def __init__(self, addr, port):
self.socket_server = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
self.socket_server.bind((addr, port))
self.socket_server.listen(5)
self.api_key = "trnsl.1.1.20200407T132632Z.19b1f0ccbc9d05c9.e82289b798de7ce9ec5d52e568274deb2ba54216"
self.url = "https://translate.yandex.net/api/v1.5/tr.json/translate"
self.old_cache = base.Client(('memcached', 11211), ignore_exc=True)
self.new_cache = base.Client(('memcached', 11211))
self.cache_client = fallback.FallbackClient(
(self.new_cache, self.old_cache))
def main():
memcache_host = os.environ['MEMCACHED_HOST']
memcache_port = int(os.environ['MEMCACHED_PORT'])
mc_client = membase.Client((memcache_host, memcache_port))
print('Fetching key test_key:')
val = mc_client.get('test_key')
if val is not None:
print(f'Got weird value! Expected null, got {val}')
sys.exit(1)
original = {'foo': 7}
original_json = json.dumps(original)
original_bytes = original_json.encode('utf-8')
print(f'Setting key test_key to: {original_bytes} (2 second expire time)')
mc_client.set('test_key', original_bytes, expire=2)
print('Fetching key test_key:')
val = mc_client.get('test_key')
if val != original_bytes:
print(f'Got weird value! Expected {original_bytes}, got {val}')
sys.exit(1)
print('Sleeping 2.2 seconds to allow expiration')
time.sleep(2.2)
print('Fetching key test_key:')
val = mc_client.get('test_key')
if val is not None:
print(f'Got weird value! Expected null, got {val}')
sys.exit(1)
print('All tests passed')
def fetch_status_from_api_and_update(awbno):
url = 'https://wowship.wowexpress.in/index.php/api/detailed_status/trackAwb'
headers = {'Content-Type': "application/json", 'Cache-Control': "no-cache"}
param = {'awb': awbno}
resp = requests.request("GET",
url,
headers=headers,
params=urllib.parse.urlencode(param))
if resp.status_code == SUCCESS:
resp = resp.json()[0]
if 'scan_detail' in resp:
_client = base.Client(('localhost', 11211))
_client.set(awbno, resp['scan_detail'][-1]['status'])
shipment_obj = Shipment.objects(
awbno=awbno).only('details').first()
shipment_obj_length = len(shipment_obj['details'])
updated_status_length = len(resp['scan_detail'])
diff = updated_status_length - shipment_obj_length
if diff > 0:
for i in range(0, diff):
shipment_obj.details[shipment_obj_length +
i] = resp['scan_detail'][
shipment_obj_length + i]
shipment_obj.save()
def __call__(self, request):
if "OBCIAZNIK" in request.headers:
self.process_request(request)
response = self.get_response(request)
response = self.process_response(request, response)
response['cpu_usage_current'] = json.dumps(
{
'usage': psutil.cpu_percent(),
'timestamp': datetime.now()
},
default=str)
times = psutil.cpu_times()
response['cpu_time_spent_user'] = times.user
response['cpu_time_spent_system'] = times.system
response['cpu_time_spent_idle'] = times.idle
response['memory_usage'] = psutil.virtual_memory()[2]
response['container_id'] = socket.gethostbyname(
socket.gethostname())
if os.getenv('RUN_MEMCACHE'):
if os.getenv('RUN_MEMCACHE') == 'TRUE':
client = base.Client(('localhost', 11211))
response['cpu_usage_aggregated'] = client.get('CPU_USAGE')
return response
else:
return self.get_response(request)
def __init__(self,
hostname='0.0.0.0',
port=11211):
BaseCache.__init__(self)
self._hostname = hostname
self._port = port
self._client = base.Client((self._hostname, self._port))
def gravar():
voos = request.get_json()
if voos:
client = base.Client((BANCO_VOLATIL, 11211))
client.set("voos", voos)
return "Ok"
def getDatapoint(self, request, context):
client = base.Client(('memcached', 11211))
try:
result = client.get(request.k)
return rpc.Value(v=result)
except:
return rpc.Value(v='')
def __init__(self, host, port, cacheExpirationTime):
""" Variables for client, backup Clients, fallbackClient instances, cache Expiration Time and old Client Cache """
self.client = base.Client((host, port))
self.fallbackClient = None
self.backupClients = None
self.cacheExpirationTime = cacheExpirationTime
self.oldClient = None
def __enter__(self):
self.connection = base.Client(
(self.host, self.port),
serializer=serde.python_memcache_serializer,
deserializer=serde.python_memcache_deserializer,
)
return self.connection
def create_secret(mdict):
"""
The function creates a random key and saves it in the database to be
used in the next request to verfy the users request.(verify_response()).
