moment you need it. Transports: One of the main feature of Socket.IO is the abstraction of the transport, that gives you real-time web support down to Internet Explorer 6.0, using long-polling methods for encoding, and return decoded dictionaries also. socketio.packet Handler is a lower-level transport handler. It is responsible for calling your WSGI application socketio.handler Transports are responsible RE_REQUEST_URL = re.compile(r""" ^/(?P.+?) /1 /(?P<transport_id>[^/]+) /(?P[^/]+)/?$ """, re.X) RE_HANDSHAKE_URL = re

moment you need it. Transports: One of the main feature of Socket.IO is the abstraction of the transport, that gives you real-time web support down to Internet Explorer 6.0, using long-polling methods for encoding, and return decoded dictionaries also. socketio.packet Handler is a lower-level transport handler. It is responsible for calling your WSGI application socketio.handler Transports are responsible

string format (e.g. scheme://host:port?key1=value1&key2=value2) to customize the underlying transport mechanism. For example, if a client wanted to connect to a remote server using TCP and SSL it would properties available for the tcp scheme are described in the documentation regarding the Netty transport. Note if you are using the tcp scheme and multiple addresses then a query can be applied to all need to provide connection parameters and specify which transport we are using, for more information on connectors please see Configuring the Transport. TransportConfiguration transportConfiguration = new

string format (e.g. scheme://host:port?key1=value1&key2=value2) to customize the underlying transport mechanism. For example, if a client wanted to connect to a remote server using TCP and SSL it would properties available for the tcp scheme are described in the documentation regarding the Netty transport. Note if you are using the tcp scheme and multiple addresses then a query can be applied to all need to provide connection parameters and specify which transport we are using, for more information on connectors please see Configuring the Transport. TransportConfiguration transportConfiguration = new

endpoint and having a task that requests it (webhooks). ## What do I need? Celery requires a message transport to send and receive messages. The RabbitMQ and Version Requirements Redis broker transports are library. celery[redis]: for using Redis as a message transport or as a result backend. celery[sqs]: for using Amazon SQS as a message transport (experimental). celery[tblib]: for using the task remote for using Zookeeper as a message transport. celery[sqlalchemy]: for using SQLAlchemy as a result backend (supported). celery[pyro]: for using the Pyro4 message transport (experimental). celery[slmq]:

endpoint and having a task that requests it (webhooks). ## What do I need? Celery requires a message transport to send and receive messages. The RabbitMQ and Version Requirements Redis broker transports are library. celery[redis]: for using Redis as a message transport or as a result backend. celery[sqs]: for using Amazon SQS as a message transport (experimental). celery[memcache]: for using Memcached for using Zookeeper as a message transport. celery[sqlalchemy]: for using SQLAlchemy as a result backend (supported). celery[pyro]: for using the Pyro4 message transport (experimental). celery[slmq]:

required. The last version to support Python 2.4 was Celery series 2.2. Celery requires a message transport to send and receive messages. The RabbitMQ and Redis broker transports are feature complete, but C library. celery[redis] for using Redis as a message transport or as a result backend. celery[mongodb] for using MongoDB as a message transport (experimental), or as a result backend (supported). celery[sqs] celery[sqs] for using Amazon SQS as a message transport (experimental). celery $$ memcache $$ for using memcached as a result backend. celery[candora] for using Apache Cassandra as a result backend.

endpoint and having a task that requests it (webhooks). ## What do I need? Celery requires a message transport to send and receive messages. The RabbitMQ and Redis broker transports are feature complete, but C library. celery[redis] for using Redis as a message transport or as a result backend. celery[sqs] for using Amazon SQS as a message transport (experimental). celery[tblib] for using the task remote for using Zookeeper as a message transport. celery[sqlalchemy] for using SQLAlchemy as a result backend (supported). celery[pyro] for using the Pyro4 message transport (experimental). celery[slmq] for

interoperability can also be achieved by using webhooks. ## What do I need? Celery requires a message transport to send and receive messages. The RabbitMQ and Redis broker transports are feature complete, ## celery[librabbitmq]: celery[redis]: for using Redis as a message transport or as a result backend. ## celery[mongodb]: for using MongoDB as a message transport (experimental), or as a result backend (supported). celery[sqs]: for using Amazon SQS as a message transport (experimental). celery $$ memcache $$ : for using memcached as a result backend. celery[candora]: for using Apache Cassandra as a result backend

endpoint and having a task that requests it (webhooks). ## What do I need? Celery requires a message transport to send and receive messages. The RabbitMQ and Redis broker transports are feature complete, but development docs, go here. ## Brokers Release: 5.0 Date: Oct18,2020 Celery supports several message transport alternatives. ## Broker Instructions - Using RabbitMQ - Using Redis - Using Amazon SQS ## Broker different transports supports, more information can be found in the documentation for each individual transport (see Broker Instructions). |Name|Status|Monitoring|Remote Control| |---|---|---|---| |RabbitMQ|Stable|Yes|Yes|