| Package | Description |
|---|---|
| iaik.security.ec.common | |
| iaik.security.ec.ecdh | |
| iaik.security.ec.ecies | |
| iaik.security.ec.ecmqv | |
| iaik.security.ec.eddsa | |
| iaik.security.ec.math.curve |
| Class and Description |
|---|
| AbstractECPrivateKey
Representation of a private key for EC algorithms and implementation of the
ECPrivateKey interface. |
| AbstractECPublicKey
Representation of a public key for EC algorithms and implementation of the
ECPublicKey interface. |
| ECKey
This interface defines an elliptic curve key.
|
| ECParameterSpec
This class specifies the set of domain parameters for use with the IAIK
ECCelerate™ library.
|
| ECPrivateKey
Representation of a private key for EC algorithms and implementation of the
ECPrivateKey interface. |
| ECPrivateKeySpec
Specifies an EC private key and the corresponding curve domain parameters.
|
| ECPublicKey
Representation of a public key for EC algorithms and implementation of the
ECPublicKey interface. |
| ECPublicKeySpec
Specifies an EC public key and the corresponding curve domain parameters.
|
| EdKey
This interface defines an EdDSA key.
|
| EdParameterSpec
This parameter class is intended for use with EdDSA (with twisted Edwards
curves) and ECDH (with Montgomery curves).
|
| EdPrivateKeySpec
Specifies an EdDSA private key and the corresponding curve domain parameters.
|
| EdPublicKey
Representation of a public key for EdDSA/EdDH algorithms.
|
| EdPublicKeySpec
Specifies an EdDSA25519, EdDSA448, X25519 or X448 public key and the
corresponding curve domain parameters.
|
| EllipticCurve
This class implements an elliptic curve (EC) and its arithmetic necessary for
elliptic curve cryptography, i.e.
|
| KDFParameterSpec
Interface for all key derivation function (KDF) parameter classes.
|
| KeyDerivationFunction
This interface specifies key derivation functions (KDFs) for use with ECDH.
|
| KeyEncodingTestHelper |
| PointEncoders
Enumeration of the available point encoding algorithms.
|
| SecurityStrength
This enumeration defines the so-called security strengths in bits as
specified by [1, Table 2].
|
| X963ASN1SharedInfo
Implements the ASN.1 syntax for key derivation functions following the
subsequent form:
|
| X963KDFParameterSpec
Parameter class for key derivation functions (KDFs) as specified in [1] and
[2].
|
| Class and Description |
|---|
| ECParameterSpec
This class specifies the set of domain parameters for use with the IAIK
ECCelerate™ library.
|
| EdParameterSpec
This parameter class is intended for use with EdDSA (with twisted Edwards
curves) and ECDH (with Montgomery curves).
|
| EdPrivateKey
Representation of a public key for Ed algorithms.
|
| EdPublicKey
Representation of a public key for EdDSA/EdDH algorithms.
|
| KDFParameterSpec
Interface for all key derivation function (KDF) parameter classes.
|
| Class and Description |
|---|
| ECPrivateKey
Representation of a private key for EC algorithms and implementation of the
ECPrivateKey interface. |
| ECPublicKey
Representation of a public key for EC algorithms and implementation of the
ECPublicKey interface. |
| KDFParameterSpec
Interface for all key derivation function (KDF) parameter classes.
|
| Class and Description |
|---|
| ECPrivateKey
Representation of a private key for EC algorithms and implementation of the
ECPrivateKey interface. |
| ECPublicKey
Representation of a public key for EC algorithms and implementation of the
ECPublicKey interface. |
| Class and Description |
|---|
| AbstractECPrivateKey
Representation of a private key for EC algorithms and implementation of the
ECPrivateKey interface. |
| ECKey
This interface defines an elliptic curve key.
|
| EdKey
This interface defines an EdDSA key.
|
| EdKeyFactory
Implementation of the key factory service provider interface for EdDH.
|
| EdParameterSpec
This parameter class is intended for use with EdDSA (with twisted Edwards
curves) and ECDH (with Montgomery curves).
|
| EdPrivateKey
Representation of a public key for Ed algorithms.
|
| KeyEncodingTestHelper |
| Class and Description |
|---|
| PointEncoders
Enumeration of the available point encoding algorithms.
|
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