(32)
while (len(hostResolution) < 1) and state[0]:
hostResolution = s1.recv(32)
time.sleep(0.001)
alive[0] = True
hostResolution = hostResolution.split(b':')
global hostWidth, hostHeight
hostWidth, hostHeight = int(hostResolution[0]), int(hostResolution[1])
s1.send((str(get_main_window_size()[0]) + ":" + str(get_main_window_size()[1])).encode("utf-8"))
authTokenData = s1.recv(512)
while (len(authTokenData) < 1) and state[0]:
authTokenData = s1.recv(512)
time.sleep(0.0005)
alive[0] = True
global authToken
authToken = AESD.decrypt(authTokenData)
while state[0]:
try:
s2.connect((iph, 1234))
break
except:
pass
s2.send(AESC.encrypt(authToken))
alive[0] = True
while state[0]:
try:
s3.connect((iph, 1234))
break
except:
pass
s3.send(AESC.encrypt(authToken))
alive[0] = True
threading.Thread(target=misc).start()
GUI.mainScreenDelete(None, None, False)
GUI.remoteScreen(None, None)
set_resize_callback(GUI.canvasRescale)
set_render_callback(remoteDisplayRuntime)
set_key_down_callback(keyDown)
set_key_release_callback(keyUp)
set_mouse_move_callback(mousePosition)
set_mouse_down_callback(mousePress)
set_mouse_release_callback(mouseRelease)
threading.Thread(target=mouseWheelNoMotion).start()
set_mouse_wheel_callback(mouseWheelMotion)
threading.Thread(target=imageHandler).start()
threading.Thread(target=keyboardByteConstruct).start()
time.sleep(0.1)
multiprocessing.Process(target=dataSender).start()
GUI.addPreviousConnection(None, data)
else:
s1.close()
state[0] = False
del s1
error = "Incorrect password"
GUI.mainScreenDelete(None, None, False)
GUI.connectionError(None, None)
else:
s1.close()
state[0] = False
del s1
error = "Incompatible version."
GUI.mainScreenDelete(None, None, False)
GUI.connectionError(None, None)
else:
state[0] = False
error = "Invalid address or hostname, unreachable, or PyConnect host is not running."
GUI.mainScreenDelete(None, None, False)
GUI.connectionError(None, None)
with window("##base"):
GUI.mainScreen(None, None)
if __name__ == "__main__":
start_dearpygui(primary_window="##base")
state[0] = False
time.sleep(.1)
try:
s1.shutdown(socket.SHUT_RDWR)
s2.shutdown(socket.SHUT_RDWR)
s3.shutdown(socket.SHUT_RDWR)
except:
pass