def GetConsoleHwnd(): """Returns the window handle of the console window in which this script is running, or 0 if not running in a console window. This function is taken directly from Pythonwin\dllmain.cpp in the win32all source, ported to Python.""" # fetch current window title try: oldWindowTitle = win32api.GetConsoleTitle() except: return 0 # format a "unique" NewWindowTitle newWindowTitle = "%d/%d" % (win32api.GetTickCount(), win32api.GetCurrentProcessId()) # change current window title win32api.SetConsoleTitle(newWindowTitle) # ensure window title has been updated import time time.sleep(0.040) # look for NewWindowTitle hwndFound = win32gui.FindWindow(0, newWindowTitle) # restore original window title win32api.SetConsoleTitle(oldWindowTitle) return hwndFound
def keyboardHandler(): """ Igor specific keyboard handling. """ _click = 0 _esc = False mouse_as_stop_action = True win32api.SetConsoleTitle("paused") while (not _esc): if (_click > 0): igor(_click, mouse_as_stop_action) win32api.SetConsoleTitle("paused") print("\033[91m" + "= Cursor movement, stoped clicking." + "\033[0m") _click = 0 _esc = False while (not _esc and not _click): if (IsKeyDown(VK_F9)): _click = 1 print("\033[92m" + "= F9 pressed, now left clicking!" + "\033[0m") elif (IsKeyDown(VK_F10)): _click = 2 print("\033[92m" + "= F10 pressed, now right clicking!" + "\033[0m") elif (IsKeyDown(VK_F8)): global kDelay kDelay += kDelayStep print("\033[92m" + "= F8 pressed, increasing delay to " + str(kDelay) + "\033[0m") time.sleep(0.2) elif (IsKeyDown(VK_F7)): global delay kDelay -= kDelayStep print("\033[92m" + "= F7 pressed, decreasing delay to " + str(kDelay) + "\033[0m") time.sleep(0.2) elif (IsKeyDown(VK_F4)): mouse_as_stop_action = not mouse_as_stop_action state = "" if (mouse_as_stop_action): state = "[mouse move]" else: state = "[press F4]" print("\033[92m" + "= F4 pressed, stop action is now " + state + "\033[0m") time.sleep(0.2) elif (IsKeyDown(VK_ESCAPE)): _esc = True print("= ESC pressed, exiting") else: time.sleep(0.01)
def 获得自我句柄(): 原标题 = win32api.GetConsoleTitle() 新标题 = f'snow({random.random()})' win32api.SetConsoleTitle(新标题) time.sleep(0.05) 句柄 = win32gui.FindWindow(None, 新标题) win32api.SetConsoleTitle(原标题) return 句柄
def igor(_click, stop_on_mouse_move): """ Igor provides what others can't. @param _click 0 -> left click 1 -> right click @param stop_on_mouse_move [bool] """ a, b = win32api.GetCursorPos() ref = a timer = time.monotonic() count = 0 run = True while (run): if (stop_on_mouse_move and ref != a): run = False elif (IsKeyDown(VK_F4)): run = False time.sleep(1) # to not instantly change the stop action a, b = win32api.GetCursorPos() count += click(a, b, _click) if (time.monotonic() - timer > 0.0999999): timer = time.monotonic() win32api.SetConsoleTitle("click/s: " + str(count * 10)) count = 0 time.sleep(kDelay)
def set_prgname(name): try: import win32api #@UnresolvedImport win32api.SetConsoleTitle("Xpra") import glib glib.set_prgname(name) except: pass
def set_prgname(name): global prg_name prg_name = name try: win32api.SetConsoleTitle(name) import glib glib.set_prgname(name) except: pass
def _promptPass(self, passid): self._initPass(passid) try: win32api.SetConsoleTitle("mount.py - password required: " + passid) except: warnings.warn("Cannot change window title - Running in IDLE?") self.passwords[passid]["val"] = getpass.getpass(passid + ": ") print "Ok!" self.passwords[passid][ "attempts"] = self.passwords[passid]["attempts"] + 1
def _fix_up_win_console_freeze(): import win32api import ctypes try: win32api.SetConsoleTitle("Pyarmor Webui") # Disable quick edit in CMD, as it can freeze the application handle = win32api.GetStdHandle(-10) if handle != -1 and handle is not None: ctypes.windll.kernel32.SetConsoleMode(handle, 128) except Exception: pass
def RunAsCollector(): import sys try: import win32api win32api.SetConsoleTitle("Python Trace Collector") except: pass # Oh well! win32trace.InitRead() print "Collecting Python Trace Output..." # import win32api;win32api.DebugBreak() while 1: # print win32trace.blockingread() sys.stdout.write(win32trace.blockingread())
