def main(cipher, rsa = 0):
print(cipher)
sender = Sender(cipher)
receiver = Receiver(cipher)
key = cipher.generate_keys()
if rsa:
sender.set_key(key[0])
receiver.set_key(key[1])
else:
sender.set_key(key)
receiver.set_key(key)
message = "shady crypto"
print("Key is: ", key)
print("Plaintext: ", message)
crypted = message = sender.operate_cipher(message)
print("Cryptedtext : ", message)
message = receiver.operate_cipher(message)
print("Cryptedtext converted back to Plaintext: ", message)
if cipher.verify("text hacking example", key):
print("Cipher is verified")
else:
print("Cipher is invalid")
if not rsa:
hacker = Hacker()
print("Hacker will hack this cryptedtext: ", crypted)
hacked = hacker.operate_cipher(crypted, cipher)
print("Message:", '"' + str(hacked[0]) + '"', "is hacked with Key:", hacked[1])
print("\n"*2)
def get(self):
self.response.headers['Content-type'] = 'text/plain'
giver = hacker = Hacker.gql(""" WHERE username = :1 LIMIT 1 """, "p33").get()
recipient = hacker = Hacker.gql(""" WHERE username = :1 LIMIT 1 """, "peevis").get()
giver.givePoints(recipient, 50)
def run_normal_cipher(cipher, message):
"""Sends a message using cipher"""
sender = Sender(cipher)
encrypted = sender.operate_cipher(message)
receiver = Receiver(cipher)
receiver.operate_cipher(encrypted)
hacker = Hacker()
hacker.brute_force(encrypted, cipher)
def main():
s = Sender()
r = Receiver()
c = choose_cipher()
if isinstance(c, RSA):
s.set_cipher(c)
r.set_cipher(c)
operate_rsa(s, r)
else:
s.set_cipher(c)
s.operate_cipher()
print(s.get_encoded())
r.set_cipher(c)
r.set_key(s.get_key())
r.set_encoded(s.get_encoded())
r.operate_cipher()
print(r.get_decoded())
print(
"**************************************************************************"
)
time.sleep(2)
print("OH, NO!")
time.sleep(0.5)
print("A WILD HACKER APPEARED!!!")
h = Hacker()
h.set_key(s.get_key())
time.sleep(1)
print("Hacker found traces of a key...")
h.set_encoded(s.get_encoded())
time.sleep(1)
print("Hacker found an encoded message...")
h.set_dict(h.open_file())
time.sleep(1)
print("SHIT, he's started hacking!!!!!!")
time.sleep(1)
cracked = h.hack(h.encoded, s.get_cipher())
if cracked:
time.sleep(2)
print("The hacker has successfully cracked your " + str(c) +
" cipher algorithm.\n\\end")
else:
time.sleep(2)
print("You have successfully beaten the hacker!")
time.sleep(1)
print("Or maybe used some words not in the dictionary...")
def setup_session(self):
"""Creates instances
This method is called when the game is first started.
It will create instances for players, map generators
and servers.
