def decode(**kwargs): algorithm = kwargs['algorithm'] hashvalue = kwargs['hashvalue'] wordlist = kwargs['wordlist'] try: os.system('clear && clear') logo.logo() print(logo.bcolors.HEADER, 'please Wiat...!') with open(wordlist, 'r+') as file: reads = file.readlines() start = time.strftime('%s') for i in reads: i = i.strip('\n') h = hashlib.new(algorithm) value = bytes(i, encoding='utf8') h.update(value) res = h.hexdigest() if res == hashvalue: print('Password Cracked :[%s : %s]' % (hashvalue, i)) end = time.strftime('%s') totaltime = int(end) - int(start) print('Password Cracked in %s Second' % totaltime) return True break except KeyboardInterrupt: print('\rGood Bye ^_^') sys.exit() except FileNotFoundError as e: print('Wordlist Not Found : %s ' % e) except ValueError as e: print('Algorithm Unknown : %s' % e) except: print('Error ') sys.exit()
def menu(): cleaner.clear() logo.logo() print(""" Opciones disponibles: 1 => Ingresar datos de la línea 2 => Hacer resumen 3 => Reiniciar semana 4 => Consultas parciales 5 => Salir """) option = input("Ingresa alguna de las opciones =>") if(option == '1'): import addData elif(option == '2'): import makeSumary elif(option == '3'): import rebootWeek elif(option == '4'): import partialConsult elif(option == '5'): pass return 'false' else: print("No existe ninguna opcion para esto")
def clear(): if name == 'nt': _ = system('cls') else: _ = system('clear') logo.logo() pass
def __init__(self): # Initialise pygame pygame.init() self.screen = pygame.display.set_mode(self.size,self.flags) self.clock = pygame.time.Clock() self.logo_a = logo(100, 100) self.logo_b = logo(150, 150) self.logo_c = logo(200, 200, "zel.jpg") self.logo_d = logo(path="OpenGL_logo.jpg") # Initialise the OpenGL stuff glViewport(0, 0, self.size[0], self.size[1]) glDisable(GL_DEPTH_TEST)
def init(self, ledtoolkitobject): self.facedata = faceicon.faceicon() self.logodata = logo.logo() self.bgimagedata = bgimage.bgimage() self.freeworddata = freeword.freeword() self.anniversedata = anniverse.anniverse() self.endtransdata = endtrans.endtrans() self.dqxcal = dqxcalender.dqxcalender() self.clock = ledclock.ledclock() self.facedata.init(ledtoolkitobject)
def main(): os.system("cls") logo.logo() os.system("cls") # Initialise first player first = Player(input("Enter your name, captain:\n[o] > ")) field_one = Field() while first.request_field(field_one) != "2": field_one = Field() input("Hit [Enter] to give control to other player:") # Initialise second player os.system('cls') second_in = input("Enter your name, captain:\n[o] >") while second_in == first.get_name(): print("Enter other name:") second_in = input("Enter your name, captain:\n[o] >") second = Player(second_in) field_two = Field() while second.request_field(field_two) != "2": field_two = Field() input("Hit [Enter] to give control to other player step [1/2]:") os.system("cls") input("Hit [Enter] to give control to other player step [2/2]:") os.system("cls") # Start game x = Game({ first.get_name(): field_one, second.get_name(): field_two }, [first, second], first) x.run() if input("Play again?").upper() == "YES": main()
def corr(df): if __name__ == "__main__": a = parm(df) b = a.turn_out() c = logo(b) if len(c[1].split('.')[0]) == 1: #方便字符串排序 c[1] = '00' + c[1] if len(c[1].split('.')[0]) == 2 and c[1].split('.')[0][0] != '-': c[1] = '0' + c[1] if len(c[1].split('.')[0]) == 2 and c[1].split('.')[0][0] == '-': c[1] = '-00' + c[1][1:] if len(c[1].split('.')[0]) == 3 and c[1].split('.')[0][0] == '-': c[1] = '-0' + c[1][1:] c.append(c[0] + c[4]) return c
