workers to handle requests, the request may be dispatched to a process that does not hold the session to which the request belongs. So you can only start one worker to handle requests when using Flask or more convenient to web framework integration • Application access speed is improved, and no probe requests are used to determine the communication protocol 4.10. Release notes 75 PyWebIO, Release 1.3.3 through WebSocket connection Http communication • The client polls the backend through Http GET requests, and the backend returns a list of PyWebIO messages serialized in json • When the user submits

workers to handle requests, the request may be dispatched to a process that does not hold the session to which the request belongs. So you can only start one worker to handle requests when using Flask or more convenient to web framework integration • Application access speed is improved, and no probe requests are used to determine the communication protocol 4.10. Release notes 75 PyWebIO, Release 1.3.1 through WebSocket connection Http communication • The client polls the backend through Http GET requests, and the backend returns a list of PyWebIO messages serialized in json • When the user submits

workers to handle requests, the request may be dispatched to a process that does not hold the session to which the request belongs. So you can only start one worker to handle requests when using Flask or more convenient to web framework integration • Application access speed is improved, and no probe requests are used to determine the communication protocol 4.10. Release notes 75 PyWebIO, Release 1.3.0 through WebSocket connection Http communication • The client polls the backend through Http GET requests, and the backend returns a list of PyWebIO messages serialized in json • When the user submits

workers to handle requests, the request may be dispatched to a process that does not hold the session to which the request belongs. So you can only start one worker to handle requests when using Flask or more convenient to web framework integration • Application access speed is improved, and no probe requests are used to determine the communication protocol 4.10. Release notes 75 PyWebIO, Release 1.3.2 through WebSocket connection Http communication • The client polls the backend through Http GET requests, and the backend returns a list of PyWebIO messages serialized in json • When the user submits

workers to handle requests, the request may be dispatched to a process that does not hold the session to which the request belongs. So you can only start one worker to handle requests when using Flask or more convenient to web framework integration • Application access speed is improved, and no probe requests are used to determine the communication protocol Backwards-incompatible changes • Remove disable_asyncio through WebSocket connection Http communication • The client polls the backend through Http GET requests, and the backend returns a list of PyWebIO messages serialized in json • When the user submits

workers to handle requests, the request may be dispatched to a process that does not hold the session to which the request belongs. So you can only start one worker to handle requests when using Flask or more convenient to web framework integration • Application access speed is improved, and no probe requests are used to determine the communication protocol 84 Chapter 4. Documentation PyWebIO, Release through WebSocket connection Http communication • The client polls the backend through Http GET requests, and the backend returns a list of PyWebIO messages serialized in json • When the user submits

workers to handle requests, the request may be dispatched to a process that does not hold the session to which the request belongs. So you can only start one worker to handle requests when using Flask or more convenient to web framework integration • Application access speed is improved, and no probe requests are used to determine the communication protocol Backwards-incompatible changes • Remove disable_asyncio through WebSocket connection Http communication • The client polls the backend through Http GET requests, and the backend returns a list of PyWebIO messages serialized in json • When the user submits

workers to handle requests, the request may be dispatched to a process that does not hold the session to which the request belongs. So you can only start one worker to handle requests when using Flask or more convenient to web framework integration • Application access speed is improved, and no probe requests are used to determine the communication protocol Backwards-incompatible changes • Remove disable_asyncio through WebSocket connection Http communication • The client polls the backend through Http GET requests, and the backend returns a list of PyWebIO messages serialized in json • When the user submits

workers to handle requests, the request may be dispatched to a process that does not hold the session to which the request belongs. So you can only start one worker to handle requests when using Flask or more convenient to web framework integration • Application access speed is improved, and no probe requests are used to determine the communication protocol 84 Chapter 4. Documentation PyWebIO, Release through WebSocket connection Http communication • The client polls the backend through Http GET requests, and the backend returns a list of PyWebIO messages serialized in json • When the user submits

workers to handle requests, the request may be dispatched to a process that does not hold the session to which the request belongs. So you can only start one worker to handle requests when using Flask or more convenient to web framework integration • Application access speed is improved, and no probe requests are used to determine the communication protocol 84 Chapter 4. Documentation PyWebIO, Release through WebSocket connection Http communication • The client polls the backend through Http GET requests, and the backend returns a list of PyWebIO messages serialized in json • When the user submits