QCoapSecurityConfiguration#

The QCoapSecurityConfiguration class holds configuration options during the authentication process. More…

Synopsis#

Functions#

def caCertificates ()
def defaultCipherString ()
def localCertificateChain ()
def preSharedKey ()
def preSharedKeyIdentity ()
def privateKey ()
def setCaCertificates (certificates)
def setDefaultCipherString (cipherString)
def setLocalCertificateChain (localChain)
def setPreSharedKey (preSharedKey)
def setPreSharedKeyIdentity (preSharedKeyIdentity)
def setPrivateKey (key)
def swap (other)

Note

This documentation may contain snippets that were automatically translated from C++ to Python. We always welcome contributions to the snippet translation. If you see an issue with the translation, you can also let us know by creating a ticket on https:/bugreports.qt.io/projects/PYSIDE

Detailed Description#

It holds information such as client identity, pre shared key, information about certificates, and so on.

class PySide6.QtCoap.QCoapSecurityConfiguration#

PySide6.QtCoap.QCoapSecurityConfiguration(other)

Parameters:: other – PySide6.QtCoap.QCoapSecurityConfiguration

Constructs a new QCoapSecurityConfiguration .

Copies the configuration and state of other.

PySide6.QtCoap.QCoapSecurityConfiguration.caCertificates()#

Return type:

Returns this connection’s certificate authority certificate database.

See also

setCaCertificates()

PySide6.QtCoap.QCoapSecurityConfiguration.defaultCipherString()#

Return type:: str

Returns the default cipher string.

See also

setDefaultCipherString()

PySide6.QtCoap.QCoapSecurityConfiguration.localCertificateChain()#

Return type:

Returns the certificate chain to be presented to the peer during the handshake.

See also

setLocalCertificateChain()

PySide6.QtCoap.QCoapSecurityConfiguration.preSharedKey()#

Return type:: PySide6.QtCore.QByteArray

Returns the pre shared key.

See also

setPreSharedKey()

PySide6.QtCoap.QCoapSecurityConfiguration.preSharedKeyIdentity()#

Return type:: PySide6.QtCore.QByteArray

Returns the PSK client identity.

See also

setPreSharedKeyIdentity()

PySide6.QtCoap.QCoapSecurityConfiguration.privateKey()#

Return type:: PySide6.QtCoap.QCoapPrivateKey

Returns the private key assigned to the connection.

See also

setPrivateKey() localCertificateChain()

PySide6.QtCoap.QCoapSecurityConfiguration.setCaCertificates(certificates)#

Parameters:: certificates –

Sets certificates as the certificate authority database for the connection.

See also

caCertificates()

PySide6.QtCoap.QCoapSecurityConfiguration.setDefaultCipherString(cipherString)#

Parameters:: cipherString – str

Sets the SSL cipher string to cipherString.

The security back-end (for example OpenSSL) might not include ciphers required for RFC 7252 by default. This method specifies which ciphers the back-end should use. For example to enable CCM ciphers required by RFC, “AESCCM” can be passed as cipherString.

See the OpenSSL docs for more information about cipher strings.

See also

defaultCipherString()

PySide6.QtCoap.QCoapSecurityConfiguration.setLocalCertificateChain(localChain)#

Parameters:: localChain –

Sets localChain as the certificate chain to present to the peer during the handshake.

See also

localCertificateChain()

PySide6.QtCoap.QCoapSecurityConfiguration.setPreSharedKey(preSharedKey)#

Parameters:: preSharedKey – PySide6.QtCore.QByteArray

Sets the pre shared key to preSharedKey.

See also

preSharedKey()

PySide6.QtCoap.QCoapSecurityConfiguration.setPreSharedKeyIdentity(preSharedKeyIdentity)#

Parameters:: preSharedKeyIdentity – PySide6.QtCore.QByteArray

Sets the PSK client identity (to be advised to the server) to identity.

See also

preSharedKeyIdentity()

PySide6.QtCoap.QCoapSecurityConfiguration.setPrivateKey(key)#

Parameters:: key – PySide6.QtCoap.QCoapPrivateKey

Sets the connection’s private key to key.

See also

privateKey() setLocalCertificateChain()

PySide6.QtCoap.QCoapSecurityConfiguration.swap(other)#

Parameters:: other – PySide6.QtCoap.QCoapSecurityConfiguration

Swaps this security configuration with other. This operation is very fast and never fails.