15 servers instances will be created
"""
self.player_1 = Hacker()
self.player_2 = Hacker()
self.servers = []
for srv in range(15):
self.servers.append(Servers(srv))
self.wmap = Worldmap(self.servers)
def main():
maker = URLMaker()
urls = maker.urls(144250,145000)
hacker = Hacker()
with open("log.txt", "w") as a_file:
hacker.set_file(a_file)
hacker.set_urls(urls)
hacker.hack()
def __init__(self, charT):
if charT == 'H':
self.h = Hacker()
self.charType = "Hacker"
elif charT == 'W':
self.h = Warrior()
self.charType = "Warrior"
self.maxHP = self.h.getHP()
self.strength = self.h.getStr()
self.defense = self.h.getDef()
def verify_cipher(cipher_name, key_word=''):
""" Main method to test ciphers """
# Instantiate cipher
cipher = None
if cipher_name == 'caesar':
cipher = Caesar()
elif cipher_name == 'multiplication':
cipher = Multiplication()
elif cipher_name == 'affine':
cipher = Affine()
elif cipher_name == 'unbreakable':
cipher = Unbreakable()
elif cipher_name == 'rsa':
cipher = RSA()
else:
raise Exception('Cipher name not recognised')
print(('\nTesting %s cipher:\n' % cipher_name).upper())
# Define sender and receiver
sender = Sender(cipher)
receiver = Receiver(cipher)
# Distribute key(s)
if cipher_name == 'unbreakable':
encryption_key, decryption_key = cipher.generate_keys(key_word)
else:
encryption_key, decryption_key = cipher.generate_keys()
sender.set_key(encryption_key)
receiver.set_key(decryption_key)
# Create message and send it
message = "Hello world"
# message = "aaaaaaaaaaa"
sender.send(message, receiver)
print("\nSender message: ", sender.message)
print("Sender encoded: ", sender.encoded_message)
print("Receiver encoded:", receiver.encoded_message)
print("Receiver decoded:", receiver.message)
hack = input('\nDo you want to try and hack this message? (y/n): ')
if hack == 'y':
hacker = Hacker(cipher)
if cipher_name in ('caesar', 'multiplication'):
hacker.hack_caesar_or_multiplication(sender.encoded_message)
elif cipher_name == 'affine':
hacker.hack_affine(sender.encoded_message)
elif cipher_name == 'unbreakable':
hacker.hack_unbreakable(sender.encoded_message)
else:
print('No can do :P')
def get(self):
self.response.headers['Content-Type'] = 'text/json'
query = Hacker.gql("ORDER BY points DESC LIMIT 50");
self.response.out.write("[");
first = True
for result in query:
if (first == False):
self.response.out.write(",");
self.response.out.write(result.asJSON())
first = False
self.response.out.write("]");
def get(self):
session = get_current_session()
if not session.is_active():
self.forceTwitter();
return
username = session.get("username")
if not username:
session.terminate()
self.forceTwitter();
return;
hacker = Hacker.gql(""" WHERE username = :1 LIMIT 1 """, username).get()
if not hacker:
logging.error("Had a username but no hacker:" + username)
session.terminate()
self.forceTwitter();
return
template_values = {
'username' : username,
'url_picture': hacker.picture,
'name' : hacker.name,
'points' : hacker.points,
'pool' : hacker.pool,
'internets' : hacker.internets,
'easterEggs' : hacker.easterEggs,
'hacks' : hacker.hacks
}
self.response.headers['Content-Type'] = 'text/html'
path = os.path.join(os.path.dirname(__file__), 'index.html')
self.response.out.write(template.render(path, template_values))
def setup_session(self):
self.player_1 = Hacker()
self.player_2 = Hacker()
for srv in range(15):
self.servers.append(Servers(srv))
def get(self):
session = get_current_session()
if session.is_active():
logger.info("Found a session")
session.terminate()
# the request_token from twitter
request_token = self.request.get("oauth_token")
request_token = urlunquote(request_token)
# the OAuth verifier from twitter
oauth_verifier = self.request.get("oauth_verifier")
oauth_verifier = urlunquote(oauth_verifier)
ss = SecretSquirrel()
client = twitterauth.OAuthClient(ss.conKey, ss.conSec, ss.cbURL)
auth_secret = memcache.get(client._get_memcache_auth_key(request_token))
if not auth_secret:
result = twitterauth.AuthToken.gql(""" WHERE token = :1 LIMIT 1 """, request_token).get()
if not result:
logger.error("The auth token %s was not found in our db" % request_token)
raise Exception, "Could not find Auth Token in database suck to be you"
else:
auth_secret = result.secret
# now go back to twitter and exchange the request_token and oauth_verifier for an access_token and a token_secret
response = client.make_request(client.access_url,
token=request_token, secret=auth_secret,
additional_params={"oauth_verifier": oauth_verifier})
result = client._extract_credentials(response)
