QWebSocketCorsAuthenticator

The QWebSocketCorsAuthenticator class provides an authenticator object for Cross Origin Requests (CORS). More

Inheritance diagram of PySide2.QtWebSockets.QWebSocketCorsAuthenticator

Synopsis

Functions

Detailed Description

The QWebSocketCorsAuthenticator class is used in the originAuthenticationRequired() signal. The class provides a way to pass back the required information to the QWebSocketServer . It provides applications with fine-grained control over which origin URLs are allowed and which aren’t. By default, every origin is accepted. To get fine-grained control, an application connects the originAuthenticationRequired() signal to a slot. When the origin ( origin() ) is accepted, it calls setAllowed (true)

Note

Checking on the origin does not make much sense when the server is accessed via a non-browser client, as that client can set whatever origin header it likes. In case of a browser client, the server SHOULD check the validity of the origin.

See also

WebSocket Security Considerations QWebSocketServer

class PySide2.QtWebSockets.QWebSocketCorsAuthenticator(origin)

PySide2.QtWebSockets.QWebSocketCorsAuthenticator(other)

Parameters:
PySide2.QtWebSockets.QWebSocketCorsAuthenticator.allowed()
Return type:

bool

Returns true if the origin is allowed, otherwise returns false.

Note

By default, all origins are accepted.

See also

setAllowed()

PySide2.QtWebSockets.QWebSocketCorsAuthenticator.origin()
Return type:

str

Returns the origin this autenticator is handling about.

PySide2.QtWebSockets.QWebSocketCorsAuthenticator.setAllowed(allowed)
Parameters:

allowed – bool

Allows or disallows the origin. Setting allowed to true, will accept the connection request for the given origin.

Setting allowed to false, will reject the connection request.

Note

By default, all origins are accepted.

See also

allowed()

PySide2.QtWebSockets.QWebSocketCorsAuthenticator.swap(other)
Parameters:

otherPySide2.QtWebSockets.QWebSocketCorsAuthenticator

Swaps other with this authenticator.

This operation is very fast and never fails.