def main(a): spaced(500) logo(valuedLogo) spaced(5) print('Running ' + platformType) spaced(1) print('Type \'help\' for a list of commands') spaced(2) if (a): while (a): spaced(1) firstCommand = input('> ') spaced(1) if (firstCommand == 'help' or firstCommand == 'Help' or firstCommand == 'HELP'): spaced(2) help() spaced(2) elif (firstCommand == 'gui' or firstCommand == 'Gui' or firstCommand == 'GUI'): webpage = "index.html" webbrowser.get('firefox').open(webpage) webbrowser.get('chrome').open(webpage) os.system('start ' + webpage) if (webbrowser.Error()): print('Error: Could not launch applet') else: print('Launched') elif (firstCommand == 'I know'): I_Know() elif (firstCommand == 'sike8' or firstCommand == 'Sike8' or firstCommand == 'SIKE8'): spaced(2) sike8() spaced(2) elif (firstCommand == 'random' or firstCommand == 'Random' or firstCommand == 'RANDOM'): spaced(1) randomGen() spaced(1) elif (firstCommand == 'hackermode' or firstCommand == 'Hackermode' or firstCommand == 'HACKERMODE'): print('Function stills to be written') elif (firstCommand == 'logo' or firstCommand == 'Logo' or firstCommand == 'LOGO'): spaced(10) logo(valuedLogo) elif (firstCommand == 'clear' or firstCommand == 'Clear' or firstCommand == 'CLEAR'): spaced(300) elif (firstCommand == 'exit' or firstCommand == 'Exit' or firstCommand == 'EXIT'): spaced(2) print('Entering normal terminal mode') spaced(2) a = False exit else: print('Command \"' + firstCommand + '\" Unrecognized') else: spaced(2) print('Entering normal terminal mode') spaced(2) exit
def relink(): print("Relink\n------\n```") for file in ["Apache", "Safe", "Zxing"]: print('### ' + file) simulate(file, type='relink', tune=False).bellwether() print("```") def other(): print("Other\n------\n```") files = [x[0].split('/')[-1] for x in walk('Data/other/')][1:] for file in files: print('### ' + file) simulate(file, type='other', tune=False).bellwether() print("```") if __name__ == "__main__": logo() # Print logo # other() # nasa() jur() # aeeem() # relink() # attributes('jur') # attributes('nasa') # attributes('aeeem') # print("") # attributes('relink')
print("") print("\t\t" + "Sequence show up in:") for seq_methon in self.same_sequence_show_up: print("\t\t" + repr(seq_methon)) if self.check_item[4]: COLOR_OUTPUT_RED("\t[" + u"\u2713" + "]") COLOR_OUTPUT_GREEN(bold("5.Native API Use Same Parameter")) print("") for seq_operation in self.same_operation: print("\t\t" + repr(seq_operation)) if __name__ == "__main__": logo() parser = argparse.ArgumentParser() parser.add_argument("-e", "--easy", action="store_true", help="show easy report") parser.add_argument("-d", "--detail", action="store_true", help="show detail report") parser.add_argument("-a", "--apk", help="APK file", required=True) parser.add_argument("-r", "--rule", help="Rules folder need to be checked", required=True)
import webbrowser import PruebaFunciones as PF import Opciones as op import logo as l from tabulate import tabulate import PersistenciayEstadisticas as pe import os #Creando archivo CSV de datos de usuario nombre_archivo_usuario = "datos_usuario.csv" datos_usuario = ["Carné", "Nombre", "Edad", "Carrera"] op.comprobar_archivo(nombre_archivo_usuario, datos_usuario) #abriendo archivo o creando si no existe l.logo() print("\n\tINGRESO DE DATOS PERSONALES") #Ingreso del carne del usuario carne = input('Ingrese su carné: ') #Ingreso del nombre del usuario nombre = input('Ingrese su nombre completo: ') #Ingreso de edad edad = input('Ingrese su edad: ') edad = PF.comprobar(edad) #Ingreso de carrera carrera = input('Ingrese su carrera: ') datos_del_usuario = [carne, nombre, edad, carrera]
print(Yellow + Bold + "\n Em-Bomber starting...", end="\r") try: email = smtplib.SMTP("smtp.gmail.com", 587) email.starttls() except: print(" Unable to start. ") print(Bold + White + Bg_red + "\n Make sure you have internet connection !") print(Clear) sys.exit() print(Bold + Green + " Em-Bomber started...") time.sleep(1) os.system("clear") #print banar print(logo.logo()) print(" ") user_gmail = input(Cyan + Bold + "\n Attacker Email ID : ") user_password = getpass.getpass(Cyan + Bold + "\n Email password : "******"clear") print(Bold + White + Bg_red + "\n\tMake sure email and password both are correct !") print(Clear) email.quit() sys.exit() print(" ") receiver_gmail = input(Bold + Cyan + "\n Receiver Email ID : ") print(" ")