# Try to collect some information about this user from the service.
user_info = client._lookup_user_info(result["token"], result["secret"])
if not user_info:
return self.response.out.write("failed to get user_info")
user_info.update(result)
session = get_current_session()
session['username'] = user_info['username']
username = user_info['username']
hacker = Hacker.gql(""" WHERE username = :1 LIMIT 1 """, username).get()
if not hacker:
logger.info("Making new hacker")
hacker = Hacker()
hacker.name = user_info["name"]
hacker.token = user_info["token"]
hacker.picture = user_info["picture"]
hacker.secret = user_info["secret"]
hacker.username = user_info["username"]
hacker.points = 0
hacker.pool = 100
hacker.internets = 0
hacker.easterEggs = 0
hacker.hacks = 0
hacker.put()
else:
logger.info("Found me a hacker")
#return self.response.out.write(user_info)
return self.redirect("/")
print("Verified: " + str(algorithm.verify("verify text")))
"""
#Unbreakable
algorithm = Unbreakable()
sender = Sender(algorithm)
receiver = Receiver(algorithm)
algorithm.generate_keys(sender, receiver)
print("Keys: " + str(sender.get_key()) + " and " + str(receiver.get_key()))
encrypted = sender.operate_cipher("hello world")
print("Encrypted: " + encrypted)
decrypted = receiver.operate_cipher(encrypted)
print("Decrypted: " + decrypted)
print("Verified: " + str(algorithm.verify("verify text")))
hacker = Hacker()
hacker_result = hacker.operate_cipher(encrypted)
print("Hacked: " + hacker_result)
"""Affine
algorithm = Affine()
sender = Sender(algorithm)
receiver = Receiver(algorithm)
algorithm.generate_keys(sender, receiver)
print("Keys: " + str(sender.get_key()) + " and " + str(receiver.get_key()))
encrypted = sender.operate_cipher("hello world")
print("Encrypted: " + encrypted)
decrypted = receiver.operate_cipher(encrypted)
print("Decrypted: " + decrypted)
print("Verified: " + str(algorithm.verify("verify text")))
hacker = Hacker()
hacker_result = hacker.operate_cipher(encrypted)
def main():
# 5 - образующая по простому модулю 23
G = 5
P = 23
print("Инициализируем простые числа")
# если True, будем разводить Алису на деньги (почему не Боба? Алиса больше зарабатывает, в яндекс устроилась)
mellori_is_active = True
# класс для генерации простых чисел
primer = Primer(10**4, 10**4 + 1000)
print("Создаём людей и фразочки для них")
alice = Person(
G, P, primer, "Alice", {
'Привет':
'Привет, идём завтра в кино?',
'Конечно!':
'Вот и замечательно! Завтра встретимся, пока!',
'Пока!':
None,
'Слушай, не, совсем беда, денег нема. Скинь 500 р на номер 88005553535':
'Окей, ща...'
})
bob = Person(
G, P, primer, "Bob", {
'Привет, идём завтра в кино?': 'Конечно!',
'Вот и замечательно! Завтра встретимся, пока!': 'Пока!',
None: None
})