def _prompt(self,passId): #try to set window title try: import win32api try: win32api.SetConsoleTitle("mount.py - password required: "+ passid) except: warnings.warn("Cannot change window title - Running in IDLE?") except ImportError: pass self._initPass(passId) self._passwords[passId]["val"] = getpass.getpass(passId+": ") print "Ok!" self._passwords[passId]["attempts"] += 1
def RunAsTraceCollector(): import sys try: import win32api win32api.SetConsoleTitle("Python Trace Collector") except: pass # Oh well! win32trace.InitRead() p("Collecting Python Trace Output...", log_level=4) try: while 1: # a short timeout means ctrl+c works next time we wake... sys.stdout.write(win32trace.blockingread(500)) except KeyboardInterrupt: p("}}ybCtrl+C - quitting...}}xx", log_level=3)
def RunAsCollector(): import sys try: import win32api win32api.SetConsoleTitle("Python Trace Collector") except: pass # Oh well! win32trace.InitRead() print("Collecting Python Trace Output...") try: while True: # a short timeout means ctrl+c works next time we wake... sys.stdout.write(win32trace.blockingread(500)) except KeyboardInterrupt: print("Ctrl+C")
def start(): recoil_status = False if not misc.check_path(): ### Super mega Battle-Eye & EAC bypass ### exit(0) win32api.SetConsoleTitle(misc.generate_random() ) ### ### general() while True: # main loop if keyboard.is_pressed(key_fastfarm): scripts.fastfarm(key_pickaxe, key_grenade) if win32api.GetAsyncKeyState(key_recoil_activation) and 0x80000: recoil_status = not recoil_status winsound.Beep(600, 700) if recoil_status: if recoil_method == 1: if keyboard.is_pressed(key_recoil): scripts.recoil_control(recoil_method=1) elif recoil_method == 2: while mouse.is_pressed(button="left"): scripts.recoil_control(recoil_method=2) time.sleep(0.1)
#!/usr/bin/env python # simple wrapper script so we can launch a script file with the same python interpreter # and environment which is used by the xpra.exe / xpra_cmd.exe process. # # normally, the py2exe win32 platform code redirects the output to a log file # this script disables that. import os.path import sys from xpra.platform.win32 import set_redirect_output set_redirect_output(False) try: import win32api #@UnresolvedImport win32api.SetConsoleTitle("Python") except: pass if len(sys.argv) < 2: print("you must specify a python script file to run!") sys.exit(1) filename = sys.argv[1] if not os.path.exists(filename): print("script file '%s' not found" % filename) sys.exit(1) cwd = os.getcwd() if cwd not in sys.path: sys.path.append(cwd) execfile(filename)
def start_one_instance_httpserver(): lockFile = os.path.join(os.path.expanduser('~'), "WebLocker", "myhttpserver.lock") fd = open(lockFile, "w") lock(fd, LOCK_EX | LOCK_NB) http_server = myhttpserver.MyHTTPServer(('127.0.0.1', 8080), myhttpserver.MyHTTPHandle) http_server.start() if __name__ == '__main__': try: multiprocessing.freeze_support() win32api.SetConsoleTitle("WebLockerServer") start_browser() threads = [] threads.append(threading.Thread(target=hide_console, args=())) threads.append( threading.Thread(target=start_one_instance_httpserver, args=())) for i in threads: i.start() for i in threads: i.join() except Exception, e: print traceback.print_exc() print e
все остальные данные шифр с ключом=хэш пароля чаты=стандартный название публичного чата ключ=стандартный сообщения ключ=стандартный название приватного чата ключ=стандартный сообщения ключ=специальный приглашение косят под сообщение ключ=специальный в названии приглашения=ключ+имя_нового_участника ''' from threading import Thread import win32api, random, string from auth import * win32api.SetConsoleTitle(dictionary['### Concole Chat ###'][language]) def id_generator(size=6, chars=string.ascii_uppercase + string.digits + string.ascii_lowercase): #mess name return ''.join(random.choice(chars) for _ in range(size)) class Sending(Thread): def __init__(self): Thread.__init__(self) def run(self): global to_send, chat_name, windowStop, left_chat
