A C D F G H I M R S U

A

at.favre.lib.crypto - package at.favre.lib.crypto

C

calculate() - Method in interface at.favre.lib.crypto.HFunction

After adding the input through HFunction.update(byte[]) calculate the output of the H-function

calculate() - Method in class at.favre.lib.crypto.HFunction.MacHFunction

calculate() - Method in class at.favre.lib.crypto.HFunction.MessageDigestHFunction

createInstance() - Method in interface at.favre.lib.crypto.HFunctionFactory

Creates a new instance of MessageDigest

createInstance() - Method in class at.favre.lib.crypto.HFunctionFactory.Default.DigestFactory

createInstance() - Method in class at.favre.lib.crypto.HFunctionFactory.Default.MacFactory

D

derive(byte[], int) - Method in class at.favre.lib.crypto.SingleStepKdf

KDM - a one step key derivation function as described in NIST SP 800-56C REV.

derive(byte[], int, byte[]) - Method in class at.favre.lib.crypto.SingleStepKdf

KDM - a one step key derivation function as described in NIST SP 800-56C REV.

derive(byte[], int, byte[], byte[]) - Method in class at.favre.lib.crypto.SingleStepKdf

KDM - a one step key derivation function as described in NIST SP 800-56C REV.

DigestFactory(String) - Constructor for class at.favre.lib.crypto.HFunctionFactory.Default.DigestFactory

Creates a mac factory

DigestFactory(String, Provider) - Constructor for class at.favre.lib.crypto.HFunctionFactory.Default.DigestFactory

Creates a message digest factory

F

from(HFunctionFactory) - Static method in class at.favre.lib.crypto.SingleStepKdf

fromHmacSha256() - Static method in class at.favre.lib.crypto.SingleStepKdf

fromHmacSha512() - Static method in class at.favre.lib.crypto.SingleStepKdf

fromSha256() - Static method in class at.favre.lib.crypto.SingleStepKdf

fromSha512() - Static method in class at.favre.lib.crypto.SingleStepKdf

G

getDescription() - Method in class at.favre.lib.crypto.HFunctionFactory.Default.DigestFactory

getDescription() - Method in class at.favre.lib.crypto.HFunctionFactory.Default.MacFactory

getDescription() - Method in interface at.favre.lib.crypto.HFunctionFactory

Get a user readable description of the used H-function (e.g.

getHFuncOutputBytes() - Method in interface at.favre.lib.crypto.HFunction

Formally: a positive integer that indicates the length of the output of the auxiliary function, H, that is used to derive blocks of secret keying material.

getHFuncOutputBytes() - Method in class at.favre.lib.crypto.HFunction.MacHFunction

getHFuncOutputBytes() - Method in class at.favre.lib.crypto.HFunction.MessageDigestHFunction

getHFunctionDescription() - Method in class at.favre.lib.crypto.SingleStepKdf

Get a user readable description of the used H-function (e.g.

H

HFunction - Interface in at.favre.lib.crypto

The auxiliary function used to produce blocks of keying material during the execution of the one-step key-derivation method.

HFunction.MacHFunction - Class in at.favre.lib.crypto

HMAC implementation of the H function

HFunction.MessageDigestHFunction - Class in at.favre.lib.crypto

Hash implementation of the H function.

HFunctionFactory - Interface in at.favre.lib.crypto

Factory class for creating MessageDigest

HFunctionFactory.Default - Class in at.favre.lib.crypto

Default implementation

HFunctionFactory.Default.DigestFactory - Class in at.favre.lib.crypto

Simple factory for message digests

HFunctionFactory.Default.MacFactory - Class in at.favre.lib.crypto

Simple factory for MAC

hmacSha256() - Static method in class at.favre.lib.crypto.HFunctionFactory.Default

Creates a factory creating HMAC with SHA-256

hmacSha512() - Static method in class at.favre.lib.crypto.HFunctionFactory.Default

Creates a factory creating HMAC with SHA-512

I

init(byte[]) - Method in interface at.favre.lib.crypto.HFunction

Optional keying of the H function.

init(byte[]) - Method in class at.favre.lib.crypto.HFunction.MacHFunction

init(byte[]) - Method in class at.favre.lib.crypto.HFunction.MessageDigestHFunction

M

MacFactory(String) - Constructor for class at.favre.lib.crypto.HFunctionFactory.Default.MacFactory

Creates a mac factory

MacFactory(String, Provider) - Constructor for class at.favre.lib.crypto.HFunctionFactory.Default.MacFactory

Creates a message digest factory

MacHFunction(Mac) - Constructor for class at.favre.lib.crypto.HFunction.MacHFunction

MessageDigestHFunction(MessageDigest) - Constructor for class at.favre.lib.crypto.HFunction.MessageDigestHFunction

R

requireInit() - Method in class at.favre.lib.crypto.HFunction.MacHFunction

requireInit() - Method in class at.favre.lib.crypto.HFunction.MessageDigestHFunction

requireInit() - Method in interface at.favre.lib.crypto.HFunction

If the function requires a key to be provided in the HFunction.init(byte[])

reset() - Method in class at.favre.lib.crypto.HFunction.MacHFunction

reset() - Method in class at.favre.lib.crypto.HFunction.MessageDigestHFunction

reset() - Method in interface at.favre.lib.crypto.HFunction

Resets the function for further use.

S

sha256() - Static method in class at.favre.lib.crypto.HFunctionFactory.Default

Creates a factory creating SHA-256

sha512() - Static method in class at.favre.lib.crypto.HFunctionFactory.Default

Creates a factory creating SHA-512.

SingleStepKdf - Class in at.favre.lib.crypto

Single Step Key Derivation Function (KDF) as described in NIST SP 800-56Cr1 chapter 4.

U

update(byte[]) - Method in class at.favre.lib.crypto.HFunction.MacHFunction

update(byte[]) - Method in class at.favre.lib.crypto.HFunction.MessageDigestHFunction

update(byte[]) - Method in interface at.favre.lib.crypto.HFunction

Update the function with a new input that will internally added to the already available input

A C D F G H I M R S U