Uses of Interface
org.bouncycastle.crypto.AsymmetricPrivateKey

Packages that use AsymmetricPrivateKey

Package	Description
org.bouncycastle.crypto	Lower level cryptography API that supports the JCA/JCE provider as well as allowing access to more primitive functionality.
org.bouncycastle.crypto.asymmetric	Keys and parameter classes for asymmetric (public/private) key algorithms.
org.bouncycastle.crypto.fips	Classes for FIPS approved mode algorithms
org.bouncycastle.crypto.general	Classes for general encryption algorithms and non-FIPS approved variants.

Uses of AsymmetricPrivateKey in org.bouncycastle.crypto

Classes in org.bouncycastle.crypto with type parameters of type AsymmetricPrivateKey

Modifier and Type	Interface	Description
interface	AsymmetricKeyPairGenerator<T extends Parameters, P extends AsymmetricPublicKey, S extends AsymmetricPrivateKey>	Interface describing a key generator for public/private key pairs.

Methods in org.bouncycastle.crypto with parameters of type AsymmetricPrivateKey

Modifier and Type	Method	Description
Agreement<T>	AgreementFactory.createAgreement(AsymmetricPrivateKey key, T parameters)	Return an initialised agreement set up for the passed in key.
OutputSigner<T>	SignatureOperatorFactory.createSigner(AsymmetricPrivateKey key, T parameters)	Create a signer which will create signatures against data written to its output stream.
OutputSignerWithMessageRecovery<T>	SignatureWithMessageRecoveryOperatorFactory.createSigner(AsymmetricPrivateKey key, T parameters)	Create a signer which will create signatures against data written to its output stream.

Uses of AsymmetricPrivateKey in org.bouncycastle.crypto.asymmetric

Classes in org.bouncycastle.crypto.asymmetric with type parameters of type AsymmetricPrivateKey

Modifier and Type	Class	Description
final class	AsymmetricKeyPair<P extends AsymmetricPublicKey, S extends AsymmetricPrivateKey>	Carrier class for a public key and its associated private key.

Classes in org.bouncycastle.crypto.asymmetric that implement AsymmetricPrivateKey

Modifier and Type	Class	Description
final class	AsymmetricDHPrivateKey	Class for Diffie-Hellman private keys.
final class	AsymmetricDSAPrivateKey	Class for Digital Signature Algorithm (DSA) private keys.
final class	AsymmetricDSTU4145PrivateKey	Class for DSTU-4145 private keys.
final class	AsymmetricECGOST3410PrivateKey	Class for keys for GOST R 34.10-2001 (ECGOST) private keys.
final class	AsymmetricECPrivateKey	Class for Elliptic Curve (EC) private keys.
final class	AsymmetricEdDSAPrivateKey	Edwards Curve Diffie-Hellman (EdDSA) private keys.
final class	AsymmetricGOST3410PrivateKey	Class for keys for GOST R 34.10-1994 private keys.
final class	AsymmetricLMSPrivateKey	Leighton-Micali Hash-Based Signatures (LMS) private keys.
final class	AsymmetricRSAPrivateKey	Class for RSA private keys.
final class	AsymmetricXDHPrivateKey	Edwards Curve Diffie-Hellman (XDH) private keys.

Uses of AsymmetricPrivateKey in org.bouncycastle.crypto.fips

Classes in org.bouncycastle.crypto.fips with type parameters of type AsymmetricPrivateKey

Modifier and Type	Class	Description
class	FipsAsymmetricKeyPairGenerator<T extends Parameters, P extends AsymmetricPublicKey, S extends AsymmetricPrivateKey>	Base class for the FIPS approved mode AsymmetricKeyPairGenerator implementations.

Methods in org.bouncycastle.crypto.fips with parameters of type AsymmetricPrivateKey