def menu(): global chat_name, myName, KEY, foreMain, foreMain_, foreSub, foreSub_, space, space_, styleDef, styleDef_, chat_type, language, language_ mode = 'main' while True: clear() if mode == 'main': print(space + styleDef + foreMain + dictionary['### Menu ###'][language]) print(space + styleDef + foreMain + dictionary['1) Join chat'][language]) print(space + styleDef + foreMain + dictionary['2) Create public chat'][language]) print(space + styleDef + foreMain + dictionary['3) Create private chat'][language]) print(space + styleDef + foreMain + dictionary['4) Settings'][language]) print(space + styleDef + foreMain + dictionary['0) Log out\n'][language]) print(space + styleDef + foreMain + dictionary['Your choice: '][language] + foreSub, end='') choice = input() if choice == '1': mode = 'chat' elif choice == '2': mode = 'new' elif choice == '3': mode = 'newp' elif choice == '4': mode = 'settings' elif choice == '0': return 'exit' else: print(space + styleDef + foreMain + dictionary['No such option!'][language]) sleep(1) elif mode == 'chat': KEY = defKey print(space + styleDef + foreMain + dictionary['Chat: '][language] + foreSub, end='') chat = input() chats = firebase.get('/' + encode_str('chats'), None) if chats == None: print(space + styleDef + foreMain + dictionary['No such chat!'][language]) sleep(1) return 'menu' no_chat = True for i in chats.keys(): if chat == decode_str(i): status = decode_str( chats[i][encode_str('info')][encode_str('access')]) if status == 'public': KEY = defKey print(space + styleDef + foreMain + dictionary['Connecting ...'][language]) chat_name = chat chat_type = 'public' return 'chat' else: passwd = get_passwd( [[dictionary['Chat: '][language], chat]], dictionary['Password: '******'utf-8') try: #this line is here for trying password mes = decode_str(chats[i][encode_str( 'info', default=True)][encode_str('name')]) chats = firebase.get('/' + encode_str('chats'), None) for i in chats.keys(): if chat == decode_str(i): break users = chats[i][encode_str('users', default=True)] find = False for j in users.keys(): if decode_str(j, default=True) == myName: find = True break if find == False: print(space + styleDef + foreMain + dictionary[ 'You do not have an invitation!'][language] ) sleep(2) return 'menu' print(space + styleDef + foreMain + dictionary['Connecting ...'][language]) chat_name = chat chat_type = 'private' return 'chat' except Exception as e: err('8' + str(e)) no_chat = False print(space + styleDef + foreMain + dictionary['Wrong password!'][language]) sleep(1) KEY = defKey break if no_chat == True: print(space + styleDef + foreMain + dictionary['No such chat!'][language]) sleep(1) return 'menu' elif mode == 'new': print(space + styleDef + foreMain + dictionary['Name of chat: '][language] + foreSub, end='') title = input() chats = firebase.get('/' + encode_str('chats'), None) if title == '': print(space + styleDef + foreMain + dictionary['Type something!'][language]) sleep(1) again = True else: print(space + styleDef + foreMain + dictionary['Loading ...'][language]) again = False if chats != None: for i in chats.keys(): if decode_str(i) == title: again = True print(space + styleDef + foreMain + dictionary['This name is taken'][language]) sleep(1) break if again == False: KEY = defKey chat_name = title text = myName + ' created this chat!' data = { encode_str('name'): encode_str(SYSTEM_NAME), encode_str('text'): encode_str(text), encode_str('time'): get_date(), encode_str('access'): encode_str('public') } result = firebase.patch( '/' + encode_str('chats') + '/' + encode_str(chat_name) + '/' + encode_str('info'), data) print(space + styleDef + foreMain + dictionary['Connecting ...'][language]) chat_type = 'public' return 'chat' elif mode == 'newp': print(space + styleDef + foreMain + dictionary['Name of chat: '][language] + foreSub, end='') title = input() chats = firebase.get('/' + encode_str('chats'), None) if title == '': print(space + styleDef + foreMain + dictionary['Type something!'][language]) sleep(1) again = True else: print(space + styleDef + foreMain + dictionary['Loading ...'][language]) again = False if chats != None: for i in chats.keys(): if decode_str(i) == title: again = True print(space + styleDef + foreMain + dictionary['This name is taken'][language]) sleep(1) break if again == False: