def main(protocol='encrypt or decrypt'):
if protocol == 'encrypt':
encrypt.main()
elif protocol == 'decrypt':
decrypt.main()
else:
title('E R R O R')
print("There's been a bug... Sorry about that.")
def main():
args = getArgs()
data = readFile(args.inFile)
keyVig = readFile(args.keyVig)
keyAes = readFile(args.keyAes)
res = encrypt.main(data, keyVig, keyAes, args.imageFile)
send(res, args.host, args.port)
print('tne end')
def main():
args = getArgs()
data = readFile(args.inFile)
keyVig = readFile(args.keyVig)
keyAes = readFile(args.keyAes)
res = encrypt.main(data, keyVig, keyAes, args.imageFile)
send(res, args.host, args.port)
print('tne end')
def main():
args = getArgs()
data = readFile(args.inFile_text)
Vig_key = readFile(args.Vig_key)
AES_key = readFile(args.AES_key)
res = encrypt.main(data, Vig_key, AES_key, args.imagefile)
print '________'
send(res, args.host, args.port)
def main():
args = getArgs()
data = reading(args.inFile)
key = reading(args.key)
if args.mod == 'c':
encrypt_ = encrypt.main(data, key)
writing(args.out, encrypt_)
else:
decrypte_ = decrypt.main(data, key)
writing(args.out, decrypte_)
else:
typetext('font.TTF', 50, days[weekNum][dayNum][8:12], dayNum * 100 + 75, weekNum * 75 + 135, True, black, False)
typetext('font.TTF', 50, text, 315, 25, True, black, False)
# --- Go ahead and update the screen with what we've drawn.
pygame.display.flip()
# --- Limit to 60 frames per second
clock.tick(100)
appointment_file.truncate()
print(appointments)
appointment_file.close()
rm("appointments.dat")
fo = open("appointments.dat", "w")
for wk in appointments:
for day in wk:
for app in day:
print(app + '\n')
fo.write(app + '\n')
print('\n')
fo.write('\n')
print('\n')
fo.write('\n')
print('\n')
print('\n')
fo.write('\n')
fo.write('\n')
fo.close()
import encrypt
encrypt.main()
def inputs():
cmd = ""
while (cmd.lower() != "quit"):
cmd = raw_input (">>")
if cmd.lower() == "help":
print ("Available operators are: +, -, *, /, **, root, bin, mean, mode, median, factorial, quit")
elif cmd.lower() == '+':
add1 = raw_input("Enter first number ")
add2 = raw_input("Enter second number ")
print ("The sum of these two numbers is " + str(addition(add1, add2)))
elif cmd.lower() == "-":
sub1 = raw_input("Enter first number ")
sub2 = raw_input("Enter second number ")
print ("The difference of these two numbers is " + str(subtraction(sub1, sub2)))
elif cmd.lower() == "*":
multiply1 = raw_input("Enter first number ")
multiply2 = raw_input("Enter second number ")
print ("The product of these two numbers is " + str(multiplication(multiply1, multiply2)))
elif cmd.lower() == "/":
div1 = raw_input("Enter first number ")
div2 = raw_input("Enter second number ")
print ("The quotient of these two numbers is " + str(division(div1, div2)))
elif cmd.lower() == "**":
base = raw_input("Enter the base ")
exponent = raw_input("Please enter the exponent ")
print (str(power(base, exponent)))
elif cmd.lower() == "root":
root1 = raw_input("Enter a number ")
print ("The square root of that number is " + str(root(root1)))
elif cmd.lower() == "mean":
print data.mean(data.inputs())
elif cmd.lower() == "median":
print data.median(data.inputs())
elif cmd.lower() == "mode":
print data.mode(data.inputs())
elif cmd.lower() == "deviation":
print data.deviation(data.inputs())
elif cmd.lower() == "encrypt":
encrypt.main(cmd)
elif cmd.lower() == "decrypt":
encrypt.main(cmd)
elif cmd.lower() == "bin":
num1 = raw_input("Enter a number to convert to binary ")
print bin_convert(num1)
elif cmd.lower() == "factorial":
print factorial.factorial(factorial.inputs())
elif cmd.lower() == "quit":
pass
else:
print "input not valid, try again"
sys.exit()
def funEnc():
directory = encrypt.main()
messagebox.showinfo(message="El mensaje fue cifrado en: " + directory,
title="TÃtulo")
def menu():
print("---------------------- Menu --------------------------")
print("1 - Generate a key public and private")
print("2 - Encrypt a file")
print("3 - Decrypt a file")
print("4 - Exit")
while True:
menu()
opcionMenu = raw_input("Choose an option: >> ").strip()
if opcionMenu == "1":
GenerateKeys.main()
elif opcionMenu == "2":
encrypt.main()
elif opcionMenu == "3":
decrypt.main()
elif opcionMenu == "4":
break
else:
print("")
raw_input(
"You have not pressed any correct option...\npress a key to continue "
)
