T - the parameters type for the algorithm the factory is for.public static final class FipsRSA.SignatureOperatorFactory<T extends FipsRSA.SignatureParameters> extends FipsSignatureOperatorFactory<T>
| Constructor and Description |
|---|
SignatureOperatorFactory() |
| Modifier and Type | Method and Description |
|---|---|
FipsOutputSignerUsingSecureRandom<T> |
createSigner(AsymmetricPrivateKey key,
T parameters)
Return an RSA based signer.
|
FipsOutputValidator<T> |
createValidator(AsymmetricPublicKey key,
T parameters,
byte[] signature)
Create a validator which will verify against data written to
its output stream against a signature.
|
FipsOutputVerifier<T> |
createVerifier(AsymmetricPublicKey key,
T parameters)
Create a verifier which will verify signatures against data written to
its output stream.
|
public FipsOutputSignerUsingSecureRandom<T> createSigner(AsymmetricPrivateKey key, T parameters)
Note that while this method returns a FipsOutputSignerUsingSecureRandom, an attempt calls to withSecureRandom() for algorithms that do not require it will result in an error.
createSigner in interface SignatureOperatorFactory<T extends FipsRSA.SignatureParameters>createSigner in class FipsSignatureOperatorFactory<T extends FipsRSA.SignatureParameters>key - the signing key.parameters - parameters for the algorithm required.public FipsOutputVerifier<T> createVerifier(AsymmetricPublicKey key, T parameters)
SignatureOperatorFactorycreateVerifier in interface SignatureOperatorFactory<T extends FipsRSA.SignatureParameters>createVerifier in class FipsSignatureOperatorFactory<T extends FipsRSA.SignatureParameters>key - the verification key to use.parameters - the parameters to use to initialize the verifier.public FipsOutputValidator<T> createValidator(AsymmetricPublicKey key, T parameters, byte[] signature)
SignatureOperatorFactorykey - the verification key to use.parameters - the parameters to use to initialize the verifier.signature - the signature that the data is to be validated against.