def get_or_create_cache_token(token, user_dict):
user_cache = LMBCache()
if user_cache.is_exists(token):
cached_data = user_cache.get(token)
if cached_data['user_id'] == user_dict['user_id'] and cached_data[
'role'] == user_dict['role']:
user_cache.delete(token)
token = UserAuthentication.generate_key()
while user_cache.is_exists(token):
token = UserAuthentication.generate_key()
user_dict['last_modified'] = user_cache.make_datetime_version()
user_cache.set_token(token, user_dict)
return token
def get_or_create_cache_token(token, user_dict):
user_cache = LMBCache()
if user_cache.is_exists(token):
cached_data = user_cache.get(token)
if cached_data['user_id'] == user_dict['user_id'] and cached_data['role'] == user_dict['role']:
user_cache.delete(token)
token = UserAuthentication.generate_key()
while user_cache.is_exists(token):
token = UserAuthentication.generate_key()
user_dict['last_modified'] = user_cache.make_datetime_version()
user_cache.set_token(token, user_dict)
return token
def get_cache(key):
lmb_cache = LMBCache()
return lmb_cache.get(key)
def is_authenticate(cls, token):
lmb_cache = LMBCache()
if lmb_cache.is_exists(token):
return True
return False
def get_cache(key):
lmb_cache = LMBCache()
return lmb_cache.get(key)
def is_authenticate(cls, token):
lmb_cache = LMBCache()
if lmb_cache.is_exists(token):
return True
return False