"""
client = base.Client(('localhost', 11211))
try:
nu = None
exists = User_reg.objects.filter(
phone_number=mdict['phone_number']).count()
if exists != 0:
nu = User_reg.objects.get(phone_number=mdict['phone_number'])
if nu.isVerified:
secret = str(uuid.uuid1().int % 1000000)
print('otp is ' + secret)
client.set(mdict['phone_number'], secret, 90)
print(client.get(mdict['phone_number']))
else:
print('user has not been verified')
return 'failure'
else:
return 'no such user exists'
return secret
except:
print('fail exception occured')
return 'failure'
return 0
def generatePlaylist():
id = request.args.get('id')
x = xspf.Xspf()
client = base.Client(('localhost', 11211))
playlist = client.get('playlist.' + id)
if playlist is None:
playlist = requests.get('http://127.0.0.1:5300/v1/playlists/' +
str(id))
playlist = playlist.json()
# Cache the result for next time:
client.set('playlist.' + id, playlist,
expire=120) # cache for 2 minutes
x.title = playlist.get('title')
x.info = playlist.get('playlist_description')
x.creator = playlist.get('creator')
if (playlist.get('tracks')):
tracks = playlist.get('tracks')
for track in tracks:
x.add_track(title=track.get('title'),
creator=track.get('artist'),
album=track.get('album_title'),
location=track.get('media_url'))
xml = x.toXml()
return Response(xml, mimetype='audio/xspf')
async def anticaptcha_cache_get_handle(request):
"""
GET
task_id - task id from AntiCaptcha
Response
json - {'taskId': <task_id>, 'message': {<solve_json>}
or
{'taskId': <task_id>, 'message': {"taskId": <task_id>, "status": "processing"}
"""
# get task id from request
task_id = request.match_info["task_id"]
# init client
client = base.Client(("localhost", 11211), connect_timeout=10)
# get data from key-value cache
cache_data = client.get(task_id)
client.close()
if cache_data:
# response dict
data = {"taskId": task_id, "message": json.loads(cache_data.decode())}
else:
# response dict
data = {
"taskId": task_id,
"message": {"taskId": task_id, "status": "processing"},
}
return web.json_response(data)
def save_rucaptcha_result_cache(message: dict):
# init client
client = base.Client(("localhost", 11211))
# set data key-value data to cache
client.set(message.get("id"), message.get("code"), expire=3600)
client.close()
async def rucaptcha_cache_get_handle(request):
"""
GET
task_id - task id from RuCaptcha
Response
json - {'id': <task_id>, 'code': <solve_code>}
or
{'id': <task_id>, 'code': "CAPCHA_NOT_READY"}
"""
# get task id from request
task_id = request.match_info["task_id"]
# init client
client = base.Client(("localhost", 11211), connect_timeout=10)
# get data from key-value cache
cache_data = client.get(task_id)
client.close()
if cache_data:
# response dict
data = {"id": task_id, "code": cache_data.decode()}
else:
# response dict
data = {"id": task_id, "code": "CAPCHA_NOT_READY"}
return web.json_response(data)
def save_anticaptcha_result_cache(message: dict):
# init client
client = base.Client(("localhost", 11211))
# set data key-value data to cache
client.set(message.get("taskId"), json.dumps(message), expire=3600)
client.close()
def playlist(id):
#run memcached
client = base.Client(('localhost', 11211))
result = client.get(str(id))
if result is None:
getPlaylist = "http://localhost:8000/playlists/" + str(id)
result = requests.get(getPlaylist)
client.set(str(id), result, 60)
playlists = requests.get(getPlaylist).json()
else:
getPlaylist = "http://localhost:8000/playlists/" + str(id)
