Tools related to asymmetric ciphers¶
- pyflocker.ciphers.backends.cryptography_.asymmetric.get_OAEP(padding: base.BaseAsymmetricPadding) padding_.OAEP[source]¶
Construct a pyca/cryptography specific OAEP object.
- Parameters:
padding (OAEP) – An OAEP object.
- Returns:
An OAEP encryptor/decryptor object depending on the key, from the cryptography backend.
- Return type:
OAEP object
- pyflocker.ciphers.backends.cryptography_.asymmetric.get_PSS(padding: base.BaseAsymmetricPadding) padding_.PSS[source]¶
Construct a pyca/cryptography specific PSS object.
- Parameters:
padding (PSS) – A PSS object.
- Returns:
An PSS signer/verifier object, depending on the key.
- Return type:
PSS object
- pyflocker.ciphers.backends.cryptography_.asymmetric.get_ECDH(algorithm: base.BaseEllepticCurveExchangeAlgorithm) ECDH[source]¶
Return an ECDH object for key exchange.
- Parameters:
algorithm – The algorithm to use.
Returns: ECDH key exchange object.
- pyflocker.ciphers.backends.cryptography_.asymmetric.get_ECDSA(algorithm: base.BaseEllepticCurveSignatureAlgorithm) type[ECDSA][source]¶
Return an ECDSA callable for signing/verification.
The object is not constructed until the key is signing/verifying.
- Parameters:
algorithm – The algorithm to use.
Returns: Signer/Verifier callable.
- pyflocker.ciphers.backends.cryptography_.asymmetric.get_padding_algorithm(padding: base.BaseAsymmetricPadding, *args: Any, **kwargs: Any) padding_.AsymmetricPadding[source]¶