KEY = id_generator(size=8) print( space + styleDef + foreMain + dictionary['Password for this chat:'][language], KEY) KEY = KEY.encode('utf-8') print(space + styleDef + foreMain + dictionary[ 'Press tab in the chat to make an invitation for your friend'] [language]) print(space + styleDef + foreMain + dictionary[ 'This way your friend can join this chat by password'] [language]) print(space + styleDef + foreMain + dictionary['Press enter to continue...'][language], end='') input() chat_name = title text = myName + ' created this private chat!' data = { encode_str('name'): encode_str(SYSTEM_NAME), encode_str('text'): encode_str(text), encode_str('time'): get_date(), encode_str('access', default=True): encode_str('private', default=True) } result = firebase.patch( '/' + encode_str('chats', default=True) + '/' + encode_str(chat_name, default=True) + '/' + encode_str('info', default=True), data) data = { encode_str(myName, default=True): [ encode_str(myName, default=True), encode_str('True', default=True) ] } result = firebase.patch( '/' + encode_str('chats', default=True) + '/' + encode_str(chat_name, default=True) + '/' + encode_str('users', default=True), data) print(space + styleDef + foreMain + dictionary['Connecting ...'][language]) chat_type = 'private' return 'chat' elif mode == 'settings': print(space + styleDef + foreMain + dictionary['### Settings ###'][language]) print(space + styleDef + foreMain + dictionary['1) Main Color: '][language] + foreSub + dictionary[foreMain_][language]) print(space + styleDef + foreMain + dictionary['2) Side Color: '][language] + foreSub + dictionary[foreSub_][language]) print(space + styleDef + foreMain + dictionary['3) Brightness: '][language] + foreSub + dictionary[styleDef_][language]) print(space + styleDef + foreMain + dictionary['4) Left margin: '][language] + foreSub + space_ + dictionary[' space(s)'][language]) print(space + styleDef + foreMain + dictionary['5) Language: '][language] + foreSub + dictionary[language_][language]) print(space + styleDef + foreMain + dictionary['0) Back'][language]) print('\n' + space + styleDef + foreMain + dictionary['Your choice: '][language], end='') choice = input() if choice == '1': for i in range(len(COLORS)): print(space + styleDef + foreMain + str(i + 1) + ') ' + COLORS[i][0] + dictionary[COLORS[i][1]][language]) print() print(space + styleDef + foreMain + dictionary['Your choice: '][language], end='') col = input() try: col = int(col) if col in range(1, len(COLORS) + 1): foreMain = COLORS[col - 1][0] foreMain_ = COLORS[col - 1][1] else: print(space + styleDef + foreMain + dictionary['No such option!'][language]) sleep(1) except: print(space + styleDef + foreMain + dictionary['Input a number!'][language]) sleep(1) elif choice == '2': for i in range(len(COLORS)): print(space + styleDef + foreMain + str(i + 1) + ') ' + COLORS[i][0] + dictionary[COLORS[i][1]][language]) print() print(space + styleDef + foreMain + dictionary['Your choice: '][language], end='') col = input() try: col = int(col) if col in range(1, len(COLORS) + 1): foreSub = COLORS[col - 1][0] foreSub_ = COLORS[col - 1][1] else: print(space + styleDef + foreMain + dictionary['No such option!'][language]) sleep(1) except: print(space + styleDef + foreMain + dictionary['Input a number!'][language]) sleep(1) elif choice == '3': for i in range(len(BRIGHTNESS)): print(space + styleDef + foreMain + str(i + 1) + ') ' + BRIGHTNESS[i][0] + dictionary[BRIGHTNESS[i][1]][language]) print() print(space + styleDef + foreMain + dictionary['Your choice: '][language], end='') col = input() try: col = int(col) if col in range(1, len(BRIGHTNESS) + 1): styleDef = BRIGHTNESS[col - 1][0] styleDef_ = BRIGHTNESS[col - 1][1] else: print(space + styleDef + foreMain + dictionary['No such option!'][language]) sleep(1) except: print(space + styleDef + foreMain + dictionary['Input a number!'][language]) sleep(1) elif choice == '4': print(space + styleDef + foreMain + dictionary['Input a number of spaces: '][language], end='') col = input() try: col = int(col) if col < 0: print(space + styleDef + foreMain + dictionary['Input a number!'][language]) sleep(1) else: