def comm_login(self):
"""
로그인 처리 함수. comm_init() 호출 후 통신 연결이 완료된 뒤에 호출
:return: 성공할 경우 True, 실패할 경우 False
"""
user_id = decrypt(ENCRYPTION_KEY, self.user_id)
user_pw = decrypt(ENCRYPTION_KEY, self.user_pw)
cert_pw = decrypt(ENCRYPTION_KEY, self.cert_pw)
result = self.dynamicCall('CommLogin(user_id, user_pw, cert_pw)', user_id, user_pw, cert_pw)
return True if result else False
def __main__():
ciphertext = 'BGRWSLNGJXXHTTQNRZAEWYPBHWALXDTLKOEJBRJPVUAGZXVKQDUUPNMMPGPPAQOWRHGKBOGGEOZKAPTUKTPLGUADVXXGWNFBHRIHPRPLTSUUHOKKZPENJGSWRVASVHEILVYQEQZHFUGHSIGZHLLONMNGRRXKCAAYBAKGDNSWFPUNVVGICTGNXSQNFEALZHPHCYVAAAGOQQDVLNTZYDILQSGUBRWGYICGCBXKCUITVBXWSGHSEEGGHEAAPAGOFIDPHAKVTZUXGZBIBTLLRNKQNTGVSQXLZSNZBSQVOITFUKXRHAPIAMPMWJVCTGNTXLVZAIZVECQQAXOFYBFOGZWISEHYZCUBTBRXEUPAPENRBIQUSINTATKHUVUEBTXALVOBRNOGMQIPVFVKEHOKUOUVYMMFUDPEGNXVLVZUEBXLSPGVVERRLIZKSTHNBXXRVHTKJOMLDPHTIRTKIFQYLIAMLEOQUMAEKGXVWMNIPOXRWEVTOAKEAHDLZFEUPRHFFWUFKXQWQIMIZVECLPNBHNZGSDNPMNPUNPGJHDEYKTVQGKPUZGGPDPNCATKLFBOVVIGUKMQIVCROXHEGEHATF'
[m, freq] = functions.find_length(ciphertext)
k = functions.find_key(ciphertext, freq, m)
plaintext = functions.decrypt(ciphertext, k)
#print(plaintext)
toString(plaintext)
return 0
def comm_logout(self):
"""
로그아웃 함수. comm_terminate() 전에 호출한다.
:return: 성공할 경우 True, 실패할 경우 False
"""
user_id = decrypt(ENCRYPTION_KEY, self.user_id)
result = self.dynamicCall('CommLogout(user_id)', user_id)
return True if result == 0 else False
def __init__(self, user_name=None):
from config_secret import USER_INFO
user_info = USER_INFO
if user_name:
user_info = USER_INFO[user_name]
user_id = decrypt(ENCRYPTION_KEY, user_info['user_id'])
user_pw = decrypt(ENCRYPTION_KEY, user_info['user_pw'])
cert_pw = decrypt(ENCRYPTION_KEY, user_info['cert_pw'])
super().__init__(user_id, user_pw, cert_pw)
count = 1
while not self.login():
count += 1
if count > 100:
break
print(f'login 에 실패하여 재요청 중입니다 ({count} 번째 요청 중)')
def init():
tab = [
"-h", "--help", "-dir", "-er", "--encrypt", "-e", "decrypt", "-d",
"--replace", "-r"
]
if sys.argv[1] == "-h" or sys.argv[1] == "--help":
functions.display_help()
exit(0)
if len(sys.argv) < 2:
print("\033[1;31;40mBlad! Brak argumentow!")
exit(1)
if sys.argv[1] == "-dir":
functions.find()
exit(0)
if (sys.argv[1] == "-c"):
if len(sys.argv[1]) < 2:
print("\033[1;31;40mZbyt mala ilosc argumentow!")
exit(1)
else:
if (len(sys.argv) > 3):
print("\033[1;31;40mBledne argumenty!")
exit(1)
else:
functions.find_in_current_directory(sys.argv[2])
exit(0)
if sys.argv[1] == "--encrypt" or sys.argv[1] == "-e" or sys.argv[
1] == "-er":
functions.encrypt(sys.argv[1], sys.argv[2])
exit(0)
if sys.argv[1] == "--decrypt" or sys.argv[1] == "-d":
functions.decrypt(sys.argv[2])
exit(0)
if sys.argv[1] == "--replace" or sys.argv[1] == "-r":
functions.replace(sys.argv[2], sys.argv[3], sys.argv[4])
exit(0)
if sys.argv[1] == "-s":
functions.file_statistics(sys.argv[2])
exit(0)
if sys.argv[1] not in tab:
print("\033[1;31;40mBledne argumenty!")