playlists = requests.get(getPlaylist).json()
track_ids = playlists[0]['tracks']
get_track = []
for track_id in track_ids:
track = requests.get("http://localhost:8000/tracks/" +
str(track_id)).json()[0]
track['description'] = requests.get(
"http://localhost:8000/descriptions/" + str(track_id)).json()[0]
get_track.append(track)
# renders xspf template file
template = render_template('playlist.xspf',
playlist=playlists,
tracks=get_track)
response = make_response(template)
response.headers['Content-Type'] = 'application/xspf'
return response
def read_sensorvalues_from_cache():
"""
This function responds to a request for /api/sonicsensor
:return: all sensor values and timestamp
"""
client = base.Client((properties.memcacheHost, properties.memcachePort))
response = [{
"Sensor1": {
"distance": int(client.get('sensor1')),
"timestamp": client.get('sensor1_timestamp')
},
"Sensor2": {
"distance": int(client.get('sensor2')),
"timestamp": client.get('sensor2_timestamp')
},
"Sensor3": {
"distance": int(client.get('sensor3')),
"timestamp": client.get('sensor3_timestamp')
},
"Sensor4": {
"distance": int(client.get('sensor4')),
"timestamp": client.get('sensor4_timestamp')
}
}]
return response
def __init__(self):
firebase_admin.initialize_app()
self.db = firestore.client()
self.status = self.db.collection(u'status')
self.conf = self.db.collection(u'conf')
self.mission = self.db.collection(u'mission')
self.client = base.Client(('localhost', 11211))
def memcached_server():
import os
# the server must be set in the environment
memcached_config = os.environ.get("MEMCACHED_SERVER", None)
if memcached_config is None:
return None
# expect either SERVER or SERVER:PORT entries
memcached_config = memcached_config.split(":")
if len(memcached_config) == 1:
# the default memcached port
memcached_config.append(11211)
# we need the server and the port
if len(memcached_config) != 2:
return None
try:
from pymemcache.client import base
except ImportError:
return None
# wait 1 second to try to connect, it's not worthwhile as a cache if it's slow
return base.Client(
(
memcached_config[0],
memcached_config[1],
),
connect_timeout=1,
timeout=1,
)
def index():
# POST request
if request.method == 'POST':
client = base.Client(('127.0.0.1', 11211))
data = request.get_json()
print("Incoming...")
windBearing = data["winddir"]
windDirection = "N"
if windBearing >= 0 and windBearing <= 22 or windBearing >= 337 and windBearing <= 360:
windDirection = "N"
elif windBearing >= 23 and windBearing <= 67:
windDirection = "NE"
elif windBearing >= 68 and windBearing <= 112:
windDirection = "E"
elif windBearing >= 113 and windBearing <= 157:
windDirection = "SE"
elif windBearing >= 158 and windBearing <= 202:
windDirection = "S"
elif windBearing >= 203 and windBearing <= 247:
windDirection = "SW"
elif windBearing >= 248 and windBearing <= 292:
windDirection = "W"
elif windBearing >= 293 and windBearing <= 336:
windDirection = "Nw"
client.set('windDir', windDirection)
client.set('windSpd', round(data["windspeedmph"]))
client.set('windSpdGust', round(data["windgustmph"]))
client.set('temp', round(data["tempc"]))
client.set('humidity', round(data["humidity"]))
return 'OK', 200
def context_analysis(post):
client = base.Client(('localhost', 11211))
stop = stopwords.words('english')
articles = [post]
predefined_groups = client.get('0') #
'''getting all the groups from cache
provided all the groups are in cache.
