Example of Django's websocket implementation via dwebsocket

Unlike django's recommended channel, dwebsocket is much easier and simpler to use.

Usage 1:

Simply add the decorator to the corresponding view function in the file

accept_websocket-—acceptablewebsocketRequests and generalhttprequesting
require_websocket----Accept onlywebsocketrequesting,Rejecting the Ordinaryhttprequesting
from  import accept_websocket,require_websocket

@accept_websocket
def test_websocket(request):
  if request.is_websocket():
    while 1:
      (1) ## Send time to front end
      dit = {
        'time':('%Y.%m.%d %H:%M:%S',(()))
      }
      ((dit))

Usage 2:

Using middleware

Steps:

1. In the document, add the following information.

import dwebsocket
# Provide websockets for all URLs, can be unchecked if only needed for individual views
MIDDLEWARE_CLASSES=['']

WEBSOCKET_ACCEPT_ALL=True # Can allow each individual view to utilize websockets

Official Note: After doing the above configuration, websockets will still be denied for normal views, so you have to set the 'accept_websocket ' ' attribute on the view to allow websockets, so continue to do the following configuration.

2. In the document, decorators are added to the relevant views.

from import accept_websocket,require_websocket

@accept_websocket
def test_websocket(request):
  if request.is_websocket():
    while 1:
      (1) ## Send time to front end
      dit = {
        'time':('%Y.%m.%d %H:%M:%S',(()))
      }
      ((dit))

It doesn't look much different from method 1, there is one more step of settings configuration, but what's the difference?

It's official.:These attributes are always available if you use the middleware

Translated, this means that if middleware is used, the following methods are available.

request.is_websocket() True for #websocket requests, False for normal requests.
 # websocket establish a connection, request will have websocket provides the relevant api attributes, if no connection is established then None
() # Blocking incoming messages
() # Non-blocking reception of messages
WebSocket.count_messages() # Returns the number of messages in the queue
WebSocket.has_messages() # Returns True if there is a message, and False if there is not.
(message) # Send a message
WebSocket.__iter__() # When iterators are used

official link

Above this Django through dwebsocket to realize the websocket example is all that I share with you, I hope to give you a reference, and I hope you support me more.