exit(1)
import functions
msg = input("Enter the msg")
print(functions.encrypt(msg.upper()))
dec = input("Enter the moarse code")
print(functions.decrypt(dec))
import functions
msg = input("Enter the message")
print(functions.encrypt(msg.upper()))
moarse = input("Enter the moarse code")
print(functions.decrypt(moarse))
#User Interface/Inputs *Welcome Statements*
userChoice = input("Would you like to Encrpyt or Decrypt a message (E or D): ")
userChoice = userChoice.lower()
#User Pick Encryption
if userChoice == "e":
userMessage = input("Enter the message you would like to encrypt: ")
userMessage = userMessage.lower()
userKey = input("Enter the key you would like to encrypt with: ")
encryptedMessage = functions.encrypt(userMessage, userKey)
print("Your encrypted message using the Key #{} is: ".format(userKey))
print(*encryptedMessage, sep='')
#User Pick Decryption
elif userChoice == "d":
userMessage = input("Enter the message you would like to decrypt: ")
userMessage = userMessage.lower()
userKey = input("Enter the key you would like to decrypt with: ")
decryptedMessage = functions.decrypt(userMessage, userKey)
print("Your decrypted message using the Key #{} is: ".format(userKey))
print(*decryptedMessage, sep='')
#Error
else:
print("Error! You did not enter the D or E key! Program Terminated :(")
exit()
import functions as rsa
import requests
# local test
[[n, e], [d, p, q]] = rsa.generate_key_pair(512) # keys for A
[[n1, e1], [d1, p1, q1]] = rsa.generate_key_pair(512) # keys for b
while n1 < n:
[[n1, e1], [d1, p1, q1]] = rsa.generate_key_pair(512)
print(f"\nKeys of A\nn is: {hex(n)[2:]}\ne is: {hex(e)[2:]}\nfi(n) is: {hex(((p-1)*(q-1)))[2:]}\nd is: {hex(d)[2:]}\np is: {hex(p)[2:]}\nq is: {hex(q)[2:]}")
print(f"\nKeys of B\nn1 is: {hex(n1)[2:]}\ne1 is: {hex(e1)[2:]}\nfi(n1) is: {hex(((p1-1)*(q1-1)))[2:]}\nd1 is:"
f" {hex(d1)[2:]}\np is: {hex(p1)[2:]}\nq is: {hex(q1)[2:]}")
# A encrypt msg and decrypt it
msg = rsa.random.randint(2, 99999)
C = rsa.encrypt(msg, e, n)
decrypted_msg = rsa.decrypt(C, d, n)
print("\n\n local test for encryption and decryption\n\nmsg is: " + str(msg) + "\nEncrypted msg is: " + str(C)
+ "\nDecrypted msg is: " + str(decrypted_msg))
print("\n\n--------------------------------------- local check for signing and verification --------------------------"
"-------------\n\n")
# A send signed msg to B
msg = rsa.random.randint(2, 99999)
print("msg is: " + str(msg))
signed_msg = rsa.send(msg, n1, e1, d, n)
print("encrypted msg is:" + signed_msg[0] + "\nsignature is: " + signed_msg[1])
# B received signed_msg and knows e and n
[check, k] = rsa.receive(signed_msg[0], signed_msg[1], n1, d1, e, n)
import functions as fn
# задаём имена участникам
names = 'AB'
# генерируем закрытый, публичный ключи и число N для каждого пользователя из names
keys = {}
for i in names:
keys[i] = fn.generatePublicAndSecretKeys()
# вывод ключей всех пользователей
for i in keys:
print('key for', i, ' : ', keys[i])
print()
# A шифрует сообщение для B. Для этого берёт открытый ключ и N пользователя B
M = 'Hello'
print('ENCRYPTION:\noriginal message :', M)
# ключи d, e и число N пользователя B
d, e, N = keys['B']['d'], keys['B']['e'], keys['B']['N']
# получение зашифрованного сообщения для пользователя B с помощью ключа e и числа N пользователя B
encrypted, encryptedText = fn.encrypt(M, e, N)
print('encrypted message for B :', encryptedText)
# получение расшифрованного сообщения пользователем B с помощью ключа d и числа N
decrypted, decryptedText = fn.decrypt(encrypted, d, N)
print('\nDECRYPTION\nB`s decrypted message :', decryptedText)
default_options['log_level'] = 'debug'
default_options['log_format'] = '[%(asctime)s] %(levelname)s: %(message)s'
default_options['date_format'] = '%Y-%m-%d %H:%M:%S'
conf = configparser.RawConfigParser(default_options)
conf.read(global_file)
if not conf.read(user_file):
print("No .makemerc file could be found. Check the documentation for details.", file=sys.stderr)
print(conf.get('settings', 'imap_server'))
sys.exit(1)
# now let's get the config stuff that the user NEEDS to set.
try:
refresh_time = conf.get('settings', 'refresh_time')
username = conf.get('settings', 'username')
password = functions.decrypt(username, conf.get('settings', 'password'))
patterns = conf.items('scripts')
contact_address = conf.get('settings', 'contact_address')
reconnect_attempts = conf.getint('settings', 'reconnect_attempts')
except configparser.NoOptionError as e:
print('{0}. Consult the documentation for help or add the missing option to your config file.'.format(e), file=sys.stderr)
sys.exit(4)
should_fork = conf.getboolean('settings', 'should_fork')
first_email_sent = conf.getboolean('settings', 'first_email_sent')
monitor_config = conf.getboolean('settings', 'monitor_config')
unsent_save_location = conf.get('settings', 'unsent_save_location')
log_file = conf.get('settings', 'log_file')
log_level = conf.get('settings', 'log_level')
log_format = conf.get('settings', 'log_format')