'''
k = str(predefined_groups).replace("b\'",
'').replace("\'", "").replace("\'", "")
res = ast.literal_eval(k)
# print(articles[0])
for i in articles:
word_tokens_post = word_tokenize(text_from_html(i))
for j in range(len(res)):
w_token = word_tokenize(str(res[j]))
filter_grp = [a for a in w_token if a not in stop]
res[j] = ' '.join(filter_grp)
#print(res)
#lmtzr = WordNetLemmatizer()
#group_list=str()
#print('yesss')
filtered_sentence = [a for a in word_tokens_post if a not in stop]
filtered_sentence = [x.lower() for x in filtered_sentence]
filtered_sentence = ' '.join(filtered_sentence)
for j in range(len(res)):
if res[j].lower() in filtered_sentence:
print(str(res[j]))
def CacheClassifier():
reviews = Review.objects.filter(extracted=True)
trainings_size = reviews.count()
global_features_index = extract_features.GetGlobalFeaturesIndex()
x, y = [], []
for r in reviews:
features_vector = extract_features.GetFeaturesVector(r)
global_features_vector = extract_features.FeaturesVectorToGlobal(
features_vector, global_features_index)
x.append(global_features_vector)
y.append(r.tag.tagId)
classifier = svm.SVC(decision_function_shape='ovo')
try:
classifier.fit(x, y)
client = base.Client(('localhost', 11211))
model = (classifier, global_features_index, trainings_size)
client.set(SVM_Model_KEY, pickle.dumps(model))
except:
return None
return model
def check_spam(user_id):
client=base.Client(('localhost',11211))
json_data=client.get(str(user_id))
#print(json_data)
str_data="".join( chr(x) for x in bytearray(json_data))
str_data='['+str_data.replace('\n',',').replace('null','"nothing"')+']'
str_data=str_data.replace(',]',']')
j_obj=json.loads(str_data)
#print(j_obj[0])
link_list=list()
phone_list=list()
for i in range(len(j_obj)):
link_list.append(re.findall(r'(https?://\S+)', j_obj[i]['description']))
phone_list.append(re.findall("|".join(["\+\d\d?-? ?\d{3}-\d{3}-\d{4}","\\+\\d\\d?-? ?\\d{10}","\\+\\d\\d?-? ?\\d{5} \\d{5}","\\+\\d\\d?-? ?\\d{3}\\-? ?\\d{7}","\\+\\d\\d?-? ?\\d{4}\\-? ?\\d{6}"]),j_obj[i]['description']))
link_list = [ y for x in link_list for y in x]
print(link_list)
phone_list = [ y for x in phone_list for y in x]
print(phone_list)
most_common,num_most_common = Counter(link_list).most_common(1)[0]
print(str(most_common)+'-->'+str(num_most_common))
most_common,num_most_common = Counter(phone_list).most_common(1)[0]
print(str(most_common)+'-->'+str(num_most_common))
'''if client.get(str(user_id)+'_contacts') == None:
client.set(str(user_id)+'_contacts',json.dumps({ "url":','.join(link_list),"phone":','.join(phone_list)})+',',expire=604800)
else:
client.append(str(user_id)+'_contacts',json.dumps({ "url":','.join(link_list),"phone":','.join(phone_list)})+',',expire=604800)'''
'''
def setup_class(self):
"""
Set up: connect client to server
"""
self.mc = base.Client(('localhost', 11211),
serializer=serde.python_memcache_serializer,
deserializer=serde.python_memcache_deserializer)
def __init__(self):
conf = ConfigParser()
path = os.path.join(os.path.dirname(__file__), 'config/config.txt')
conf.read(path)
self.iota = Iota(conf.get('IOTA', 'node'), conf.get('IOTA', 'seed'))
self.generator = AddressGenerator(self.iota.seed)
self.match_making_addr = self.generator.get_addresses(1)
self.memcached = base.Client(('127.0.0.1', 11211))
def check_memcache():
cache = base.Client((Config.memcache_host, Config.memcache_port))
messages = ["hello, one", "hello, two", "hello, three"]
cache.set('messages', json.dumps(messages))
data = cache.get('messages')
stored_messages = json.loads(data)
print(stored_messages)
print('MEMCACHE [ok]')
def save_cache(key, value):
try:
log("cache - save key: " + key)
client = base.Client((config.MemcacheServer, config.MemcachePort))
# 5 min expiration time
client.set(key, value, config.MemcacheExpireTime)
except:
log("cache - problem with saving cache")
def _get_connection(self):
"""[Get connection]
"""
try:
connection = base.Client((self.host, self.port), connect_timeout=5)
except Exception:
raise Exception("Cannot connect to memcached")
return connection
def get_FilterSystem(guid,app):
"""return a FilterSystem corresponding to a guid"""
mc = base.Client(('localhost', 11211))
fs_str = mc.get(guid)
fs = pickle.loads(fs_str)
return fs
def get_session(session_id):
cache_client = base.Client((MEMCACHE_IP, MEMCACHE_PORT))
session = cache_client.get(session_id)
if session:
session = session.decode("utf-8")
session = ast.literal_eval(session)
cache_client.close()
return session