space_ = str(col) space = ' ' * col except: print(space + styleDef + foreMain + dictionary['Input a number!'][language]) sleep(1) elif choice == '5': for i in range(len(LANGUAGE)): print(space + styleDef + foreMain + str(i + 1) + ') ' + dictionary[LANGUAGE[i]][language]) print() print(space + styleDef + foreMain + dictionary['Your choice: '][language], end='') lang = input() try: lang = int(lang) if lang in range(1, len(LANGUAGE) + 1): language_ = LANGUAGE[lang - 1] language = lang - 1 win32api.SetConsoleTitle( dictionary['### Concole Chat ###'][language]) else: print(space + styleDef + foreMain + dictionary['No such option!'][language]) sleep(1) except: print(space + styleDef + foreMain + dictionary['Input a number!'][language]) sleep(1) elif choice == '0': mode = 'main' else: print(space + styleDef + foreMain + dictionary['No such option!'][language]) sleep(1) data = { 'foreMain': foreMain_, 'foreSub': foreSub_, 'styleDef': styleDef_, 'space': space_, 'language': language_, } line = '{' for i in data.keys(): line += '"' + i + '"' + str(': ') + '"' + data[i] + '"' + ',\n' line = line[:-2] line += '}' f = open('conf.txt', 'w', encoding='utf-8') f.write(line) f.close()
---------------------------------------------------------------------------- ██████╗ ██████╗ ██╗ ██╗██████╗ ██╗ ██╗██╗███████╗██╗ ██╗███████╗ ██╔════╝██╔═══██╗██║ ██║██╔══██╗ ██║ ██║██║██╔════╝██║ ██║██╔════╝ ██║ ██║ ██║██║ ██║██████╔╝ ██║ ██║██║█████╗ ██║ █╗ ██║███████╗ ██║ ██║ ██║██║ ██║██╔══██╗ ╚██╗ ██╔╝██║██╔══╝ ██║███╗██║╚════██║ ╚██████╗╚██████╔╝╚██████╔╝██████╔╝ ╚████╔╝ ██║███████╗╚███╔███╔╝███████║ ╚═════╝ ╚═════╝ ╚═════╝ ╚═════╝ ╚═══╝ ╚═╝╚══════╝ ╚══╝╚══╝ ╚══════╝ ---------------------------------[by GIFUS]--------------------------------- The author is not responsible for the blocking of your account! You use the software at your own risk! """ print(intro) win32api.SetConsoleTitle('COUB VIEWS') proxy_loading = input( "[1] Load Proxys from APIs\n[2] Load Proxys from proxys.txt\nOption: ") uid = input("Coub id: ") class main(object): def __init__(self): self.combolist = Queue() self.Writeing = Queue() self.printing = [] self.botted = 0 self.combolen = self.combolist.qsize() def printservice(self): #print screen
#!/usr/bin/env python # normally, the win32 platform code redirects the output to a log file # this script disables that and is compiled as "Xpra_cmd.exe" # instead of "Xpra.exe" import sys from xpra.platform.win32 import set_redirect_output set_redirect_output(False) try: import win32api #@UnresolvedImport win32api.SetConsoleTitle("Xpra") except: pass from xpra.scripts.main import main code = main("Xpra.exe", sys.argv) sys.exit(code)
$Header: /nfs/slac/g/glast/ground/cvs/pointlike/python/uw/utilities/minuit.py,v 1.17 2011/06/07 17:22:34 lande Exp $ """ import sys, os # normal CMT setup does not put ROOT.py in the python path if sys.platform == 'win32': import win32api console_title = win32api.GetConsoleTitle() try: import ROOT except: sys.path.append(os.path.join(os.environ['ROOTSYS'], 'bin')) import ROOT if sys.platform == 'win32': win32api.SetConsoleTitle(console_title) #restore title bar! import pyreadline # fix for tab completion pyreadline.parse_and_bind('set show-all-if-ambiguous on') from ROOT import TMinuit, Long, Double import numpy as np from numpy.linalg import inv def rosenbrock(x): """Rosenbrock function, to use for testing.""" return (1 - x[0])**2 + 100 * (x[1] - x[0]**2)**2 def rosengrad(x):
import pyautogui import time import win32api import random import keyboard import yaml from threading import Timer win32api.SetConsoleTitle('Soldier 76 | Recoil-Control') def config(): with open("settings.yml", 'r', encoding="utf8") as stream: try: f = yaml.safe_load(stream) except yaml.YAMLError as err: print(err) global horizontal_range global min_vertical global max_vertical global min_firerate global max_firerate global toggle_button horizontal_range = f['horizontal_range'] min_vertical = f['min_vertical'] max_vertical = f['max_vertical'] min_firerate = f['min_firerate'] max_firerate = f['max_firerate'] toggle_button = f['toggle_button'] Timer(1, config).start()