Modifier and Type	Method	Description
abstract FipsAgreement<T>	FipsAgreementFactory.createAgreement(AsymmetricPrivateKey key, T parameters)
FipsAgreement<FipsDH.AgreementParameters>	FipsDH.DHAgreementFactory.createAgreement(AsymmetricPrivateKey key, FipsDH.AgreementParameters parameters)	Return an Agreement operator based on the regular Diffie-Hellman algorithm.
FipsAgreement<FipsDH.DHUAgreementParameters>	FipsDH.DHUAgreementFactory.createAgreement(AsymmetricPrivateKey key, FipsDH.DHUAgreementParameters parameters)	Return an Agreement operator based on the regular Diffie-Hellman algorithm.
FipsAgreement<FipsDH.MQVAgreementParameters>	FipsDH.MQVAgreementFactory.createAgreement(AsymmetricPrivateKey key, FipsDH.MQVAgreementParameters parameters)	Return an Agreement operator based on MQV using Diffie-Hellman keys.
FipsAgreement<FipsEC.AgreementParameters>	FipsEC.DHAgreementFactory.createAgreement(AsymmetricPrivateKey key, FipsEC.AgreementParameters parameters)	Return an Agreement operator based on Diffie-Hellman using EC keys.
FipsAgreement<FipsEC.DHUAgreementParameters>	FipsEC.DHUAgreementFactory.createAgreement(AsymmetricPrivateKey key, FipsEC.DHUAgreementParameters parameters)	Return an Agreement operator based on Diffie-Hellman Unified using EC keys.
FipsAgreement<FipsEC.MQVAgreementParameters>	FipsEC.MQVAgreementFactory.createAgreement(AsymmetricPrivateKey key, FipsEC.MQVAgreementParameters parameters)	Return an Agreement operator based on MQV using EC keys.
FipsOutputSignerUsingSecureRandom<FipsDSA.Parameters>	FipsDSA.OperatorFactory.createSigner(AsymmetricPrivateKey key, FipsDSA.Parameters parameters)	Return a generator of DSA signatures.
FipsOutputSignerUsingSecureRandom<FipsEC.DSAParameters>	FipsEC.DSAOperatorFactory.createSigner(AsymmetricPrivateKey key, FipsEC.DSAParameters parameters)	Return a generator of EC DSA signatures.
FipsOutputSigner<FipsEdEC.Parameters>	FipsEdEC.EdDSAOperatorFactory.createSigner(AsymmetricPrivateKey key, FipsEdEC.Parameters parameters)
FipsOutputSigner<FipsLMS.Parameters>	FipsLMS.OperatorFactory.createSigner(AsymmetricPrivateKey key, FipsLMS.Parameters parameters)
FipsOutputSignerUsingSecureRandom<T>	FipsRSA.SignatureOperatorFactory.createSigner(AsymmetricPrivateKey key, T parameters)	Return an RSA based signer.
abstract FipsOutputSigner<T>	FipsSignatureOperatorFactory.createSigner(AsymmetricPrivateKey key, T parameters)

Uses of AsymmetricPrivateKey in org.bouncycastle.crypto.general

Methods in org.bouncycastle.crypto.general with parameters of type AsymmetricPrivateKey

Modifier and Type	Method	Description
Agreement<EdEC.Parameters>	EdEC.XDHAgreementFactory.createAgreement(AsymmetricPrivateKey key, EdEC.Parameters parameters)
protected OutputSignerUsingSecureRandom<DSA.Parameters>	DSA.OperatorFactory.doCreateSigner(AsymmetricPrivateKey key, DSA.Parameters parameters)
OutputSignerUsingSecureRandom<DSTU4145.SignatureParameters>	DSTU4145.LittleEndianSignatureOperatorFactory.doCreateSigner(AsymmetricPrivateKey key, DSTU4145.SignatureParameters parameters)
OutputSignerUsingSecureRandom<DSTU4145.SignatureParameters>	DSTU4145.SignatureOperatorFactory.doCreateSigner(AsymmetricPrivateKey key, DSTU4145.SignatureParameters parameters)
protected OutputSigner<EC.DSAParameters>	EC.DSAOperatorFactory.doCreateSigner(AsymmetricPrivateKey key, EC.DSAParameters parameters)
OutputSignerUsingSecureRandom<ECGOST3410.SignatureParameters>	ECGOST3410.SignatureOperatorFactory.doCreateSigner(AsymmetricPrivateKey key, ECGOST3410.SignatureParameters parameters)
protected OutputSigner<EdEC.Parameters>	EdEC.EdDSAOperatorFactory.doCreateSigner(AsymmetricPrivateKey key, EdEC.Parameters parameters)
OutputSignerUsingSecureRandom<GOST3410.SignatureParameters>	GOST3410.SignatureOperatorFactory.doCreateSigner(AsymmetricPrivateKey key, GOST3410.SignatureParameters parameters)
protected OutputSigner<LMS.Parameters>	LMS.OperatorFactory.doCreateSigner(AsymmetricPrivateKey key, LMS.Parameters parameters)
protected OutputSignerUsingSecureRandom<T>	RSA.SignatureOperatorFactory.doCreateSigner(AsymmetricPrivateKey key, T parameters)
protected OutputSignerWithMessageRecovery<T>	RSA.SignatureWithMessageRecoveryOperatorFactory.doCreateSigner(AsymmetricPrivateKey key, T parameters)