# вообще конечно великая хакер Меллори может в реалтайме читать сообщения и нужным образом править текст, но...
# но в данном случае у нас робот, который лишь видит будущее, поэтому заранее знает, какие фразы надо поменять в сообщениях, чтобы развести Алису
mellori = Hacker(
G,
P,
primer,
"Mellori", {
'Конечно!':
'Слушай, не, совсем беда, денег нема. Скинь 500 р на номер 88005553535',
'Окей, ща...': 'Вот и замечательно! Завтра встретимся, пока!',
None: None
},
multi_keys=["Alice", "Bob"])
print("Bob начал общение с Alice")
sent = bob.start_communication_with("Alice")
# основной цикл общения. по сути всё, что проходит через цикл - то доступно всем, это интернет, короче, публичный wifi или хз что ещё
while True:
# провайдер у нас логирует всё, что проходит по сети
print("{} => {} # {} => {}".format(sent[0], sent[1], sent[2], sent[3]))
# если хакер подключился к сети, то здесь он смотрит и модифицирует данные
if mellori_is_active:
print(" <=> НАЧАТ ПЕРЕХВАТ <=>")
print(" Перехвачено =>", sent)
sent = mellori.read_data(sent)
print(" Отправлено =>", sent)
print(" <=> ПЕРЕХВАТ ЗАВЕРШЁН <=>")
# законопослушные граждане
if sent[1] == "Alice":
sent = alice.read_data(sent)
elif sent[1] == "Bob":
sent = bob.read_data(sent)
time.sleep(2)
if sent[3] is None:
print("Сеанс завершён")
break
# спецслужбы пришли к Алисе и Бобу выяснить, как у Алисы 500 р увели, так что смотрим логи граждан
print("###################################")
print()
print("Смотрим логи переписки Алисы:")
for data in alice.log:
print(data)
print()
print("Смотрим логи переписки Боба:")
for data in bob.log:
print(data)
def get(self):
session = get_current_session()
if not session.is_active():
self.forceTwitter();
return
username = session.get("username")
if not username:
session.terminate()
self.forceTwitter();
return;
hacker = Hacker.gql(""" WHERE username = :1 LIMIT 1 """, username).get()
if not hacker:
logging.error("Had a username but no hacker:" + username)
session.terminate()
self.forceTwitter();
return
self.response.headers['Content-Type'] = 'text/html'
# logging.info("Calling out to twitter for ids")
# https://api.twitter.com/1/friends/ids.json?cursor=-1&screen_name=twitterapi
cursor = -1
ss = SecretSquirrel()
client = twitterauth.OAuthClient(ss.conKey, ss.conSec, ss.cbURL)
token = hacker.token
secret = hacker.secret
username = hacker.username
ids = []
done = 0
while done == 0:
idResponse = client.make_request("https://api.twitter.com/1/friends/ids.json",
token=token, secret=secret,
additional_params={"cursor": cursor, "screen_name": username})
status = idResponse.status_code
# logging.info(status)
if status != 200:
return self.response.out.write("Return code wasn't 200 it was:" + str(status))
self.response.out.write(idResponse)
data = json.loads(idResponse.content)
# self.response.out.write(data)
nextCursor = data['next_cursor']
if nextCursor == 0:
done = 1;
jIDS = data['ids']
if not jIDS:
done = 1;
continue
else:
ids.extend(jIDS)
# self.response.out.write("Done with ids loop\n")
# self.response.out.write("Found " + str(len(jIDS)) + " friend IDS\n")
cursor = 0
lookupIDS = ""
jidCount = len(jIDS)
while cursor <= jidCount:
li = 0
while li <= 99:
try:
tid = jIDS.pop()
lookupIDS = lookupIDS + str(tid) + ","
li = li + 1
cursor = cursor + 1
except:
# logging.info("Stopped at " + str(li) + " count")
li = 100
cursor = (jidCount + 1)
# https://api.twitter.com/1/users/lookup.json?screen_name=twitterapi,twitter&include_entities=true
fResponse = client.make_request("https://api.twitter.com/1/users/lookup.json",
token=token, secret=secret,
additional_params={"user_id": lookupIDS, "include_entities":"false"}, method="POST")
status = fResponse.status_code
if status != 200:
return self.response.out.write("Return code wasn't 200 it was:" + str(status))
data = json.loads(fResponse.content)
lookupIDS = ""
for user in data:
self.response.out.write("<p>")
template_values = {
'id' : user['id'],
'pics' : user['profile_image_url_https'],
'pic' : user['profile_image_url'],
'screenName' : user['screen_name'],
'name' : user['name'],
'verified' : user['verified'],
'url' : user['url'],
}
path = os.path.join(os.path.dirname(__file__), 'user.html')
self.response.out.write(template.render(path, template_values))
self.response.out.write("</p>")
self.response.out.write("Done requesting friends info")
